With the advent of the Internet of Things era, we will live in a world dominated by hyperlinks. In the vast field of the Internet of Things, the Internet of Vehicles is undoubtedly one of the fastest growing market segments. Analysts predict that by 2025 all new cars will be "interconnected." The core idea of ​​connected cars is to use semiconductor chips to achieve connectivity. As technology continues to innovate, analysts predict that by 2020 the number of chips per vehicle will approach 1,000. The development of the Internet of Vehicles is obviously inseparable from the support of a series of key technologies. Smart watches, sphygmomanometers, pulse monitors, alcohol monitors, or blood glucose monitors will be the first wave of wearable devices connected to the vehicle. Currently, Apple and Android systems have supported low-power Bluetooth technology, and a low-power ecosystem has gradually taken shape. Based on this, smart Bluetooth will play a vital role in the realization of the connection between the vehicle and the wearable device, such as fatigue driving monitoring, blood alcohol content and blood sugar level. Ecg Holter,Holter Ecg Machine,Bluetooth Ecg Machine,Portable Holter Ecg Machine Changchun Yingwang Times Digital Co., Ltd. , https://www.ccsdsm.com
WiFi wireless connection Car WiFi is like a game changer. Analysts predict that the number of in-vehicle applications that support WiFi will increase by eight times by 2019. The integration of 5G WiFi technology based on the latest wireless 802.11ac standard will enable drivers and passengers to synchronize and transmit content from mobile devices to the vehicle's infotainment system and rear seat display via a smooth 5GHz channel.
Automakers can take advantage of in-car WiFi to implement software upgrades and new features. Drivers can use their mobile devices to remotely view their vehicle location, fuel volume and mileage, as well as receive early warning information about vehicle performance and diagnostics on the same mobile device. In addition, the car WiFi technology can also set up a mobile hotspot to connect to the network without relying on cellular devices and moving. WiFi is also expected to play a key role in V2X (vehicle-to-everything) communication and driverlessness. The advantages of WiFi will become more apparent in the context of the ongoing development of standards that support Gigabit and above rates.
Smart Bluetooth For years, Bluetooth has become synonymous with car hands-free phones. Energy-saving technology called "smart Bluetooth" or "Low Energy Bluetooth" (BLE) is one of the important technologies for the development of Bluetooth in the car. With BLE, Bluetooth can work with very little power, and after a single charge, the battery can last for months or even years.
NFC Near Field Communication By using NFC technology, the driver can pair the mobile device with the control panel with just a tap, eliminating the need to navigate through the menus on two separate screens.
In addition, the integration of NFC technology in the windshield enables data exchange functions such as digital keys, user profiles and vehicle information, which greatly simplifies the car rental process. NFC-enabled digital key applications can also be extended to other tasks such as mobile payments and access to restricted buildings or parking lots.
Wireless charging can charge multiple devices such as smartphones, tablets and smart watches on a single platform like a central console without using multiple chargers and sockets. future. Wireless charging truly realizes a new "free-to-charge" new experience and is compatible with a wide range of smart devices. In addition, the resonant wireless charging technology has a single transmit antenna design and integrated wireless power control system that supports multiple receivers and is capable of transmitting power over a non-metallic surface.
In the IoT world, users will have multiple Internet access devices, so the introduction of a single end-to-end wireless power solution is becoming imperative, and automakers have begun to incorporate this feature into future models. Designed.
Ethernet Security What do you need for a networked vehicle? The answer is the network backbone. Ethernet has been the most popular and reliable network technology in the world for decades. Thanks to high bandwidth, cost-effective and inherent network security features, the application of automotive Ethernet is increasing.
Car Ethernet is fully optimized for IoT applications, providing proven standards and ensuring the safety of automotive networks.
Automotive Ethernet integrates professional, stand-alone systems into a centralized, secure platform. Multiple sites can access and exchange information simultaneously using a single data transfer protocol. From seamless connectivity to advanced driver-assisted features, Ethernet's cost-effectiveness delivers the safety and recreational features of luxury models into mid- to mid-eco models.