profiles = new Array(
    "TTC - Business Telephones Phone Systems Telecommunuications Voicemails|Your browser does not support script Call us at : 888.555.1212 Welcome to Trans Telecom Co. We offer a comprehensive feature rich suite of communication solutions for the Small and Medium Enterprise market with best in class migration, quality, and reliability. Our solutions offer incldie digital systems as well as IP and Voice/Data Mobility with seamless wireline/wireless capability, unbeatable flexibility in call handling, and comprehensive legacy support. We carry all the latest business phones, control units, and voicemails. We always have our most popular brands in stock, We service the entire nation while maintaing an extensive list of qualified installers across the United States and even into Canada that specialize in all the latest brands. We are located in Southern California in the Los Angeles area. Toshiba Electronics is a worldwide producer of telecommunications systems, consumer appliances, committed to provide innovative telecommunication and cost effective business solutions. As a premier provider of telecommunications systems, , NEC America has been a force within the communications industry in North America, pioneering technology and delivering advanced business communications systems. Panasonic, has gained an excellent reputation for quality and varity of communication systems in the world. It is one of the world's largest manufacturers of electronic components in the world, produces a complete line of innovative telecommunication. Panasonic has consistently provided state-of-the-art telephone equipment for over 40 years and over one million customers utilize Panasonic DBS products in the United States. Support Our Products Contact us © Copyright 2003. TransTeleComCo.com. All Rights Reserved.|Keywords here|http:\/\/10.10.10.88/ttc/",
    "TTC - Business Telephones Phone Systems Telecommunuications Voicemails|Your browser does not support script Call us at : 888.555.1212 Welcome to Trans Telecom Co. We offer a comprehensive feature rich suite of communication solutions for the Small and Medium Enterprise market with best in class migration, quality, and reliability. Our solutions offer incldie digital systems as well as IP and Voice/Data Mobility with seamless wireline/wireless capability, unbeatable flexibility in call handling, and comprehensive legacy support. We carry all the latest business phones, control units, and voicemails. We always have our most popular brands in stock, We service the entire nation while maintaing an extensive list of qualified installers across the United States and even into Canada that specialize in all the latest brands. We are located in Southern California in the Los Angeles area. Toshiba Electronics is a worldwide producer of telecommunications systems, consumer appliances, committed to provide innovative telecommunication and cost effective business solutions. As a premier provider of telecommunications systems, , NEC America has been a force within the communications industry in North America, pioneering technology and delivering advanced business communications systems. Panasonic, has gained an excellent reputation for quality and varity of communication systems in the world. It is one of the world's largest manufacturers of electronic components in the world, produces a complete line of innovative telecommunication. Panasonic has consistently provided state-of-the-art telephone equipment for over 40 years and over one million customers utilize Panasonic DBS products in the United States. Support Our Products Contact us © Copyright 2003. TransTeleComCo.com. All Rights Reserved.|Keywords here|http:\/\/10.10.10.88/ttc/default.asp",
    "TTC - Business Telephones Phone Systems Telecommunuications Voicemails|Your browser does not support script Call us at : 888.555.1212 TransTeleCom TransTeleCom was established is 1960 by Mr. Mike to provide commercial and industrial business markets with custom communication solutions. Over the years our company has gained a reputation in the comunication industry for adhering to the highest products and professional standards as well as creating innovative cumunication solutions. Our reputation is based on quality, integrity and dedication for providing uncompromising service to our customers and our industry. We have maintained a healthy growth rate of 15% a year by careful management of our financial resources as well as aggressive market penetration. TTC's goal at its founding - and today - is to provide customers with the highest quality telecommunications products, supported by a strong, responsive service organization. TTC is led by experience. Our office is strategically located in downtown Los Angeles enabling us to meet our commitments and maintain a constant support of our clients. Our team members include : General Manager Sales Manager Sales - International Sales - USA Customer Service Customer Service Accounts Payable Contacts Products © Copyright 2003. TransTeleComCo.com. All Rights Reserved.|Keywords here|http:\/\/10.10.10.88/ttc/about.asp",
    "TTC - Business Telephones Phone Systems Telecommunuications Voicemails|Your browser does not support script Call us at : 888.555.1212 TransTeleCom TransTeleCom was established is 1960 by Mr. Mike to provide commercial and industrial business markets with custom communication solutions. Over the years our company has gained a reputation in the comunication industry for adhering to the highest products and professional standards as well as creating innovative cumunication solutions. Our reputation is based on quality, integrity and dedication for providing uncompromising service to our customers and our industry. We have maintained a healthy growth rate of 15% a year by careful management of our financial resources as well as aggressive market penetration. TTC's goal at its founding - and today - is to provide customers with the highest quality telecommunications products, supported by a strong, responsive service organization. TTC is led by experience. Our office is strategically located in downtown Los Angeles enabling us to meet our commitments and maintain a constant support of our clients. Our team members include : General Manager Sales Manager Sales - International Sales - USA Customer Service Customer Service Accounts Payable Support Products © Copyright 2003. TransTeleComCo.com. All Rights Reserved.|Keywords here|http:\/\/10.10.10.88/ttc/contact.asp",
    "TTC - Business Telephones Phone Systems Telecommunuications Voicemails|Your browser does not support script Call us at : 888.555.1212 Our Products At TTC , we have partner with the best providers of telecommunication's products to provide our clients with the best telephony solutions. Toshiba Toshiba Electronics is a worldwide producer of telecommunications systems, consumer appliances, committed to provide innovative telecommunication and cost effective business solutions. CTX-670 - PBX Telephone Systems CTX-100 - PBX Telephone Systems IVP8 - Stratagy Voice Mail Digital Telephone sets NEC As a premier provider of telecommunications systems, , NEC America has been a force within the communications industry in North America, pioneering technology and delivering advanced business communications systems. NEAX 2000 IPS - PBX Telephone Systems NEAX 2400 IPS - PBX Telephone Systems Electra Elite IPK - Voice Mail Systems NEC Digital Telephone sets Panasonic Panasonic, has gained an excellent reputation for quality and varity of communication systems in the world. It is one of the world's largest manufacturers of electronic components in the world, produces a complete line of innovative telecommunication. Panasonic has consistently provided state-of-the-art telephone equipment for over 40 years and over one million customers utilize Panasonic DBS products in the United States. KX-TD1232 - PBX Telephone Systems KX-TD816 - PBX Telephone Systems Panasonic Voice Mail Systems Panasonic Digital Telephone sets Support Products Contact us © Copyright 2003. TransTeleComCo.com. All Rights Reserved.|Keywords here|http:\/\/10.10.10.88/ttc/products.asp",
    "TTC - Business Telephones Phone Systems Telecommunuications Voicemails|Your browser does not support script Call us at : 888.555.1212 Support SUPPORT 1 MANUAL Industry Lingo © Copyright 2003. TransTeleComCo.com. All Rights Reserved.|Keywords here|http:\/\/10.10.10.88/ttc/support.asp",
    "TTC - Business Telephones Phone Systems Telecommunuications Voicemails|Your browser does not support script Call us at : 888.555.1212 TransTeleCom - News center Page Under Construction Support Products Contact us © Copyright 2003. TransTeleComCo.com. All Rights Reserved.|Keywords here|http:\/\/10.10.10.88/ttc/news.asp",
    "TTC - Business Telephones Phone Systems Telecommunuications Voicemails|Your browser does not support script Call us at : 888.555.1212 Toshiba Products The Strata family of digital business telephone systems is a market leader in providing innovative telecommunication solutions to your business needs. No matter what your company's size and requirements, TTC the right telecommunication system for you. CTX-670 - PBX Telephone Systems STRATA CTX670 - Telephone system supporting up to 672 ports for users requiring 50 to 560 telephones. CTX-100 - PBX Telephone Systems Telephone system supporting up to 112 ports for users requiring 8 to 72 telephones. Stratagy IVP8 - Voice Mail Systems Digital Telephone sets Digital Telephones and Consoles - Speakerphones, cordless phones, wireless phones and PC consoles Toshiba Voice over IP Support Contact us © Copyright 2003. TransTeleComCo.com. All Rights Reserved.|Keywords here|http:\/\/10.10.10.88/ttc/toshiba.asp",
    "TTC - Business Telephones Phone Systems Telecommunuications Voicemails|Your browser does not support script Call us at : 888.555.1212 NEC Products The Strata family of digital business telephone systems is a market leader in providing innovative telecommunication solutions to your business needs. No matter what your company's size and requirements, TTC the right telecommunication system for you. NEAX 2000 IPS - PBX Telephone Systems The NEAX 2000 Internet Protocol Server (IPS) is a full-featured PBX that supports advanced networking, pure peer-to-peer IP telephony connectivity and traditional TDM switching capabilities NEAX 2400 IPS - PBX Telephone Systems The NEAX 2400 Internet Protocol eXchange (IPX) is an intelligent Digital Communications controller that offers all the functions and services of an Advanced Private Branch Exchange (PBX). Electra Elite IPK - Voice Mail Systems The Electra Elite IPK, NEC's new, versatile communication platform, allows you to converge your voice and data networks, and enjoy the many advantages of Voice over Internet Protocol (VoIP), the future of business communications NEC Digital Telephone sets Digital Telephones and Consoles - Speakerphones, cordless phones, wireless phones and PC consoles Support Other Products Contact us © Copyright 2003. TransTeleComCo.com. All Rights Reserved.|Keywords here|http:\/\/10.10.10.88/ttc/nec.asp",
    "TTC - Business Telephones Phone Systems Telecommunuications Voicemails|Your browser does not support script Call us at : 888.555.1212 Panasonic Products Panasonic Digital Super Hybrid Systems provide the power, flexibility, and expansion capability to fully accommodate your growing business. Designed with outstanding, time-saving features that are easy to use, the Panasonic systems are versatile and future-ready. The KX-TD816-6 and KX-TD1232-6 feature built-in software that accommodates digital integration with Panasonic Voice Processing Systems. With this combination you get much more than automated attendant and voice mail. You also get custom service, bilingual service, interview service and a variety of other innovative features, such as: Certification Program . Direct Mailbox Access KX-TD1232 - PBX Telephone Systems Initial Configuration for 8 lines and 16 Stations Expands to 12 lines and 32 stations 4 door intercom and 4 door opener relay Day / Night / Lunch service 64 Station Capacity Max with XDP Supports T1 & PRI/ISDN ServicesNew Windows Program Tool KX-TD816 - PBX Telephone Systems Initial Configuration from factory for 4 lines and 8 Stations Expands to 8 lines and 16 stations 4 door intercom and 4 door opener relay Day / Night / Lunch service 32 Station Capacity Max with XDP New Windows Program Tool KX-TVS320 - Voice Mail Systems 4 ports from factory Max config 24 ports 6 Expansion Slots 12 In-Band Ports 128 hours of storage 1024 Mailboxes 100 messages per mailbox 6 hours total storage Bilingual Prompts English & Spanish KX-TVS220 - Voice Mail Systems 4 ports from factory Max config 12 ports 3 Expansion Slots 6 In-Band Ports 64 hours of storage 1024 Mailboxes 100 messages per mailbox 6 hours total storage KX-TVS120 - Voice Mail Systems 4 ports from factory Max config 6 ports 2 Expansion Slots 4 In-Band Ports 32 hours of storage 64 Mailboxes 100 messages per mailbox 6 hours total storage Bilingual Prompts English & Spanish Digital Telephone sets Digital Telephones and Consoles - Speakerphones, cordless phones, wireless phones and PC consoles Support Other Products Contact us © Copyright 2003. TransTeleComCo.com. All Rights Reserved.|Keywords here|http:\/\/10.10.10.88/ttc/panasonic.asp",
    "TTC - Business Telephones Phone Systems Telecommunuications Voicemails|Your browser does not support script Call us at : 888.555.1212 CTX100 - Flexible Solutions For The Way Your Company Communicates When your needs grow, so will your Strata CTX100 system. Universal slot architecture lets you combine CO lines, telephones, and peripherals in any configuration you need. Its scalable design provides the flexibility to start small and expand up to 112 ports–or even more if you network multiple Strata CTX systems. Upgrading performance and capacity is simple, without major expense. If you upgrade to a larger Strata CTX670 system in the future, you can even reuse your existing Toshiba digital telephones, and many of the CO line and station cards. This enables you to continually control costs, maximize return on investment, and increase productivity. With its modern architecture and high-speed RISC processor, you can rest assured that your Strata CTX100 system will adapt easily to new technological developments – and to your communication needs as they change. While Strata CTX100 is technologically advanced, it’s designed to be easy to use. That means your employees will get the most out of the system’s powerful communication capabilities: Intuitive interface matches the way your employees naturally use the telephone. Displays simple instructions – including voice mail controls – on the telephone’s LCD screen. Enables employees to use sophisticated features with minimal training. Save lots of time by executing frequently used calling features at the touch of one button. User-programmable buttons make it a snap! CTX 100 Specification Strata CTX 100 Brochure © Copyright 2003. TransTeleComCo.com. All Rights Reserved.|Keywords here|http:\/\/10.10.10.88/ttc/ctx100.asp",
    "TTC - Business Telephones Phone Systems Telecommunuications Voicemails|Your browser does not support script Call us at : 888.555.1212 IVP8 - Stratagy Voice Mail In today's communication-intensive business world, voice, fax, and e-mail message traffic is increasing dramatically. As a result, the need to manage that huge message load is more critical and complex than ever. As a recognized leader in voice processing systems, Toshiba is dedicated to providing its customers with telecommunication solutions that meet the demands of today's small to large business environments. Improved Communications How effectively your employees communicate can be just as important as how they communicate with your customers. With the Stratagy system, your people will be able to create, send, receive, review and save voice messages from any tone-dialing telephone. The Stratagy IVP8 voice processing system, delivers a cost-effective, robust solution for our customers. Compatible with Toshiba's new Strata® CTX line of new-generation digital business telephone systems and Toshiba's Strata DK line of hybrid key business telephone systems, Stratagy IVP8 provides integrated voice processing using flash drive technology. The Stratagy IVP8 supports two to eight ports of voice processing. Integrated Solution Delivers Improved Compatibility at Value Pricing The Stratagy IVP8 is an integrated voice processing solution designed to be installed in a base or expansion cabinet card slot of a Toshiba Strata CTX or Strata DK telephone system providing support for two to eight ports. Proprietary Design for Exceptional Compatibility and Reliability The Stratagy IVP8's circuit card architecture is a Toshiba proprietary design utilizing state-of-the-art embedded processing capabilities. It has flash memory, two serial ports, and a built-in modem for local or remote interface with a PC. It provides approximately four hours of storage, with an optional upgrade to 12 hours. The Stratagy IVP8 incorporates all of its voice processing capabilities on a single card, so it's simple to install. Because it has no moving parts, the Stratagy IVP8 delivers faster performance and enhanced reliability. There's no need for standard telephone ports, outside cabling, or a separate battery backup. The entire voice processing system is contained within the Strata CTX or Strata DK telephone system, without the purchase of new, expensive, external hardware. Call Record to Voice Mail Lets Users Record Telephone Conversations When used with the new Toshiba Strata CTX digital business telephone system, Stratagy IVP8 users can activate the Call Record to Voice Mail feature. This allows users to record and store telephone conversations simply by pressing an optionally programmed Record feature key on the digital telephone. Users can save the recordings in their own voice mail or send it to an alternate voice mailbox. Monitors Status of Extensions and Automatically Handles Night Transfers Because the Stratagy IVP8 is installed directly in the telephone system, it has the ability to monitor the status of extensions for busy/idle status and a DSS/BLF console's Night Transfer Key for alternate incoming call routing applications. It can also be synchronized with the Strata CTX KSU or run on its own system clock, which automatically makes Daylight Savings Time adjustments. System Stays Live, Even During Power Interruptions The Stratagy IVP8 achieves voice and data storage by utilizing a solid-state Flash memory data storage device that uses non-volatile, semiconductor read/write storage technology. This means that if power is interrupted, the database is not lost. The database information on the Stratagy IVP8 remains secure through power outages without employing on-board batteries. Because the Stratagy IVP8 is a circuit card that is inside Toshiba's Strata CTX or Strata DK telephone system, both of which come with battery back-up options, the Strata IVP8 system operation will be maintained even during black-outs. Increased Reliability With Use of Flash Memory The flash memory data storage device in the Stratagy IVP8 contains no moving parts and is built with all solid state components. As a result, it is fast, noiseless, lightweight and delivers a higher level of reliability than standard disk drive-based systems. It operates like an industry standard Integrated Drive Electronics (IDE) hard disk drive; however, unlike disk drives, flash memory speed does not decrease with increasing amounts of data stored, nor does disk storage fragmentation occur. This makes the flash-based Stratagy IVP8 much more reliable than disk drive-based voice processing solutions. The flash memory also has very high-data integrity with automatic bad-spot management and sparing, plus full Error Correction Coding (ECC) for high reliability. Easy Administrator Functionality Basic administrative functions, such as adding users, re-setting passwords, etc., can easily be performed by the System Administrator using a touchtone telephone. More extensive system administration requires an IBM-compatible PC with keyboard and monitor. CTX-670 - PBX Telephone Systems CTX-100 - PBX Telephone Systems Digital Telephone sets © Copyright 2003. TransTeleComCo.com. All Rights Reserved.|Keywords here|http:\/\/10.10.10.88/ttc/vm_IVP8.asp",
    "TTC - Business Telephones Phone Systems Telecommunuications Voicemails|Your browser does not support script Call us at : 888.555.1212 Digital Telephones Toshiba offers a wide range of digital telephone models, allowing you to match your telephones to your specific application. All models are available in either charcoal gray or ash white color to match your office decor. The electronic volume control independently adjusts the volume of the handset, speaker, and ringing. Digital Speakerphones Speakerphone models are ergonomically designed with easy-to-reach,easy-to-read feature buttons. You can even perform several feature-operation sequences by pushing a single button,saving valuable time. Our 20-button, 14-button, and 10-button speakerphones provide full functionality for all types of calls, and their state-of-the-art technology allows you to converse via the speaker as effectively as if you were using the handset All speakerphone models have fixed buttons for Message, Microphone, Speaker, Speed Dial, Redial, Conference/Transfer, Hold, and Volume, and have either 10, 14, or 20 line/feature buttons that are programmable. Each programmable button has an associated two-color (red/green) LED status indicator. Digital Display Speakerphones Our 2-line x 24-character LCD Digital Speakerphone models include easy-to-read feature prompting with 4-button soft key operation, which makes feature access and use easier by displaying simple, clear instructions on the telephone's LCD screen. Program calling features and speed-dial numbers for fast one-touch operation. They're available in your choice of 20-button or 10-button models to match the level of functionality you require. Our 8-line x 24-character LCD Digital Speakerphone model makes feature use even easier via the large display and 12-button soft key operation, and provides 14 programmable feature buttons. Single-Line Telephone For applications requiring simpler telephone functionality and lower cost, a digital single line model is available. It has fixed buttons for Message with red LED, Line (Primary DN) with red LED, one-way speaker with red LED, Speed Dial, Conference/Transfer, Hold, and Volume. The digital single line telephone has one programmable Flex button. Simplified Call Processing For Your Operator Quick answer and transferring of calls using our 20-button LCD digital speakerphone equipped with an optional 20-button Add-on Module or 60-button DSS Console. Programmable buttons provide Direct station selection (DSS) and busy lamp field (BLF) functionality, as well as one-touch call processing for frequently used calling features. © Copyright 2003. TransTeleComCo.com. All Rights Reserved.|Keywords here|http:\/\/10.10.10.88/ttc/toshiba_digital_sets.asp",
    "TTC - Business Telephones Phone Systems Telecommunuications Voicemails|Your browser does not support script Call us at : 888.555.1212 NEAX® 2000 IPS - IP-based communications system Benefits Features Specifications The NEAX® 2000 IPS is a full-featured IP-based communications system. It provides pure voice-over-IP (VoIP) peer-to-peer connections across corporate local and wide area networks (LAN/WAN) and also supports time division switching (TDM). Pure IP switching provides communications between IP Dterms and also provides CCIS network connections with other NEAX 2000 IPS systems. TDM switching provides for communication between legacy stations and trunks. Connections between IP Dterms / CCIS-over-IP and legacy stations / trunks are made via IP Pads, which convert packet-based voice/data to TDM-based voice / data and vice versa. The NEAX 2000 IPS offers the utmost flexibilty by providing a choice of time division switching, pure peer-to-peer IP connectivity or a combination of both, all in one system. NEAX 2000 IPS users have access to hundreds of service features that are used in building unique telephony applications that enhance productivity, reduce operating costs and improve communications efficiently. The innovative modular hardware and software design allows efficient, effective growth within each module from its minimum to its maximum configuration. The NEAX 2000 IPS software design is as advanced as its hardware. It ensures the system will support evolving applications and have the reliability needed to compete in today's world and into tomorrow's. The software is designed with modularity in mind. Together, these modular building blocks allow customers to initially buy what they need and add capacity and capabilities as the business demands, resulting in a greater degree of cost control for new installations and for upgrades to features, capacities and the software versions. The NEAX 2000 IPS provides a rich set of both Key and PBX features and is positioned to provide a comprehensive cost effective solution for the small to medium sized business, hotel property or the enterprise network environment. The NEAX 2000 IPS provides utmost investment protection by allowing the user to take full advantage of both today's and tomorrow's technological advancements. NEAX 2400 IPS - PBX Telephone Systems Electra Elite IPK - Voice Mail Systems NEC Digital Telephone sets © Copyright 2003. TransTeleComCo.com. All Rights Reserved.|Keywords here|http:\/\/10.10.10.88/ttc/NEAX2000.asp",
    "TTC - Business Telephones Phone Systems Telecommunuications Voicemails|Your browser does not support script Call us at : 888.555.1212 NEAX® 2400 IPX - Internet Protocol eXchange Benefits Features Specifications The NEAX® 2400 Internet Protocol eXchange (IPX), the newest member of the NEAX family, fuses existing NEC technologies with dynamic advancements in hardware and software to satisfy the most stringent system requirements. NEC also introduces the next level of Internet Protocol (IP) medium -- peer-to-peer switching -- into the NEAX 2400. This capability allows the NEAX 2400 to provide all of NEC's networking services and Dterm Series E digital telephone features when deployed over an IP network. Peer-to-peer switching means the stations participating in a call are connected directly to each other through the IP network. The voice signals travel through the IP network but do not go through the switch as they do in traditional telephony. The fact that the NEAX 2400 IPX can function in and support a hybrid network with traditional digital/analog switching, IP/TDM switching and pure peer-to-peer IP switching means the users can continue to utilize their existing equipment while they phase in IP Telephony and lay the foundation for future networks. NEC's modular design, distributed processing, sensible migration, comprehensive network solutions and the ability to customize functionality to match specific business applications are just a few of the NEC benchmarks that the NEAX 2400 IPX builds upon. The NEAX 2400 IPX provides over 780 service features that enhance productivity, reduce operating costs, and improve communications efficiently. Innovative modular hardware and software design allows the NEAX 2400 IPX to serve efficiently and grow incrementally over its entire size spectrum, ranging from 384 ports to over 24,576 ports. The NEAX 2400 Internet Protocol eXchange has the ability to expand from its minimum configuration to its maximum capacity with virtually no loss of existing hardware. This unique expansion capability allows the system to grow in a cost-effective manner as the user's requirements grow. This system is truly unique in today's telecommunications industry. By serving as the controller of an integrated information network, the NEAX 2400 IPX is able to integrate and enhance all forms of advanced information processing and management services. The NEAX 2400 IPX combines voice and data, store and forward, packet switching and many other advanced features. The system also delivers advanced applications such as Fusion, CCIS and IP Networking, IP Stations (both IP enabled and peer-to-peer), Remote Switching, Electronic Tandem Networking, Centralized Attendant Service, Direct Digital Interface, Integrated ACD, Voice Messaging Integration, along with many other feature-rich capabilities via the Open Applications Interface (OAI). This reflects the philosophy of NEC Corporation to integrate Computer and Communications (C&C) technology, and makes it possible for the NEAX 2400 to provide both voice and non-voice services. Proprietary digital instruments (Dterm) may be provided to increase system flexibility and eliminate the need for conventional multiple line stations with their associated control equipment and cable plant requirements. NEAX 2000 IPS - PBX Telephone Systems Electra Elite IPK - Voice Mail Systems NEC Digital Telephone sets © Copyright 2003. TransTeleComCo.com. All Rights Reserved.|Keywords here|http:\/\/10.10.10.88/ttc/NEAX2400.asp",
    "TTC - Business Telephones Phone Systems Telecommunuications Voicemails|Your browser does not support script Call us at : 888.555.1212 NEC - Electra Elite® IPK The Electra Elite® IPK, NEC's new, versatile communication platform, allows you to converge your voice and data networks, and enjoy the many advantages of Voice over Internet Protocol (VoIP), the future of business communications. The Electra Elite IPK gives you choices: You can deploy traditional circuit-switched technology, VoIP, or any combination, all from one system! You have the freedom to adopt VoIP when and where you need it, so today's technology investment is protected tomorrow. The Electra Elite IPK is designed and manufactured by NEC America, so quality and reliability are built right in. Efficient, Compact Design The Electra Elite IPK system is a powerful key system that can meet the ever changing communications demands of current businesses. Its unique compact design allows the system to be easily and quickly installed. The Electra Elite IPK system can grow with your business. You can easily and economically increase port size when necessary. The feature-rich Electra Elite IPK system provides the basic telephone functions and supports the following: Automatic Call Distribution (ACD) Automatic Number Indication (ANI)/Caller ID Automatic Route Selection (ARS) Centralized Voice Mail Computer Telephony Integration (CTI) Dialed Number Indication Service (DNIS) Dterm Handset Cordless Enhanced 911 Integrated Digital Voice Mail ISDN-BRI and PRI Voice Trunks K-CCIS (Networking) Least Cost Routing (LCR) Live Monitoring Live Record Multiline Conference Bridge Multilingual LCD Indication Multiple Music on Hold using CO Interface PC Attendant Console Unified Messaging Uniform Call Distribution (UCD) Voice over Internet Protocol Trunks (VoIP) Wireless System Optional 33.6 kbps Modem for Remote Programming and Maintenance The Electra Elite IPK system offers a variety of Multiline Terminals that are compatible with the system, available in 8-line, 16-line and 32-line capacities and offered as display and non-display terminals. A 2-line non-display Multiline Terminal and a 60-line Attendant Console are also available. The Electra Elite IPK system supports a wide range of additional equipment that can be connected to the system to accommodate individual customer needs. User Interface The Electra Elite IPK system offers a choice between the Electra Elite IPK or Dterm® Series i terminals. Electra Elite IPK Terminals Electra Elite IPK terminals are available in black or white: 8-line display or non-display type, 16-line display or non-display type, and 32-line display or non-display type. A 2-line non-display terminal is also available in white. Speakerphones are standard, providing full handsfree operation. All Electra Elite IPK terminals have a built-in headset jack. The large Liquid Crystal Display (LCD) on the display terminals provides call status data and programming information. The display terminals have four softkeys. For Attendant Positions, up to four Attendant Consoles are available, each providing 48 station and/or outside line assignments and 12 function keys. An SLT Adapter can be used in place of a digital terminal for connecting Single Line Telephones, or similar devices. Dterm Series i Terminals Dterm Series i Terminals are available in black or white and duplicate functions of the comparable Electra Elite IPK terminal. Additional Equipment Additional equipment such as: Single Line Telephones, external speakers, voice mail or facsimile machines can be connected to enhance the abilities of the Electra Elite NEC Analog Telepones Elite IPK Digital Telepones Elite IPK Data Electra Elite Brochure Electra Elite Wireless System DataSheet Electra Elite Features Data Sheet Electra Elite IPK Features Data Sheet © Copyright 2003. TransTeleComCo.com. All Rights Reserved.|Keywords here|http:\/\/10.10.10.88/ttc/neceliteipk.asp",
    "TTC - Business Telephones Phone Systems Telecommunuications Voicemails|Your browser does not support script Call us at : 888.555.1212 Telephone Sets NEC 10-Button Standard Telephone Features 10 One-Touch Keys, Dual LEDs, Voice Over, and Speakerphone NEC 22-Button Standard Telephone 22 button display speakerphone used with DS1000 and DS2000 systems NEC 34-Button Standard Telephone Features 10 One-Touch Keys, Dual LEDs, Voice Over, Speakerphone, 2-Line Display, and 4 Interactive Soft Keys for intuitive, automated feature operation NEC 22-Button Standard Telephone - LED Features 10 One-Touch Keys, Dual LEDs, Voice Over, Speakerphone, and Super Display NEC -Standard Analog Telephone NEC 8-Button Standard Analog Telephone NEAX 2000 IPS - PBX Telephone Systems NEAX 2400 IPS - PBX Telephone Systems Electra Elite IPK - Voice Mail Systems © Copyright 2003. TransTeleComCo.com. All Rights Reserved.|Keywords here|http:\/\/10.10.10.88/ttc/necphones.asp",
    "TTC - Business Telephones Phone Systems Telecommunuications Voicemails|Your browser does not support script Call us at : 888.555.1212 PRINTER FRIENDLY Page KX-TD1232 - Digital Super Hybrid System Initial Configuration for 8 lines and 16 Stations Expands to 12 lines and 32 stations 4 door intercom and 4 door opener relay Day / Night / Lunch service 64 Station Capacity Max with XDP Supports T1 & PRI/ISDN ServicesNew Windows Program Tool CO and Station Configuration 8 COs and 16 Stations (expandable to 24 CO's and 64 Stations) Four Additional XDP Ports No Caller ID Compatability 1 Yes Voice Mail Integration Yes Direct Inward System Access (DISA) Yes PC-Based Programming Yes Automatic Route Selection (ARS) Yes Call Forwarding Yes Direct Inward Dial (DID) Yes ISDN Basic Rate Interface BRI Capability Yes Uniform Call Distribution with OGM Yes T1 Interface Yes, 2 pairs of wires electronically divided into 24 channels 1 Extra Device Port (XDP) Yes Absent Message Capability 9 Account Code Entry (Forced Verified) 128 Account Code Entry (Optional) Yes Automated Attendant (with DISA/OGM) Yes Automatic CO Hunting Yes Automatic Fault Logging Yes B.G.M. (Back Ground Music) Jack Yes Bilingual Displays Yes Call Back Busy Yes Call Hunting (Terminal or Circular) Yes Call Log ( KX-T7436 & KX-T7456 Display Phone) Yes Call Parking Zones 10 Call Park Retrieve Yes Call Pick Up Yes Call Transfer/Transfer Recall Yes Call Waiting 1 Yes Caller ID: Call Log Lock, Callback, Date and Time Adjust, (Name and/or Number) Class of Service 8 CO Limited Duration Timer Yes CO Line Names Yes CO Line Status (Two Color LED) Yes Conference Calling (3 Party) Yes Data Dump (Print Out of System Program Data) Yes Data Line Security (for Fax or Modem) Yes Date and Time Display Yes Delayed Ringing Yes Digital Telephone System Yes D.I.L. (Direct In Line) Yes D.I.S.A. Single Digit Access Yes Distinctive Ringing Tone (CO, Intercom) Yes D.N.D. (Do Not Disturb) Yes D.N.D. Override Yes Door Intercoms/Door Opener Contacts 4/4 DSS/BLF Consoles 4/4 Dual Port Usage (Parallel SLT Station) Yes Duration Time of Call Display Yes Electronic Station Lock Yes Emergency Call Number Programming Yes Extension Groups 8 Extension Name on Display when Idle Yes Exclusive Hold Yes Executive Override Yes Executive Override Deny Yes External Modem Support Yes External paging Ports 2 Fax transfer No Flexible CO Keys (DSS/BLF, One Touch Dial) Yes Flexible DSS Keys (One Touch, Feature Access) Yes Flexible Key Assignments Yes Flexible Line Assignment Yes Flexible Night Service/Programmable/Manual Yes Flexible Ringing Assignment (Day, Night) Yes Flexible Station Numbering Yes Hands-Free Answer Back Intercom Yes Handset/Headset-Display Phones Yes Hold, Hold Recall, Hold Reminder Yes Hotel/Motel Features Ring Message Waiting Remote Station Lock Quick Dialing Room Status Industry Standard Telephone Capability Yes Internal Paging (All Call Paging) Yes Internal Paging (Zone Paging) 8-Zones Last Number Redial Yes Limited Call Duration Yes Live Call Screening (DPITS Only) Yes Live Call Screening, Remote (DPITS Only) Yes Login/Logout (Hunt, Ring, UCD) Yes Lunch/Break Mode Yes Memory Back-up Yes Message Waiting - Proprietary Phones Yes Message Waiting SLT Yes Military Time Display Yes M.O.H. (Music on Hold) Yes Multiple Voice Mail Lamps Yes Off-Hook Tone Signaling Yes Off-Hook Monitoring (KX-T7431, 7433, 7135, 7436, 7453, 7456 Only) Yes Off-Hook Call Announce with KX-T7130, KX-T7135 Yes Off-Hook Call Announce (KX-T7436, KX-T7456) Yes On-Site Programming Diagnostics Yes Operator Call Yes Phantom Extensions Yes Power Failure Transfer Yes Pre-Selection (Central Office or Intercom) Yes Privacy Release Yes Remote Programming/Diagnostics Yes Remote Station Lock Control Yes Ring Groups Yes Ringing Line Preference Yes Saved Number Redial Yes Secret Dialing Yes Seven Day ARS Time Tables Yes System Power Back-Up (Optional) Yes S.M.D.R. (Station Message Detail Recording) Yes Station Name Display Yes Station to Station Messaging Yes Station Speed Dial Numbers 10 System Interconnection - Doubling Capacity Yes System Speed Dial Numbers 500 System Working Report Yes T.A.F.A.S. (Trunk Answer from any Station) Yes TAPI Compliant Yes Timed Reminder Yes Timed Reminder, Remote Yes Toll Restriction 8-Class Toll Restriction Override Yes Tone/Pulse Conversation Yes Tone/Pulse Dialing (By CO Line) Yes Transfer (Screened/Unscreened) Yes Trunk Groups 8 Two-Way Record (DPITS required) Yes Two-Way Transfer (DPITS required) Yes Unattended Conference Call Yes Uniform Call Distribution without OGM Yes Voice Mail, Automatic Configuration (DPITS only) Yes Voice Mail Integration (Inband) Yes 12 Walking Class of Service Yes Whisper Off Hook Call Announce Yes Working Report Yes Caller ID Logging 30/Station KX-TD816 - PBX Telephone Systems Panasonic Voice Mail Systems Panasonic Digital Telephone sets © Copyright 2003. TransTeleComCo.com. All Rights Reserved.|Keywords here|http:\/\/10.10.10.88/ttc/panasonic_KX-TD1232.asp",
    "TTC - Business Telephones Phone Systems Telecommunuications Voicemails|Your browser does not support script Call us at : 888.555.1212 KX-TD816 - Digital Super Hybrid System Initial Configuration from factory for 4 lines and 8 Stations Expands to 8 lines and 16 stations 4 door intercom and 4 door opener relay Day / Night / Lunch service 32 Station Capacity Max with XDP New Windows Program Tool CO and Station Configuration 4 COs and 8 Stations (expandable to 8 CO's and 16 Stations) Four Additional XDP Ports No Caller ID Compatability 1 Yes Voice Mail Integration Yes Direct Inward System Access (DISA) Yes PC-Based Programming Yes Automatic Route Selection (ARS) Yes Call Forwarding Yes Direct Inward Dial (DID) Yes ISDN Basic Rate Interface BRI Capability Yes Uniform Call Distribution with OGM No T1 Interface No Extra Device Port (XDP) Yes Absent Message Capability 9 Account Code Entry (Forced Verified) 128 Account Code Entry (Optional) Yes Automated Attendant (with DISA/OGM) No Automatic CO Hunting Yes Automatic Fault Logging Yes B.G.M. (Back Ground Music) Jack Yes Bilingual Displays Yes Call Back Busy Yes Call Hunting (Terminal or Circular) Yes Call Log ( KX-T7436 & KX-T7456 Display Phone) Yes Call Parking Zones 10 Call Park Retrieve Yes Call Pick Up Yes Call Transfer/Transfer Recall Yes Call Waiting 1 Yes Caller ID: Call Log Lock, Callback, Date and Time Adjust, (Name and/or Number) Class of Service 8 CO Limited Duration Timer Yes CO Line Names Yes CO Line Status (Two Color LED) Yes Conference Calling (3 Party) Yes Data Dump (Print Out of System Program Data) Yes Data Line Security (for Fax or Modem) Yes Date and Time Display Yes Delayed Ringing Yes Digital Telephone System Yes D.I.L. (Direct In Line) Yes D.I.S.A. Single Digit Access No Distinctive Ringing Tone (CO, Intercom) Yes D.N.D. (Do Not Disturb) Yes D.N.D. Override Yes Door Intercoms/Door Opener Contacts 4/4 DSS/BLF Consoles 4 Dual Port Usage (Parallel SLT Station) Yes Duration Time of Call Display Yes Electronic Station Lock Yes Emergency Call Number Programming Yes Extension Groups 8 Extension Name on Display when Idle Yes Exclusive Hold Yes Executive Override Yes Executive Override Deny Yes External Modem Support Yes External paging Ports 1 Fax transfer No Flexible CO Keys (DSS/BLF, One Touch Dial) Yes Flexible DSS Keys (One Touch, Feature Access) Yes Flexible Key Assignments Yes Flexible Line Assignment Yes Flexible Night Service/Programmable/Manual Yes Flexible Ringing Assignment (Day, Night) Yes Flexible Station Numbering Yes Hands-Free Answer Back Intercom Yes Handset/Headset-Display Phones Yes Hold, Hold Recall, Hold Reminder Yes Hotel/Motel Features Ring Message Waiting Remote Station Lock Quick Dialing Room Status Industry Standard Telephone Capability Yes Internal Paging (All Call Paging) Yes Internal Paging (Zone Paging) 8-Zones Last Number Redial Yes Limited Call Duration Yes Live Call Screening (DPITS Only) Yes Live Call Screening, Remote (DPITS Only) Yes Login/Logout (Hunt, Ring, UCD) Yes Lunch/Break Mode Yes Memory Back-up Yes Message Waiting - Proprietary Phones Yes Message Waiting SLT Yes Military Time Display Yes M.O.H. (Music on Hold) Yes Multiple Voice Mail Lamps Yes Off-Hook Tone Signaling Yes Off-Hook Monitoring (KX-T7431, 7433, 7135, 7436, 7453, 7456 Only) Yes Off-Hook Call Announce with KX-T7130, KX-T7135 Yes Off-Hook Call Announce (KX-T7436, KX-T7456) Yes On-Site Programming Diagnostics Yes Operator Call Yes Phantom Extensions Yes Power Failure Transfer Yes Pre-Selection (Central Office or Intercom) Yes Privacy Release Yes Remote Programming/Diagnostics Yes Remote Station Lock Control Yes Ring Groups Yes Ringing Line Preference Yes Saved Number Redial Yes Secret Dialing Yes Seven Day ARS Time Tables Yes System Power Back-Up (Optional) Yes S.M.D.R. (Station Message Detail Recording) Yes Station Name Display Yes Station to Station Messaging Yes Station Speed Dial Numbers 10 System Interconnection - Doubling Capacity No System Speed Dial Numbers 500 System Working Report Yes T.A.F.A.S. (Trunk Answer from any Station) Yes TAPI Compliant Yes Timed Reminder Yes Timed Reminder, Remote Yes Toll Restriction 8-Class Toll Restriction Override Yes Tone/Pulse Conversation Yes Tone/Pulse Dialing (By CO Line) Yes Transfer (Screened/Unscreened) Yes Trunk Groups 8 Two-Way Record (DPITS required) Yes Two-Way Transfer (DPITS required) Yes Unattended Conference Call Yes Uniform Call Distribution without OGM Yes Voice Mail, Automatic Configuration (DPITS only) Yes Voice Mail Integration (Inband) Yes Voice Mail Ports 6 Walking Class of Service Yes Whisper Off Hook Call Announce Yes Working Report Yes KX-TD1232 - PBX Telephone Systems Panasonic Voice Mail Systems Panasonic Digital Telephone sets © Copyright 2003. TransTeleComCo.com. All Rights Reserved.|Keywords here|http:\/\/10.10.10.88/ttc/panasonic_KX-TD816.asp",
    "TTC - Business Telephones Phone Systems Telecommunuications Voicemails|Your browser does not support script Call us at : 888.555.1212 Panasonic KX-TVS220 - Voice Processing System, up to 12 ports, up to 64 hours voice storage 4 ports from factory Max config 12 ports 3 Expansion Slots 6 In-Band Ports 64 hours of storage 1024 Mailboxes 100 messages per mailbox 6 hours total storage Bilingual Prompts English & Spanish Benefits of APITS & DPITS Integration DAY-NIGHT_LUNCH Service Direct Mailbox Acces Intercom Paging Notification Live Call Screening Personal Greeting from caller id Remote call forwarding set Remote chnage of company greeting system clock sync with system two way record two way transfer auto configuraion KX-TD1232 - PBX Telephone Systems KX-TD816 - PBX Telephone Systems KX-TVS320 - Voice Mail Systems KX-TVS120 - Voice Mail Systems Panasonic Digital Telephone sets © Copyright 2003. TransTeleComCo.com. All Rights Reserved.|Keywords here|http:\/\/10.10.10.88/ttc/Panasonic_KX-TVS220.asp",
    "TTC - Business Telephones Phone Systems Telecommunuications Voicemails|Your browser does not support script Call us at : 888.555.1212 Digital Telephones Panasonics offers a wide range of digital telephone models, allowing you to match your telephones to your specific application. All models are available in either charcoal gray or ash white color to match your office decor. The electronic volume control independently adjusts the volume of the handset, speaker, and ringing. Panasonic KXT 7440 Speakerphone models are ergonomically designed with easy-to-reach,easy-to-read feature buttons. You can even perform several feature-operation sequences by pushing a single button,saving valuable time. Panasonic KXT 7420 KXT7420 Has a buitl in speakerphone with 12 programmable line buttons. The KXT 7420 as a jog dial controller that adjusts the ringer, speaker and handset voluem. The Panasonic KXT 7420 telephone has an XDP jack (extra device port). KXT 7420 has whisper off-hook call anoounce. The Panasonic KXT 7420 works only with the Digital Telephone Systems 308,816,1232,500. The Panasonic KXT 7420 comes in color black and white Panasonic KXT 7425 KXT 7425 Has a built in peakerphone with 24 programmable line buttons. The KXT 7425 as a jog dial controller that adjusts the ringer, speaker and handset voluem. The Panasonic KXT 7425 telephone has an XDP jack (extra device port). KXT 7425 has whisper off-hook call anoounce. The Panasonic KXT 7420 works only with the Digital Telephone Systems 308,816,1232,500. The Panasonic KXT 7425 comes in color black and white Panasonic KXT 7453 KXT 7453 Has a built in peakerphone with 24 programmable line buttons. The KXT 7453 as a jog dial controller that adjusts the ringer, speaker and handset voluem. The Panasonic KXT 7453 telephone has an XDP jack (extra device port). KXT 7453 has whisper off-hook call anoounce. The Panasonic KXT 7420 works only with the Digital Telephone Systems 308,816,1232,500. The KXT 7453 has a 3 line LCD Display The Panasonic KXT 7453 comes in color black and white Panasonic KXT 7735 KXT 7735 is a speakerphone. The Panasonic KXT 7735 has 12 line buttons and 12 programmable buttons. The KXT 7735 has a large messafe waiting light and a built in headset. The panasonic KXT 7735 has a 3 Line LCD backlit diaplay. The Panasonic KXT 7735 works with both analof and digital Panasonic telephone systems. The Panasonic KXT 7735 comes in color black and white Panasonic KX-T74000 Panasonic KX-T7440 DSS 66 DSS/BLF Keys Max 4 Per KX-TD 1232/816, Max 8 per Double KX-TD1232 Available in Black or white Works with the KXT 7400 Series phones only Panasonic KX-T7441 DSS 48 DSS/BLF Keys Max 4 per KX-TD 1232/816 Max 8 for Duble KX-TD1232 With Release and answer keys Available in black or white Works with the KXT 7400 Series phones only Panasonic KX-T7740 DSS 48 DSS/BLF Keys 32 DSS Buttons with LED's 16 Feature Buttons Available in Black or white Panasonic KXT 7750 KXT 7750 is a monitor speakerphone only. The Panasonic KXT 7750 has 12 line buttons and 12 programmable buttons. The KXT 7750 has a large messafe waiting light and a built in headset. The Panasonic KXT 7750 works with both analof and digital Panasonic telephone systems. The Panasonic KXT 7750 comes in color black and white Panasonic KXT 7895 KXT 7895 uses digital spread spectrum link technology as a cordless telephone. The Panasonic KXT 7895 has a 3 Line LCD Display and 4 Flexible BLF Keys. The KXT 7895 comes with a wall moutnable Base Antenna, and a headset jack and belt clip. The Panasonic KXT 7895 has 12 lines access. The Panasonic KXT 7895 works with both analog and digital panasonic systems. The Panasonic KXT 7895 comes in color black and white Panasonic KXT 7431 KXT 7431 Has a built in peakerphone with 12 programmable line buttons. The KXT 7431 as a jog dial controller that adjusts the ringer, speaker and handset voluem. The Panasonic KXT 7431 telephone has an XDP jack (extra device port). KXT 7431 has whisper off-hook call anoounce. The Panasonic KXT 7420 works only with the Digital Telephone Systems 308,816,1232,500. The KXT 7431 has a 1 line LCD Display The Panasonic KXT 7431 comes in color black and white Panasonic KXT 7456 KXT 7456 Has a built in peakerphone with 24 programmable line buttons. The KXT 7456 as a jog dial controller that adjusts the ringer, speaker and handset voluem. The Panasonic KXT 7456 telephone has an XDP jack (extra device port). KXT 7456 has whisper off-hook call anoounce. The Panasonic KXT 7420 works only with the Digital Telephone Systems 308,816,1232,500. The KXT 7456 has a 6 line LCD Display The Panasonic KXT 7456 comes in color black and white Panasonic KXT 7720 KXT 7720 is a speakerphone. The Panasonic KXT 7720 has 12 line buttons and 12 programmable buttons. The KXT 7720 has a large messafe waiting light and a built in headset. The Panasonic KXT 7720 works with both analof and digital Panasonic telephone systems. The Panasonic KXT 7720 comes in color black and white Panasonic KXT 7730 KXT 7730 is a speakerphone. The Panasonic KXT 7730 has 12 line buttons and 12 programmable buttons. The KXT 7730 has a large messafe waiting light and a built in headset. The panasonic KXT 7730 has a 1 Line LCD backlit diaplay. The Panasonic KXT 7730 works with both analof and digital Panasonic telephone systems. The Panasonic KXT 7730 comes in color black and white KX-TD1232 - PBX Telephone Systems KX-TD816 - PBX Telephone Systems KX-TVS320 - Voice Mail Systems KX-TVS220.asp - Voice Mail Systems KX-TVS120 - Voice Mail Systems Panasonic Digital Telephone sets © Copyright 2003. TransTeleComCo.com. All Rights Reserved.|Keywords here|http:\/\/10.10.10.88/ttc/panasonic_sets.asp",
    "TTC - Business Telephones Phone Systems Telecommunuications Voicemails|Your browser does not support script Call us at : 888.555.1212 Industry lingo A ACD (Automatic Call Distribution)— A specialized telephone answering methodthat handles large volumes of incoming calls by distributing them equally amonga group of answering positions on standard telephone lines. Calls to airline reservationdepartments, for instance, are served by ACDs. ADPCM (Adaptive Differential Pulse Code Modulation)— A coding schemestandardized by CCITT (see CCITT) that allows an analog voice to be carried on a32-kbps digital channel instead of the standard 64-kbps PCM channel. ADSI (Analog Display Services Interface)— A protocol that simplifies use ofadvanced features by displaying text messages generated by a remote computer orcentral office switch on a display on a user’s telephone or television set. ADSL (Asymmetric Digital Subscriber Line)— A standard allowing digital broadband(over 6 Mbps) signals and plain old telephone service to be transmitted upto 12,000 feet over a twisted copper pair. AIN (Advanced Intelligent Network)— Bellcore’s switching concept that centralizesa significant amount of intelligence rather than constantly placing more andmore information in the central office switch. ALI (Automatic Location Identification)— Works hand-in-hand with automaticnumber identification (see ANI), and uses a computer database to associate aphysical location with a telephone number. AMA (Automated Message Accounting)— Format in which a digital switchusually creates the usage data used for billing. AMPS (Advanced Mobile Phone Service)— The name applied to the originalanalog cellular system. Still the predominant cellular transmission scheme. ANI (Automatic Number Identification)— A feature that sends a calling party’stelephone number over the network to the called party. Particularly useful inenhanced 911 systems. ANSI (American National Standards Institute)— A U.S. standards-setting organization,not an arm of the government. Accredits various other standards settingcommittees. AOS (Alternative Operator Services)— Name applied to those non-telephonecompany businesses that provide operator services (e.g., to private pay phoneoperators). APS (Automatic Protection Switching)— A method of allowing transmissionequipment to automatically recover from failures such as a cable cut. AT (Access Tandem )— A switching system that provides traffic concentrationand distribution functions for interLATA traffic. ATM (Asynchronous Transfer Mode)— A transmission/switching scheme that isused for very high speed transmission. ATM will be the technology of choice formultimedia transmission. Automated Attendant - A phone system accessory that answers the phone electronically, allowing callers to route themselves through a series of menu prompts (e.g. press 1 for sales) to the appropriate department or extension. Many voice mail systems come equipped with a basic automated attendant system. Automated Call Distributor (ACD)— A phone system accessory that routes incoming calls among a set of extensions to ensure they are handled efficiently. ACDs are generally used in call centers that process many incoming calls. B BER (Bit Error Rate)— A measure of transmission accuracy. It is the ratio of bitsreceived in error to bits sent. A BER of 10-9 (or one error in a billion bits) is commonin voice and data transmission systems. BETRS (Basic Exchange Telecommunications Radio Service)— In its simplestform, it is “fixed cellular,” a form of wireless local exchange service. In such anapplication, handoff is not required. BHCC (Busy Hour Call Completion)— A term used in traffic measurement. Normally there is one hour of one day that is considered the “busy hour.”Equipment is provisioned based on this measurement. BISDN (Broadband Integrated Services Digital Network)— A very high speedISDN service intended to support full motion video and image applications, aswell as data. Has a base rate of approximately 150 Mbps. BOC (Bell Operating Company)— Any of the 22 regulated telephone companiesthat are organized into seven Regional Bell holding companies. See RBOC andRHC. BRI—Basic Rate Interface— This ISDN scheme is identified as 2B1D, and permitstwo “bearer” channels, each operating at 64 kbps, and one “data” channel,operating at 16 kbps, to be carried over a single twisted pair. C CAC (Carrier Access Code)— Five- to seven-digit number that identifies whichinterexchange carrier a call will use. Subscribers can dial these digits with eachlong distance call, or can pre-subscribe to a particular carrier and let the digitalswitch software add the CAC. CAP (Competitive Access Provider)— Alternative carrier (e.g., Teleport andMetropolitan Fiber Systems) that competes with telephone companies in carryingtraffic. Usually these companies construct a fiber ring in an urban area to attractbusinesses to use their services in addition to or in place of the services of thelocal telephone company. CCF (Custom Calling Features)— The basic custom calling features now availableto subscribers include Call Waiting, Call Forwarding, Abbreviated Dialing,Three-Way Calling, etc. These revenue-generating features are available from thecentral office, and do not require any special customer premises equipment. CCITT (Comité Consultatif Internationale de Telegraphique etTelephonique)— An international group operating under the auspices of theInternational Telecommunications Union (ITU) and charged with establishingtelecommunications standards. Name recently changed to ITU-TSS (InternationalTelecommunications Union-Telecommunications Standards Sector). ccs (Hundred Call Seconds)— A measure of traffic used to determine thecapacity of telephone systems. CDMA (Code Division Multiple Access)— A digital transmission schemeclaimed to be more efficient than other systems and to offer up to 20 times morecall handling capacity than analog cellular systems. CEV (Controlled Environmental Vault)— A below-ground enclosure used by thetelephone companies for which virtually anything an above-ground hut would beused. These units generally house batteries, electronic equipment, terminatingand cross-connect frames, etc. CLASS (Custom Local Area Signaling Services)— A set of more powerfulcustom calling services now provided by telephone companies; sometimesreferred to as advanced custom calling features. Examples are Automatic Callback,Automatic Recall, Calling Number Delivery, Customer Originated Trace,Distinctive Ringing, Selective Call Forwarding, and Selective Call Rejection. CLID (Calling Line Identification)— A relatively new offering that permits subscribersto see the telephone number and/or name of the calling party. Frequently,“calling number blocking” is offered as well. In this case, calling parties can blockthe display of their telephone numbers. CO (Central Office)— The building in which telephone companies, etc., locatetheir switching equipment and terminate their circuits. Sometimes used interchangeablywith “exchange. ”COCOT (Customer Owned Coin Operated Telephones)— In as much as payphones are no longer the sole province of the telephone company, any entrepreneurcan buy, place, and collect from a set of privately-owned pay phones. CODEC (Coder/Decoder)— The electronic circuit converts analog voice signalsinto digital signals for transmission and switching, and digital signals to analogvoice signals so that they can be used by the telephone. COT (Customer Originated Trace)— An advanced subscriber feature that allowsa telephone user to initiate a trace of the last incoming call. The number is thenautomatically reported to the service provider, a law enforcement agency, or otherdesignated agency. CPE (Customer Premises Equipment)— The telecommunications equipmentlocated on a customer’s premises. Usually refers to key systems, private branchexchanges (PBXs), telephones, etc. CRC (Cyclic Redundancy Check)— A form of error detection. Accomplished byreading a block of incoming data, operating on the binary number equivalent ofthis block (e.g., dividing by another binary number) and noting the remainder. Ifthis remainder is the same as a character transmitted in the message, it isassumed that the transmission was error free. CSA (Canadian Standards Association)— One of several bodies—this one basedin Canada—that develops telecommunications standards. 92CSU (Channel Service Unit)— A device that is located on the customer’spremises. It terminates and tests digital data and voice circuits. CT1, CT2, CT3 (first, second, and third generation of cordless telephones)— The first generation is the cordless phone found today in 60 percent of Americanhomes. CT2 is typically used in low-power applications such as “cordless payphone” or wireless PBX. CT3 is a vague term often applied to new PCStelephones. Computer Telephony Integration (CTI) - Used to describe the broad category of applications that involve connecting a phone system to a computer. CTI makes it possible for a computer to receive data from an incoming call and process it into something useful for your business. The most common example is using caller ID information to bring up the appropriate database file on a computer screen. D dB (Decibel)— A logarithmic unit describing the ratio of two powers. dBm (Decibel Referenced to a Milliwatt)— The ratio of two power levels, inwhich the second is one milliwatt. DCS (Digital Cross-Connect)— A cross-connect system, totally electronic, thatroutes DS-1, DS-3, and DS-0 lines among multiple paths. The DCS makes demultiplexingunnecessary. Although it operates very rapidly, it in no way replacesa central office switch. It can, however, re-route traffic should a major system faultoccur. DDS (Digital Data Service)— A 56- or 64-kbps digital private line channel. DECT (Digital European Cordless Telephone)— The European standard forwireless transmission. Generally associated with office communications. DID (Direct Inward Dialing)— The feature of Centrex systems and large PBXsthat allows a caller outside a company to call an internal extension without goingthrough the switchboard. DLC (Digital Loop Carrier)— A digital transmission system designed for subscriberloop plant. Multiplexes many circuits onto very few wires or onto a singlefiber pair. DMS (Digital Multiplex Systems)— A system that combines, on a digital basis, anumber of circuits. Also the prefix for the Northern Telecom family of digital centraloffice switches (DMS-10, DMS-100/200, DMS-250, DMS-300, andDMS-500). DMT (Discrete Multitone)— A frequency-agile modulation scheme in whichavailable bandwidth is divided into many sub-channels. Each sub-channel is thenanalyzed for its ability to carry digital data. Noisy sub-channels carry few or zerobits, while clear channels carry a maximum number of bits. Advanced DSP techniquesallow these bits-to-sub-channel assignments to occur in real time. DPN (Data Packet Network)— A packet network is one in which “bundles” ofinformation are transmitted, one after another. This differs from a circuit network,in which an entire circuit is dedicated to a particular user. Also the prefix forNorthern Telecom’s DPN data networking switches. DRAM (Digital Recorded Announcement Machine)— Device associated with aswitching system that provides recorded announcements, such as “Please deposit50 cents for the first three minutes.” DSCWID (Call Waiting Display with Disposition)— An advanced subscriberfeature that not only identifies the incoming caller on a telephone’s display window,but also provides options for handling the waiting call. DSU (Data Service Unit)— A device located on the customer’s premises thatconverts a digital data signal to a digital transmission signal. DTC (Decoder Time Clock)— Used in decoding a compressed video signal. Aclock distinct from the distant-end encoding clock, but kept in time and phasewith the incoming signal by bits inserted in this incoming bit stream. DTE (Data Terminal Equipment)— The name applied to a piece of terminalequipment. DTMF (Dual Tone Multifrequency)— The tones sent out by a touch tonedialing unit. DWS (Dialable Wideband Service)— An alternative name for Multi-Rate ISDN. Provides dialed data connectivity at desired bandwidth on a per call basis (from128 kbps through 1.536 Mbps in 64 kbps increments). E-TDMA (Enhanced Time Division Multiple Access)— One of many digitaltransmission schemes proposed as “standard” for cellular radio. Primary proponentis Hughes Network Systems. Fundamentally it is a time division multipleaccess system. EAS (Extended Area Service)— A service provided by many telephonecompanies in which towns with a common community of interest are considered“local.” Hence subscribers calling these towns do not incur a long distancecharge. ECSA (Exchange Carrier Standard Association)— A standards body sponsoredby the exchange carriers, and accredited by American National Standards Institute(ANSI). Recently the name of this organization has been changed to Alliance forTelecommunications Industry Solutions (ATIS). EMI (Electro-Magnetic Interference)— Electromagnetic waves emitted by someelectrical devices. Distorts or overwhelms communications signals being transmittedover the air. EPROM (Erasable Programmable Read Only Memory)— An integrated circuitread-only memory device that can be electrically programmed and erased eitherelectrically or with ultraviolet light. ESA (Emergency Stand Alone)— The ability of a switch remote to continuehandling local calls when links to the host switch are lost. Especially critical forCentrex applications such as hospitals. ESP (Enhanced Service Provider)— The FCC defines enhanced services as“services offered over common carriers’ transmission facilities...which employcomputer processing applications that act on the format, content, code,protocol...” Therefore an enhanced service provider operates, in one way oranother, on the information being transmitted. ETSI (European Telecommunications Standards Institute)— One of severalEurope-based standards bodies. F FCOT (Fiber Central Office Terminal)— Electronic equipment designed to terminatemultiple fiber feeders from next generation digital loop carrier systems. FDDI (Fiber Distributed Data Interface)— A standard designed to allow trafficof up to 100 Mbps to be transmitted in a local area network. FDMA (Frequency Division Multiple Access)— The original U.S. transmissionscheme for cellular radio. Analog in nature, it is used in every MetropolitanService Area and Remote Service Area in the country. FEC (Forward Error Correction)— Frequently used in data transmission systems. Redundant bits are transmitted along with the payload, and the locationand value of these bits in the message allows the receiving station to not onlydetect errors but also to correct them. FITL (Fiber In The Loop)— Used generally to refer to the deployment of fiberbetween the central office and the subscriber. FM (Frequency Modulation)— One of many modulation schemes. The messagesignal modulates a carrier signal in such a way that the frequency (as opposed tothe amplitude or phase) of the carrier is varied. FOTS (Fiber Optic Transmission System)— A generic term applied to any fiberoptic transmission system. FSK (Frequency Shift Keying)— A means used to transmit binary data. A “1” isrepresented by one frequency, and a “0” by a second. FTTC (Fiber-To-The-Curb)— Fiber has been placed first in the long distance network,then in the feeder plant, then the distribution plant. In this case the fiberthen proceeds to the curb, with copper going from the curb to the home itself. FTTH (Fiber-To-The-Home)— Extending fiber past the curb, all the way to thewall of the subscriber’s home. FX (Foreign Exchange)— Provided local exchange telephone service from a centraloffice that serves a different exchange area. Thus a subscriber in one city willreceive dial tone from, and have a telephone number of, a distant city. G Gbps (Gigabits per second)— Giga is the prefix representing 109, or one billion.For example, 8 Gbps means 8 billion data bits per second. GPS (Global Positioning System)— Atomic clocks control radio signals fromorbiting satellites with almost perfect accuracy. A signal sent by three (four inactual practice) synchronous satellites can be received by a vehicle-mounted globalpositioning system, and through triangulation techniques the vehicle can determineits position to within a few meters. GSM (Global System for Mobile Communications)— A comprehensive networkspecification that includes transmission scheme, network architecture, networkservices etc.—proposed as “standard” for cellular radio. This system is the standardin Europe and many countries in Asia, and a proposed standard for personalcommunications services in North America. It is a time division-type system. H HDBH (High Day Busy Hour)— The busiest hour of the busiest day of the yearfor a piece of telecommunications system. A central concept for networkplanning. HDSL (High bit rate Digital Subscriber Line)— By using sophisticated codingtechniques, a large amount of information may be transmitted over copper. TheHDSL scheme uses such coding over four copper wires and is primarily intendedfor high capacity bidirectional business services. HDTV (High Definition TV)— Television with very high resolution and a wideaspect ratio. Requires significantly greater bandwidth than conventional television. I ICN (Integrated Community Network)— A shared public network for servicessuch as distance learning, remote arraignment, and medical imaging. IDDD (International Direct Distance Dialing)— Feature that allows subscriberto directly dial international numbers. IDLC (Integrated Digital Loop Carrier)— A digital loop carrier system that connectsdirectly to a digital central office switch. IEC (Interexchange Carrier)— See IXC. IMTS (Improved Mobile Telephone Service)— The precursor to cellular. Utilizeda single transmitting station that was able to cover a great piece of geography. Wasvery channel-limited, and its shortcomings led to the invention of cellular. IN (Intelligent Network)— The generic term for the Advanced IntelligentNetwork. IP (Intelligent Peripheral)— An Advanced Intelligent Networking network elementthat, for instance, only controls a specialized set of features (voice recognitionservices, for instance) or provides a specialized set of functions to supportfeatures (IPs, for instance, may supply the voice prompts for some operatorservices features). ISDN (Integrated Services Digital Network)— In its simplest form, called BasicRate ISDN, it provides a means of transmitting two voice channels (each operatingat 64 kbps) and one data channel (operating at 16 kbps) over a single pair oftwisted copper conductors. The two voice channels are called bearer, or “b” channels;the single data channel is the “d” channel. A more complex form of ISDN iscalled Primary Rate ISDN; in this system there are 23 “B” channels operating at64 kbps and one “D” channel operating at 64 kbps. Thus the transmission capabilityof Basic Rate ISDN is 144 kbps, and that of Primary Rate ISDN nearly1.5 Mbps. IXC (Interexchange Carrier)— Quite literally, these carriers transmit informationbetween exchanges; frequently simply called long distance carriers. Major examplesare AT&T, MCI, and Sprint. K kbps (kilobits per second)— Kilo is the prefix representing 103, or one thousand. For example, 64 kbps means 64,000 data bits per second. LAN (Local Area Network)— A local network connecting a defined set of terminals. Could connect work stations in an office, offices in a building, buildings ona campus, etc. LATA (Local Access and Transport Area)— The geographic area that is thedomain of the local exchange carrier. Bell Operating Companies are generally precludedfrom carrying traffic across LATA boundaries; this traffic must be handedoff to an interexchange carrier. LEC (Local Exchange Carrier)— The local telephone company. Generally subdividedinto Bell Operating Companies and Independents. LEO (Low Earth Orbit)— Low earth orbit satellites are being proposed for worldwidewireless communications systems. These satellites (every proposal is different,but constellations of many dozen are usually specified) operate at an altitudeof 300 to 600 miles, rather than the 22,300 miles of a synchronous orbit satellite. Therefore, they travel across the sky rather than remaining stationary over a singlepoint. Communications with earth stations, or with earth-bound subscribers,requires some kind of hand off. LMDS (Local Multipoint Distribution Service)— A proposed radio-based distributionsystem. It is anticipated that initial deployment would be for video distribution. Ultimate use would involve two-way voice, video, and data. LSSGR (LATA Switching System Generic Requirements)— Multi-volume set ofBellcore technical references dealing with basic switching requirements used byswitch manufacturers, procurement staffs, planners, and switch technicians. M MAN (Metropolitan Area Network)— A network linking multiple, geographicallyseparate LANs together usually confined to a metropolitan area. MBG (Multlocation Business Group)— Networking scheme that allows privatebusiness to tie sites together through the use of public SS7 trunks. Telephony 10199Mbps (Megabits per second or millions of bits per second)— A measure ofdigital transmission speed used in computer and telephone networks. MDC (Meridian Digital Centrex)— Northern Telecom’s name for a package ofbusiness communication services provided by a DMS-10, DMS-100, or DMS-500central office switch. MDF (Main Distribution Frame)— The point of termination inside the centraloffice for outside plant cable and central office equipment lines. A crossconnectbetween vertical and horizontal components associates the two. MF (Multi-Frequency)— An older signaling protocol used in network trunking. Uses combinations of pulses as specified frequencies to signal across the network. MFJ (Modification of Final Judgement)— Official name for the 1982 Federalcourt ruling resulting in divestiture of the Bell Operating Companies from AT&T. MSA (Metropolitan Service Area)— FCC designated market areas which are thebasis for cellular service boundaries. In addition, there are Rural Service Area(RSA) markets. MSA (Metropolitan Statistical Area, formerly Standard MetropolitanStatistical Area)— A federal government defined geographic area consisting of alarge population nucleus and surrounding communities with economic and socialassociation with the nucleus. MTBF (Mean Time Between Failures)— Average period of time a piece of equipmentor component remains working before failure. MTSO (Mobile Telephone Switching Office)— Location of the switch controllingoperation of a cellular system. NAMPS (Narrowband AMPS)— An enhanced AMPS analog cellular radio standardfor increased capacity. NANP (North American Numbering Plan)— The system or method by whichcalls are routed in the public network of North America. The plan divides phonenumbers into three parts—an area code, central office code, and subscriber code. NE (Network Element)— An individual piece of telecommunications equipmentproviding a component function in the overall network. Channel banks, multiplexers,and SONET transmission gear are all network elements. NII (National Information Infrastructure)— In the words of Vice President AlGore, “a seamless web of communications networks, computers, databases andconsumer electronics that will put vast amounts of information at users’ fingertips.” NIU (Network Interface Unit)— The demarcation point between serviceproviders-owned and customer-owned wiring and equipment. Also calledNetwork Interface Device. NNI (Network-Network Interface)— The interface connecting one network nodeto another. NPA (Numbering Plan Area)— Another name for area code. The three digit NPAmakes up the first part of every phone number in the North AmericanNumbering Plan. NVOD (Near Video-On-Demand)— Unlike video-on-demand, the customerdoes not control a virtual channel. Popular movies are placed on multiple channelswith staggered start times. Customer tunes to appropriate channel for neareststart time. VCR-like controls (e.g., pause, stop) are not available. OC-N (Optical Carrier - Level N)— The hierarchy of optical SONET signals atmultiples of 51.840 Mbps. A direct counterpart to the electrical STS-N. The valueof N ranges from 1 to 48. OCC (Other Common Carrier)— Carriers other than AT&T providing long distanceservice. These companies, plus AT&T, are now referred to as IXCs orinterexchange carriers. ONA (Open Network Architecture)— A network architecture arrangementwhere outside providers can interconnect to the Regional Bell OperatingCompanies’ networks and offer enhanced services on an equal footing. OSI (Open Systems Interconnection)— A seven-layer framework of standards fornetwork communication. OSI creates an open systems networking environmentwhere different systems can share data regardless of vendor or platform. OSS (Operations Support System)— A system that furnishes tools to providenetwork control, monitoring, and business functions from a centralized location. Nearly all pieces of network equipment or major network functions have an OSS. OTDR (Optical Time Domain Reflectometer)— A device used to measure parametersof optical fiber. A light pulse is sent down the fiber and ratio and timing ofincident and reflected light power is measured. The device can be used to determineif and where a fiber might be broken. P PAD (Packet Assembler and Disassembler)— A device performing the interfacebetween an X.25 data network and an asynchronous device such as a personalcomputer. The PAD assembles user data into packets with identifying informationused to control routing. PBX (Private Branch Exchange)— Customer premises version of a central officeswitch. PCM (Pulse Code Modulation)— A coding scheme for converting analog voicesignals into a digital bit stream. A digitizing technique, PCM is the basis for digitalcommunications in North America. PCN (Personal Communications Network)— A wireless telephone network conceptsimilar to cellular, operating in the 1800-2000 MHz range. Smaller, lowpowercells reduce range in comparison to cellular, but keep handset cost low. PCS (Personal Communications Services)— Any service offered on the personalcommunications network. These include basic telephone, voice mail, paging, andothers. PM (Phase Modulation)— A form of modulation where the phase of the transmittedsignal is changed as the value (content) of the information changes. POP (Point of Presence)— The physical location where a long distance carrierterminates lines before connecting to the local exchange company, another carrier,or directly to a customer. POTS (Plain Old Telephone Service)— Basic telephone service—dial tone withoutspecial features. PRI (Primary Rate Interface)— An ISDN interface providing 23 “B” channels,each operating at 64 kbps, and a single “D” channel also operating at 64 kbps toa customer’s premises. PSC (Public Service Commission)— Also know as Public Utilities Commission. The State agency regulating telephone operations. PSTN (Public Switched Telephone Network)— The worldwide switched voicenetwork. PTT (Post Telephone & Telegraph)— Government controlled agencies providingtelephone and telecommunications services in many foreign countries. PUC (Public Utilities Commission)— See PSC. Q QAM (Quadrature Amplitude Modulation)— Modulation technique combiningphase and amplitude modulation to increase the number of bits per second. R RAD/RASP (Remote Antenna Device/Remote Antenna Signal Processing)— Atechnique to separate radio antennas for personal communications services fromtheir associated electronic equipment. RAM (Random Access Memory)— A computer’s direct access memory. It can beaccessed very quickly, can be overwritten with new information, and loses itscontent when power is turned off. RAO (Revenue Accounting Office)— Generic name for the billing center thatcomputes and creates subscriber bills for telephone companies. RBOC (Regional Bell Operating Company)— A term for the seven RegionalHolding Companies created when AT&T divested the Bell Operating Companies. RCC (Radio Common Carrier)— A company furnishing services to the publicusing radio frequencies. The original non-wireline cellular franchise in eachmarket was reserved for an RCC. REA (Rural Electrification Administration)— A government agency and programthat makes loans to companies providing telephone service in rural areas. RF (Radio Frequency)— An electromagnetic signal between the audio andinfrared frequency range of 500 kHz to 300 GHz. RFI (Radio Frequency Interference)— Disruption of signal reception by radiowaves at the same frequency as the desired signal. RHC (Regional Holding Company)— See RBOC. Another name for one of theseven companies formed when AT&T divested the Bell Operating Companies. RISC (Reduced Instruction Set Computing)— A high speed computer processingtechnology using a simple set of operating commands that allow it to processeach command faster. RSA (Rural Service Area)— An FCC designated rural market area for cellular service. These areas were designated in addition to the Metropolitan Service Areas. See MSA. S SCAI (Switch-to-Computer Applications Interface)— Protocol that allows a subscriber’scomputer to interact with a digital switch. Makes it possible to coordinateinformation in a database with incoming and outgoing phone calls to allow acompany representative, for instance, to receive a customer call and simultaneouslyreceive the customer’s file for viewing on a desktop work station. SCE (Service Creation Environment)— The set of tools and activities required tocreate new services for subscribers in the AIN arena. SCP (Service Control Point)— The centralized network element in the AdvancedIntelligent Network architecture that individual switches call on to obtain informationand commands necessary for completing an AIN call. SDH (Synchronous Digital Hierarchy)— Similar to SONET, it is a standard forsynchronous digital transmission rates used outside North America. SMDR (Station Message Detail Recording)— A feature of telephone systems thatpermits information on outgoing telephone calls to be collected and recorded. SMDS (Switched Multimegabit Data Service)— A public, wide-area packetswitcheddata service developed by Bellcore that provides DS-1 to DS-3 switchedaccess. SMS (Service Management System)— The operations support system forAdvanced Intelligent Networking. Provides the mechanism for downloading newfeatures and monitoring the AIN network. SNA (Systems Network Architecture)— IBM’s standard network architecturedescribing logical structure, formats, protocols and operational sequences fortransmitting information between software and hardware devices. SNMP (Simple Network Management Protocol)— Network management architectureinitially designed for the Internet, but easily applied or extended to anynetwork type.105 SONET (Synchronous Optical Network)— Family of optical transmission ratesand interface standards allowing interworking of products from different vendors. Base optical line rate is 51.840 Mbps. Higher rates are direct multiples. SS7 (Signaling System No. 7)— An out-of-band signaling system used to providebasic routing information, call set-up, and other call termination functions. Signaling is removed from the voice channel itself and put on a separate data network. Also known as Common Channel Signaling No. 7 (CCS7). SSP (Service Switching Point)— That node of the Intelligent Network normallyassociated with an end office. The entrance to the Intelligent Network. STP (Signal Transfer Point)— A packet switch in the SS7 network that enablescost-effective routing of SS7 signals between other network elements. STS (Synchronous Transport Signal)— The electrical equivalent of the SONETdefinedoptical signal with a base rate of 51.840 Mbps. T TA (Technical Advisory)— A document describing Bellcore’s preliminary view ofproposed requirements for products, interfaces, technologies, or services. TCP/IP (Transmission Control Protocol/Internet Protocol)— A communicationsprotocol linking different computer platforms across networks. TCP/IP functionsat the 3rd and 4th layers of the open system integration model. TDD (Telecommunications Device for the Deaf)— The teletypewriter devicenormally associated with telephones—including payphones—that permitshearing-impaired people to communicate over the public switched network. TDM (Time Division Multiplexing)— A digital multiplexing technique for combininga number of signals into a single transmission facility by interleaving piecesfrom each source into separate time slots. TDMA (Time Division Multiple Access)— A digital cellular transmission standardthat increases cellular capacity by dividing frequencies into time slots. TOPS (Traffic Operator Position System)— A Northern Telecom operatorservices system. 106TR (Technical Reference)— Bellcore-created technical document with proposedgeneric requirements for products, interfaces, technologies, or services. Trunks - Also known as lines, these are connections to the outside phone network. The number of trunks determines the number of incoming and outgoing calls that can simultaneously occur.. TSI (Time Slot Interchange)— A high-speed technique for switching time divisionmultiplexed signals so they can be sent out in a different order or on adifferent signal than they were received. U UNI (User-Network Interface)— Interface connecting users to the network. UPS (Uninterruptible Power Supply)— An auxiliary power unit providing continuouspower to a telephone system in case commercial power is lost. V VANC (Voice Activated Network Control)— Feature that allows subscriber toaccess advanced services such as call forwarding through voice commands. VAPN (Virtual Access to Private Networks)— A networking scheme that usespublic network facilities to extend private network calling to remote sites. VBR (Variable Bit Rate)— A service where the transmission rate varies over timeincorporating the concept of bandwidth-on-demand. VDT (Video Dial Tone)— An FCC concept where telephone companies act as acommon carrier serving video programmers to deliver video-based services tocustomers. VLSI (Very Large Scale Integration)— The technique of putting hundreds ofthousands of transistors onto a single integrated circuit. VOD (Video-On-Demand)— Customers request video programming from theirhome and receive it immediately. They control the video stream transmitted fromwithin the network and have full VCR functionality over it (e.g., pause, fastforward, rewind). VSAT (Very Small Aperture Terminal)— A small antenna used for transmittingand receiving data communications. VT (Virtual Tributary)— A SONET structure designed for transporting sub-baserate payloads. Voice Mail System — An accessory that allows callers to leave personal messages if an extension is not answered. Voice mail systems are generally purchased separately from a phone system, although many phone system manufacturers sell voice mail systems under their same brand name. Voice Over Internet Protocol (VoIP)— Enables users to place calls by sending voice information in digital form using the Internet, thereby avoiding the tolls charged by ordinary telephone services. W WAN (Wide Area Network)— An integrated data network linking metropolitanor local networks over common carrier facilities. WATS (Wide Area Telephone Service)— Discounted toll service offered on aninward or outward basis. Inward WATS is better known as 800 Service. WDM (Wavelength Division Multiplexing)— A method for transmitting two ormore separate signals on the same fiber path by carrying each signal at a different wave length. Support Products © Copyright 2003. TransTeleComCo.com. All Rights Reserved.|Keywords here|http:\/\/10.10.10.88/ttc/lingo.asp",
    "TTC - Business Telephones Phone Systems Telecommunuications Voicemails|Your browser does not support script Call us at : 888.555.1212 CTX670 - Flexible Solutions For Complete Telephone System Integration Effective communication is more critical than ever to maintaining your competitive edge, whether your business is large or small. To meet that goal, you need a solution that unifies, coordinates, and streamlines all your communications. And you need a telephone system that cost-effectively lets you access, use, and share vital information with ease and efficiency – in your main office, between branch offices, and remotely. The Strata CTX670 digital business telephone system is the comprehensive solution for your full range of telecommunication needs: • Multiple System Networking • Remote User Access • Voice Over Internet Protocol • ACD/MIS Call Center Functions • Computer Telephony Integration • Voice Mail/Auto Attendant You can enhance your Strata CTX670 system with optional features as needed. That means Strata CTX670 provides the exact level of performance your business requires both today and in the future. • You can upgrade system features and capacity as needed. Flexible building block design allows upgrading and growth at minimal expense. • The system features universal slot architecture that allows you to create almost any combination of trunk lines, telephones, and peripherals. • Plus, the system’s modular architecture and scalable design gives you the flexibility to start with a small configuration and expand up to 560 telephones. • You can even grow beyond 560 telephones by networking multiple systems together. Maximize the return on your equipment investment by reusing digital telephones and trunk and station cards from smaller and/or older Strata DK systems. Scalability, migration, and compatibility are the hallmark of the Strata CTX670 system. With its modern architecture and high-speed RISC processor, you can rest assured that your Strata CTX670 system will adapt easily to new technological developments – and to your communication needs as they change. Seamlessly Integrate Remote Employees Into Your Main System Strata CTX670 enables you to extend your telephone system throughout multiple buildings in a campus-style distributed configuration. It’s as easy as connecting expansion cabinets remotely from the base cabinet with fiber optic cables. You can also use MCK branch-office extender products to provide your remote employees with digital telephone extensions from your main facility’s Strata CTX670 system. Your remote employees will have the same advanced telecommunication functionality as your main-office employees! Multiple System Networking Brings All Your Offices Together You can network multiple Strata CTX670 systems – the ideal solution if you have a large system configuration and/or have offices in various geographic regions. You’ll provide these capabilities for all your offices: • One integrated telephone system • Centralized attendant services • Share one central voice mail system • Coordinated extension numbering simplifies network-wide dialing All Your Communications Unified Over One Network Strata CTX670 provides a unified system to transmit voice, data, and video throughout your enterprise. By unifying all your communications, you’ll reduce infrastructure, capital, and operational costs. This single network also lets you take full advantage of today’s most advanced communication applications: Integrated Services Digital Network (ISDN) • Transmit voice, data, fax, and video at the same time, all on one reliable digital line. • Exceptional speed and fast call setup maximize communication efficiency while reducing cost. Primary Rate Interface (PRI) saves money by enabling call-by-call use of channels. Basic Rate Interface (BRI) provides high-speed LAN and Internet access, plus video conferencing, at low cost. No additional monthly charge for Calling Number Identification Services (CNIS) and Dialed Number Identification Service (DNIS) saves you even more money. Voice Over Internet Protocol (VoIP) Eliminates long-distance toll charges between your main office and branch offices. Reduce cost by transmitting voice and fax calls via the Internet or your private intranet. By sharing applications among all your offices, you’ll enhance both cost-effectiveness and customer service. Computer Telephony Integration (CTI) CTI increases productivity and reduces cost by creating an integrated business information system. Call information and control at the system level is available on the Strata CTX670 LAN, allowing sophisticated CTI applications. Caller identification, automated dialing, automated call routing, and other CTI applications maximize communication efficiency. Enables you to control, handle, and identify calls with ease using computer screen displays. Ideal for streamlining call center operations. Streamline Call Center Functions For Greater Profitability Call centers have become important strategic business tools. A well-managed call center can serve customers quickly, efficiently, and cost-effectively, providing an important competitive advantage. With its server-based Automatic Call Distribution (ACD) features, the Strata CTX670 system lets you effectively allocate inbound calls among your call-handling agents. Strata CTX670’s flexible new ACD solutions enable your employees to focus on performing productive tasks and providing excellent customer service. Your call center will operate at peak efficiency, increasing revenues as a result. Communicate With Ease While Strata CTX670 is technologically advanced, it’s designed to be easy to use. That means your employees will get the most out of the system’s powerful communication capabilities: Intuitive interface matches the way your employees naturally use the telephone. Displays simple instructions – including voice mail controls – on the telephone’s LCD screen. Enables employees to use sophisticated features with minimal training. Save lots of time by executing frequently used calling features at the touch of one button. User-programmable buttons make it a snap! Cost Saving Solutions Built-In Strata CTX670 improves both your operational efficiency and your bottom line. Here’s how Strata CTX670 helps you control costs: Information on every incoming and outgoing call is at your fingertips to help you determine cost-saving strategies. Control employee access to long-distance calling. Calls are routed via your least costly trunk line or long-distance carrier. Take advantage of cost-effective high-speed digital services. Remote system programming and administration won’t disrupt normal business operations. Together, these Strata CTX670 capabilities combine to provide you with solutions that match your business communication requirements and contribute to your profitability – now and years from now. Stratagy Voice Processing And Voice Mail Solutions Businesses of all sizes now rely on voice mail and overall voice processing to help manage calls, provide superior customer service, enhance productivity, and facilitate communications. With Toshiba Stratagy voice processing, your employees won’t miss calls, messages, or opportunities, improving your company’s efficiency and bottom line. Selection Of Telephones For Every Application Toshiba digital telephones are both stylish and efficient. Their high functionality allows your employees to maximize the benefits of the system's capabilities, improving both internal and external communications. Toshiba offers a wide range of digital telephones and consoles, allowing you to match your telephones to your specific application. Available in charcoal gray or ash white color to match your office decor. A variety of 10-, 14-, and 20-button speakerphone or LCD models are available. Two 900 MHz digital cordless telephone models meet your needs for mobility within the office. The 20-button add-on module and 60-button DSS console are ideal for small/medium volume answering requirements. The Strata CTX Attendant Console is the most effective solution for specialized high-volume call answering. User-friendly Windows interface and streamlined mouse/keyboard functions make high-volume call answering faster, easier, and more efficient. Features That Keep Strata CTX670 Operating At Peak Performance The Strata CTX670 system includes Toshiba engineering innovations like compact component design, circuitry that minimizes power requirements, and power-surge safeguards. As a result, Strata CTX670 provides superior reliability compared to similar-sized systems, assuring top performance day in and day out. Important features like Battery Backup and Power Failure Transfer keep your system functioning during a commercial AC power outage. Maximum availability of your communication system means more success for your business. With its flexibility, integrated capabilities, and reliability, Strata CTX670 is the smart choice for unifying all your business communications. CTX 670 Specification Strata CTX 670 Brochure © Copyright 2003. TransTeleComCo.com. All Rights Reserved.|Keywords here|http:\/\/10.10.10.88/ttc/ctx670.asp",
    "TTC - Business Telephones Phone Systems Telecommunuications Voicemails|Your browser does not support script Call us at : 888.555.1212 Toshiba Voice over IP Converged Network Solutions The Toshiba IP Vision Today, Toshiba offers a comprehensive feature rich suite of IP-ready communication solutions for the Small and Medium Enterprise market with best in class migration, quality and reliability. We plan to continue to evolve our product line to deliver on the value set enabled through emerging technologies such as IP and Voice/Data Mobility. Ultimately we will merge the best of our traditional and open platform systems into a fully converged voice/data IP solution with seamless wireline/wireless capability, unbeatable flexibility in call handling, and comprehensive legacy support. Our goal is to migrate existing and new customers to a highly adaptive, applications enabled, IP Communications Solution that will allow the Enterprise to do business the way they want to. Our system will incorporate the best of today's quality and reliability, call handling, messaging and other applications in a well abstracted, cutting edge, rules based architecture for unparalleled flexibility. We believe Enterprises shouldn't have to adapt to technology, rather technology should adapt to the needs of Enterprises. We are committed to delivering on the promise of emerging technologies by developing and packaging these technologies into Communication Solutions which allow Enterprises to be more cost effective, more competitive, more connected to their customers, vendors and each other. The Value of IP Technology The value of Internet Protocol (IP) technology comes from how it will revolutionize the way enterprises interact with suppliers, customers, and employees. It may be years before organizations fully exploit the potential of the Internet and IP network technology, but it introduces new ways of communicating and conducting business. The successful implementation of IP will not require business users to conform to the technology, but the technology will conform to the users and how they want to interact with the world. IP technology is leading to the re-definition of business communications systems. Business communications systems, from an enterprise standpoint are much more than just telephone systems. These systems are increasingly defined by integration of voice, data, and applications all operating on a single network in a seamless manner. This is what is referred to as convergence and it is what allows enterprises to become more efficient by enabling customization of the user experience. IP technology is the catalyst that is causing this convergence trend to take shape. IP Technology Takes Different Forms New technology continually brings new capabilities to business communication systems. This new technology comes in different forms. Advances and improvements in traditional PBX systems make them more functional and easier to use. The adaptation of data networks to carry voice provides ways to converge multiple networks together using Voice over IP (VoIP) technology. Both traditional PBX telephone systems and IP-PBX systems have their advantages. Much is argued in the marketplace about which is better. The truth is neither is better simply by its nature, but only by its application to meet the individual needs of the organization using it. Simply put, choose the type of system that's best for you. Either way, IP technology is already showing how it can improve the ways in which enterprises operate and reduce costs. IP-enabled PBX Systems The rock solid reliability of PBX systems cannot be argued. They almost never go down and rugged digital telephones are equally durable. They offer almost all the telephony features anyone could need. However, while PBX systems support various Computer Telephony Integration (CTI) and IP-enabling applications, converging the two technologies, the telephones operate on a separate network from the organization's data network. This may be an advantage or disadvantage depending upon the amount of IP network infrastructure you already have in your enterprise. However, the advantage is being able to add IP capabilities as needed. IP-enabling these PBX systems provides VoIP trunk access and remote telephone user applications over IP networks, to supplement access through the public switched telephone network. The IP-enabled PBX architecture typically involves the addition IP trunk cards and IP station cards, with Ethernet interfaces, to existing PBX systems as shown in the example below. IP-PBX The IP-PBX that operates in a pure IP environment, is based upon PC server technology, and uses a single network of communication devices and wiring for both data and voice traffic. This network consolidation is assumed to result in decreased network administration, thus making deployment of services and applications easier. However, the appropriate network monitoring and management tools must be in place because the exposure is greater with everything running on one network. The network must also have sufficient bandwidth to provide adequate voice quality for IP telephones. Hosting telephones connected through one IP network, either locally via a LAN, or remotely in any location via a private Intranet or the public Internet, provides the flexibility of distributed configurations and remote telephone users. The IP network will provide all the call switching, regardless of whether calls originate from the public switched telephone network, digital or analog telephones, or IP telephones, as shown in the example below. The Best of Both Worlds But why should enterprises have to choose or compromise between these two approaches? Why not have the best of both worlds? For most enterprises, the migration path to IP telephony will be a gradual process rather than an event in time. Rather than acquiring new IP-PBX technology through system replacement at higher cost and higher risk, it is expected that most enterprises will integrate voice and data IP traffic into their existing systems as the need arises. This approach protects your investment in existing voice, video, and data networks and represents a low risk migration path. If you're thinking this way, you're not alone. Industry sources show that most enterprises with existing investment in traditional PBX systems prefer this lower cost and lower risk transitional approach to IP integration, accomplished through the addition of IP hardware and software to existing traditional PBX systems. This is also a less disruptive approach that enables IP-based services, yet maintains the existing rich set of features and functions as well as the reliability of the circuit-switched PBX. IP-ready When You Are Industry analysts identify the primary obstacles impeding organizations from migrating to converged networks are perceptions about voice quality over IP, system reliability, interoperability with existing systems, and cost. Toshiba recognizes that to grow and stay competitive, business enterprises must be able to incorporate the latest IP technologies into their communication systems both cost effectively and without disrupting the flow of business. For example: The Strata CTX100 and CTX670 are reliable and feature rich IP-ready PBX systems using high quality digital telephones. These same digital telephones, as well as IP telephones, can also cost effectively communicate over your IP data network to support remote telephone users in any location. By IP-enabling the Strata CTX, remote telephone users via your IP network get the same feature functionality as those locally connected to the PBX. The Strata CS is an IP-ready communication server, using various means to provide effective voice communication over your IP data network, including both digital telephones and IP telephones. By IP-enabling the Strata CS, remote digital telephone users get the same feature functionality as those locally connected to the PBX, and remote IP telephone users via your IP network get the same feature functionality as analog telephone users locally connected. These IP-enabling capabilities can be added to Strata systems on an as-needed basis. By IP-enabling existing systems, your investment in these systems is protected while leveraging the power of the Internet and your IP data network infrastructure. Using this approach, Toshiba is transforming today's traditional voice telephone systems into IP converged communication systems. The Future of IP Telephony in the Enterprise No enterprise application is being more impacted by convergence to IP than voice communication. Most industry analysts predict that voice for enterprises will become more IP-based to support remote user and other applications. Traditional telephone systems, which are TDM based, will gradually be upgraded with IP capabilities as needed, so the Strata CTX you buy today will meet your needs and IP applications both now and in the future. For most enterprises, IP technology will evolve in various forms to serve their applications in the future. Enterprises need this flexibility to meet their needs and give them options to ease into IP technology as their needs develop. Their existing traditional PBX systems will take on more IP-enabling capabilities on an add-on as-needed basis. New types of IP-PBX systems will provide pure IP alternatives for those who want to make the transition to an all IP environment. The most successful providers of these products will offer a product mix that offers customers a choice of the type approach that best meets their needs. As one of the leaders in the industry, Toshiba is committed to the business telecommunications marketplace with robust product lines and one of the longest track records in this business. Toshiba provides both traditional type telephone systems, using proprietary hardware, and communication server telephone systems, based upon the use of Windows PC servers, both of which offer IP-enabling options that you can add as you need them. Toshiba will also offer a pure IP-PBX system and a family of IP telephones if you choose to make the leap to a pure IP communications environment. Applications IP-based applications will allow enterprises to transform their business in a way that will enable them to enjoy a sustainable competitive advantage. The IP-based voice application will be integrated with other applications such as Unified Messaging, ACD, CRM, and e-commerce to allow enterprises to work the way they want to work. There will be linkages between various databases connecting remote or traveling employees to the office and their customers all the time, from anywhere, and through various portals. True and useable mobility will be realized. IP applications will be smart and the business communication systems will be configurable and adaptable. For example, imagine your cell phone and laptop computer connected to your enterprise network wirelessly with the ability to know when you are in the office and automatically 'configures' your system based on this, while also downloading updated contact information to your PDA or cell phone. The system could also route your cell phone calls to your office telephone. Information will be presented to users the way they need it based on where they are. Smart and configurable systems will create the winning advantage in the marketplace. Conclusion The converged network will continue to become a more critical source of an enterprise's competitiveness. Network initiatives need to support specific business goals that reduce the cost of doing business, increase business productivity, and improve customer service. With network access and physical convergence of voice and data services over IP, virtual tie lines, enterprise tie lines, multiple-system networking, and Voice over IP (VoIP) are now achievable in one combined Toshiba solution. Toshiba Strata CTX, Strata DK, and Strata CS users can go from simply transmitting all of their traffic over the same physical link, to encapsulating all of their traffic into the same protocol (IP) for transmission. By delivering a broad array of voice and data services through the same protocol platform, companies avoid the complexities and expense of using different providers and different devices to deploy these services. Unlike other systems that require an external gateway between the PBX and router to handle VoIP, Toshiba's integrated interface cards provides direct conversion between telephones and IP trunks, eliminating the need to configure multiple devices. Based on and providing capabilities that seamlessly bridge Strata business telecommunication systems, telephones, and fax machines with digital data networks, organizations can more fully exploit their existing intranet and Internet facilities. Since communications take place over a digital data network, the reduction or possible elimination of long distance costs for voice communications over conventional telephone networks. What's the conclusion? Stick with Toshiba. We know where IP technology and business communication systems are going. We provide the solutions today to get you there safely, and Toshiba has an evolving product strategy to keep you moving in the right direction in the future. Toshiba's Current IP Networking Solutions IVP8 - Stratagy Voice Mail CTX-670 - PBX Telephone Systems CTX-100 - PBX Telephone Systems Digital Telephone sets © Copyright 2003. TransTeleComCo.com. All Rights Reserved.|Keywords here|http:\/\/10.10.10.88/ttc/toshiba_voip.asp",
    "TTC - Business Telephones Phone Systems Telecommunuications Voicemails|Your browser does not support script Call us at : 888.555.1212 CTX100 - Specification When your needs grow, so will your Strata CTX100 system. Universal slot architecture lets you combine CO lines, telephones, and peripherals in any configuration you need. Its scalable design provides the flexibility to start small and expand up to 112 ports–or even more if you network multiple Strata CTX systems. Upgrading performance and capacity is simple, without major expense. If you upgrade to a larger Strata CTX670 system in the future, you can even reuse your existing Toshiba digital telephones, and many of the CO line and station cards. This enables you to continually control costs, maximize return on investment, and increase productivity. With its modern architecture and high-speed RISC processor, you can rest assured that your Strata CTX100 system will adapt easily to new technological developments – and to your communication needs as they change. While Strata CTX100 is technologically advanced, it’s designed to be easy to use. That means your employees will get the most out of the system’s powerful communication capabilities: Intuitive interface matches the way your employees naturally use the telephone. Displays simple instructions – including voice mail controls – on the telephone’s LCD screen. Enables employees to use sophisticated features with minimal training. Save lots of time by executing frequently used calling features at the touch of one button. User-programmable buttons make it a snap! Strata CTX 100 Brochure © Copyright 2003. TransTeleComCo.com. All Rights Reserved.|Keywords here|http:\/\/10.10.10.88/ttc/ctx100_specs.asp"
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