The rise of the new energy industry has driven the development of autonomous vehicles. Autonomous vehicles will be the mainstream of intelligent transportation in the future, and have become a major industry that all countries and major companies around the world attach great importance to. The development of autonomous vehicles seems to be vigorous and promising, but in the process of technology development, some core constraints have to be raised. Automated driving vehicles need to break through the bottleneck of identification capabilities before they develop rapidly. As a product of the in-depth integration of cutting-edge technologies such as artificial intelligence and Internet of Things with the automotive industry, autonomous driving is the main direction of the current global transportation and intelligent development of the automobile field and has become the strategic commanding height of the competition. It seems that overnight, the autopilot industry has gone from being anonymous to a hundred schools of thought. The world's major technology giants, chip companies, auto manufacturers, startups, traditional OEMs, and even auto parts suppliers are eager to find in the trend. gain a foothold. As one of the most clear prospects in the current global revolution in artificial intelligence, autonomous driving is not only a technological revolution, but also a revolution in business ecology. In foreign countries, Google, Tesla, Uber, Ford, Mercedes-Benz, Intel, Volvo, more and more technology companies and car manufacturers are "into" the field of autonomous driving, and hope to promote self-driving through enhanced cooperation. Commercial use of cars. In China, Baidu's exploration has gone farther than the same. In July, Baidu officially released the Apollo 1.0 autopilot technology platform; on September 21, the Apollo 1.5 as an upgraded version of 1.0 was officially opened. At the same time, in order to promote the development of the unmanned ecosystem, Baidu also announced that the Apollo fund will be expanded to 10 billion yuan in the next three years, and completed investment in more than 100 projects. Although the development of autonomous vehicles seems to be vigorous and promising, in the process of technology development, some core constraints have to be raised. For example, it has been previously reported that bird droppings can cause serious damage to the sensors of self-driving cars, directly affecting the vehicle's ability to recognize. For this problem, Google's brother company, Waymo, came up with the solution to clean the guano-covered sensors with water jets and wipers, but now another, more serious problem has emerged. According to foreign media reports, researchers at the University of Washington, the University of Michigan, Stony Brook University, and the University of California at Berkeley have recently discovered an astonishing fact that there is a very simple way to invade autonomous vehicles: only need to pass the label to the traffic sign. By doing simple processing, it can successfully interfere with the recognition function of the self-driving car, thereby invading the autopilot system of the car. The researchers first analyzed the algorithm of the autonomous vehicle vision system, and derived the method of image recognition. Later, the researchers made a simple change to the traffic sign, fooling the system's machine learning model, causing the self-driving car to misread the traffic sign. If this happens in the real world, this will have terrible consequences. In addition, Volvo's autopilot test in Australia caused a small traffic accident because the vehicle failed to evade the kangaroos who slammed into the road. On the whole, the ability to identify autonomous vehicles is critical to their development, because safety is always a technology product that is acceptable to the public and can be used as a basis for large-scale commercial use. Therefore, in the next period of time, the continuous improvement and improvement of the recognition technology of the automatic driving system will become the focus of major development companies, and once breakthroughs are made in this area, the arrival of the era of autonomous vehicles will not be far behind.
PCB
Connectors: Backplane, Wire-to-Board, Board-to-Board Connectors
These types of connector systems are
mounted or processed to a printed circuit board (PCB). There are a variety of PCB connectors and accessories best designed for specific uses. To name some, they include:Din41612 Connector,Board To Board Connectors,battery holders Clips Contacts,Future Bus Connectors,PLCC Connectors.
Din41612 Connector
Board To Board Connectors
Battery Holders Clips Contacts
Future Bus Connectors
PLCC Connectors
1.ANTENK manufactures a wide range of application specific board stacking PCB connectors which were designed and built to specific customer requirements. Our experienced staff has developed custom products in a variety of contact styles, pitches and stacking heights. Our designs range from new concepts to duplicating existing market products identically or with improvements. Many desigsn are produced using automated manufacturing processes to increase reliability and provide significant cost savings.
2.Our products are widely used in electronic equipments,such as monitors ,electronic instruments,computer motherboards,program-controlled switchboards,LED,digital cameras,MP4 players,a variety of removable storage disks,cordless telephones,walkie-talkies,mobile phones,digital home appliances and electronic toys,high-speed train,aviation,communication station,Military and so on
What is a PCB Connector?
Other names for PCB Connectors
PCB Connectors can be known as PCB Interconnect product. Specific terms are also used for the two sides of the connection. Male PCB Connectors are often referred to as Pin Headers, as they are simply rows of pins. Female PCB Connectors can be called Sockets, Receptacles, or even (somewhat confusingly) Header Receptacles.
Din41612 Connector,Board To Board Connectors,Battery Holders Clips Contacts,Future Bus Connectors,PLCC Connectors ShenZhen Antenk Electronics Co,Ltd , https://www.antenkcon.com
Printed Circuit Board connectors are connection systems mounted on PCBs. Typically PCB Connectors are used to transfer signals or power from one PCB to another, or to or from the PCB from another source in the equipment build. They provide an easy method of Design for Manufacture, as the PCBs are not hard-wired to each other and can be assembled later in a production process.
PCB Connector orientations
The term PCB Connector refers to a basic multipin connection system, typically in a rectangular layout. A mating pair of PCB Connectors will either be for board-to-board or cable-to-board (wire-to-board). The board-to-board layouts can give a range of PCB connection orientations, all based on 90 degree increments:
Parallel or mezzanine – both connectors are vertical orientation;
90 Degree, Right Angle, Motherboard to Daughterboard – one connector is vertical, one horizontal;
180 Degree, Coplanar, Edge-to-Edge – both connectors are horizontal orientation.