INTEL AXXCBL470CVCR Cable Kit Electronics Connector

Intel AXXCBL470CVCR Cable Kit – The Backbone of Modern Server Connectivity

The Intel AXXCBL470CVCR Cable Kit is a meticulously engineered SAS (Serial Attached SCSI) cable designed to bridge high‑performance storage and compute nodes within Intel’s server ecosystem. With a compact length of 0.47 m (47 cm), this cable delivers reliable data pathways while maintaining an unobtrusive footprint in dense rack environments.

Key Design Features

• Connector Type: Both ends feature the industry‑standard OCuLink SFF‑8611 male connectors, ensuring seamless integration with Intel’s 4i MiniLink SAS interfaces.
• Gender Configuration: Male/Male (M/M) connector arrangement allows direct cable-to-cable connections without the need for adapters or breakout cables.
• Cable Length: Precisely engineered at 0.47 m, striking a balance between flexibility and signal integrity in tight server chassis.
• Color Coding: Standard black (Negró) finish for easy identification within multi‑cable racks.
• Export Classification: Classified as EAR99, facilitating straightforward global deployment without complex export controls.

Compatibility Matrix

The cable is specifically tailored to Intel’s high‑density server platforms. It provides direct connectivity for the following systems:

These platforms rely on the OCuLink SFF‑8611 interface for high‑throughput SAS connections, making the AXXCBL470CVCR an essential component for maintaining optimal data flow.

Performance Characteristics

• SAS Protocol Support: Full compatibility with SAS 2.0 and SAS 3.0 specifications, enabling data rates up to 12 Gb/s.
• Signal Integrity: The cable’s internal shielding and precise impedance control minimize crosstalk and attenuation over the 47‑cm run.
• Reliability: Designed for enterprise use, it meets stringent durability standards required in data center environments.

Installation Guidelines

1. Preparation: Verify that both server and storage devices are powered down before connecting the cable to avoid electrical surges.
2. Connector Alignment: Align the male connectors with the corresponding OCuLink SFF‑8611 ports. The keyed design prevents incorrect insertion.
3. Tightening: Secure each connector with the supplied locking mechanism, ensuring a firm and stable connection.
4. Verification: After installation, power on the system and confirm that the SAS link is recognized in the BIOS or operating system diagnostics.

Use Cases Across Data Centers

The AXXCBL470CVCR cable excels in scenarios where space is at a premium yet high data throughput remains critical:

• High‑Density Storage Arrays: Connects SAS drives directly to controller cards within Intel R1208 and R2208 chassis.
• Server-to-Controller Bridging: Facilitates direct links between compute nodes and storage controllers in clustered environments.
• Redundant Pathways: Supports dual‑path configurations for fault tolerance, ensuring continuous operation during cable or port failures.

Maintenance & Troubleshooting

Routine checks should include visual inspection of connector pins and cable insulation. If a SAS link fails to establish, verify that the cable is correctly seated and that no debris obstructs the connectors. Replacing the cable with a new AXXCBL470CVCR unit typically resolves connectivity issues caused by wear or damage.

Why Choose the Intel AXXCBL470CVCR?

• Optimized for Intel Platforms: Tailored to match the exact specifications of Intel’s server chassis and storage solutions.
• Compact Yet Powerful: The 0.47 m length reduces cable clutter while maintaining full SAS performance.
• Reliability in Production Environments: Built to endure the rigors of continuous operation in data centers.
• Simplicity: Male/Male connectors eliminate the need for additional adapters, streamlining deployment.

In summary, the Intel AXXCBL470CVCR Cable Kit is a critical enabler of high‑speed, reliable storage connectivity within Intel’s server architecture. Its precise engineering, compatibility breadth, and robust performance make it an indispensable asset for any enterprise seeking to maintain seamless data flow across its infrastructure.