Embedded Imaging Hardware Development

Custom electronics for camera, sensing, and embedded vision systems.

Image Quality Labs develops embedded hardware for imaging systems requiring custom camera and sensor interfaces, processing, power, control, connectivity, or system integration.

IQL can support individual circuit boards or complete embedded imaging architectures, from early design and prototyping through validation and low-volume production.

Hardware Development Capabilities

• Camera & Sensor Interfaces — MIPI CSI-2, sensor control, synchronization, triggering, GPIO, EEPROM, high-speed interfaces, and application-specific connectivity.
• Camera Adapter & Carrier Boards — Custom camera adapter boards, sensor interface boards, and processor/SOM carrier boards for Qualcomm, NVIDIA, NXP, Raspberry Pi, and other embedded vision platforms.
• Embedded Processor & SOM Integration — Integration of cameras, displays, storage, wireless connectivity, control electronics, and peripherals with embedded processors and compute modules.
• SERDES & Remote Camera Systems — Serializer/deserializer architectures, coax or STP connectivity, power-over-coax, remote camera interfaces, and multi-camera systems.
• ToF, Depth & Specialized Sensors — Integration of ToF, depth, proximity, ranging, illumination, and other imaging-related sensing technologies.
• Power & Control Electronics — Power architecture, regulators, sequencing, battery and charging circuitry, motor control, autofocus, illumination, and peripheral control.
• FPGA & Interface Bridging — FPGA and bridge solutions for specialized sensor interfaces, aggregation, protocol conversion, and high-speed data routing.

Camera Platform & Adapter Board Development

IQL develops camera adapter and interface hardware to accelerate sensor integration with leading embedded camera and vision platforms.

These boards can support engineering evaluation, camera bring-up, driver development, ISP tuning, image-quality testing, product development, or serve as the foundation for production hardware.

Typical designs include camera sensor-to-SOM adapters, MIPI CSI-2 interface boards, multi-camera boards, SERDES interfaces, custom processor/SOM carrier boards, sensor evaluation hardware, and production-specific camera interface boards.

PCB & System Development

System architecture and requirements definition • Schematic design • PCB layout • Component selection and BOM development • High-speed interface design • Power architecture • Connector and mechanical coordination • Prototype fabrication and assembly • Board bring-up and debugging • Electrical and functional validation • EVT/DVT/PVT design refinement

Prototype Through Production

From Engineering Prototypes to Low-Volume Production

IQL can support embedded imaging hardware beyond the initial design phase, including prototype assembly, engineering builds, design revisions, manufacturing documentation, functional testing, and low-volume production.

Our in-house capabilities allow IQL to support prototype and low-volume SMT assembly, programming, functional testing, camera validation, QA, and production documentation.

Part of the Complete Imaging System

Embedded hardware is often only one part of the overall imaging platform.

IQL can also support camera module development, camera and sensor integration, image sensor drivers, ISP tuning, image quality optimization, and system-level validation as required by the application.

Building Custom Imaging Hardware?

Tell us about your camera, sensor, processor, interfaces, and system requirements.

IQL can support anything from a single adapter or interface board to a complete embedded imaging hardware platform.

‍