September 24, 2019 - National Instruments ("NI"), a provider of software-defined measurement platforms that help accelerate the development and performance improvement of automation and automated measurement systems, introduces its next-generation Autonomous Vehicles (** , Autonomous Vehicles) in-vehicle computing platform program.

Autonomous vehicles are some of the most complex objects on the market today, consisting not only of many pieces of hardware and software, but most of them utilize cutting-edge technologies. The computing power they want to achieve is equivalent to the human brain. Since there is no viable solution on the market, in order to design the brain function of a self-driving car, we have to develop self-driving car supercomputers, integrating car-specific networks, sensors, and consumer electronics components.

Disruptive disruptive start-ups or traditional automotive giants, who are competing to develop and launch the first fully self-driving cars, need a powerful computing platform to make the best decisions about the safety of the car and its surroundings. They must strike the right balance between high computing power and high energy consumption. ni's platform for automotive networking, digital protocols, sensors, digital protocols, sensor interface functionality, and power consumption demonstrates its ability to meet current and future challenges. Scalable to production lines, the platform is ideal for such custom supercomputers, as well as enabling on-board deployments for self-driving cars.

"NI has more than 40 years of experience with thousands of engineering teams developing automated V&V-rich systems is a trusted advisor to help engineering teams become much more efficient and then develop high-quality products efficiently and confidently, said Chad Chesney, general manager and vice president and vice president of NI Transportation.

NI the system consists of modular hardware with a wide range of applications IO coverage includes power measurement, thermal performance analysis, automotive network interfaces, sensor interfaces, PCB can be customized according to the specific needs of the customer's electrical measurements and other functions.

NI in order to validate custom computing platforms, software-defined platforms help address functional requirements. These platforms have inherent flexibility and breadth of I / O, it can help you adapt to changing needs, so as to meet the new challenges of the future. In addition, NI computing platforms validation systems can reduce device complexity and integration efforts, and modular hardware can provide maximum IO coverage with existing device connections. As a result, the overall footprint is significantly reduced compared to using a series of redundant benchtop instruments. Unlike traditional benchtop instruments, NI's overall hardware and software architecture for this platform greatly simplifies system complexity and reduces the burden on the user to integrate different devices.

Fullerton Relay

Ltd. is a NI alliance, agent, system integrator, mainly NIGPIB, NILABVIEW, NIDAQ, NI boards, NI data acquisition cards and other products. The company has a full set of hardware and software for product testing should be run solutions, the development scope includes ICT, Boundary Scan, functional testing, system testing. Business covers Shenzhen, Guangzhou, Zhuhai, Foshan, Nanjing, Hangzhou, Xiamen, Xi'an, Chengdu, Wuhan, Chongqing, Beijing and other places.

You can contact online customer service if you need!