HPE J8175A 

ProCurve 9300 SC Connector Transceiver module Refurbished

The HPE J8175A ProCurve 9300 SC Connector Transceiver module (Refurbished) is a cost-effective, high-quality optical  Transceiver designed to extend the capabilities of your HPE ProCurve networking equipment. Featuring an SC connector and Fast Ethernet (100FX) support over multimode fiber, this module is ideal for enterprise users looking to enhance network reach without compromising performance or budget. Designed for seamless compatibility with HPE ProCurve switches and routers, this hot-pluggable module provides reliable fiber connectivity for point-to-point or campus-wide networks. It’s a reliable solution for IT professionals managing infrastructure expansion, fiber upgrades, or secure LAN backbone connections.

Features

Engineered for use in HPE ProCurve environments, the J8175A SCTransceiver module delivers stable Fast Ethernet performance at 100 Mbps over multimode fiber, making it an ideal choice for high-reliability applications such as business-critical data transfers, VoIP, and secure departmental communications. With a reach of up to 2 km and SC duplex connectivity, the module supports flexible deployment across various enterprise and campus settings.This refurbished Transceiver undergoes full testing and certification to meet HPE quality standards, ensuring performance parity with new units. Its plug-and-play design simplifies installation and maintenance, making it a great fit for both greenfield and legacy fiber networks. By choosing refurbished, you gain enterprise-grade performance while supporting sustainability goals and cost control.

Advanced Options

The HPE J8175A ProCurve Transceiver moduleensures consistent and efficient fiber-optic communication in critical network infrastructures. Its Fast Ethernet transmission over multimode fiber enables low-latency data movement between switches and access points, ideal for scalable LAN deployment. The SC connector offers robust physical connection and stability, minimizing transmission errors even under heavy network loads.