ABOUT THE R&D LAB

Engineers Who Ship Real Hardware

Safe Switching is an end-to-end embedded systems R&D laboratory. We partner with product companies, industrial manufacturers, and innovators to take hardware concepts from initial schematic architecture to mass production.

From multi-layer HDI layout with sub-millimeter tolerances to deterministic FreeRTOS drivers and custom telemetry dashboards, our team delivers complete physical computing solutions under strict engineering rigor.

Safe Switching R&D lab: circuit board prototype linked to a live IoT telemetry dashboard
Safe Switching Core Hardware R&D Bench
Multi-layer PCB layout engineered at Safe Switching
Finished IoT device in a precision custom enclosure
16 Layers
Max PCB Stackup
24 Hours
Review Turnaround
IPC Class 3
Manufacturing Standard
Silicon → Cloud
Turnkey Coverage
OUR RIGOR

How Safe Switching Delivers

Hardware First

Multi-layer PCB, RF tuning, power electronics, and thermal modeling validated against IPC Class 3 standards.

Deterministic Firmware

FreeRTOS and bare-metal C/C++ firmware tuned for microsecond interrupt latency and microampere deep-sleep.

Connected by Design

BLE 5.3, Wi-Fi 6, LoRaWAN, and cellular telemetry streaming securely into low-latency web & mobile dashboards.

Confidentiality by Default

Client IP remains strictly confidential. Binding mutual NDAs are executed before schematic audits.

LABORATORY SPECIFICATION

IPC Class 2 & 3 Production Compliance

✓ ISO & IPC Verified
Design & Simulation Tooling

Altium 365 Enterprise, Cadence OrCAD, Ansys SIwave for electromagnetic interference (EMI) simulation, and Keysight ADS for RF antenna impedance matching.

Bench Test Equipment

Rohde & Schwarz 2GHz 4-channel digital oscilloscopes, spectrum analyzers, thermal imaging cameras, and programmable Chroma AC/DC electronic loads.

Prototyping & Quality Jigs

In-house optical solder inspection, ultrasonic cleaning baths, custom 3D enclosure fitment jigs, and automated pogo-pin test benches.