Credo designs application-specific integrated circuits (ASICs) and connectivity IP for hyperscale data centers. The stack is a typical semiconductor design toolchain—Cadence, Synopsys, Verilog, SystemVerilog—but the project list reveals a company in active tape-out cycles, shipping SerDes and DSP chips while managing tight schedule pressure and high-growth hiring. Engineering dominates the org (36 of 56 open roles), with notably large intern cohorts (16), indicating either volume hiring for production support or a planned near-term scaling phase.
Credo develops high-speed connectivity solutions—active electrical cables, retimers, optical DSPs, and SerDes IP—for AI and data infrastructure platforms. The company sells to hyperscalers and OEMs managing multi-exabyte data demands. Credo operates as a fabless semiconductor vendor: it designs chips from specification through tape-out (5nm, 7nm class ASIC silicon), then licenses IP and purchases manufactured wafers. The engineering workload is dominated by chip bring-up, RTL implementation, front-end ASIC design, and system-level test automation—typical post-silicon validation cycles. The company is publicly traded and headquartered in San Jose, with active hiring in the US, Canada, and China.
Core tools: Cadence Virtuoso, Synopsys Custom Compiler, Cadence Innovus, Tempus. Languages: Verilog, SystemVerilog, Python, C, Perl, TCL. Interfaces: PCIe, Ethernet, SerDes, USB, I2C. Simulation: UVM. Test/modeling: MATLAB. Infrastructure: Linux, Windows, VMware ESXi.
Active projects include ASIC design from specification to tape-out, SerDes IC development, chip bring-up, RTL implementation and verification, and high-volume sample testing. The company is executing multiple SOC tapeouts while developing test automation and system-level validation software.
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