Centers of Excellence · Embedded Solutions

Electronics and embedded systems engineered from the board level to the complete product.

ATRI designs and develops the electronics and embedded systems at the core of modern products — from motherboards, controllers, cameras and wireless devices to power systems, motor controls and industrial electronics.

Our engineering spans electronic architecture, circuit and board design, compute platforms, firmware, Linux and Windows drivers, connectivity, control, system integration and validation — allowing ATRI to take responsibility for the embedded system as a whole rather than isolated pieces of it.

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Illustrated printed circuit board with an embedded processor, power components and connectors
What We Engineer
From modules and boards to complete embedded systems.

ATRI engineers embedded electronics at multiple levels — from specialized modules and circuit boards to compute platforms, controllers and complete embedded subsystems.

Modules

Sensor modules • environmental sensing • GPS/GNSS modules • RF/readers • relay and switching modules • power-management modules • communications modules

Boards & Compute Platforms

Custom electronic boards and PCBs • controller boards • display electronics • motherboards • SOMs • SBCs • MCU/MPU/SoC-based platforms • GPU-enabled compute

Embedded Subsystems

Camera systems • wireless systems • battery and power systems • motor controls • industrial controllers • EV-charger electronics

Complete Embedded Systems

Electronics • compute • sensing • connectivity • power • firmware • drivers • system software • product integration

Engineering Depth
Engineering across hardware and software.

The embedded system doesn't stop at the PCB. ATRI works across the hardware and software layers required to turn electronics into a functioning product.

Electronic Architecture & Circuit Design

System and electronic architecture • analog and digital circuitry • processor and memory architecture • power architecture • sensor and peripheral interfaces • protection circuits • component selection • board-level design

PCB & Hardware Engineering

Schematic design • PCB architecture and layout • high-speed and mixed-signal considerations • power distribution • signal-integrity considerations • interfaces and connectors • hardware bring-up • board debugging

Compute & Processing Platforms

MCUs • MPUs • SoCs • motherboards • SOMs • SBCs • GPU integration • embedded compute • edge-compute platforms • memory and storage • peripheral architecture

Firmware & Low-Level Software

Embedded firmware • hardware abstraction • peripheral control • communications stacks • diagnostics • device management • control logic • boot and initialization • hardware/software interfaces

Linux, Windows & Driver Engineering

Embedded Linux • Windows-based product platforms • Linux device drivers • Windows device drivers • BSP and platform integration • bootloaders • device interfaces • hardware enablement • OS-level integration

Connectivity & Device Integration

BLE • Wi-Fi • RF • GPS/GNSS • wired interfaces • sensors • cameras • displays • communications modules • external peripherals • device-to-device integration

Power, Control & Actuation

Power management • battery systems • power conversion • protection • relay and switching electronics • motor-control electronics • feedback and control • industrial control • equipment interfaces

From Architecture to Working Hardware
ATRI engineers the complete embedded system — not just individual components.

01
Architecture

Define product requirements, system boundaries, compute architecture, electronics, interfaces, power, connectivity and hardware/software partitioning.

02
Hardware Design

Develop circuits, boards, power architecture, interfaces, sensing, communications and control electronics.

03
Firmware & System Software

Develop firmware, drivers, BSP/platform software, hardware abstraction, control logic and device interfaces.

04
Bring-Up & Integration

Bring up boards and subsystems; integrate processors, sensors, communications, cameras, displays, power systems and peripherals; debug interactions across hardware and software.

05
Optimize & Validate

Evaluate functionality, performance, power, thermal behavior, communications, reliability and system interactions. Identify and resolve hardware, firmware and integration issues.

06
Productize

Support design refinement, DFM, pre-compliance, manufacturing transition, production testing and continued product improvement as required.

Hardware + Firmware + System Software
One engineering problem. Multiple engineering layers.

A modern embedded product may require electronics, power, processors, connectivity, firmware, operating systems and application interfaces to work together. ATRI's multidisciplinary engineering model allows those layers to be developed and debugged as one system.

Camera System
Camera electronics + sensor integration + processing + firmware + Linux/Windows drivers + connectivity + video pipeline
Industrial Controller
Control electronics + power + sensing + MCU/processor + firmware + communications + equipment interfaces
Connected Edge Device
Compute platform + GPU/processor + sensors + wireless connectivity + Linux + drivers + edge software
Battery-Powered Product
Battery system + power management + embedded electronics + firmware + communications + power optimization
Motor-Control System
Power electronics + motor-control circuitry + sensing + feedback + embedded control + firmware

These are representative combinations of ATRI engineering capabilities and should not be presented as named customer projects.

Embedded Systems for Intelligent & Agentic Products
Where intelligence meets the physical product.

AI and software ultimately depend on hardware when interacting with the physical world. Embedded systems provide the compute, sensing, connectivity and control that allow intelligent products to observe their environment, process information and execute actions. ATRI brings these disciplines together to engineer products capable of:

Sensing
cameras, sensors and physical interfaces
Processing
embedded processors, GPUs and edge-compute platforms
Connecting
RF, BLE, Wi-Fi and other communications technologies
Deciding
embedded logic, control algorithms and integrated AI/ML
Acting
controllers, power electronics, motors and other physical interfaces
Evolving
software, firmware, data and continued product improvement

ATRI can engineer both the physical platform that makes intelligence possible and the embedded software that connects that intelligence to the product.

Multidisciplinary by Nature
Embedded engineering rarely exists by itself.

Embedded + Video & IoT
Cameras · sensors · connected devices · edge processing · physical-world data acquisition
Embedded + Communications & Wireless
RF · antennas · readers · BLE · Wi-Fi · cellular · GNSS · connected products
Embedded + Power Electronics
Power supplies · battery systems · power management · motor control · power conversion
Embedded + AI & ML
GPU/accelerator integration · edge inference · computer vision · intelligent sensing · local decision-making
Embedded + Robotics & Autonomous Systems
Sensors · compute · control electronics · motor control · firmware · physical actuation
Embedded + Industrial & Mechanical Engineering
PCB and component packaging · thermal management · enclosure integration · electromechanical systems · DFM
Embedded + Reliability & Compliance
Electrical validation · EMI/EMC · environmental testing · reliability engineering · pre-compliance · failure analysis
Engineering Problems We Solve
Bring us the product challenge.

ATRI's Embedded Solutions teams can engage when a customer needs to:

Design a new electronic or embedded product from concept
Develop or redesign a PCB or electronic subsystem
Integrate a processor, GPU, SOM, SBC or new compute platform
Develop firmware for new or existing hardware
Develop or modify Linux or Windows device drivers
Integrate cameras, sensors, displays or communications devices
Add BLE, Wi-Fi, RF, GPS/GNSS or other connectivity to a product
Develop power-management or battery electronics
Develop industrial controllers, relay/switching systems or motor-control electronics
Develop embedded electronics for electrification and EV-charging applications
Modernize an existing embedded platform
Diagnose hardware/firmware integration failures
Move a prototype toward validation and production
Selected Work
Embedded engineering, in practice.

Embedded Imaging & Camera Integration

Camera sensor integration, Linux/V4L2 drivers, camera HAL, video pipeline and hardware bring-up.
Connected Rider Safety System

Electronics, embedded firmware, sensing, RF/wireless, GNSS and system integration through pilot production.
Connected Environmental Monitoring System

Prototype hardware and firmware, environmental sensing, NB-IoT/LTE connectivity and system validation.
Commercial Power Electronics Platform

Multidisciplinary electronics, embedded and product engineering.
Have an embedded product or electronics challenge?

From a single circuit board or driver to a complete connected product, ATRI can bring together the engineering disciplines required to take it from architecture to working hardware.

Talk to ATRI →