GPIM-02 - Enterasys 1000Base-T RJ-45 100m GBIC Transceiver Module

SKU GPIM-02

Brand Enterasys

1Gb/s data rate
SFP (mini-GBIC) form factor
RJ-45 connector
Copper media support
100m transmission distance
Gigabit Ethernet compliant
Hot-pluggable

Available to order

GPIM-02 isn't on our shelf today — we source it to order. Request a quote and we'll confirm price and lead time within one business day.

Key specifications

See full specs ↓

Data Rate: 1 Gb/s
Form Factor: SFP (mini-GBIC)
Media Type: Copper (Twisted Pair)
Connector Type: RJ-45
Distance: 100m

Product details

The Enterasys GPIM-02 is a 1Gb/s SFP transceiver module that provides an RJ-45 copper interface. It is designed for short-reach connections over twisted-pair copper cabling.

Technical Information

Data Rate	1 Gb/s
Form Factor	SFP (mini-GBIC)
Media Type	Copper (Twisted Pair)

Additional Specifications

Connector Type	RJ-45
Distance	100m

Description

This SFP module from Enterasys offers a versatile solution for connecting network devices using standard copper Ethernet cabling. The GPIM-02 converts optical signals to electrical signals, allowing for seamless integration of copper-based connections into SFP-equipped network ports. It is ideal for desktop connections, switch-to-switch links within a rack, or extending network reach over existing copper infrastructure. The module supports Gigabit Ethernet speeds, providing high-performance connectivity for demanding applications. Its RJ-45 connector is compatible with standard Ethernet patch cords, simplifying deployment and reducing the need for specialized cabling. The 100-meter transmission distance is typical for copper Ethernet links, making it suitable for in-building and campus network segments. The Enterasys GPIM-02 is designed for ease of use and reliability. Its hot-pluggable nature allows for non-disruptive installation and maintenance. This transceiver is a practical choice for network administrators looking to leverage copper cabling for high-speed network access.

Condition: Refurbished