Interface Module User Guide

SAM2000GV-12

12-Port VoSHDSL Access Multiplexer

Also: SAM2000QV-12 (2B1Q) and SAM2000V-12 (CAP)

1.0VoSDSL ACCESS MODULE MODELS

VoSDSL access multiplexers are intended for use in Net to Net Technologies' IPD12000 and IPD4000 DSLAMs. Model types vary by the SDSL line code utilized.

1.1SAM2000GV-12

The SAM2000GV-12 operates with Transmission Convergence/Pulse Amplitude Modulation (TC/PAM) line code: a sixteen-level PAM technique which incorporates advanced Trellis code, precoding, spectral shaping, equalization circuits and forward error correction. Otherwise known as G.SHDSL or SHDSL.

1.2SAM2000QV-12

The SAM2000QV-12 operates with Two Binary, One Quaternary (2B1Q) line code: a four-level PAM technique which reduces the signaling rate to half of the bit rate.

1.3SAM2000V-12

The SAM2000V-12 operates with Carrierless Amplitude and Phase (CAP) modulation line code: transmit and receive signals are modulated into two wide-frequency bands that can pass through a filter without being attenuated.

NOTE Throughout this document, "SAM2000GV" is utilized to indicate all three VoSDSL access multiplexer models; information given applies to all three models except as individually stated or otherwise noted.

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Paradyne SAM2000V-12 manual SAM2000GV-12, SAM2000QV-12

SAM2000GV-12, SAM2000V-12, SAM2000QV-12 specifications

The Paradyne SAM2000 series comprises advanced platforms designed for high-performance telecommunications and networking solutions. The SAM2000V-12, SAM2000GV-12, and SAM2000QV-12 are distinguished by their robust features and cutting-edge technologies, catering to a variety of communication needs.

The SAM2000V-12 is primarily tailored for voice communications, equipped with a sophisticated processing architecture that supports multiple voice channels simultaneously. This model is renowned for its reliability in handling traditional telephony as well as VoIP services, making it an ideal choice for service providers seeking to enhance their voice offerings. Its advanced signaling capabilities and echo cancellation features ensure high-quality voice transmission, even in demanding environments.

On the other hand, the SAM2000GV-12 is designed for both voice and data transmission, integrating advanced functionalities that facilitate seamless communication across various platforms. This model leverages adaptive bandwidth allocation, allowing it to optimize the use of network resources based on demand. The SAM2000GV-12's flexible configuration options enable users to customize their setup, making it a versatile addition to any network infrastructure.

The SAM2000QV-12 excels in providing high-speed data transmission, targeted predominantly at broadband services. Featuring state-of-the-art modulation techniques, this model is capable of delivering impressive throughput even in challenging conditions. Its support for multiple protocols ensures compatibility with existing network infrastructures, making it a future-proof solution for service providers.

All three models of the SAM2000 series are built with reliability and scalability in mind. They incorporate technologies such as advanced error correction and automated network management, which enhance overall performance and reduce maintenance efforts. Additionally, their modular architecture allows for easy upgrades and expansions, accommodating the ever-growing demands of modern networks.

Security is paramount in the SAM2000 series, with built-in encryption protocols safeguarding sensitive data during transmission. This focus on security, coupled with comprehensive monitoring tools, allows network administrators to maintain oversight and manage configurations efficiently.

In summary, the Paradyne SAM2000V-12, SAM2000GV-12, and SAM2000QV-12 represent the pinnacle of telecommunications technology, each model catering to specific communication needs while maintaining high standards of performance, flexibility, and security. These systems are designed to support the rapid evolution of network demands, making them essential components for any modern telecommunications environment.