INDEX

A

AALType

 

2-192

Abbreviations

 

1-3

Access Denied

 

2-79

accessing boot load commands

................ 3-2

accessing the boot load prompt

................ 3-2

Active VCI Bits

 

2-133

Active VPI Bits

 

2-133

Address Type

 

2-133

AddressId

 

2-206

AddressType

 

2-206

Admin Status

 

2-149,2-178

ALARM

 

2-104

Alarm Config file

 

2-2,2-7

Alarm directory

 

2-2,2-6

Alarm Filename

 

2-2,2-7

Alarm switch attribute

1-14,2-1to 2-5

AlarmConfig file

 

2-2

AlarmConfig switch attribute

2-6to 2-8

AlarmNumber

 

2-1

AlarmNumFiles

 

2-6

AlarmVerbose switch attribute

................ 2-9

Alert

 

2-104

AllocScheme

 

2-20

ARP NAKs

 

2-31

ARP Replies Rcvd

 

2-31

ARP Replies Sent

 

2-31,2-64

ARP Requests Recvd

 

2-31,2-64

ARP Requests Sent

 

2-31

ARP Unreachables

 

2-31

ArpAgingTime

 

2-83

ArpResponseTime

 

2-84

ATM Address

2-10,2-13,2-16,2-28,

...........................2-35,2-49,2-92,2-95,2-98

AutoDetectSigType

 

2-130

AutoDetectType

 

2-130

AutoDetectVpiVciBits

2-130

B

backup switch

2-39

Backward Bandwidth Allocated in KB/s2-179

Backward Cell Loss Priority

2-179

Backward Priority Queue

2-179

Backward RM Cell Priority

2-179

Backward Traffic Type

2-179

Bad Configuration Requests

2-79

Bandwidth Allocated

2-22

Bandwidth Available

2-22

Bkw Bandwidth allocated in Kb/s

2-151

Bkw Cell Loss Priority

2-151

Bkw Early Packet Discard

2-151

Bkw Priority Queue

2-151

Bkw RM Cell Priority

2-151

Bkw TrafficType

2-151

Bkwd Early Packet Discard

2-179

BkwTrafficDescIndex

2-149

boot load commands

3-1

accessing

3-2

bypassing POST

3-7

chpi

3-3

clfs

3-4

dcfg

3-5

detailed information

3-1

df

3-6

download boot load image

3-6

go

3-7

he

3-8

help

3-8

ponf

3-9

prompt

3-2

revision numbers

3-5

starting switch from boot load prompt3-7

boot load PROM revision numbers

3-5

boot load prompt

3-2

boot PROM

3-1,3-6

Broadcast Packets

2-31

Buf UF

2-164

Build Date

2-186

BUSATMAddress

2-42,2-94

BUSClient switch attribute

2-10to 2-11

BUSELAN switch attribute

2-12to 2-15

BUSLECStat switch attribute....

2-16to 2-17

BUSStat switch attribute

2-18to 2-19

Bytes Transmitted

2-31

Byts Cmp

2-165

SmartCell 6A000/ZX-250 Reference Manual I-1

Page 261
Image 261
Cabletron Systems 6A000/ZX-250 manual Index

6A000/ZX-250 specifications

Cabletron Systems, a notable player in networking hardware, introduced the 6A000/ZX-250 as a part of its commitment to providing efficient and robust local area network (LAN) solutions. This versatile device was designed to meet the demands of both small and medium-sized enterprises, showcasing Cabletron’s strength in modularity and scalability within networking technologies.

The 6A000/ZX-250 is fundamentally a network switch, engineered to facilitate high-speed data transfer while maintaining network reliability. One of its standout features is its ability to support advanced networking protocols, which ensures compatibility with a wide range of devices. This adaptability allows organizations to integrate various hardware seamlessly, thus providing a flexible networking infrastructure that can grow alongside business needs.

Performance-wise, the 6A000/ZX-250 boasts a switching capacity that can handle a significant amount of data traffic efficiently. This capability is crucial for companies that require consistent data flow to support their operations. In addition to its high throughput, the device incorporates intelligent features such as traffic prioritization, which is particularly beneficial in environments where certain applications, like VoIP or video conferencing, demand real-time data processing.

Moreover, the device supports a series of management features that enhance network performance monitoring and control. Cabletron Systems equipped the 6A000/ZX-250 with a user-friendly interface, enabling administrators to manage their networks effortlessly. This feature reduces operational downtime and empowers IT teams to respond quickly to possible issues, ensuring that network performance remains uncompromised.

Technologically, the 6A000/ZX-250 is compatible with both Ethernet and Token Ring networks, giving it an edge in environments where legacy systems still operate alongside modern technologies. The dual capability allows for a smoother transition when upgrading network infrastructure, easing the migration process for organizations looking to modernize their systems without disrupting existing operations.

In terms of scalability, the 6A000/ZX-250 can be expanded with additional modules as organizational needs grow. This feature makes it a sustainable option for businesses anticipating future network demands, as it helps lower long-term operational costs while maintaining flexibility in network design.

In conclusion, Cabletron Systems’ 6A000/ZX-250 is a comprehensive solution for networking requirements, blending performance and flexibility with advanced technological features. Its ability to adapt to various network types and protocols, coupled with robust management tools, positions it as a valuable asset for any organization looking to streamline its operations and enhance connectivity.