Credo

Credo is a semiconductor company that develops high-speed connectivity solutions and IP for data center, networking, and computing infrastructures.

• Ethernet connectivity ICs and SerDes-based devices for data centers and networking equipment.
• Chiplet and die-to-die connectivity solutions for advanced multi-die system architectures.
• Optical and electrical interconnect products for server, switch, and storage connectivity.
• Connectivity IP cores for integration into third-party system-on-chips (SoCs).
• Low-power, high-bandwidth interface technologies for cloud, 5G, and enterprise infrastructure.

More About Credo

Credo focuses on high-speed connectivity semiconductors and intellectual property that support data-intensive infrastructure, including cloud data centers, enterprise networks, service provider networks, and emerging compute architectures. Its portfolio centers on Ethernet connectivity devices and Serializer/Deserializer (SerDes) technologies used to move data over electrical and optical links within and between systems such as switches, routers, servers, and storage platforms.

The company offers integrated circuits and connectivity solutions aligned with common Ethernet speeds and standards, targeting links inside racks, between racks, and across data center fabrics. These products operate within established networking protocols and physical layer specifications, including multi-gigabit and multi-terabit Ethernet interfaces, and are designed to interoperate with standard switch and Network Interface Controller (NIC) ecosystems. Credo’s devices are used in network equipment, server motherboards, accelerator platforms, and other equipment that requires high-bandwidth, low-latency signal transmission over copper or fiber.

Credo also provides chiplet and die-to-die connectivity solutions (semiconductor connectivity IP) that support multi-die SoC and system-in-package architectures. These offerings address short-reach, high-bandwidth links between dies within a package, supporting architectures where compute, memory, and I/O functions are disaggregated into separate chiplets. This positioning aligns Credo with design flows that use advanced packaging, including 2.5D and 3D integration, and with interface concepts such as parallel short-reach links for intra-package communication.

In addition, Credo licenses connectivity IP cores (IP for SoCs) that customers integrate into their own ASICs and SoCs. These IP offerings include SerDes and related high-speed interface blocks that comply with common industry standards and are used by chipmakers to implement Ethernet, die-to-die, and other high-speed I/O on custom silicon. This enables system vendors and semiconductor companies to embed Credo technology directly into network processors, switches, custom accelerators, and other application-specific devices.

From a marketplace and directory perspective, Credo can be categorized under data center and networking semiconductors, Ethernet physical layer and connectivity devices, die-to-die and chiplet interconnect technology, and connectivity IP for Application-Specific Integrated Circuit (ASIC) and SoC design. Its products and IP are positioned for organizations that design, deploy, or operate cloud infrastructure, telecom and 5G transport, enterprise networks, and High performance computing (HPC) environments that require high-throughput, power-efficient physical layer connectivity.