CAN signal to WLAN signal repeater
Compared with 4G, the bandwidth of 5G has been increased by dozens of times. Of course, this is only the most superficial change. While increasing the speed of the network, it will also penetrate into all aspects of our lives, so that our lives have further Qualitative leap. To apply a TV star, 4G now makes me feel like this, then 5G can not take off yet? We can see from the 5G thing that wireless communication is now playing a huge role in our lives. In fact, the industrial field is no exception. Some wireless communication devices use their own attributes to effectively improve industrial production efficiency, such as Say CAN signal to WLAN signal repeater. Before telling about this kind of equipment, let us first understand what is the CAN bus, so that everyone can better understand the reason for its appearance.
The CAN bus is also called a controller area network. It is an industrial field bus developed by the German Bosch company. It can also be called a control communication system. The most typical application is the control circuit in the car. However, because the CAN bus has a fast data transmission speed, strong anti-interference ability, many node devices that can be connected, and a long data transmission distance, it is also used in various factories or field construction sites, which is currently the most applied field. Wide and one of the most promising fieldbuses. Wait, the CAN bus is so good, what relays do? It turns out that the CAN bus has the highest data transmission speed only within the range of 40 meters. If it exceeds this range, its speed will become slower and slower until it is not supported. At this time, you need a repeater to let It also has a faster data transmission speed at a longer distance. But we also know that the construction environment in some fields is very different from the indoor one, especially in terms of geography, where it is not all flat, rivers, lakes, mountains and ravines may appear. If so, we will not work. Yet? Of course it is impossible. Then, in these environments where wiring is not easy, it is appropriate to use a device that uses wireless signals as a relay medium, such as a CAN signal to WLAN signal repeater. Of course, if the land in the construction environment is relatively flat and it is easy to wire, it is recommended that you use fiber to CAN repeaters. After all, the distance of data relay is farther, the data loss is less, and the overall performance is stronger. In short, which kind of CAN repeater should be used according to the actual situation, so as to obtain the most results with the least cost.
In order to meet everyone's CAN relay needs, Shenyang Guangcheng Technology Co., Ltd. has also launched CAN signal to WLAN signal repeater GCAN-211 with independent intellectual property rights. Shenyang Guangcheng Technology GCAN-211 CAN signal to WLAN signal repeater is a high-performance CAN-bus communication interface card that integrates 2 CAN interfaces, 1 Ethernet interface and 1 WiFi interface. Using the GCAN-211 high-performance CAN interface card of Guangcheng Technology, users can easily complete the interconnection of CAN-bus network and WiFi network, and further expand the scope of CAN-bus network.
Shenyang Guangcheng Technology's GCAN-211 CAN signal to WLAN signal repeater is a powerful tool for CAN-bus product development and CAN-bus data analysis. PCs, mobile phones, and PADs can be quickly connected to the CAN-bus network through WiFi to form a site CAN-bus network control nodes for data processing and data collection in the field of CAN-bus networks such as bus laboratories, industrial control, intelligent communities, and automotive electronic networks. At the same time, the device has the characteristics of small size, plug and play, and is also the choice of users of portable systems.
The CAN bus is also called a controller area network. It is an industrial field bus developed by the German Bosch company. It can also be called a control communication system. The most typical application is the control circuit in the car. However, because the CAN bus has a fast data transmission speed, strong anti-interference ability, many node devices that can be connected, and a long data transmission distance, it is also used in various factories or field construction sites, which is currently the most applied field. Wide and one of the most promising fieldbuses. Wait, the CAN bus is so good, what relays do? It turns out that the CAN bus has the highest data transmission speed only within the range of 40 meters. If it exceeds this range, its speed will become slower and slower until it is not supported. At this time, you need a repeater to let It also has a faster data transmission speed at a longer distance. But we also know that the construction environment in some fields is very different from the indoor one, especially in terms of geography, where it is not all flat, rivers, lakes, mountains and ravines may appear. If so, we will not work. Yet? Of course it is impossible. Then, in these environments where wiring is not easy, it is appropriate to use a device that uses wireless signals as a relay medium, such as a CAN signal to WLAN signal repeater. Of course, if the land in the construction environment is relatively flat and it is easy to wire, it is recommended that you use fiber to CAN repeaters. After all, the distance of data relay is farther, the data loss is less, and the overall performance is stronger. In short, which kind of CAN repeater should be used according to the actual situation, so as to obtain the most results with the least cost.
In order to meet everyone's CAN relay needs, Shenyang Guangcheng Technology Co., Ltd. has also launched CAN signal to WLAN signal repeater GCAN-211 with independent intellectual property rights. Shenyang Guangcheng Technology GCAN-211 CAN signal to WLAN signal repeater is a high-performance CAN-bus communication interface card that integrates 2 CAN interfaces, 1 Ethernet interface and 1 WiFi interface. Using the GCAN-211 high-performance CAN interface card of Guangcheng Technology, users can easily complete the interconnection of CAN-bus network and WiFi network, and further expand the scope of CAN-bus network.
Shenyang Guangcheng Technology's GCAN-211 CAN signal to WLAN signal repeater is a powerful tool for CAN-bus product development and CAN-bus data analysis. PCs, mobile phones, and PADs can be quickly connected to the CAN-bus network through WiFi to form a site CAN-bus network control nodes for data processing and data collection in the field of CAN-bus networks such as bus laboratories, industrial control, intelligent communities, and automotive electronic networks. At the same time, the device has the characteristics of small size, plug and play, and is also the choice of users of portable systems.
