End-to-End Silicon Innovation, From Architecture to Post-Silicon
Architecture & Modeling
Defining SoC/CPU/GPU architecture, creating microarchitecture, modeling performance and PPA, and analyzing workloads to guide optimal system design decisions.
RTL Design & Integration
Developing synthesizable RTL, implementing data paths and control logic, ensuring quality checks, integrating IPs, and optimizing for timing, power, and area.
Functional Verification (DV)
Executing design verification using UVM, constrained-random testing, assertions, regressions, and coverage closure to ensure complete RTL functionality and design correctness.
Formal Verification
Performing formal verification, static analysis, and design quality checks using lint, CDC/RDC, and equivalence methods to ensure structural correctness and robust implementation.
DFT, ATPG & Testability
Implementing scan, compression, BIST, ATPG, and boundary scan to maximize test coverage, reduce defects, and enable efficient manufacturing test flows.
Simulation, Emulation
Running RTL simulations, debugging issues, and using emulation and hardware acceleration in hybrid environments to validate functionality and system performance early.
FPGA, Prototyping, Pre-Silicon Enablement
Building FPGA prototypes, achieving timing closure, enabling early firmware and OS bring-up, and validating system behavior before silicon availability.
Physical Design
Executing RTL-to-GDSII implementation, including synthesis, floorplanning, routing, clocking, timing closure, and low-power techniques to deliver optimized physical designs.
Signoff & ECO Solutions
Providing a reliable signoff STA , signal integrity, power, and variations analysis. Also, performing ECO solutions in last-mile design closure with automated ECO, leading to significant timing, power, that helps pinpoint problems prior to chip tape-out.
Embedded Systems
Developing firmware, drivers, HAL/BSP layers, OS/kernel components, and SoC software, enabling secure boot, hardware interfaces, and seamless system integration.
System-Level Product Validation
Validating SoC and system-level products through feature, performance, stress, reliability, and compliance testing to ensure robust functionality and real-world readiness.
Post-Silicon Validation
Providing post-silicon validation, debug & HW system support, and IP domain support to characterize, validate, and optimize boards, silicon, and subsystems.
Scale Your Hardware Engineering Capacity Effortlessly
At Omnex, we enhances your team with experienced engineers who boost productivity and ensure development quality.