About NXFEE Innovation | Semiconductor IP & FPGA Design
About NXFEE Innovation
Engineering ideas into intelligent hardware.
Semiconductor IP, FPGA and ASIC design, and product engineering from Puducherry, India. We bring research, RTL development, and embedded systems together to turn complex requirements into practical solutions.
A research mindset. A practical engineering approach.
NXFEE Innovation is a semiconductor IP and product engineering company specialising in FPGA development, RTL design and verification, digital signal processing, and embedded systems.
We work with startups, enterprises, research organisations, and technology innovators on custom hardware and application-specific designs. Our work spans reusable IP cores, hardware integration, and the development of electronic products.
Our engineering focus connects architecture, implementation, and verification with the needs of the final application: performance, resource efficiency, security, and cost.
02 / Our purpose
Innovation with a clear direction.
01 AIM
Make research useful.
Translate advanced VLSI and embedded systems research into practical semiconductor IP and hardware solutions for industrial, biomedical, communication, and educational applications.
02 VISION
Create lasting engineering value.
Advance the way technology is researched and developed through innovative hardware architectures and processes that improve efficiency, accuracy, security, and cost-effectiveness.
03 MISSION
Accelerate hardware innovation.
Develop advanced semiconductor technologies and intelligent hardware platforms, combining research, design, and verification to address customer-specific requirements.
03 / Engineering capabilities
Expertise across the hardware stack.
Semiconductor IP & RTL
Custom IP development, FPGA and ASIC design, RTL implementation, functional verification, and hardware interfaces.
Signal processing & connectivity
DSP architectures, software-defined radio, LTE and 5G processing, digital demodulation, and communication protocols.
Intelligent & secure systems
Image and video processing, AI hardware acceleration, cryptographic hardware, embedded systems, and edge computing.
Supporting practical learning through digital internships.
The Memorandum of Understanding names NXFEE Innovation and the Puducherry e-Governance Society, under the Directorate of Information Technology, Government of Puducherry.
Its stated purpose is to provide a one-year internship to selected candidates under the Digital Internship Programme.
Government body
Puducherry e-Governance Society, Directorate of Information Technology, Government of Puducherry
Industry party
M/s. NXFEE Innovation
Programme
Digital Internship Programme
Internship term
One year for selected candidates
For more details contact NXFEE.
06 / Research & implementation
Research brought into hardware.
Selected projects listed in NXFEE™s research catalogue, with links to their published descriptions.
BIOMEDICAL SIGNAL PROCESSING
Fetal ECG extraction
RLS-based signal processing with an optimised shift-and-add multiplier for FPGA implementation.
Project descriptions are available in the linked NXFEE catalogue. Completion certificates, independently verified outcomes, and aggregate completion counts are not included in this draft.
Successful research completion certificate gallery
Reserved for approved research completion certificates, project titles, completion dates, and permission-cleared photographs. Add records here to document successful completion without exposing confidential research or personal information.
07 / Leadership
Rajavel Ashokraj
Founder & Managing Director. NXFEE Innovation
Rajavel Ashokraj brings an engineering background in VLSI design, FPGA development, RTL implementation, and verification. His professional work in electronics and hardware development dates to 2011, with NXFEE Innovation experience beginning in January 2015.
His experience includes communication systems, video processing, data acquisition, IP integration, and hardware debugging. Earlier roles include VDESIGN Technologies and MBIT Wireless, with work involving protocol interfaces, simulation, synthesis, and timing analysis.
