Tech Resources

Learn what SFF-8654 means for SlimSAS cables. Discover how SlimSAS 4i and 8i connectors boost high-speed SAS 4.0 and PCIe Gen 4.0 performance in dense storage systems.

SlimSAS cables offer high-speed, compact connectivity for SAS, SATA, and NVMe storage systems—ideal for dense server and data center environments. Now with SlimSAS 8i options supporting 8-lane performance, it's easier than ever to scale bandwidth while keeping systems efficient and space-conscious.

SlimSAS 8i (SFF-8654) delivers 8-lane, high-speed data transfer in a compact form—ideal for connecting SAS, SATA, or NVMe drives in dense servers. Explore SlimSAS 8i cable options for PCIe Gen 4.0 and SAS 4.0 at Data Storage Cables.

Need high-speed PCIe 4.0 connectivity? HD MiniSAS PCIe cables deliver 16GT/s performance, 85 Ohm impedance, and EEPROM support for modern NVMe, server, and backplane designs. Perfect for compact, high-throughput system builds.

Unlock 24Gb/s performance with HD MiniSAS 24G cables—designed for high-density storage systems and enterprise-grade reliability. Discover why this next-gen interface is the go-to solution for SAS 4.0 connectivity and data center optimization.

TMC’s new MCIO cable line delivers high-speed, space-saving connectivity for next-gen servers, storage arrays, and AI systems. From straight and right-angle MCIO x8 cables to MCIO-to-SlimSAS and dual-branch Y configurations, these precision-engineered assemblies support PCIe Gen 4/5/6 and NVMe with exceptional signal integrity and performance.

Working with an ISO AS9100-certified company like TMC – The Mate Company means aerospace-grade quality, reliable delivery, and continuous improvement. This certification requires strict process control, traceability, and risk management—benefiting customers through fewer defects and stronger supply chain performance. When quality matters, there’s no better partner.

Shielded cables are electrical cables that contain insulated conductors enclosed within a conductive shielding layer. This shield is typically made from braided copper, spiral-wrapped copper tape, or conductive polymer materials. The purpose of this shield is to block electromagnetic interference (EMI) that can degrade signal quality and compromise performance. In high-interference environments, shielded cables are essential to ensure reliable and stable data transmission.

An Active Optical Cable converts electrical signals into optical signals using integrated optical transceivers. These signals travel over optical fiber and are converted back to electrical signals at the other end. This signal conversion allows AOCs to function similarly to Direct Attach Copper (DAC) cables but with superior performance and range. Unlike traditional transceivers, AOCs integrate the optical components directly into the cable assembly, reducing the need for separate pluggable modules.