Wireless Embedded Device Development
RF module design
Expertise in designing cutting-edge RF modules.
RF-centric and high-speed (PCIe, Ethernet) PCB design
Proficiency in PCB design for RF and high-speed interfaces like PCIe and Ethernet.
Comprehensive EM simulations and analysis
Comprehensive electromagnetic simulations and analysis for robust designs.
Bluetooth, Sensors, ML accelerators
Integration of Bluetooth, sensors, and machine learning
FW/driver integration at OS/RTOS level
Seamless firmware and driver integration at the OS/RTOS level.
Antenna design
Expertise in crafting effective antenna solutions.
RF module design
Wi-Fi and Cellular RFFE projects
RF-centric and high-speed (PCIe, Ethernet) PCB design
– Cross talk, Signal-Integrity/Power-Integrity Design
– Comprehensive EM simulations and analysis
– Bluetooth, Sensors, ML accellarotors
– FW/driver integration at OS/RTOS level
– RAN SW Application R&D
- L1, Baseband
- L2 & L3 SW development
- Layer 1 implementation on x86,FPGA,GPU,DSP
Algorithms, mMIMO/Beamforming
- Algorithm studies
- Algorithm creation & simulation
- Algorithm optimization & implementations
Customized antenna solutions for a wide range of applications
(cellular, WiFi, GNSS, UWB, mmWave)
Physical Layer product development
L1 5G End-to-end System Developed in Matlab
– Enabled evaluation and benchmarking
UWB PHY Development
– Contributed to IEEE 802.15 standard
– Cross validated against other teams’ developments
WiFi PHY Design
– Implemented IEEE 802.11be standard
– Used by customer to evaluate new features, use cases, propagation models
Ns-3 Simulations
– WiFi 7 and 8, and LTE
WiGig Modeling
– Contributed to IEEE 802.11ad and 802.11ay 60 GHz WiFi standards
– PHY, MAC modeling, rate control, power adaptation
Massive MIMO
– Uplink/Downlink beam design + calibration
– Integration with 3GPP spatial channel models / Spirent channel emulators
Email: rajesh.rasalkar@phoenixai.tech
Phone: +1-630-9863395
– Quick Assistance