RTL-to-GDSII chip design services for advanced semiconductor nodes
Sintegra is a 25-year-old chip design house specializing in end-to-end physical design and verification for advanced process nodes. The stack reveals deep EDA maturity (Synopsys, Questa, formal verification tools) paired with modern DevOps infrastructure (Kubernetes, Terraform, CloudWatch) — a signal that design flows are increasingly automated and instrumented. Active hiring is concentrated in engineering (11 roles, split evenly between mid and senior levels), with recent project momentum in PCIe/UCIe verification, smartphone SoC optimization, and formal verification strategies, indicating capacity expansion around security-critical and high-complexity IP.
Sintegra delivers custom RTL and physical design services to semiconductor companies ranging from Fortune 500 leaders to venture-backed startups. The company operates from Santa Clara with distributed engineering teams across the United States, India, and Taiwan. Core capabilities span RTL-to-GDSII execution, design verification (including formal methods and DFT), timing closure, and low-power optimization across cutting-edge nodes. Recent project work includes PCIe Root of Trust verification, UCIe/Ethernet MAC designs, SoC-level verification of high-speed and security IP, and post-silicon characterization of smartphone processors. The engineering-heavy organization is actively expanding to handle increased design complexity and client tapeout schedules.
Synopsys (Design Compiler, VC Formal), Mentor Questa, Chroma, plus open-source and cloud-native tooling (Python, Terraform, Kubernetes, Git, Perforce). Stack reflects both legacy and modern simulation, formal verification, and CI/CD infrastructure.
Design verification (UVM, SystemVerilog, Questa), formal verification (VC Formal), DFT, physical verification, timing closure, low-power design, and post-silicon debug and characterization for PCIe, Ethernet, UCIe, and SoC-level IP.
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