Embedded · VLSI · Silicon Engineering

Precision engineering,
from RTL to tapeout to deployment.

Semi Transis - Unlocking The Code of Modern Electronics, designs embedded systems, VLSI architectures, and silicon-grade firmware for semiconductor and product engineering teams and trains the engineers who build them.

180+ Tapeouts Supported
ISO 9001 Aligned Process
24/7 Verification Desk

Yield

98.4%

Die under test

Core R4 · C5

Trusted by engineering teams across the semiconductor value chain

Vertex SemiconductorAlto FoundryNovaChip SystemsMeridian PhotonicsCorex AutomotiveIonix DevicesPinnacle AerospaceArclight SensorsVertex SemiconductorAlto FoundryNovaChip SystemsMeridian PhotonicsCorex AutomotiveIonix DevicesPinnacle AerospaceArclight Sensors

Track record

Engineering outcomes measured in silicon, not slideware.

180+

Silicon tapeouts supported

620+

Verification test suites shipped

4,200+

Engineers trained on-floor

35+

Semiconductor & OEM partners

Core Capabilities

Engineering depth across the silicon-to-software stack.

One team spanning chip architecture, verification, embedded systems, and firmware so hand-offs never cost you a schedule.

VLSI & ASIC Design

Full-custom and standard-cell design flows from RTL through GDSII, tuned for power, performance, and area.

  • RTL architecture & micro-planning
  • Synthesis, STA & physical design
  • DFT insertion and coverage closure

Silicon Verification

UVM-based functional verification and formal methods that catch defects before they reach the fab.

  • UVM testbench development
  • Coverage-driven verification
  • Gate-level & formal sign-off

Embedded Systems

Real-time embedded architectures for automotive, industrial, and edge-compute platforms.

  • RTOS-based system design
  • Board bring-up & hardware/software co-design
  • Low-power and safety-critical builds

Embedded Software

Firmware, drivers, and BSPs engineered for reliability across the product lifecycle.

  • Device driver & BSP development
  • Bootloader & firmware architecture
  • Protocol stacks: I2C, SPI, CAN, USB
Solutions

Full-stack semiconductor solutions, delivered as one program.

From die architecture to the firmware that ships in the field engagements structured around your product roadmap, not our org chart.

ASIC & SoC Design

ASIC & SoC Design

End-to-end SoC development architecture, RTL, and physical design sized for automotive and edge-AI workloads.

FPGA Prototyping

FPGA Prototyping

Rapid FPGA bring-up for early software validation, IP proving, and pre-silicon system integration.

Embedded Software & BSP

Embedded Software & BSP

Board support packages, RTOS integration, and driver stacks engineered for long product lifecycles.

Silicon Validation

Silicon Validation

Post-silicon bring-up, characterization, and compliance testing to move chips from lab to production.

How We Engage

A single, accountable path from architecture to silicon.

Programs move through four disciplined phases each with defined sign-off criteria before the next begins.

Phase 01

Architect

Define system architecture, RTL structure, and micro-plans against your power, performance, and area targets.

Phase 02

Verify

Run coverage-driven UVM verification and formal checks to close functional and timing sign-off.

Phase 03

Tapeout

Manage physical design, DFT, and foundry hand-off through to GDSII release.

Phase 04

Deploy

Bring up firmware, BSPs, and drivers on silicon and validate the full system in the field.

Training Practice

Industry-grade programs, taught by working silicon engineers.

Every course is built from live project workflows the same tools, sign-off criteria, and review discipline used on our client programs.

Advanced

VLSI Design & ASIC Flow

Master the RTL-to-GDSII flow: logic design, synthesis, timing closure, and physical implementation on industry EDA tools.

14 weeks9 modules
Intermediate

RTL & Functional Verification

Build UVM testbenches and coverage-driven methodologies used to sign off production silicon.

10 weeks7 modules
Foundation

Embedded Systems Engineering

Design real-time systems on ARM Cortex platforms, from schematic to RTOS-driven application code.

12 weeks8 modules
Advanced

Firmware & Device Drivers

Write production-grade bootloaders, drivers, and BSPs for Linux and RTOS-based embedded targets.

8 weeks6 modules
Client Voices

Programs delivered, trust compounded.

“SEMI TRANSIS closed our verification coverage gap in six weeks work that had stalled internally for two quarters. Their sign-off discipline is the closest thing to an in-house team we've found.”

AR

Ananya Rao

VP Engineering, Vertex Semiconductor

“We brought them in for BSP and driver development on a new automotive SoC. The hand-off documentation alone was better than most vendors' finished deliverables.”

MF

Marcus Feld

Director, Platform Engineering, Corex Automotive

“Their VLSI training cohort upskilled twelve of our junior engineers in under four months. Two are now leading our physical design sign-off.”

PM

Priya Menon

Head of Talent Development, NovaChip Systems

Ready to move your program from concept to silicon?

Talk to our engineering team about your next tapeout, embedded platform, or training cohort.