Quick Start Guide

Back-to-Back with PPP

Denver Router in Slot 1

Command

set 1 default disconnect a:1

disconnect 1 set clock1 a:1

set a:1:all type data connect a:1:all 1:1:1 rename 1 "LocalUnit" "Denver"

rename 1 "RemoteUnit" "wan1"

set 1:1 ip address 2.2.2.1 255.255.255.0

set 1:1 phy auto

add 1 "wan1" static ip network

1.1.1.0255.255.255.0 1

set 1 "wan1" trunk 1

reset 1

Description

Set Router to default settings

Disconnect all connections to the T1 on the Controller (slot a)

Disconnect all connections to the router in slot 1

Set primary master transmit clock source

Set the T1-1 of the Controller, Type to Data

Connect all of T1-1 to the Router that is in slot 1

Rename the Axxius 800 from "LocalUnit" (default) to "Denver" (LAN)

Rename WAN #1 from "RemoteUnit" (default) to "wan1"

Set the ethernet IP address, in the conventional IP address format. (Router LAN)

Set the Physical Specifications to auto-negotiate

Adds a static IP network (route) to the WAN interface

Set the WAN interface named "wan1" to be mapped to trunk 1

Reboot the router, to enable all configurations set

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Terminal Service Router - Release 1.3

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Carrier Access Terminal Server Router quick start Denver Router in Slot

Terminal Server Router specifications

The Carrier Access Terminal Server Router (CATSR) is an advanced network device designed to facilitate efficient data transfer and management in telecommunications infrastructures. Specifically developed for environments requiring robust access solutions, CATSR integrates multiple functionalities, including routing, switching, and terminal services.

One of the key features of the CATSR is its ability to support both dial-up and broadband connections, making it versatile in accommodating various user needs. This capability is particularly beneficial in areas with differing access requirements, ensuring seamless integration as network demands evolve. The router typically supports a range of WAN protocols, including Frame Relay, ATM, and MPLS, which allows for flexible deployments tailored to organizational requirements.

Another prominent characteristic of the CATSR is its significant port density. With multiple serial and Ethernet ports, it can connect numerous devices simultaneously, facilitating large-scale operations in both enterprise and service provider environments. This feature reduces the need for additional hardware, optimizing both space and budget considerations.

Advanced security features are also inherent in the CATSR design. It employs state-of-the-art encryption algorithms and protocols to safeguard data in transit. Additionally, access control lists (ACLs) and role-based authentication mechanisms provide granular control over who can access specific resources within the network. Such features are crucial in protecting sensitive information against unauthorized access and cyber threats.

The CATSR is built using advanced networking technologies such as Voice over IP (VoIP) and Quality of Service (QoS). VoIP capabilities enable the integration of voice traffic over the data network, thus reducing costs and enhancing communications. Meanwhile, QoS technologies prioritize critical applications and manage bandwidth to ensure optimal performance across various services.

Moreover, the ability to monitor and manage the CATSR through centralized network management systems helps network administrators maintain an efficient and responsive network. Tools for analytics and reporting are integrated to facilitate troubleshooting and performance optimization.

In summary, the Carrier Access Terminal Server Router is a multifunctional device designed to meet the diverse needs of modern telecommunications. With its robust feature set, advanced security measures, and support for leading-edge technologies, the CATSR is an indispensable tool for businesses and service providers seeking reliable and efficient network solutions. As demand for data continues to grow, devices like the CATSR play a crucial role in the framework of internet connectivity and communication.