Think Big.
We Engineer:
From early napkin architecture and high-speed PCB layouts to deterministic RTOS firmware, HIL automated testing, and volume SMT manufacturing.
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Delivered Systems
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Architect Response
// Embedded India Turnkey Hardware Core
void init_embedded_system(void) {
power_rail_config(RAIL_3V3, ULTRA_LOW_NOISE);
uart_baud_init(115200, OVERSAMPLE_16);
lora_mesh_join(CHANNEL_915MHZ);
hil_fault_injection_guard();
start_freertos_scheduler();
}
// Status: Ready for Bring-upLive PCB Trace Width Estimator
Slide the current slider to instantly calculate IPC-2221 trace width geometry without leaving the homepage.
More than just service
We engineer enduring electronic product value through proactive design-for-manufacturing, silicon lifecycle sustainment, and dedicated hardware architecture.
Performance and Cost Optimization
Strategic component selection, alternative second-sourcing, and architectural power profiling, protecting your profit margins over the product's entire lifecycle.
Accelerated Time-to-Market
Turnkey prototyping, in-house SMT bring-up lab, and automated HIL verification compress development schedules from quarters to weeks. Start your new design experience with us.
Lifecycle Engineering
Post-launch firmware FOTA bootloaders, compliance test support (CE/FCC/BIS), and component obsolescence mitigation across 7+ year product lifespans.
Services we offer
From early architectural feasibility and rapid proof-of-concept prototypes to turnkey manufacturing support and high-speed firmware.
Full-Cycle Product Realization
Complete electronic product engineering: schematic capture, BOM optimization, thermal simulation, DFM reviews, and production handover.
Embedded Software & Firmware
Deterministic bare-metal and RTOS (FreeRTOS, Zephyr) drivers, HAL layers, low-power sleep management, and secure cryptographic bootloaders.
Hardware Design & High-Speed PCB
Multi-layer layouts (up to 16+ layers), HDI microvias, controlled impedance traces, differential skew matching, and EMC/EMI pre-compliance.
Board Support Package (BSP) Development
Custom U-Boot bootloader porting, Embedded Linux device trees, custom peripheral drivers (I2C, SPI, CAN, PCIe), and fail-safe FOTA updates.
IoT and Edge Computing Solutions
Connected sensors with LoRaWAN, Cellular (4G/LTE-M), BLE 5.3, Wi-Fi 6, and on-device TinyML machine learning for predictive vibration monitoring.
Automotive Embedded Systems
Automotive ECUs, CAN-FD / LIN buses, ISO 26262 functional safety compliance, and Hardware-in-the-Loop (HIL) automated test benches.
Interactive Project Scope & Timeline Estimator
Select your project phase, silicon complexity, and regulatory targets for an instant turnaround forecast and milestone breakdown.
Standard MCU Architecture
- ✓Schematic Capture & Component Sourcing
- ✓Multi-Layer Controlled Impedance Layout
- ✓First-Pass SMT Prototypes (5 Assemblies)
1 Principal Hardware Architect • 1 Firmware Engineer • 1 DFM Specialist
Featured Engineering Case Studies
Production electronics deployed across Indian automotive, utilities, and consumer industries.
Automotive Bus AC Controller
Dual CAN-bus architecture, 12V/24V transient protection, and multi-zone PID temperature regulation for transit coaches.
Smart Water Dispenser Controller
Capacitive touch interface, optical water level monitoring, RS-485 telemetry, and automated sanitary UV cycles.
Substation RTU Edge Gateway
Linux BSP with dual Ethernet, galvanic isolation, IEC 60870-5-104 protocol support, and fail-safe dual bank eMMC FOTA.
Latest Technical Articles
Peer-reviewed hardware guides, functional safety breakdowns, and firmware architectural patterns.
Bridging the Divide: How to Align Hardware and Firmware Teams
Embedded projects frequently suffer delays because hardware and software teams work in silos. Discover proven co-design workflows to eliminate finger-pointing.
VerificationHardware-in-the-Loop (HIL) Testing: Why It's Crucial for Mission-Critical Systems
Discover how automated Hardware-in-the-Loop test rigs uncover edge-case race conditions, bus faults, and power brownout recoveries before deployment.
Trusted by Tier-1 OEM Engineers
What technology leaders and engineering directors say about partnering with Embedded India.
"Embedded India delivered our multi-layer CAN-FD ECU prototype in under 4 weeks with zero board respins. Their DFM review caught 3 critical footprint errors early."
Rajesh K.
VP Hardware Engineering, EV Powertrain"Their low-power firmware architecture squeezed 3.5 years of battery life from a 1200mAh coin cell on our LoRaWAN agricultural asset trackers."
Vikram S.
CTO, Smart Agri IoT"Seamless HIL testing automation that gave our functional safety audit team 100% test branch coverage for ISO 26262 ASIL-B compliance."
Anand M.
Principal Embedded Architect, AutomotiveFrequently Asked Questions
Everything you need to know about our turnkey hardware, firmware, and manufacturing contracts.
What is the typical prototype turnaround timeline? +
Standard turnkey prototype turn is 3 to 4 weeks, which includes schematic design, layout routing, bare PCB fabrication, component sourcing, SMT assembly, and bench verification bring-up.
Who retains the Intellectual Property (IP) and design files? +
You retain 100% ownership of all IP, Gerber manufacturing packages, BOMs, native CAD schematics (Altium/KiCad), and firmware source code repositories upon completion.
Can you assist with volume production and SMT manufacturing? +
Yes. We partner with ISO 9001 and IATF 16949 certified EMS facilities across Bangalore, Pune, and Noida for pilot runs and high-volume production with custom automated factory test jigs.
Ready to engineer your next embedded system?
Speak directly with an Embedded India systems architect to evaluate your technical requirements and timeline.