Full Stack ASIC Design Service

Physical Implementation

Physical Implementation

Physical Implementation

Physical implementation transforms verified RTL designs into manufacturable layouts that meet critical performance, power, and area (PPA) targets. This service covers the entire ASIC implementation flow, ensuring the design is efficiently and successfully prepared for fabrication.

Key Offerings

01

Floorplanning

Develops an optimized floorplan to ensure efficient power delivery, minimal routing complexity, and balanced performance across the chip.

02

Power Planning & Power Grid Design

Designs an efficient power distribution network to guarantee uniform power delivery and meet required power and thermal constraints.

03

Placement

Standard cells and macros are strategically placed to optimize timing, minimize congestion, and ensure efficient routing.

04

Clock Tree Synthesis (CTS)

Builds a clock tree that balances skew, latency, and power to ensure timing synchronization throughout the chip.

05

Routing

Efficient signal interconnections are created, minimizing congestion and optimizing for signal integrity.

06

Design Rule Checking (DRC) & Layout Versus Schematic (LVS)

Ensures layout accuracy by performing thorough DRC and LVS checks, adhering to foundry requirements.

Benefits of our Physical Implementation Service

PPA Optimization

Ensures designs meet performance, power, and area targets effectively.

Experienced Team

A highly skilled team that handles all aspects of physical implementation.

End-to-End Flow

A complete, integrated solution from synthesis to tape-out.

Low Power Expertise

Expertise in low power design techniques to meet stringent power requirements.

Risk Mitigation

Comprehensive checks and optimizations reduce the risk of design issues during fabrication.

Breaking Technological Boundaries,
 Elevating Your Innovation

Whether you’re looking for customized high-performance chip designs or comprehensive solutions, our expert team is ready to support you every step of the way. Contact us to collaborate and shape the core of next-generation technology.

Scroll to Top