Next-Generation

RTL to GDS for ASIC

We develop BlockWare, a RTL package that unifies frontend and backend design, reducing synthesis time and implementation effort while improving power, performance, and area.

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Performance Boost and Improvements

Measurable results that transform your workflow

25 x
Faster Development Time
(Compared to Synthesis)

Accelerate your RTL-to-physical design cycle
100 %
Logic ↔ Physical Consistency

Perfect alignment between design stages
up to 4 x
Superior PPA
(Compared to Synthesis Blocks)

Power, Performance, Area improvements

The Gap Between RTL Intent and Physical Reality

In a Nutshell

There is a fundamental gap between RTL intent and physical implementation. Frontend and backend teams work in separate worlds, leaving RTL designers blind to the physical consequences of their decisions. These implications surface only late in the flow when changes are costly and schedules are at risk. The result is repeated ECOs, inefficient design iterations, compromised PPA, and longer time-to-market.

One Flow. Full Control.

Unified Framework

Build for

Whether you're an ASIC front-end, back-end engineer, or an architect, working at a startup or a global enterprise, our platform is designed for you. We're excited to share our solution for modern custom silicon development.

What we deliver

A fully physical netlist natively generated at the RTL level, removing the dependencies on special environments and custom scripting, cutting down long runtimes, and eliminating the exhausting frontend-backend ping-pong.

• Faster development cycles
• End-to-end visibility
• Frontend-driven backend control

Unified RTL-to-Physical Flow Direct Physical Netlist Generation • No Backend-Frontend Ping-Pong Traditional Flow RTL Design Verilog/VHDL Backend Tools Place & Route Synthesis Gate-Level Netlist NEW BlockWare Unified Flow Parameterized Library RTL Input Verilog Physical Netlist Immediate No scripting dependencies Zero backend iterations 25x Faster Development Time 100% Consistency Logic ↔ Physical Superior PPA up to 4x Power, Performance, Area

Our parameterized library provide a rich set of building blocks and exceptional design flexibility. The library enables near-instant generation of a fully physical netlist directly from RTL, ensuring complete consistency between logic and DC. This approach establishes a new benchmark for design control and synthesis runtime efficiency, while delivering substantial improvements in power, performance, and area. It empowers engineers to directly oversee implementation and shape their designs through an unprecedented shared frontend-to-backend framework.

• RTL algorithm directly generates physical gate-level netlist
• 100% formal verification for all blocks and variants
• Fully vendor-agnostic and portable across EDA tools

How it works

1
Start with your RTL
2
Integrate Blockware - manual or automated design selection
3
Continue with your EDA tools, if needed
4
Reach GDS - faster than ever

No need to change anything just plug and play

Key factors

Superior Performance

Our rigorously designed library blocks are proven to deliver superior Power, Performance, and Area (PPA), outperforming leading competitors in the market. Our portfolio offers a richer and more versatile selection of blocks to address a wide range of design needs.

Flexibility and Freedom

Empower FE engineers to choose the ideal design for their IPs from a broad, industry-leading range of options. Our automated selection engine intelligently identifies the optimal block based on design requirements, accelerating decisions with confidence.

Pure Verilog. Zero Integration.

Unlike scripting-based solutions, our approach is fully mathematical, with every component. the netlist - generated directly in Verilog. This ensures smooth integration with any tool and any environment, minimizing friction and accelerating adoption.

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Upgrade Your Hardware Development

Ready to elevate your hardware design workflow? Dive into our comprehensive BlockWare library and discover the components that will accelerate your next project.

BlockWare See Example

Get In Touch

Ready to start your next project? We'd love to hear from you.