USB Type C Fast Power Charger Charging Cable Cord Compatible with for JBL Charge 4, JBL Flip 5, JBL Pulse 4, JBLCHARGE4BLKAM

Industrial cameras are defined as a key component of a machine vision system whose essential function is to convert optical signals into ordered electrical signals. If we want to transmit the images collected by the camera, we need to transfer the image data to our equipment through the interface of the camera. Industrial camera cable is a kind of cable product specially used for industrial camera. With the monitoring of industrial production detection and special application scenarios, the demand for speed and accuracy is increasing, and it is required to provide guarantee for the data and power transmission of cameras in various application scenarios of motion control and other harsh environments. Therefore, the demand for linear array cameras for high-speed pipeline or large-format detection scenarios is generated. Different types of industrial cameras use different industrial cables. What are the common types of cable interfaces for industrial cameras? USB interface camera is a digital camera, directly output digital image signal. The full name of USB is Universal Serial Bus. The USB interface is four pins, two of which are power cables and two are signal cables. USB is a serial interface, hot pluggable, easy connection. Early USB2.0 ports are easy to connect. Almost all computers are equipped with USB ports, and no collection card is needed. However, the transmission rate of USB2.0 interface is slow, with a transmission speed of 480Mbps and a communication distance of 5m. 80% of the bandwidth is used for image transmission, which requires CPU to participate in the management and consumes large resources. In addition, USB2.0 interface generally does not have fixed screws, the interface is unstable, and there is a risk of loosening on the sports equipment. Later, it was upgraded to USB3.0, which added two sets of data lines on the basis of 2.0 and was downward compatible, thus solving the problem of slow transmission speed. The transmission speed has reached 4.8Gbps, but the transmission distance is still relatively close, the communication distance is 10m, and 80% of the bandwidth is used for image transmission. At present, it is widely used in microscope, scientific research experiment, portable equipment and other industries. USB Type Micro-B interface is still the mainstream of industrial interface cameras at present, but it can be predicted that with the maturity of USB Type-C technology, USB Type-C interface will be popularized in the future. 1394 interface, IEEE1394 bus is a high-speed serial bus, also known as "FireWire" (FireWire), it supports hot swap, real-time data transmission, the use of bus structure, plug and play. Used to connect digital products with computers and other machines, widely used in the industrial field, the protocol, coding are very good, stable transmission speed. The highest transmission speed of 1394a is 400Mbps, and the highest transmission speed of 1394b is 800Mbps, such as 3.2Gb. However, it is relatively rare and the penetration rate of interface is low. In the early stage, it was monopolized by Apple. Pay attention to its PacketSize packet size setting. Packet Size is the bandwidth of the entire 1394 bus. However, due to the low penetration rate of the interface, it has been gradually eliminated by the market. The 1394 interface is divided into 4 cores and 6 cores. There are two pairs of data lines in the 4 cores, and the 6 cores also include a group of power cables to power external devices. IEEE 1394 interface, without the need of a controller, can achieve peer-to-peer transmission, 1394a maximum transmission distance is 4.5 meters, 1394b transmission distance is usually 10 meters, in the case of reduced data rate can be extended to 100 meters (100 MBPS), the use of relay equipment support can further improve the transmission distance.