Description
Product Outline for the Cisco NM-2CT1-CSU Channelized CSU Network Module
The Cisco NM-2CT1-CSU is a network module that fits into the expansion slots of compatible routers, enhancing their capabilities to support Ethernet Channelized T1 and ISDN-PRI connections. This module is particularly well-suited for the Cisco 2600 and
3600 Series routers, making them versatile solutions for various networking requirements. It is specifically engineered to facilitate Ethernet channelized T1 and ISDN-PRI (Integrated Services Digital Network – Primary Rate Interface) connections, making it a versatile solution for a variety of networking scenarios.
Expansion Slots Compatibility
One of the standout features of the Cisco NM-2CT1-CSU is its compatibility with the expansion slots of Cisco 2600 and 3600 Series Routers. These expansion slots serve as the interface through which the network module connects to the router, enabling seamless integration and communication.
Ethernet Channelized T1 Support
The Ethernet
Channelized T1 capability of the Cisco NM-2CT1-CSU brings high-speed connectivity to the forefront. T1 lines, with their 1.544 Mbps data transfer rate, are widely used for data and voice communication. The channelized feature allows the T1 connection to be divided into multiple channels, each capable of carrying independent data streams. This versatility is particularly valuable in scenarios where efficient bandwidth allocation is essential.
ISDN-PRI
In addition to T1 support, the Cisco NM-2CT1-CSU is equipped to handle ISDN-PRI connections. ISDN-PRI is a telecommunications standard that enables the transmission of voice, video, and data over digital lines. The Primary Rate Interface aspect denotes its ability to handle multiple communication channels simultaneously, providing a robust and flexible solution for diverse networking requirements.
CSU (Channel Service Unit) Functionality
The inclusion of a CSU in the Cisco NM-2CT1-CSU further enhances its capabilities. A Channel Service Unit is a crucial component in T1 connections, responsible for maintaining signal integrity and ensuring reliable data transmission. By integrating CSU functionality internally, Cisco streamlines the setup process and ensures that the network module is ready for deployment without the need for additional external equipment.
Internal 2-Port Network Module
The Cisco NM-2CT1-CSU features an internal 2-ports network module, adding another layer of flexibility to its design. These ports can be utilized for various networking configurations, enabling connectivity to different devices or networks. The internal nature of these ports contributes to the overall compactness and efficiency of the network module.
Benefits
- Enhanced Network Performance: The Ethernet channelized T1 and ISDN-PRI capabilities of the Cisco NM-2CT1-CSU contribute to improved network performance, ensuring efficient data transfer and communication.
- Streamlined Connectivity: With its 2 internal ports, the module offers a streamlined connectivity solution, reducing the complexity of external cabling and contributing to a cleaner network infrastructure.
- Robust Signal Quality: The integrated Channel Service Unit (CSU) enhances the signal quality of T1 connections, minimizing errors and disruptions for a more reliable network.
- Scalability: The compatibility of the NM-2CT1-CSU with Cisco 2600 and 3600 Series Routers enhances the scalability of these routers, allowing organizations to expand their network capabilities as needed.
- Versatility: The module’s compatibility with both Ethernet channelized T1 and ISDN-PRI widens its range of applications, making it suitable for various networking scenarios.
Power and Innovation
The “Power and Innovation” features of the NM-2CT1-CSU network module for Cisco 2600 and 3600 series routers are likely referring to the advanced capabilities and performance enhancements that the module provides. Some examples could be:
- Power: It might have a more efficient power consumption and be able to work under harsh conditions.
- Innovation: It might have enhanced security features, advanced QoS capabilities, or support for new technologies such as IPv6. Additionally, this module may have the ability to support multiple T1 or ISDN PRI connections, providing businesses with greater flexibility and scalability in their network design.
It’s worth noting that, as this is a product of Cisco and the information provided is not detailed, the specifics of the “Power and Innovation” features will vary and it is recommended to check the official documentation or consult with a Cisco representative for more information.
Use Cases
Enterprise Networks
Large enterprises with diverse communication needs can benefit significantly from the Cisco NM-2CT1-CSU. The module’s ability to support both Ethernet channelized T1 and ISDN-PRI makes it suitable for handling a variety of data and voice communication requirements. Whether it’s connecting remote offices or supporting high-volume data transfers, the NM-2CT1-CSU enhances the connectivity options available to enterprise networks.
Telecommunications Service Providers
Telecommunications service providers can leverage the NM-2CT1-CSU to offer versatile connectivity solutions to their customers. The module’s support for channelized T1 and ISDN-PRI makes it compatible with a range of communication services. Service providers can integrate the NM-2CT1-CSU into their infrastructure to deliver reliable and high-performance connectivity options to businesses and residential customers.
Educational Institutions
Educational institutions with complex networking requirements, such as universities and research facilities, can benefit from the Cisco NM-2CT1-CSU. The module’s versatility allows these institutions to support a variety of applications, including online learning platforms, research collaborations, and administrative communication. The dual-port configuration adds flexibility, enabling these institutions to create resilient and efficient network architectures.
Compliant Standards
NM-2CT1-CSU Cisco 2600/3600 2-Ports Channelized T1 ISDN PRI With CSU compliant with several standards which are industry standards for T1 and ISDN PRI.
- Bellcore TR-TSY-000253: This standard is also known as Technical Reference T1.403-1993. It defines the specifications for T1 and ISDN PRI service interfaces between a service provider and a customer.
- GR-303-CORE: This standard is also known as Generic Requirements for Interfaces Between Customer Premises Equipment and a Remote Digital Terminal. It defines the requirements for the interfaces between customer premises equipment (CPE) and a remote digital terminal (RDT) for T1 and ISDN PRI services.
- ANSI T1.403: This standard is also known as American National Standards Institute T1.403-1995. It defines the requirements for the T1 and ISDN PRI service interfaces between a service provider and a customer.
These standards ensure that the model Cisco 2600/3600 2-Ports Channelized T1 ISDN PRI With CSU is compliant with the industry standards and will provide reliable, high-speed data and voice communications.
Main Information for the Cisco NM-2CT1-CSU Network Module
- Manufacturer: Cisco
- Part Number or SKU# NM-2CT1-CSU
- Product Type: Network Module
Technical Information of Expansion Slot(s) Module
- Number of Network Port(s): 2
- Form Factor: Internal
- Data Link Protocol: Ethernet
- Ports Type: Expansion Slot(s)
Interfaces / Ports
- Interfaces/Ports Details: 2 x RJ-48 Channelized T1/ISDN PRI WAN
In general, the Cisco NM-2CT1-CSU is a valuable network module designed to enhance the capabilities of Cisco 2600 and 3600 Series routers. With support for Ethernet Channelized T1, ISDN-PRI, and CSU functionality, this module is well-suited for various networking applications, providing reliability, versatility, and scalability. The installation process, outlined in this guide, ensures a seamless integration into the router’s architecture. As organizations continue to rely on robust and high-performance networking solutions, the Cisco NM-2CT1-CSU remains a key component in building and maintaining efficient and resilient network infrastructures.