Xiwai PCI-E 5.0 Mini Cool Edge IO MCIO STR PCI-E 16x 124Pin Male to MCIO 124Pin Male Extender Cable 50cm with Pull Tab

PCI-E 5.0 Mini Cool Edge IO MCIO STR PCI-E 16x 124Pin Male to MCIO 124Pin Male Extender Cable 50cm with Pull Tab
High-speed data transfer: This cable is designed for use with ssd that use MICO 16x connectors, allowing for fast and reliable data transfer at speeds of up to 64Gbps.
Easy to use: Simply plug in the MCIO 124Pin end of the cable into your device and the MCIO end into your external pcie device or drive, and you're ready to go.
Mini Cool Edge IO (MCIO) cable assemblies, These products can provide high performing channels with the added flexibility of where/how to use signals in your system.
What is mini cool edge Io (MCIO): MCIO cables are designed for data center, networking and telecommunications markets that use SAS, PCIe, Ethernet and othersignal protocols.
The solution can support cable to board and card to board applications in system, which include chip to chip, chiptomodule, chip to board and card edge option.
High-performance cable for networking and server equipment: The MCIO Mini Cool Edge IO is designed to support a wide range of protocols, including SAS, PCIe, Ethernet, and more, ensuring optimal performance for your equipment.
Industry standards: Support for SAS 3.0 / 4.0, PCIe Gen 3/4/5, 25G Ethernet, and 56GT/s PAM4 means that you can trust that your equipment will perform at optimal levels without any signal loss or degradation.
High frequency comply with PCI-E gen 5 requirement; cable and connector impedance 85ohm.
With the industry need for compactness, We are looking to achieve high-speed data transmission requirements in a space-saving design. MCIO Connectors and Cable Assemblies offer a slim form factor to preserve space and improve design flexibility in limited real estate applications.
MCIO products offer data transmission rates of up to 64Gbps, meeting PCIe Generation 6 specifications. These robust mechanical connectors are designed to protect the connector pins and ensure proper alignment during assembly for consistent signal integrity.