Lynx Tester Platform

The EOL test solution that fits your DUT necessities for functional testing.

ATE

DESIGN – CUSTOMIZE – DELIVER

Lynx Tester EOL test platform. Easy operation, high performance and reusable

Configurable depending on the dut requirements​

Reusable and compatible to many DUT types

Control everything from the easy-to-use SW Lynx Scheduler

Strength lies in differences, not in similarities.

Lynx Tester platform and modules

Mass production validation for complex electronics requires experience and agility. Our customers gain competitivity with Lynx Tester, the ultimate test platform that verifies Tier1 electronic control units to assure they are free of failures when delivered to OEM. As vehicles incorporate more and more innovative features, electronics density exponentially increases and so do the test requirements. Visit us to see how our test technology will help you to implement that test with full reliance.​

Hardware features:​

  • Modular and scalable test boards to fit high-pinout DUT connections.​
  • Small test board size, high functional density.​
  • Multiple communication buses in a unique PCBA: 24x LIN, 12x FD-CAN, Ethernet buses (2x DOIP, 8x 100BASE-T1, 1Gb-T1, 10M-T1S) and 8x FlexRay channels.​
  • Output drivers tested at nominal current with electronic load.​
  • Compatible with all electronic control modules.​

Software features:​

  • Simple test configuration. Define your test without programming knowledge, only with drop-down menus.​
  • Our embedded engineers will develop custom DUT software to achieve maximum speed and coverage.​
  • Pay only once. License lasts forever without annual renewals.​

Customization

As electronic products evolve, our experience as Tier1 embedded service providers allow us to create customized test boards to fit these new requirements..​

Choosing the correct test expert is critical to make your company differentiate from your competitors. Our test solution already benefits OEM such as BMW, Jaguar, Land Rover and Volvo ECU.​

Automated Test Fixtures

Automated Test Fixtures

Turn-key solutions for middle or low volume scenarios such as prototype testing can be achieved with a manual operated test fixture, as part of the ATE.

ATE

LYNX TESTER PLATFORM

Lynx Tester platform is compatible with any ECU. Multiple test boards can be connected into the smart backplane to validate the DUT: ICT, functional, shot-circuits, 4 wire measurements. All you need in a unique easy to use test platform.

Multipurpose tester

MULTIPURPOSE TESTER​

Lynx boards can be combined to give the expected functionality the end user expects.​
As Lynx test boards are combinable and scalable, mixed functionality tester can be created:​

  • Full functional tester.​
  • Mixes ICT – functional teser​
  • Full ICT tester
Lynx scheduler

LYNX SCHEDULER

All tests require a step-by-step test executor. However, Lynx Scheduler does not require programming knowledge and it is very easy and intuitive for a test engineer to configure and run the validation tests​.

DIFFERENT ELEMENTS, ONE SOLUTION

HOW OUR EOL TESTERS LOOK LIKE?​

we are in the loop

As we develop electronic modules for TIER1 automotive companies, we are in the loop. Therefore, any necessity you have in terms of EOL test will be implemented by our most talented developers.​

Some examples of our Lynx test boards:

Lynx 53

LYNX 53

CAN controlled, solid state-based relay board used to inject external electric stimulus into a DUT pin. Up to 24 pins per boards. Each DUT pin can be also connected to DMM+ or DMM- inputs for the voltage supervision of the injected stimulus.

lynx 300

LYNX 300

CAN controlled board intended to stimulate DUT inputs. It features multiple output types: ​

  • 12x digital channels.​
  • 8x analog channels.​
  • 4x PWM.​

DLM1615

CAN controlled, software configurable electronic load for automotive uses. Operating ranges up to 160W, 15A. This device has several operating modes: CC, CV, Cresistance, CW.​

Lynx ict

Lynx ICT

CAN controlled, solid state-based relay board that connect each DUT pin into the DMM+ or DMM- inputs for component value measurement or voltage supervision. Up to 50 pins per board.​

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