LOCAL MANAGEMENT

SNMP Community Name

Identifies the community name MIB access level password.

OID Prepend

Specifies the number prefix common to all object identifiers (OIDs) found in a MIB. The prefix ‘1.3.6.1’ is the default. You can modify this field to suit your needs.

GET

Allows you to retrieve MIB objects, one at a time, using SNMP protocol.

SET

Lets you edit modifiable MIB objects, using SNMP protocol.

GETNEXT

Displays the next OID in the MIB tree by getting the next SNMP OID from a remote agent.

WALK

Scrolls you through the MIB, leaf by leaf, from a user-specified object identifier. Leaves are objects, or instances of objects. After initializing a walk you see the following categories for each entry:

Specified OID — identifies the number tag for that OID.

Size — gives the number of bytes required to store the object.

Data Type — gives the object’s variable type (e.g., int=integer).

Data Value — displays what the object identifier represents.

RECALL-OID

Recalls from memory the last OID used since powering up the board or re-entering the SNMP Tools screen.

STEP

Displays the MIB, step by step, with specific OID details.

CYCLES

Allows you to specify the number of GET NEXT requests to walk through and how much time elapses between each request.

REPEAT

Repeats the Get command, allowing you to monitor any changes to a specific OID.

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Cabletron Systems TRXMIM-44A, TRXI-22A, TRXI-42A, TRMIM-24A manual Set, Getnext, Walk, Recall-Oid, Step, Cycles, Repeat

TRXI-42A, TRMIM-24A, TRXMIM-44A, TRXI-22A specifications

Cabletron Systems was a pioneering company in the network and telecommunications industry, renowned for their innovative networking products. Among the array of devices they developed are the TRXI-22A, TRXMIM-44A, TRMIM-24A, and TRXI-42A. These modules are designed to cater to a variety of networking needs, showcasing versatile functionalities and robust performance features.

The TRXI-22A is a multi-port interface card that seamlessly integrates with Cabletron's networking systems. With its advanced architecture, it is capable of high-speed data transmission, making it ideal for environments that demand bandwidth and low latency. The TRXI-22A supports a variety of protocols, thus ensuring compatibility with multiple network types. This module is particularly known for its efficient processing capabilities, which reduce bottlenecks in data flow, ensuring smooth communication across networks.

In parallel, the TRXMIM-44A serves as a modular interface module that enhances network scalability. Equipped with 44 ports, the TRXMIM-44A enables the connection of numerous devices, allowing for expansive network growth. Its design optimizes network configuration, ensuring a stable and consistent performance across connected devices. The module supports Ethernet, allowing it to cater to both legacy and modern networking equipment, which is essential for organizations transitioning to more advanced infrastructures without overhauling existing systems.

The TRMIM-24A module is another critical asset in Cabletron's lineup. It is known for its robust management capabilities, offering advanced monitoring tools that empower network administrators to track performance metrics effectively. The TRMIM-24A features smart diagnostics that assist in troubleshooting, providing real-time insights into network health. This functionality promotes proactive management, minimizing downtime and ensuring uninterrupted service.

Lastly, the TRXI-42A stands out for its versatility and high performance. Designed for dynamic networking environments, it supports a myriad of data formats and protocols, making it a suitable choice for diverse applications. The TRXI-42A’s architecture is capable of handling large volumes of data traffic with ease, thus enhancing overall network throughput. In addition, it boasts security features that protect against unauthorized access and malicious attacks, ensuring data integrity.

Overall, the Cabletron Systems TRXI-22A, TRXMIM-44A, TRMIM-24A, and TRXI-42A are exemplary modules that encapsulate quality, performance, and adaptability. They are built to support the ever-evolving demands of networking, providing solutions that are not only efficient but also future-proof. Their combination of high-speed capabilities, scalability, and robust management tools make them integral to any substantial networking infrastructure.