TIG offers a wide range of embedded solutions for the High-Energy-Physics (HEP) community. With more than 16 years of experience in the field of ATCA and mTCA, TIG offers its services and accumulated knowledge in designing and manufacturing 40/100Gbps ATCA Chassis & backplanes.
Many next-generation particle and nuclear physics experiments will be built to run at high luminosity to collect large amounts of data and are integrated with millions electronics channels. Trigger and store more than 100 Petabytes from data acquisition will need systems with high performance and high bandwidth. An Advanced Telecom Computing Architecture (ATCA) compliant Filed Programming Gate Array (FPGA) based compute node is developed for this purpose. This compute node has powerful compute FPGA chips and large memory for data buffering. Event selection based on real time feature extraction, filtering and high level correlations can be implemented on it.
TIG involved in projects at CERN, SLAC, DESY and other accelerators, part of its offered services are:
- Thermal analysis in a rack, chassis and board level.
- Complex PCB board design
- Customized ATCA (advancedTCA) chassis with more than 600W cooling per slot
- Mechanical design
- Designing and manufacturing special electronic modules for different applications.