We engage in projects which can not be realized with of-the-shelf licensed RTL or of-the-shelf hardware. We realize projects for clients who require high quality design deliverables. We differentiate ourself by delivering to our clients formally verified source code and extensive testbenches and device model simulations.
Explore our portfolio of past projects to discover how we're empowering engineers and designers to create solutions tailored to deliver value.
Our 4-port 10GBit Ethernet switch hardware and gateware design with its extensive set of interfaces can be adapted to functions for custom use cases. Additional custom interfaces can be added via CRUVI high speed modules. 8 GB of DDR3 memory, HDMI-in, HDMI-out, fast SDcard storage, SATA storage, EMMC storage are readily accessible from the Kintex7 FPGA .
microsecond precise timing within a network require a capable clock source.
Required in high frequency trading, industrial automation, mobile phone network basestation synchronisation, mulitcamera synchronisation, synchronisation of measurements and control instruments in experiments.
Low cost software defined WIFI receiver for 2,4 GHz frequency digitizing 80 MHz bandwidth. A ARTIX7 FPGA is used to do the decoding layer 1 to layer 4 of the WIFI protocol for inspection.
HDMI signal is generated by the FPGA to visualize the radio spectrum.
The analog board can be replace for any radio band
We designed and verified a SPI core with a voltage reference in 180nm technology using open source EDA tools. The chip was manufactured by XFab.
We are now porting this mixed signal chip design using our Open Source EDA tools solution to be manufactured with the IHP 130 nm PDK.
We developed the FPGA based phased array hardware and firmware for signal processing.
The system was developed for an industrial client.
Hardware and firmware with extreme low latency for professional recording studios.
A FPGA board to be plugged into a RaspberryPi to extend the interfaces. The bitstream to configure the FPGA is generated on the RaspberryPi itself. In 2016 that was a world first.