Press Releases

lesswire AG presents Car2X transceiver module for integrators of Intelligent Transport Systems and Road Side Units

18.02.2014

Berlin, 02/2014. lesswire AG, a leading supplier of wireless connectivity solutions for OEMs, appliance manufacturers and system integrators, presents the first wireless module for Car2X applications. The module, called WiBear ITS, makes it easier for integrators to develop electronics for Intelligent Transport Systems (ITS) and Roadside Units (RSU).

The WiBear ITS wireless module based on the NXP Roadlink SAF5100 chipset supports the standards IEEE802.11p and ETSI ITS G5 as well as the WLAN standard IEEE 802.11a/n. The module uses the frequencies reserved for Car2X applications in the 5.9 Ghz band and can be used in the EU and North America. With a range of over one kilometre, the WiBear ITS wireless module can transmit and receive simultaneously on 2 channels.

“The WiBear ITS Car2X transceiver module enables integrators to develop intelligent transport systems and roadside units with a lower cost and risk. We are therefore helping to distribute the technology in the early phase of the market,” says Dr. Ralph Meyfarth, CEO of lesswire AG.

Car2X Improves Safety on the Roads

Car2X applications improve safety and efficiency on the roads by providing information between vehicles (Car2Car) and between vehicles and the traffic infrastructure (Car2I). For example, the driver can therefore be warned about a fast-approaching emergency vehicle or about an accident on the road ahead, whilst traffic light sequences can be adjusted to the volume of traffic, thus preventing the build-up of traffic jams. The basic technology, available with the Car2Car communication standard, enables a wide range of conceivable applications, for which the WiBear ITS transceiver module represents the appropriate hardware basis.

Automotive Grade

The WiBear ITS fulfils the high requirements of the automotive industry. Due to its qualification and production according to automotive standards, it can be used both in the vehicle as well as in traffic infrastructure systems. The wireless module can be used in an extended temperature range of -40 °C to +85 °C. 

Availability

The WiBear ITS Car2X transceiver module will be presented to the public at the Embedded World trade fair, which takes place from 25 - 27 February 2014 in Nuremberg. Engineering samples will be available towards the end of the 2nd quarter of 2014.

 

About LESSWIRE

As a leading provider of wireless system technology, lesswire offers OEMs, appliance manufacturers and system integrators components, systems and services for implementing M2M and connectivity solutions with ultimate performance. 

Lesswire helps its customers to significantly reduce the cost and time taken to introduce their connectivity solution to the market. Besides the development and marketing of short-range embedded wireless modules, industry-specific routers and gateways, lesswire also offers its customers consultancy and development services. As a company in the PRETTL group, lesswire can also demonstrate the production of customer-specific systems.

Due to its outstanding competence in wireless technology, a strong commitment to innovation and consistent customer support, lesswire has been able to acquire leading suppliers in the automotive, industrial, M2M, health and medicine sectors as customers. lesswire is a Tier-1 and Tier-2 supplier of the automotive industry.

Lesswire was founded in 1999 and has its headquarters in Berlin. With local offices for sales and support in Germany and Shanghai, China, plus a centre for automotive development in Erd, Hungary, the company is well positioned internationally. Lesswire sells its products globally through a network of technically experienced distribution partners.

www.lesswire.com

 

More information:

Kilian Frank, lesswire AG, Director Wireless Modules

Tel. +49 (0) 30-6392-8291, email: frank@lesswire.com

 

Press information:

Daniel Stuckert, PRETTL group

Tel. +49 (0) 7121-707-171, email: daniel.stuckert@prettl.com

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