Test Solutions for Electronics and Automotive Applications at embedded world 2018

At the embedded world 2018 exhibition in Nuremberg, GOEPEL electronic presents numerous test and programming solutions for electronics and automotive applications as well as automotive residual bus simulation. 

With the Embedded JTAG Solutions, GOEPEL electronic presents a wide range of products for validation and prototype testing as well as programming of complex embedded systems. The new SCANFLEX II Cube platform uses the logic of DUT circuits to test and program complex boards with reduced physical access. Due to its multifunctional architecture, SCANFLEX II Cube offers numerous application possibilities.

With a new GOEPEL Flash IP and the PXI 6153 module, ECUs can be programmed via automotive interfaces (such as CAN). Typical applications are flash programming on end-of-line systems as well as on laboratory and repair stations.

JEDOS is an embedded test & diagnostics operating system for real-time testing. Utilizing the native processor, it provides the highest level of fault coverage and comprehensive diagnostics for digital, analog, and mixed-signal assemblies in the fastest possible cycle.

Numerous approved technologies complete the product portfolio of GOEPEL electronic at the embedded world 2018. The solutions serve needs both in development or production, e.g. the high-speed bit error rate test (BERT) of interfaces such as USB 3.0, the testing of DDR4 DIMM sockets or the testing and validation of various processors.

Automotive customers will find a wide range of communication controllers. In the area of infotainment testing, the Video Dragon is a frame generator and frame grabber to test and evaluate high-speed LVDS connections. Video sources, such as cameras in driver assistance systems, can easily be connected to a standard PC using the EasyCON Automotive Ethernet Mediaconverter.

All novelties as well as further test solutions for electronics and automotive applications are to be found at the GOEPEL electronic booth 271 in hall 4 from February 27th to March 1st.