Radio Gigabit, Inc.

About

Radio Gigabit is a highly experienced wireless system design company with extensive engineering expertise and in-house IP ranging from 4G/5G small cell PHY solutions, 5G low & high PHY solutions, sub-6GHz to mmWave turn-key P2P & P2MP FWA and backhaul solutions, proprietary PHY & MAC protocols, SW developments, advanced algorithm & FEC designs, highly efficient modem designs with optimum FPGA resource utilization (we are a long-time Xilinx Alliance Partner), baseband & RF boards, RF transceivers & components, mechanical designs & thermal analyses including for extreme outdoor & industrial conditions, antenna designs & testing (such as MIMO, beam forming & beam steering, microwave and mmWave front-ends with planar or lens antennas, specialized antennas for specific applications such as transportation, etc.), propagation analyses, radio-planning modeling tools, link and system-level simulations, etc.

Our R&D team consists of 80+ engineers (75% MS or PhDs). Since the company foundation in 2012, we have acquired rich and deep in-house practical expertise by designing a wide variety of products and technologies licensed to Telecom Operators, Tier-1 Global Equipment Vendors, OEMs, ODMs and SIs, with more than 50K systems based on our designs deployed commercially world-wide. We do contract design works ranging from concept/architecture to sub-systems and complete turn-key systems delivery. We can also provide test set-up and rigs, and assist our customers for production ramp-up.

Additional Contact Information: contacts@radiogigabit.com

  • Government
  • Industrial
  • Telecommunications
  • Transportation
  • Enclosure Design
  • Full Product 3D Modeling
  • PCB and Component 3D Modeling
  • Design for Manufacturing
  • High Volume Production
  • Low to Medium Volume Production
  • Prototype Assembly
  • Prototype Testing
  • Rapid Prototyping
  • Test Fixture Development
  • Turnkey Volume Production
  • Bootloader
  • C/C++
  • DSP Algorithms
  • Java
  • Linux
  • RTOS
  • VHDL/Verilog
  • Analog Simulation
  • Block Level System Design and Integration
  • Communications Systems
  • Design for Testability
  • Antennas
  • RF Design
  • Wi-Fi
  • Government
  • Industrial
  • Telecommunications
  • Transportation
  • AMD/Xilinx
  • AMD/Xilinx
  • Analog Devices
  • Infineon
  • NXP
  • Texas Instruments

Contact

2420 Sand Creek Road #C1-165, Brentwood, California 94513 USA
Francois Le
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