SoC Design
SoC Design — From Architecture to Tapeout
We architect, design, verify, and tape out full System-on-Chip solutions — bringing all the disciplines together under one roof.
A System-on-Chip (SoC) is an entire computer — processor, memory, wireless radios, and more — packed onto a single chip the size of your thumbnail. Modern smartphones, smart TVs, and AI cameras all run on SoCs. Designing one requires coordinating dozens of engineering disciplines simultaneously. That is exactly what sBIT does.
Our SoC Design Process:
Step 1 — Architecture & Specification
We work with your product team to define the chip’s performance targets, power budget, and feature set — producing a clear architectural blueprint before a single line of RTL is written.
Step 2 — Subsystem Integration
We integrate processor cores, peripherals, memory subsystems, and third-party IP — ensuring every block communicates correctly over standard bus protocols like AXI, AHB, and APB.
Step 3 — Full-Chip Verification
Our verification team runs exhaustive simulation, emulation, and formal checks at both block and full-chip levels — catching bugs before they cost millions in re-spins.
Step 4 — Physical Implementation & Signoff
From floorplan to GDSII, we deliver a tapeout-ready layout that meets all DRC, LVS, and timing closure requirements at your target foundry process node.
Markets we serve:
- AI & Machine Learning accelerators
- Automotive & ADAS systems
- IoT & Edge Computing devices
- Wireless Communications chipsets
- Consumer Electronics
- Medical Devices