Credo’s low power, high-performance PAM4 digital signal processor (DSP) ICs enable optical interconnect for cloud-scale datacenters, massive AI build-outs, 5G infrastructure and enterprise datacenter upgrades. With a complete suite of devices supporting 50Gb/s to 1.6Tb/s PAM-4 optical transceivers and active optical cables, Credo solutions cover a wide range of different network architectures. These full-featured DSPs feature low-power, low-latency and industry leading performance while being optimized for cost-efficient production.
OPTICAL SOLUTIONS
Credo’s low power, high-performance PAM4 digital signal processor (DSP) ICs enable optical interconnect for cloud-scale datacenters, massive AI build-outs, 5G infrastructure and enterprise datacenter upgrades. With a complete suite of devices supporting 50Gb/s to 1.6Tb/s PAM-4 optical transceivers and active optical cables, Credo solutions cover a wide range of different network architectures. These full-featured DSPs feature low-power, low-latency and industry leading performance while being optimized for cost-efficient production.
PCIe RETIMER SOLUTIONS
Toucan PCI Express (PCIe) Gen6.x/CXL 3.x retimers, powered by Credo's low-latency, low-power DSPs and SerDes technology, are designed to extend PCIe trace lengths between root-complex and endpoint devices such as GPUs, SmartNICs, NVMe SSDs, and CXL memory. Built using the 7nm process node, these retimers are optimized for cost-efficient production while delivering the highest performance, supporting cloud-scale datacenters and the growing demands of modern infrastructure with low latency and best-in-class signal integrity.
HIWIRE ACTIVE ELECTRICAL CABLES
Credo’s distinctive purple HiWire™ Active Electrical Cables (AECs) are plug-and-play copper interconnect cables designed for affordable, lossless operation at 100G, 200G, 400G, and 800G speeds. AECs come with built-in retimer, gearbox, PCS, and FEC terminations. AECs offer a high-performance alternative to short, thick DACs and high power, high-cost AOCs for data center and telecom applications.