Design a cost effective 24GHz FMCW Radar used in surveillance and security applications.
- Develop a cost effective radar solution that integrates 24GHz RF modules with DSP SoC
in a small footprint, very low power consumption and long range performance.
- Overcome the significant challenge of optimizing DSP algorithms which are generally executed on a high performance
CPU or FPGA and porting them into the SHAVE HW accelerators of the Myriad-2 SoC.
The Breakthrough Solution
Up to this point radar algorithms had only been deployed on high performance CPUs. However, Orthogone was able to use a highly integrated SoC typically used in computer vision system by customizing and optimizing these FMCW Radar algorithms. This solution vastly decreased the size and cost of the radar system.
Hardware (electronic) design of a highly-integrated digital Printed Circuit Board (PCB), including:
- Hardware and mechanical design concept and architecture
- Power supply design (PoE)
- Hardware design of a high-density CPU sub-system based on Movidius (Intel) Myriad-2 System on a Chip (SoC) and multiple peripherals (USB 3.0, Ethernet, etc.)
- Hardware and FPGA design of an Intel MAX10 FPGA
- Hardware design of an add-on GNSS board based on U-blox CAM-M8 solution
- Hardware boards functional bring-up, tests, and integration with RF front-end module
- Board Support Package and device drivers
- Software design and optimization of Radar detection and tracking algorithms
- Porting of algorithms typically running on FPGA and/or high-performance CPU to a chain of HW accelerators part of the Myriad-2 SoC
- Memory and CPU bandwidth optimization
- Manufacturing information, calibration
- Functional bring-up, tests, HW/SW integration and field trials
- SoC: Intel (Movidius) Myriad-2
- FPGA: Intel Max-10
- ADI: 24GHz FMCW Radar chipset (4) solution
- PoE solution