Connected vehicles

Automotive

ECU boards, telematics, and lab validation for connected vehicles.

A vehicle program still needs a board that speaks the bus, firmware that can be flashed in the plant, and a bench that can fail a change before it ships. EmbChips designs those pieces in Noida and Bengaluru and keeps the same engineers on the rack.

Why EmbChips in automotive

One team through the rack

Schematic, firmware, and HIL stay with the people who drew the net, so a CAN glitch is not handed to a second vendor.

Buses we already bring up

CAN, CAN FD, and related vehicle links are part of the same bring-up we do on industrial and IoT boards.

Delivery you can audit

Work runs under ISO 9001:2015. We do not claim automotive type-approvals we do not hold.

What we do here

Board, firmware, cloud, and test — applied to this sector, not a generic catalog sheet.

ECU and PCB design

Layout, power, and DFM for body, telematics, and sensor boards.

Telematics firmware

Embedded C/C++ and RTOS for tracking, diagnostics, and over-the-air update.

Vehicle bus bring-up

CAN and CAN FD on the first articles, with traces you can re-run.

HIL and SIL benches

Racks that exercise the ECU against the rest of the vehicle interface.

Gateway and sensor nodes

Small boards that sit on the bus and publish only the signals the program needs.

First-lot support

Gerbers, BOM, and factory questions until the line is stable.

Areas of engagement

Typical systems we put in the field with this industry.

Body and comfort

  • Body control modules
  • Door and lighting nodes
  • Cabin interfaces

Telematics

  • Tracking units
  • Diagnostic dongles
  • Fleet uplinks

Power and charge

  • On-board charger interfaces
  • Battery sense boards
  • DC/DC companion nodes

Lab validation

  • HIL fixtures
  • Bus restimulation
  • Regression on every firmware drop

Tell us what has to ship in automotive

Noida and Bengaluru. ISO 9001:2015 on the delivery.

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