Electronic enthusiasts : Under the tide of the mobile Internet tide, cars are becoming the "fourth screen" of running, which allows the Internet of Vehicles to inspire a vast imagination. According to the latest Internet Connected Vehicle Market Forecast Report, the global Internet of Vehicles market size is expected to reach US $ 21.82 billion in 2013. Internet of Vehicles has become a huge gold mine in the Internet of Things field, and the future market potential is expected.

Whether you notice it or not, the application of networking technology is increasingly highlighting its importance. Today, global semiconductor chip manufacturers headed by Broadcom, Freescale, Roma, STMicroelectronics, Texas Instruments, Atmel, Maxim, NXP, etc., whether in future strategic deployment and promotion, or the current top-level design The design of the core or IP core architecture in the Internet is closely linked to the networking technology, and many popular industry applications derived from it have penetrated into various sub-sectors, and the Internet of Vehicles is one of them. This is also the focus of this article. . As governments around the world vigorously support the application of Internet of Vehicles technology, Internet of Vehicles will usher in a vast development space in China, and will also bring invaluable and vigorous business opportunities to the world's well-known automotive electronic chip manufacturers.

After all, what is the current development status and future development trend of IoV? The major well-known semiconductor manufacturers are paying attention to and discovering the valuable market opportunities of the Internet of Vehicles? How can we discover and amplify these values? I believe that this article will show you the great opportunities of the Internet of Vehicles in the future, and share the most top, most insightful and valuable insights in the industry.

Broadcom innovates in-vehicle connection technology to meet next-generation IVNS bandwidth requirements

TImothy Lau, deputy director of Broadcom's in-vehicle network products, believes that the in-vehicle network (IVN) application market has huge growth potential

Many original car manufacturers are considering the use of key IVN applications such as advanced driver assistance camera systems and infotainment in next-generation designs to achieve product differentiation. TImothy Lau said that automotive Ethernet based on BroadR-Reach technology is an emerging market that is expected to expand rapidly, and manufacturers should take advantage of this trend. The advancement of Ethernet connection technology has reduced the implementation cost of the solution, and is making applications such as infotainment systems and advanced driver assistance systems more widely adopted. By significantly reducing the connection cost and wiring weight of a single network, mature IP-based Ethernet technology can enable automakers to find a balance between performance and cost.

TImothy Lau emphasized that BroadR-Reach Ethernet technology currently provided by Broadcom can achieve a transmission rate of 100 Mbps, and in the next five to eight years, it is expected to achieve a higher transmission rate. The newly established IEEE research group for 802.3 reduced-size twisted pair (reduced twisted pair) Gigabit Ethernet technology also proposed a roadmap for automotive Ethernet with a higher data transmission rate in the Ethernet standards organization. The Open Alliance is currently promoting the 1Gbps BroadR-Reach solution. This new solution will easily meet the bandwidth requirements of the next-generation IVNS.

Freescale body network MCU combination escorts the safety of connected cars

Xi Yunxia, ​​market development manager of Freescale automotive microcontrollers, said that the body network MCU combination can meet a series of complex challenges in the automotive industry

Xi Yunxia believes that the automotive industry needs to deal with complex challenges, including increasing network bandwidth, improving data security, achieving functional safety, and reducing overall energy consumption. In addition to the demand for environmentally friendly vehicles, since the functions supported by car body modules (such as exterior lighting and wipers) are very important for safety, body modules also need to comply with ISO26262 functional safety standards. As wireless communications in automobiles become more common, more and more safety measures are required in automotive microcontrollers.

Freescale expands its Qorivva and S12 MagniV body network MCU portfolio to meet these challenges and bring the integration and functionality of automotive body applications to a new level. Xi Yunxia emphasized: "Freescale's new Qorivva MPC5748G and S12 MagniV S12ZVL / S12ZVC MCU can complement each other. The Qorivva central controller serves as a network security gatekeeper, providing centralized data protection, intelligent power management and ASIL functional safety support; S12 MagniV satellite node With integrated power supplies, communications transceivers are embedded in mixed-signal smart MCUs. The high integration of these devices helps simplify automotive network design, reduce weight, increase production efficiency, and reduce board size by 30%. "

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