
HP AJ717A 8GB Long Wave SFP Transceiver Module
Extend Your Network with Reliable Fiber ConnectivityThe HP AJ717A SFP Transceiver Module provides high-performance, long-range fiber connectivity for your network infrastructure. Designed for reliable data transfer, this module ensures seamless communication over extended distances. Applica...
*Price sourced from Amazon.com. Last updated:Jun 04, 2026.Price and availability are subject to change.
Notice a mistake? Let Us Know
Overview
Extend Your Network with Reliable Fiber Connectivity
The HP AJ717A SFP Transceiver Module provides high-performance, long-range fiber connectivity for your network infrastructure. Designed for reliable data transfer, this module ensures seamless communication over extended distances.
- Application: Data Networking
- Media Type: Optical Fiber
- Maximum Data Transfer Rate: 8
- Distance: 10km
Key Features
Made in China
Package height :1.3 cm
Package length :11.0 cm
Package width :6.5 cm
Specifications
Pros & Cons
👍 Pros
- This HP AJ717A transceiver module supports 8GB long wave SFP, providing high-speed fiber optic connectivity.
- The module is manufactured by HP, suggesting compatibility and reliability within HP networking environments.
- Its compact form factor allows for efficient use of space within network equipment.
- Designed for long-wave operation, it is suitable for connections requiring longer distances over fiber optic cables.
- The specific model number AJ717A makes it easy to identify and source for replacement or expansion.
👎 Cons
- The provided information lacks specific technical details such as wavelength, maximum distance, or connector type.
- Being a specialized SFP transceiver, it is not a universally compatible component and requires specific infrastructure.
- The country of manufacture, China, may be a consideration for some buyers regarding supply chain preferences.
- The package dimensions, while provided, do not give specific dimensions of the module itself, which can be important for integration.
- Without more detailed features, it is difficult to ascertain its full range of capabilities or limitations in a network.