Shanghai, China, July 4, 2013 -As a member of the "US Safety Pilot Model Deployment" program, the University of Michigan Transportation Research Institute (UMTRI) will conduct an automotive study to identify cars and trucks , How buses, motorcycles use Cohda Wireless ’V2V (vehicle-to-vehicle) communication technology to interact.
UMTRI has reached cooperation with two motorcycle manufacturers: Honda and BMW. Cohda Wireless is responsible for providing V2V connected car equipment.
At that time, two research tasks will be carried out in the deployment area of ​​the safety test model to prove the importance of including motorcycles in the connected car environment. These two tasks are the feasibility test of motorcycle communication and the test of motorcycle-to-vehicle connection performance.
Cohda's V2V connected car equipment for these motorcycles uses the RoadLINK â„¢ chipset developed by Cohda Wireless and NXP Semiconductors. This automotive-grade chipset, which is already ready for the market, contains an NXP software radio chip and runs the connected car firmware provided by Cohda, with unparalleled performance. Under the exclusive license of Cohda, NXP can provide customers with one-stop firmware chipsets.
As senior project manager of UMTRI, Deputy Project Manager Debby Bezzina said: "Cohda Wireless is a well-recognized market leader in connected car technology development. Cohda will bring important expertise to the team to ensure the success of the project. "
Cohda Wireless CEO Paul Gray said that connected car technology must benefit disadvantaged road users such as motorcycle riders and pedestrians, which is very important. "We are very proud to see that this extraordinary experiment selected our products to improve the safety of both car drivers and motorcycle riders."
Connected car technology brings vulnerable road users into protection
Analysis by the US Department of Transportation (USDOT) National Highway Safety Administration (NHTSA) shows that connected car technology can help drivers in normal conditions avoid nearly 80% of crash scenarios.
In addition, NHTSA data shows that although motorcycle accidents only account for 5% of all highway fatalities, the casualty rate is as high as 80%, compared with only 20% for cars. Therefore, connected car technology is extremely important to solve the problem of vulnerable road users. Motorcycles are an important part of USDOT's overall safety strategy.
With the development of V2V trials and the rapid popularization of V2I (vehicle-to-infrastructure) interconnected car technology worldwide, the enthusiasm of the entire industry continues to rise. According to reports, this technology can significantly improve security and mobility.
Cohda, Cisco, and NXP ’s on-board and roadside control units have passed major field trials and meet global standards. One of the tests is a security test model deployment test managed by UMTRI and USDOT in Ann Arbor, Michigan.
About 3,000 vehicles participated in the trial, which is the largest connected car trial in the world, and Cohda provided equipment for 1,500 of them.
Cohda Wireless ’connected car products meet USDOT requirements
Governments around the world choose Cohda Wireless because of its robust connected car solutions. For example, the USDOT Intelligent Transportation Systems Joint Planning Office (ITS JPO) selected Cohda as one of the equipment suppliers for the deployment of connected car safety test models and other test bench devices.
Cohda CEO Paul Gray explained how Cohda ’s patented connected car technology solves the problem of complex intersection accidents. He said: “With V2V communication technology, vehicles can communicate with each other, even in complex urban environments, drivers It can also prevent other vehicles from being seen at the intersection because the building blocks the view. Cohda products have unparalleled performance in safety-critical scenarios. As a member of the Ann Arbor safety test, Cohda can provide radio equipment for the test solution To deal with the most challenging security issues, which makes us very happy. "
Cohda and Cisco have jointly developed roadside control equipment that enables robust V2I communication in safety applications such as curve speed warnings and traffic signal violation warnings. These applications are of particular importance for motorcycle riders. These roadside control devices have been extensively tested by USDOT and included in the Qualified Product List (QPL).
Cohda has also developed a vehicle sensing device that enables robust V2V communication in safety applications such as intersection collision warnings, frontal collision warnings, and emergency electronic brake lights. Among the seven equipment suppliers that USDOT selected to participate in the development of such equipment, Cohda is one of the three suppliers selected for the final qualified product list. Paul Gray said: "The requirements of USDOT are very strict. Their qualification tests are very detailed and a lot of work needs to be done. However, we are very happy that our products have been approved by them and finally selected for QPL."
About Cohda
Cohda Wireless is a supplier of equipment for the collaborative intelligent transportation system (ITS) market. The company's hardware products are known for their best performance in the world, and the company has also developed complete software solutions (from the network layer to the application layer) for this market. Today, Cohda hardware and software products are widely used in Vehicle-to-X field trials around the world. Our customers include numerous automobile manufacturers, tier one suppliers, automobile chip manufacturers, highway authorities and new market participants. Cohda's products have been used in the United States, Europe, Australia, Japan and South Korea.
About UMTRI
UMTRI was founded in 1965 and was born thanks to a donation fund of US $ 10 million received by the University of Michigan. This donation was used to build the four-story office building of the Institute and provided start-up funds for its highway safety research program. UMTRI is located at the intersection of Huron Parkway Avenue and Baxter Road in Ann Arbor, Michigan. It has always been committed to promoting automotive safety, policy improvement and sustainable business practices in the global transportation field through innovation. We are very happy to resolve your concerns about traffic safety.
About NXP Semiconductors
NXP Semiconductors NV (NASDAQ: NXPI) is committed to providing secure interconnected solutions for the intelligent world. Based on the expertise of high-performance mixed signals, NXP continues to innovate in applications in the automotive, smart identification and mobile industries, as well as in wireless infrastructure, lighting, medical, industrial, personal consumer electronics and computing. The company has business execution agencies in more than 25 countries around the world. In 2012, the company's turnover reached 4.36 billion US dollars. Please log in for more information.
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