Cabletron Systems SEHI-22/24, SEHI-32/34 Ietf MIB Support, Sehi MIB Structure, Sehi Chassis MGR

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Appendix A

SEHI MIB Structure

SEHI management information base configuration

IETF MIB Support

In addition to its proprietary features, the SEHI-22/24 and SEHI-32/34 currently support the following IETF MIB:

•RFC 1213 MIB for Network Management of TCP/IP-based Internets: MIB-II

SEHI MIB Structure

Cabletron’s newer intelligent devices — like the SEHI — organize MIB data into a series of “components.” A MIB component is a logical grouping of MIB data, and each group controls a defined set of objects. For example, SEHI repeater information resides in its Repeater component; more generic device and port information resides in the SEHI Chassis MGR component.

The SEHI MIB consists of five components, each of which is described below. To see the names of the MIB components in your SEHI, bring up the Community Names application, or use any SNMP Get operation that will allow you to view the contents of the chCompTable.

The SEHI MIB consists of the following components:

SEHI Chassis MGR

The Chassis MGR MIB component contains most of the basic information about the SEHI, including: the SEHI’s MIB component information (in the chCompTable), device names, hardware revision numbers, MAC and IP addresses, the current time and date, and information related to redundancy, alarms, and TFTP download. The system, interfaces, at, ip, icmp, udp, and snmp groups from MIB-II are also included. The community names assigned to this MIB component provide the gateway that all SPMA applications use to access all information in the other components, even if those components have different

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Contents Complete Networking Solution Page Virus Disclaimer Applicable to licenses to the United States Government only Restricted Rights NoticeContents Appendix a Sehi MIB Structure Chapter Repeater RedundancyChapter Source Addressing Chapter SecurityIntroduction to Spma For the SEHI-22/24 and SEHI-32/34 Using the Sehi User’s GuideUsing the Sehi User’s Guide Screen Displays ConventionsWhat’s not in the Sehi User’s Guide Introduction to Spma for the SEHI-22/24 and SEHI-32/34 Button Using the MouseFTP Getting HelpSehi Firmware Page Using the Hub View Using the Sehi Hub ViewHub View Front Panel Navigating Through the Hub ViewLocation UptimeDate and Time Device NameUsing the Sehi Hub View Using the Mouse in the Hub View Ports Display Port Display Form Hub View Port Color CodesMonitoring Hub Performance Collisions ErrorsPort Display Form LoadPort Type Frame SizesContact Checking Device Status and Updating Front Panel InfoName and Location Name Checking Module StatusChassis Type Module Type Checking Repeater StatusActive Users Link Status Checking Port StatusMedia Type StatusTopology Type Checking StatisticsBroadcast Packets Received BytesTotal Packets Avg Packet SizeMulticast Packets Total ErrorsAlignment Errors CRC ErrorsGiant Frames Runt FramesProtocols Viewing the Port Source Address ListManaging the Hub Contact Status Setting the Polling IntervalsPort Operational State Enabling/Disabling PortsDevice General Status Device ConfigurationUsing the Sehi Hub View Using the Sehi Hub View Managing the Hub Link/Seg Traps What is a Segmentation Trap?From the icon What is a Link Trap?Enabling and Disabling Link/Seg Traps From the Hub View From the command line stand-alone modeViewing and Configuring Link/Seg Traps for Hub Modules Configuring Link/Seg Traps for the RepeaterModule Traps Window Viewing and Configuring Link/Seg Traps for PortsPort Traps Window Repeater Redundancy Setting Network Circuit RedundancySpmarun r4red IP address community name Configuring a Redundant CircuitChannel X Redundancy Window Add Circuit Address Window To set the Poll Interval Monitoring RedundancyClick in the All Circuits box Displaying the Source Address List Source AddressingDisplaying the Source Address List Source Addressing Setting the Ageing Time Setting the Hash TypeLocking Source Addresses Source Address Locking on Older Devices Configuring Source Address Traps Module- and Port-level Traps Device-level TrapsSource Addressing Source Addressing Port Source Address Traps Window Finding a Source AddressFind Source Address Window Click on to exit the window Source Addressing Finding a Source Address Security Spmarun r4sec IP address SU community name What is LANVIEWSECURE?Trunk port security New definitions for station and trunk portsSecure address assignment Full or partial security against eavesdropping Newest Lanviewsecure FeaturesContinuous learning mode Configurable violation responseForced non-secure status Learned addresses resetSecurity on Non-LANVIEWSECUREHubs Configuring Security Security To assign secure addresses to a port Addresses Window Add MAC Address Window Resetting Learned AddressesTips for Successfully Implementing Eavesdropper Protection Enabling Security and Traps Repeater-level Security and Traps Channel a Security Window Hub-level Security and TrapsChannel a Module Security Window Port-level Security and TrapsChannel a Port Security Window Security Security Enabling Security and Traps Sehi Chassis MGR Ietf MIB SupportSehi MIB Structure Repeater One Sehi Host ServicesSehi IP Services Brief Word About MIB Components and Community NamesSehi MIB Structure Sehi MIB Structure Index Index-2 Index-3 Index Index-4

SEHI-22/24, SEHI-32/34 specifications

Cabletron Systems was a notable player in the networking hardware market during the rise of local area networks (LANs) in the late 20th century. Among its innovative products were the SEHI-22/24 and SEHI-32/34 modules, which were designed to enhance network capabilities in enterprise environments.

The SEHI-22/24 and SEHI-32/34 were versatile high-performance Ethernet switch modules that offered significant advantages in network management and connectivity. These modules were designed to work with Cabletron's modular switching and routing architecture, allowing for scalable solutions tailored to specific network demands. A key feature of the SEHI series was its support for a range of Ethernet standards, ensuring compatibility with diverse networking environments.

One notable characteristic of the SEHI-22/24 was its ability to support both 10Base-T and 100Base-TX Ethernet technologies. This dual support enabled organizations to leverage existing 10 Mbps infrastructure while facilitating upgrades to 100 Mbps speeds without needing a complete overhaul of the network. Similarly, the SEHI-32/34 offered even greater connectivity options, accommodating more users and devices while maintaining high throughput and low latency.

In terms of management features, the SEHI series was equipped with extensive traffic management capabilities, including Quality of Service (QoS) features that prioritized bandwidth for critical applications. This ensured that essential services such as voice over IP (VoIP) and video conferencing could function optimally, even during heavy network loads.

Furthermore, both modules featured advanced diagnostics and monitoring tools that provided network administrators with critical insights into traffic patterns and potential bottlenecks. This functionality was essential for maintaining network health and optimizing performance, especially in dynamic business environments.

Security also played a crucial role in the design of the SEHI-22/24 and SEHI-32/34. The modules incorporated support for various authentication methods and access controls, ensuring that sensitive data remained protected within the corporate network.

In summary, Cabletron Systems’ SEHI-22/24 and SEHI-32/34 offered significant advancements in Ethernet switching technology, allowing organizations to build robust, scalable, and secure networks. With their impressive features, compatibility, and capacity for management and security, these modules were instrumental in shaping reliable networking solutions for enterprises navigating the rapidly evolving digital landscape.
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