About Chipsolve Technologies
Chipsolve Technologies is a semiconductor design services company specializing in architecture definition, RTL development, UVM based verification, system driven simulation, emulation, and physical design signoff. Our teams bring deep expertise across compute, networking, memory, multimedia, graphics, and high performance SoCs, ensuring first time right silicon through disciplined engineering and metric driven execution.
Our Features
Provide customized services & solutions to our clients, helping them to build next generation, cutting edge technology products.
Architecture Driven Planning
We engage early to define micro architecture, performance targets, power budgets, and verification strategies. Our architecture first approach ensures predictable execution and faster convergence across the entire design lifecycle.
Scalable & Reusable Design
We build modular RTL, reusable IP components, and scalable verification environments that accelerate development, reduce rework, and support long term product evolution.
System Driven Simulation
Our verification methodology integrates software aware and system level simulation, enabling early HW/SW co validation, performance modeling, and corner case exploration before silicon.
Ease of Debug
We design with debug in mind-structured assertions, coverage driven flows, waveform guided triage, and automated debug frameworks that reduce turnaround time and improve engineering efficiency.
Performance Verification
We validate performance at multiple levels-IP, subsystem, and full chip-using traffic generators, workload models, and cycle accurate simulation to ensure the design meets real world throughput and latency requirements.
Emulation & Prototyping
Our emulation and FPGA prototyping services enable early firmware bring up, HW/SW integration, and last mile stress testing under realistic workloads.
Design Quality & Tapeout Convergence
We enforce rigorous quality gates-lint, CDC/RDC, formal checks, synthesis correlation, timing closure, and signoff reviews-to ensure smooth tapeout convergence and predictable silicon outcomes.
Power & Thermal Optimization
We analyze and optimize power consumption across architecture, RTL, and implementation stages using advanced modeling and activity analysis. Our approach minimizes dynamic and leakage power while maintaining performance targets and thermal constraints.
