SoC White Box IPs

Schedule a meeting

802.11P Baseband IP

OverviewFeaturesRequest Datasheet
The T2M 802.11 P is silicon proven wireless solution. It support IEEE 802.11p (3, 4.5, 6, 9, 12, 18, 24 and 27 Mbps) and Wi-Fi alliance certification. . The single stream 1x1 IEEE 802.11P mode provides up to 27 Mbps data rate. It supports Channel estimation based on the L-LTF symbol and re-estimation using data symbols. The Detection/synchronization based on L-STF and L-LTF symbols. It offers Carrier frequency offset (CFO), DC offset (DCO) and tracking estimation and compensation. Doppler effect correction task based on the channel re-estimation. It offers the high band width of 10 Mhz and operates at 40 Mhz Master clock.
[:en]

Features

  • IEEE 802.11 p fully compliant
  • Compliance with standard validated by Agilent and Rohde Schwarz equipment
  • Interoperability validation with commercial devices

Applications

  • Emergency Vehicle Priority
  • The Emergency vehicle broadcasts its arrival through its on board unit.
  • Infrastructure equipment such as traffic lights stops intersecting traffic and relays this information to vehicles out of range of the Emergency Vehicle.
  • Other vehicles give way

Deliverables

Check List

  • Fully synthesizable RTL VHDL-Verilog source code
  • C source code of the upper MAC layer
  • Self-checking Test cases/verification specification
  • FPGA synthesis and simulation scripts
  • Reference design documentation
[:cn]

Features

  • IEEE 802.11 p fully compliant
  • Compliance with standard validated by Agilent and Rohde Schwarz equipment
  • Interoperability validation with commercial devices

Applications

  • Emergency Vehicle Priority
  • The Emergency vehicle broadcasts its arrival through its on board unit.
  • Infrastructure equipment such as traffic lights stops intersecting traffic and relays this information to vehicles out of range of the Emergency Vehicle.
  • Other vehicles give way.

Deliverables

  • Fully synthesizable RTL VHDL-Verilog source code
  • C source code of the upper MAC layer
  • Self-checking Test cases/verification specification
  • FPGA synthesis and simulation scripts
  • Reference design documentation
[:kr]

Features

  • IEEE 802.11 p fully compliant
  • Compliance with standard validated by Agilent and Rohde Schwarz equipment
  • Interoperability validation with commercial devices

Applications

  • Emergency Vehicle Priority
  • The Emergency vehicle broadcasts its arrival through its on board unit.
  • Infrastructure equipment such as traffic lights stops intersecting traffic and relays this information to vehicles out of range of the Emergency Vehicle.
  • Other vehicles give way.

Deliverables

  • Fully synthesizable RTL VHDL-Verilog source code
  • C source code of the upper MAC layer
  • Self-checking Test cases/verification specification
  • FPGA synthesis and simulation scripts
  • Reference design documentation
[:jp]

Features

  • IEEE 802.11 p fully compliant
  • Compliance with standard validated by Agilent and Rohde Schwarz equipment
  • Interoperability validation with commercial devices

Applications

  • Emergency Vehicle Priority
  • The Emergency vehicle broadcasts its arrival through its on board unit.
  • Infrastructure equipment such as traffic lights stops intersecting traffic and relays this information to vehicles out of range of the Emergency Vehicle.
  • Other vehicles give way.

Deliverables

  • Fully synthesizable RTL VHDL-Verilog source code
  • C source code of the upper MAC layer
  • Self-checking Test cases/verification specification
  • FPGA synthesis and simulation scripts
  • Reference design documentation
[:]
Fill the form below, to receive the product datasheet in your inbox