Product Highlights

An Integrated Multi-Vertical Communications Gateway featuring V2X and Sirius XM WheelHz is a multi-vertical communications gateway with a development platform that is ideal V2X applications by allowing vehicles on the road to talk to each other using the 5.9 GHz frequencies. It is fully compliant with Omni-Air’s certification and is used in worldwide deployments including the US Department of Transportations’ Safety Pilot in Ann Arbor, Michigan. Product applications include: Collision Avoidance, Emergency Vehicle Management,Train Crossing, Tolling, Commerce Applications ($), Truck Platooning, Taxi Management and Geo-Fencing.
An integration of GPS, DSRC, Wi-Fi , SIRIUS XM and Bluetooth, with options for LTE, , WheelHz is designed for in-dash V2X communications, WheelHz comes is fully integrated module built for human safety and comes with a full DSRC WAVE software solution.

Intelligent-Transportation-Systems-America-Member OmniAir-Certified-Member Approved-US-Department-of-Transportation-Qualify-Product-List-Vendor The-CAR-2-CAR-Communication-Consortium-Member WAVE-standard-support-1609.2-1609.3-1609.4 SAE-J2735-SupportBluetooth-Compatible Dedicated-Short-Range-5.9-Communication-802.11p Can-bus-Support

WheelHz OEM Gateway Datasheet pdf

  • Collision Avoidance
  • Emergency Vehicle Management
  • Train Crossing
  • Tolling
  • Commerce Applications (cash)
  • Truck Platooning
  • Taxi Management
  • Geo-Fencing
  • Freight Management




IEEE White Paper

Wireless Access in Vehicular Environment (WAVE)

IEEE 802.11 enabled WiFi devices, present in the personal computing devices, communicate with each other after standard authentication, and association procedures. But, consider deploying these devices in a high speed moving automobile, wherein the communication environment rapidly changes, and the transactions have to be completed in a short time interval. IEEE 802.11p (Wireless Access in Vehicular Environments – WAVE) amendment attempts to solve this problem of deploying WiFi devices in vehicular environments.

We present here a solution aimed to solve the challenges in physical layer, and MAC layer by demonstrating a high bandwidth required application. It presents the importance of channel utilization efficiency, and synchronization between multiple wireless nodes.
ico_pdf white paper pdf