Division B-2 · VLSI

RTL Design Services

Production-quality RTL design in SystemVerilog and VHDL. Microarchitecture definition, coding, and synthesis-ready delivery.

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RTL Design at Quantova
Overview

RTL That Is Ready for Synthesis and Verification

What is RTL? RTL (Register Transfer Level) is the code that describes how a chip processes data — similar to how software code describes how a program runs. RTL is the starting point for every custom chip. Before a chip can be manufactured, its RTL must be written, reviewed, and verified to be correct.

Quantova delivers clean, lint-free RTL written to synthesis and verification sign-off standards from the first iteration. We work from your micro-architecture spec and produce synthesis-ready RTL that meets your PPA targets.

We code in SystemVerilog or VHDL as your project requires. All RTL deliverables include full lint reports, synthesis results, and a code review summary.

What We Deliver

RTL Design Scope

Micro-Architecture Design

Define block-level architecture, data paths, and state machines from your system specification before RTL coding begins.

RTL Coding

Clean, synthesisable SystemVerilog or VHDL. Full lint compliance. Coding guidelines documented and followed throughout.

Synthesis & Optimisation

Logic synthesis with timing and area constraints. Multiple synthesis runs targeting your specific PPA requirements.

Code Review

Structured peer review of all RTL before handover. Review report with findings and resolutions included.

Deliverables

What You Receive

  • Lint-clean RTL source in SystemVerilog or VHDL
  • Micro-architecture document with data path and state machine definitions
  • Synthesis netlist and timing reports (all target corners)
  • Spyglass lint report with zero unwaived warnings
  • Code review report with findings and resolutions
  • Constraint files and build scripts
Source included: Full RTL source, constraints, and synthesis scripts are delivered with the package. No black-box deliverables.
Tools & Stack

Technology We Use

SystemVerilog VHDL Synopsys DC Cadence Genus Spyglass Lint Vivado
FAQs

Common Questions

Both. We can start from a clean microarchitecture or work on an existing RTL base — bug fixes, refactoring, or adding new functionality.

By default we target Spyglass lint clean at WARNING level. If your project has a specific waiver policy or lint ruleset, we follow that.

Start Your RTL Design Engagement

Share your microarchitecture specification and timing constraints. We will scope the RTL design effort accurately.

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