AISPL/INDUSTRIES/Automotive & Electric Vehicles (EV)

Sector Engineering Profile

Automotive & Electric Vehicles (EV)

Automotive Bus Simulation, ECU Diagnostics, and High-Speed Bus Fault Injection

Hardware-in-the-loop (HIL) diagnostic tools and automotive fieldbus platforms built for automotive OEMs, Tier-1 electronic suppliers, and EV testing facilities. Enabling microsecond frame time-stamping, dual isolated CAN-FD channels, and LIN master/slave simulation.

CAN-FD Bitrate

Up to 5 Mbps

Timestamp Resolution

1 µs

Bus Galvanic Barrier

1500 VDC

Input Supply Range

9V – 36V DC

Governing Standards:ISO 11898-1 / 11898-2 (CAN-FD)ISO 17987 (LIN)ISO 14229 (UDS)ISO 13400 (DoIP)SAE J1939

Section 1.0 — Technical Problem Space

Sector Challenges & AISPL Countermeasures

Operational Bottlenecks

✕Prohibitive licensing costs of proprietary legacy automotive diagnostic hardware and bus loggers.
✕Lack of microsecond-accurate time synchronisation across mixed CAN-FD, LIN, and Automotive Ethernet buses.
✕High risk of damage to test computers when connecting to unisolated vehicle bus wiring under high EV traction voltages.
✕Cumbersome manual firmware reflashing and seed-key authentication during production line testing.

SOL 01

Multi-Channel Hardware Bus Simulation

Deliverable: ECU Service Pro Hardware Platform

Dual CAN-FD transceivers operating up to 5 Mbps with software-selectable 60Ω/120Ω termination and 1500 VDC galvanic isolation.

SOL 02

Automotive Ethernet (100BASE-T1) Interface

Deliverable: ECU Service Pro Ethernet Option

Single-pair automotive Ethernet physical layer port enabling high-speed Diagnostics over IP (DoIP) and ECU firmware flash updates.

SOL 03

Automated Diagnostic Stack (UDS / J1939)

Deliverable: AISPL Vehicle Diagnostic Toolchain

Firmware execution engine handling automated message filtering, cyclic frame transmission, and diagnostic service routines.

Section 2.0 — Reference Architecture

Fieldbus & System Topology

Deterministic tiered architecture segregating physical point-of-use sensors from high-inrush power switching and enterprise SCADA backbones.

01Tier 1: Vehicle Physical Bus Interfaces

Galvanically isolated transceivers tapping directly into vehicle wiring harnesses.

Tier Modules:

Dual CAN-FD BusesDual LIN 2.2 Channels100BASE-T1 PortK-Line Tap

02Tier 2: Real-Time FPGA / Microcontroller Engine

High-speed processing unit buffering frames without packet drops.

Tier Modules:

ECU Service Pro Core1 µs Hardware Timestamp ClockBus Termination Relay Matrix

03Tier 3: Engineering Test Station Uplink

Real-time DBC parsing, frame injection, and automated compliance verification.

Tier Modules:

USB 3.0 Type-C UplinkGigabit Ethernet DoIP BridgePC Analysis Software

Section 3.0 — Turnkey Packages

Validated Solutions for Automotive & Electric Vehicles (EV)

ALL SECTOR SOLUTIONS

AISPL-REF-AUTO-013-TIER PACKAGE

Automotive ECU Simulation & Diagnostics Platform

Hardware-in-the-loop (HIL) diagnostic and validation platform designed for EV powertrain testing, ECU flashing, and production end-of-line verification.

Inspect Topology & BOM

Section 4.0 — Hardware Inventory

Engineered Hardware for this Sector

VIEW HARDWARE CATALOGUE

ECU Service ProUnder Validation

Automotive ECU Simulation & Analysis Platform

Multi-channel CAN, LIN, and Automotive Ethernet protocol simulator and diagnostics tool.

15W Operational DrawInspect Specs

Core Technology Foundations

Embedded Systems

Hardware, firmware, real-time controllers and device intelligence engineered from circuit design to bare-metal code.

Communication & Protocols

Fieldbus architectures: MODBUS RTU, CAN/LIN automotive buses, Ethernet, PoE, and proprietary AU999 2-wire serial protocol.

Request Sector Engineering Consultation

Speak directly with our senior hardware and embedded systems engineers in Mumbai regarding Automotive & Electric Vehicles (EV) project requirements.

Consult Sector Specialists