ELX Technology Engineering

Infrared Imaging · Electronic Manufacturing · Engineering

Thermal imaging solutions built for integration.

ELX TECHNOLOGY ENGINEERING develops and manufactures compact thermal imaging cores, camera-level products and integrated infrared solutions for industrial applications.

Compact thermal camera640 / LWIR
Compact thermal camera engineering visualization
Engineering visualizationCore to system

Featured thermal platform / 01

640 × 512 Compact Thermal Imaging Platform

Compact LWIR thermal core and camera-level configurations designed for integration into industrial and intelligent systems.

Thermal core, camera and EO/IR payload engineering visualization
Engineering visualizationCore · Camera · Integration
Resolution
640 × 512
Pixel pitch
12 μm
Detector
Uncooled VOx microbolometer
Spectral range
8–14 μm
NETD
≤40 mK @ 300 KReference
Frame rate
≤50 HzReference
Typical core power
≤0.6 WReference

Reference values describe the current platform. Final mechanics, packaging, interfaces and performance are confirmed by project requirements.

View the technical reference

Two product formats / 02

Configurable from compact core to camera-level product.

Product scope can be coordinated around the host system, mechanical envelope, interfaces and intended application.

Compact thermal core engineering visualization
Engineering visualization

Product format / 01

Compact Thermal Core

640 × 512 reference platform designed for compact integration and system-level configuration.

  • Core assembly
  • Module integration
  • Calibration
  • Functional testing
  • Interface integration
Compact thermal camera engineering visualization
Engineering visualization

Product format / 02

Compact Thermal Camera

Camera-level thermal imaging product format with coordinated mechanical packaging, electrical interfaces and system integration.

  • Camera packaging
  • Optical integration
  • Interface adaptation
  • System integration
  • Application configuration

Reference platform / 03

Technical reference platform

A compact 640 × 512 LWIR platform for core-level integration, camera packaging and project-specific interface coordination.

Exploded thermal camera platform engineering visualization
Engineering visualizationConfiguration study

640 × 512

Resolution

12 μm

Pixel pitch

21 × 21 mm

Reference format

33 mm

Approx. length

Product format
Compact thermal core / compact thermal camera
Detector
Uncooled VOx microbolometer
Resolution
640 × 512 reference platform
Pixel pitch
12 μm
Spectral range
8–14 μm
NETD
≤40 mK @ 300 K (reference)
Frame rate
≤50 Hz (reference)
Typical core power
≤0.6 W (reference)
Mechanical format
21 × 21 mm reference; smaller formats subject to project confirmation
Approx. reference length
33 mm
Current interfaces
USB / UVC / CVBS / PAL / UART
Additional interfaces
BT.656 / MIPI by configuration and validation
Operating temperature
-40°C to +60°C (reference)

Reference values describe the current 640 × 512 platform. Final mechanics, packaging, interfaces and performance are confirmed by project requirements.

Configuration flexibility / 04

A platform built around the system—not the other way around.

ELX coordinates product format, mechanics, interfaces and manufacturing scope around confirmed project requirements.

  1. 01

    Smaller Mechanical Formats

    21 × 21 mm is a reference platform. Tighter envelopes may be evaluated.

  2. 02

    Core or Camera-Level Product

    Products can be configured as compact cores or camera-level systems.

  3. 03

    Interface Adaptation

    Interfaces and connectors can be coordinated around host system requirements.

  4. 04

    Engineering & Manufacturing Configuration

    Assembly, integration, calibration and functional testing can be adapted to project requirements.

Core technologies / 05

Integration depth across the thermal imaging stack.

Engineering capability is applied at detector, optical, electronic, mechanical and validation levels without fixing the solution to a single product format.

  1. 01

    Infrared Detector Integration

    Integration and configuration of detector-level elements within the thermal imaging platform.

  2. 02

    Optical Integration

    Coordination of optics, focus requirements and mechanical interfaces for the application.

  3. 03

    Image Processing & Calibration

    Platform configuration, calibration support and image-output evaluation.

  4. 04

    Embedded Electronics

    Electronics and interface integration around host-system and payload requirements.

  5. 05

    Mechanical Integration

    Packaging, mounting and envelope coordination from compact core to camera system.

  6. 06

    Testing & Validation

    Functional testing and application-focused validation against agreed requirements.

Applications / 06

Thermal imaging where compact integration matters.

Platform configurations for airborne, robotic, industrial and OEM thermal imaging applications.

UAV thermal inspection application visualization

EO/IR payloads · Inspection UAVs

Airborne thermal inspection

Compact thermal imaging configured for payload and aerial inspection systems.

Application visualization

Robotic thermal inspection application visualization

Robotics · Industrial monitoring

Autonomous inspection

Thermal sensing integrated into robotic monitoring platforms.

Application visualization

Thermal imaging system integration application visualization

Embedded sensing · OEM thermal cameras

System-level integration

Core and camera configurations coordinated for intelligent systems.

Application visualization

Product workflow / 07

From configuration to production.

A practical product path from initial application requirements through evaluation, validation and manufacturing support.

  1. 01

    Discuss

    Requirements & use case

  2. 02

    Configure

    Core / camera / interfaces

  3. 03

    Evaluate

    Samples & integration review

  4. 04

    Validate

    Calibration & functional testing

  5. 05

    Scale

    Manufacturing & supply support

Scope and validation activities are confirmed for each project.

Manufacturing support / 08

Engineering & manufacturing support.

Structured support across assembly, calibration, testing, documentation and production—with scope confirmed for each project.

Applicable assembly, calibration, testing and production requirements are confirmed during project review.

  1. 01

    Structured Assembly

    Organize assembly activities around agreed product requirements and available work instructions.

  2. 02

    Calibration Support

    Coordinate calibration activities for the agreed thermal imaging configuration.

  3. 03

    Functional Testing

    Support functional checks and project-specific testing against agreed requirements.

  4. 04

    Documentation

    Maintain relevant production, test and follow-up information for clear communication.

  5. 05

    Interface Coordination

    Coordinate interfaces, connectors and open technical actions with system requirements.

  6. 06

    Production Support

    Support manufacturing execution and agreed follow-up as products move toward supply.

Project enquiry / 09

Let's build the right thermal configuration.

Discuss thermal imaging cores, camera configurations, integration requirements or engineering projects with ELX.