EOL PERFORMANCE
Make it all easy
Speed up your EOL performance with our state-of-the-art test boards and software frame.
reduced test time, small equipment size and high pin density
Change Your Test Concept
We innovate in EOL functional test systems for automotive.
Manufacturers of electronic products in the automotive field use our innovative test boards to cover the most challenging test requirements in reduced test time, small equipment size and high pin density.
Join other clients that already use our solutions and gain competitivity.
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Go into details
Learn the details of the solutions For Mass product validation at the manufacturing line
FUNCTIONAL TEST CORE
FOR HIGH PERFORMANCE
EOL. A real project of a Tier1 ECU with more than 500 functional pins including inputs, outputs, power supplies and multiple communication buses.
COMBINE ICT-FCT IN ATE
Prototype validation is a key point of the development phase of electronic modules development. ATE can combine ICT and Functional testing in a unique equipment.
Automated Test Equipments
DUT SW: The Key Point of the Succes
Functional testers for complex electronics, such as Automotive electronic control units (ECU) could be as a diplodocus: giant, slow and hard to maintain.
These issues can be addressed when specific test boards are designed with the goal to fit DUT test requirements, in combination with a DUT SW (specific FW that runs into the product under test).
DUT SW is the key point to give the speed the process needs. It is a specific development that emulates the App SW but only during the EOL. Ask us how to implement it in your products and beat the test speed targets!
DUT FW
DUT firmware (the software that runs in DUT microcontrollers) is the other part of the solution. Maxim system performance is achieved when it is combined with a state-of-the-art functional test core.
COMMS
A single test board featuring:
- 24x LIN channels.
- 12x FD-CAN channels.
- Multiple Ethernet buses (2x DOIP, 8x BroarR-Reach, 1x 1Gb-T1, 1x 10M-T1S).
- – 8x FlexRay channels.
INPUTS
DUT inputs are tested with SODI board featuring:
- 128 DUT inputs with several different stimulus.
- LF frame characterization for immobilizer and comfort access.
- Switched Power Supply for DUT and sleep current measurements.
OUTPUTS
DUT outputs are tested with DOSI board featuring:
- 90 DUT outputs.
- Programmable test current ranging from 1mA to 10A.
- Test time per output: between 20ms and 50ms.
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.
LYNX TRACE
Production figures are analysed with Lynx Trace: variables mean values, standard deviations, test time, manufacturing productivity and KPI, reworked pieces, real time data, all in a single application for the user to see and make smart decisions.