Intel Cable Kit

Overview

The Intel AXXCBL875HDHD is a cable kit designed to connect internal storage components within servers or high-performance workstations. It includes two 875 mm Mini SAS HD (SFF8643) cables that provide a reliable link between RAID controllers, HBAs, or expanders and drive backplanes using the same interface. These cables support high data rates essential for enterprise workloads, ensuring efficient and stable data transfer.

Key features

• Two 875 mm Mini SAS HD cables included for creating redundant or dual-port connections
• Latch-style connectors that secure firmly to prevent accidental disconnections during chassis movement
• Engineered conductors and shielding to minimize crosstalk and maintain signal integrity under continuous high-bandwidth use
• Length provides enough slack to route cables around internal components without sharp bends or airflow obstruction
• Designed specifically for Intel-based server platforms to simplify integration and inventory management

Key specs

• Cable length: 875 mm (each cable)
• Connector type: Mini SAS HD (SFF8643) to Mini SAS HD (SFF8643)
• Quantity: 2 cables per kit
• Application: Internal server and enterprise storage connections

Connectivity and compatibility

This cable kit is tailored for use with Intel-based servers and storage systems that utilize Mini SAS HD interfaces. It supports direct connections between RAID controllers, host bus adapters, or expanders and compatible drive backplanes. The matching connectors and length make it straightforward to integrate into existing setups or new builds without compatibility concerns.

Ideal uses and environments

The Intel AXXCBL875HDHD cable kit is well suited for data centers, IT environments, and system integrators who require dependable, high-speed internal storage connections. It works effectively in enterprise-grade servers where maintaining data throughput and minimizing downtime are critical. This kit is a practical choice for replacing worn cables, expanding storage capacity, or assembling new storage nodes.