End-to-End Chip Design Without the Overhead
Whether you need a complete SoC design, a standalone IP block, or targeted verification support, Quantova provides experienced VLSI engineers who work as an extension of your design team. We cover the full design flow — from specification and RTL all the way through physical implementation and sign-off.
Every project starts with a detailed technical review of your specifications and constraints. We define the design plan, toolchain, and verification strategy before committing any resources to implementation.
Full-Stack VLSI Expertise
RTL Design
SystemVerilog and VHDL RTL coding, microarchitecture definition, and design partitioning for timing and area targets.
Functional Verification
UVM-based constrained-random testbenches, formal verification, code and functional coverage closure.
Physical Design
Synthesis, floorplanning, place-and-route, clock tree synthesis, and sign-off timing closure (STA).
DFT Engineering
Scan chain insertion, BIST, JTAG integration, and ATPG pattern generation for high fault coverage.
RTL to GDSII — Our Proven Flow
Specification Review
Analyse your architecture spec, identify timing budgets, area targets, and technology node constraints before starting RTL.
RTL Implementation
Write clean, lint-free SystemVerilog RTL with full code coverage and documentation. Deliverable: fully synthesisable, version-controlled RTL package.
Verification & Sign-off
Build UVM testbench, run directed and constrained-random tests, close coverage, and produce a verification completion report.
Physical Implementation
Synthesis, P&R, CTS, ECO iterations, STA sign-off, LVS/DRC clean. Deliver tapeout-ready GDSII with all collateral.
What You Receive
- Fully synthesisable, lint-clean RTL source
- UVM testbench with coverage closure report
- Synthesis netlist and timing reports
- GDSII layout and parasitic extraction data
- LVS/DRC clean sign-off reports
- Full design documentation and revision history
- ATPG patterns and DFT test plan (if included)
Industry-Standard EDA Tools
Common Questions
Yes. We can take over at any stage — verification, physical design, DFT — without requiring involvement from earlier phases. We review existing RTL and design constraints before starting.
We have experience across 180nm, 130nm, 65nm, 28nm, and 16nm nodes. Toolchain and PDK selection are always aligned with your target foundry and node.
Yes. FPGA prototyping is available as a separate engagement or as a step within the broader ASIC design flow — useful for early software bring-up and functional validation before tapeout.