Semi Conductors & Data Centre chips & Infrastructure
Quadryl delivers end-to-end semiconductor and data centre chip engineering — from ASIC & FPGA design to post-silicon validation — helping organizations accelerate development, ensure design accuracy, and bring high-performance silicon to market faster.
What We Do
ASIC & FPGA Design
RTL coding, FPGA prototyping, logic synthesis, and architecture optimization for custom ASICs, processors, and accelerators.
Verification & Validation
UVM-based functional verification, testbench development, system-level validation, and coverage-driven testing for complex SoCs and data centre chips.
Physical Design & DFT
Floor planning, place & route, static timing analysis, signal integrity, DRC/LVS signoff, and design for testability across advanced process nodes.
High-Speed Interconnects
Engineering support for PCIe, CXL, Ethernet, and memory interfaces for high-bandwidth data centre workloads.
Power & Thermal Optimization
Low-power design strategies, power integrity analysis, and thermal management for both chip and rack-scale deployments.
Post-Silicon Validation
Chip bring-up, testing, debug, failure analysis, and yield optimization across consumer and data centre silicon.
AI & ML Accelerator Support
Design and verification for AI inference and training accelerator chips targeting data centre and edge workloads.
AI & ML Accelerator Support
End-to-end engineering from concept to silicon, prototyping, production, and long-term sustenance.
- CPUs & GPUs
- AI/ML Accelerators
- Custom ASICs
- Storage Controllers
- FPGAs
- NICs & SmartNICs
- DPUs
- IoT & Consumer Chips
