__Single Board K-band T2R2 MIMO radar kits. __Enclosure K-band T2R4 MIMO radar kits
Luswave develops light-weight and low-power modules for building short-range, light-weight and low-power software-defined radio-frequency (RF) systems for applications in industry automation, medical diagnosis, public safety and security, and academic research. Software-defined systems, such as software-defined radio, communication systems, and radar systems, utilize software protocols to substitute hardware components, minimize the use of dedicated hardware, and implement/manage the transmitting and receiving functionality.
The software-defined architecture offers a great deal on system compactness and flexibility. Without modifying hardware, the software-defined system can be adopted in different scenarios and, thus, suitable for multipurpose applications. It can change its operating modes, waveforms, bandwidths, as well as processing functions. Luswave developed compact-size, light-weight and low power software defined RF modules and FPGA-based processor modules in X band and K band.
Luswave is also a specialist in antenna design, general RF circuit engineering and embedded HDL firmware development. We provide engineering services. This includes the design of custom hardware, schematics and layout work as well as production of prototypes.
PUPradar , rebranded from SDR Kits, are low cost, high performance, and easy to use smart MIMO development kits. Our special single board development kits integrated FPGA MCU, microwave PLL, and part of the patch antennas onto a single board, can be used to measure target distance, moving speed and direction of arrival, which allows you to two or three dimensionally locate targets and extract their signatures. Model with enclosure integrates a Two transmitters four receivers RF module and a powerful FPGA-based processor module together. Two transmitter antennas and four receiver antennas are configured as a MIMO array. Eight signals can be virtually extracted from the receivers using the orthogonality of the transmitted signals, thereby obtaining a finer spatial resolution compared to its array counterpart.
PUPradar can be widely used in academic research, industry automation prototype, public safety evaluation, traffic supervision, healthcare monitoring, sport measurement equipment and DIY projects.
Luswave also provides additional antennas and low price RF connectors for the convenience of our customers.
Luswave will continue the technical support for some of the Ancortek products.