Genic Semiconductor

Engineering the silicon behind tomorrow's intelligence.

We design, verify and secure the chips that power AI, space and next-generation networking — from architecture to tapeout, with uncompromising precision at every node.

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Leading-Edge Nodes
Who We Are

Innovation engineered at the transistor level

Genic Semiconductor is a full-stack semiconductor engineering house. We partner with fabless startups, research labs and defense-adjacent programs to take products from concept to certified silicon — covering RTL design, UVM verification, physical implementation, embedded security and mission-critical space systems.

Our engineers combine rigorous methodology with a founder-led, hands-on approach — so every tapeout ships with confidence, not compromise.

  • Silicon-proven verification methodology (UVM / SystemVerilog)
  • Security-first design for defense, space & critical infrastructure
  • Direct engineering access — no account-manager layers
Learn More About Us
Genic Semiconductor chip design mark
What We Do

Deep expertise across the silicon stack

From secure microarchitecture to orbit-ready compute, our capabilities span the full semiconductor lifecycle.

UVM Verification

Constrained-random, coverage-driven verification built on the Universal Verification Methodology to guarantee first-pass silicon success.

CubeSat & Space Systems

Radiation-aware compute and communication subsystems engineered for CubeSat and small-satellite missions.

Quantum Secure Engine

Post-quantum cryptographic cores that harden silicon against next-generation, quantum-capable adversaries.

IPsec & Secure Interconnect

Line-rate IPsec, MACsec and secure interconnect IP for networking silicon that can't afford to be breached.

RISC-V Microprocessors

Custom and configurable RISC-V cores — from embedded controllers to application-class multicore compute.

ASIC & Physical Design

RTL-to-GDSII implementation on leading-edge nodes, including chiplets, UCIe packaging and HBM integration.

Our Process

From architecture to signoff, in five disciplined stages

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Discovery & Architecture

We scope requirements and define a micro-architecture aligned to power, performance and security targets.

02

RTL & Verification

SystemVerilog RTL paired with UVM testbenches drive coverage-closed, silicon-ready designs.

03

Physical Implementation

Synthesis, place & route and timing signoff tuned for your target node and package.

04

Validation & Bring-up

Post-silicon validation, characterization and firmware bring-up on real hardware.

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Support & Iteration

Ongoing engineering support across revisions, derivatives and production ramp.

Have a chip idea worth building right?

Tell us about your project — we'll respond within one business day, on email or WhatsApp.

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