MaXentric Technologies
MaXentric Technologies is a privately held company that designs and manufactures high-performance electronic solutions for the defense, medical, and commercial industries. Founded in 2003, MaXentric develops compact sensing, monitoring, and communications platforms that support patient assessment, physiological monitoring, and continuous care in austere far-forward environments. This includes advanced medical monitors, contactless vital-sign sensing, ingestible and self-powered biosensor platforms, and automated health data systems. Our company’s long history in RF, embedded, and signal-processing technologies underpin much of our medical technologies. With multidisciplinary teams across three U.S. locations, MaXentric combines hardware, firmware, signal processing, and user-interface development to move innovative medical technologies from concept to deployable systems.
Industries
Nr. of Employees
medium (51-250)
MaXentric Technologies
7590 Fay Ave, Suite 301 La Jolla, CA 92037
MaXentric Technologies is currently seeking investment
MaXentric Technologies is seeking a late-stage investment in the range of 5m-20m
Products
Integrated SDR SoC platform
An SoC that co-locates an RF transceiver with multiple Linux-capable general-purpose cores and a manycore array to host embedded waveform PHY processing for low-latency SDR applications.
FPGA-based digital processing and board-integration platform
Board-level platform combining SoC and FPGA resources with FMC connectivity to support multiple ADC/DAC mezzanines, high I/O count, and GUI-based monitoring for algorithm prototyping and phased-array experiments.
Digital predistortion firmware package
A firmware/software package implementing DPD, crest factor reduction, and digital front-end processing for PA linearization and efficiency optimization on FPGA and embedded platforms, with support for multi-carrier systems and iterative calibration using ADC feedback.
Envelope-tracking modulator IC
Compact high-voltage envelope modulator IC designed to supply envelope signals to RF power amplifiers, supporting wide modulation bandwidths and packaged for integration with modern PA designs to improve efficiency.
Portable wideband transceiver
Portable radio transceiver unit with multiple independent radio channels, broad tunable frequency coverage, configurable output power, local user interface and GUI support for field communications.
UWB-IR through-wall detection system
Deployable through-wall detection system composed of a UWB impulse MIMO radar, portable mounting, and a mobile visualization application to detect and classify motion (including distinguishing living vs. non-living motion) through common building materials.
Integrated SDR SoC platform
An SoC that co-locates an RF transceiver with multiple Linux-capable general-purpose cores and a manycore array to host embedded waveform PHY processing for low-latency SDR applications.
FPGA-based digital processing and board-integration platform
Board-level platform combining SoC and FPGA resources with FMC connectivity to support multiple ADC/DAC mezzanines, high I/O count, and GUI-based monitoring for algorithm prototyping and phased-array experiments.
Digital predistortion firmware package
A firmware/software package implementing DPD, crest factor reduction, and digital front-end processing for PA linearization and efficiency optimization on FPGA and embedded platforms, with support for multi-carrier systems and iterative calibration using ADC feedback.
Envelope-tracking modulator IC
Compact high-voltage envelope modulator IC designed to supply envelope signals to RF power amplifiers, supporting wide modulation bandwidths and packaged for integration with modern PA designs to improve efficiency.
Portable wideband transceiver
Portable radio transceiver unit with multiple independent radio channels, broad tunable frequency coverage, configurable output power, local user interface and GUI support for field communications.
UWB-IR through-wall detection system
Deployable through-wall detection system composed of a UWB impulse MIMO radar, portable mounting, and a mobile visualization application to detect and classify motion (including distinguishing living vs. non-living motion) through common building materials.
Expertise Areas
- Software-defined radio (SDR) system design
- RF power amplifier design and envelope-tracking techniques
- Digital predistortion and multi-carrier linearization
- FPGA and manycore processor waveform processing
Key Technologies
- Direct-conversion RF front-end architecture
- Software-defined radio SoC design
- RISC-V manycore and general-purpose processors
- FPGA-based high-speed digital processing
Key People
Co-Founder & Managing Director
Managing Director
Project Manager
VP, Low Power Wireless Systems
VP, RF & Power Amplifier Systems
Vice President of Engineering
Co-Founder & Managing Director
Managing Director
Project Manager
VP, Low Power Wireless Systems
VP, RF & Power Amplifier Systems
Vice President of Engineering
News & Updates
MaXentric has been a leader in radio frequency and electronics R&D for over two decades, serving both commercial and government clients.
Over 57% of MaXentric's technical staff hold advanced degrees, with more than 26% having a Master's degree and over 16% holding a Ph.D.
Co-founder Kamran Mahbobi received the 1997 E&Y Entrepreneur of the Year Award for his first startup, eXpert Wireless Solutions.
A case study on Adagio™, MaXentric’s digital technique for improving linearity in multi-carrier systems without efficiency loss. Adagio™ is now a fundamental component in all MaXentric envelope tracking packages and is paired with MaXPAL™ for advanced DPD solutions.
MaXentric has been a leader in radio frequency and electronics R&D for over two decades, serving both commercial and government clients.
Over 57% of MaXentric's technical staff hold advanced degrees, with more than 26% having a Master's degree and over 16% holding a Ph.D.
Co-founder Kamran Mahbobi received the 1997 E&Y Entrepreneur of the Year Award for his first startup, eXpert Wireless Solutions.
A case study on Adagio™, MaXentric’s digital technique for improving linearity in multi-carrier systems without efficiency loss. Adagio™ is now a fundamental component in all MaXentric envelope tracking packages and is paired with MaXPAL™ for advanced DPD solutions.