At Zapnix, our digital design team delivers high-performance, low-power digital IP and SoC solutions tailored for next-generation semiconductor applications. We specialize in RTL design, synthesis, and timing closure across multiple technology nodes. Our verification team employs advanced methodologies like UVM, formal verification, and assertion-based techniques to ensure functional correctness and design robustness.
We focus on achieving first-time-right silicon through comprehensive testbench development, coverage-driven validation, and rigorous simulation. From microarchitecture to GDSII, we ensure every design meets performance, power, and area goals.
Why choose us
End-to-End Expertise
Proven Methodologies
Low-Power, High-Performance Designs
Custom Solutions
We follow industry-standard methodologies such as UVM and formal verification to ensure reliable, first-time-right silicon. Our team specializes in optimizing power, performance, and area (PPA) across advanced technology nodes. We deliver customized digital IP and SoC designs tailored to your specific application and market requirements. From RTL to GDSII, we offer end-to-end digital design and verification services—all under one roof.
Our Expertise Includes:
RTL Design & Synthesis – Optimized for performance, power, and area across various technology nodes.
Functional Verification –UVM-based environments, formal verification, and assertion-based checks.
Timing Closure & STA–Precise constraint development and analysis for robust timing signoff.
Low-Power Design – Implementation using techniques like clock gating, power domains, and multi-voltage support.
Pioneering Digital Design for Next-Gen Innovation
At Zapnix Design, we craft high-performance digital circuits from concept to silicon, driving reliable and efficient VLSI solutions.
End-to-End Digital Design Services
From architecture to RTL implementation, we deliver complete digital design solutions tailored for performance and scalability.
Custom Digital Architecture Development
We design application-specific processors, signal units, and SoCs optimized for power, speed, and area efficiency.
RTL Design and Coding
Our engineers develop clean, synthesis-friendly RTL using Verilog, VHDL, and SystemVerilog, ensuring accuracy and reusability.
Layout and Parasitic Extraction
Our expert layout engineers optimize analog layouts to minimize parasitic effects and crosstalk. Detailed parasitic extraction ensures your design performs flawlessly in silicon.