Company News

The landscape of high-performance computing is shifting. As we push the boundaries of AI, machine learning, and data analytics, the demand for bandwidth has skyrocketed. PCIe Gen 5, with its blistering 32 GT/s data rate, has arrived to meet this challenge. However, with great speed comes great responsibility—specifically, the responsibility of maintaining signal integrity and system density. Enter MCIO (Mini Cool Edge IO), the connector standard engineered to unlock the true potential of PCIe Gen 5 and beyond.

The MCIO 8X to MCIO 8X SAS Cable is a high-density high-speed internal connection cable that complies with the SFF-TA-1016 standard. It is specifically designed for the next-generation servers and storage systems. This cable supports a maximum transmission rate of 32GT/s and is compatible with PCIe Gen5, PCIe Gen4/Gen3, and SAS 3.0/4.0 applications. It meets the strict requirements of enterprise-level data centers for high bandwidth, low latency, and high signal integrity. The product adopts an 85Ω impedance control and high-quality shielding dual-axis line structure, supporting 56G PAM4 application environment. It is suitable for high-speed interconnection between server motherboards, backplanes and storage controllers. The 0.6mm small pitch design effectively improves the internal space utilization of the system, and optimizes heat dissipation and wiring management. Suitable for enterprise servers, data centers, HPC (high-performance computing) systems and industrial embedded syste

OCUlink (SFF-8611) is a high-speed internal interconnection interface based on the PCIe architecture. It boasts advantages such as high bandwidth, low latency, and compact design. It is widely used in servers, NVMe storage, and high-performance computing systems, helping to achieve high-density and stable data transmission.

The MCIO 8X TO 2×MCIO 4X high-speed cable can flexibly split a single MCIO 8X interface into two MCIO 4X interfaces, supporting high-speed data transmission and high-density wiring requirements. It is suitable for scenarios such as servers, data centers, and storage systems, ensuring signal integrity and reliability while enhancing system connection flexibility and space utilization.

As the demand for higher bandwidth and higher density interconnection in data centers and high-performance servers continues to grow, Slim SAS and Mini SAS, as the two major mainstream storage interface standards, are engaged in a technological competition. This article analyzes the advantages and differences of the two from the perspectives of technical parameters, application scenarios, and future trends, providing references for system design and interface selection.

The MCIO cable is renowned for its high density and ultra-high speed transmission. It provides low latency and reliable interconnection for PCIe 4.0/5.0 GPU clusters and NVMe storage arrays, and is a key connection solution for data centers and AI high-performance computing.