We specialize in multi-channel radar systems at X-band, K-band and V-band applications. We are doing developments for consumer as well as military grade radar systems. We offer our clients full system integration together with our partners for development of RF front end, Antenna, radar signal processing and baseband chain. We are focussed on FMCW radar systems and doppler radar systems. These radar systems can be used for presence and motion detection, door openers, intruder alarms, smart lighting applications, drone applications, robotic applications as well as human micro motions detection in domain of consumer applications.
RF and Microwave Systems
Gensys solutions offers consultancies for the design and development of high frequency systems including RF, millimeter wave and microwave frequencies. The team at Gensys has several years of experience in building RF front ends for Radars and Communication Systems. We offer services and development of front ends for X Band, K Band and V Band radar systems. Our team also provides services to our customers to develop different communication front ends for LTE, WiFi, Bluetooth standards and military applications. Software Defined Radio (SDR) is one of the currently running project that is being investigated by our team to explore different applications. We also research on possibilities of Long range radios for D2D (Device to Device) and Narrow band IoT Applications.
PCB Design and Production
Gensys solutions have the expertise to build professional multi-layer PCBs. We have experience in designing power management, RF, communication system PCBs. Apart from these, we also have the expertise to build PCBs for IoT applications. We also work together with our clients to build either prototype PCBs or end product PCB. Our team is in good contact with many of the leading PCB manufacturers and this relation helps us to build a custom stack up catering to various needs as specified by the customer.
Wireless network Modelling
We offer real-world simulation of network topology for various Radio access technologies (GSM, UMTS, LTE etc.) covering key aspects such as base station counts, backhaul type, network capacity and interference management. We also evaluate system performance for low power wide area networks (LPWA), such as NB-IoT and LTE-M used in a variety of challenging, real-world M2M communication applications.