A router is a device that acts as a gateway between the internet and other networks. It creates a flexible cross-network to transfer data without leakage or distortion. An industrial router plays an important role in creating a connection between the Internet and the company’s IT network. An industrial router manages the transfer and receiving of data, converts protocols, and monitors systems. Different enterprises, industrial applications, and transportation industries use a router to connect and route communications between devices, machines, and applications. An industrial 4G LTE modem router can feasibly communicate and transfer data regardless of environmental conditions. These routers have high security and encrypt the data to prevent tampering.
What are some features of an industrial 4G LTE modem router?
- Networking and communication: Industrial 4G LTE modem routers deliver high-performance, maintain stability, and have high-precision components. These routers have wide temperature planning and can adapt to any temperature. It helps in providing a reliable and steady connection for the completion of the task. For example, to control air traffic, devices communicate to record the frequency of radio waves. If there will not be a stable connection then it will affect the readings as well.
- Data processing and transmission: Industrial 4G LTE modem routers have 3 times more processing speed than a regular router. It can transmit the data at a rate of 150 Mbits/sec, while a normal router can only transmit 54 Mbits/sec/ Also, industrial 4G LTE routers have the more enhanced memory capacity to store a large amount of of of data. For example, if your data packet is 80 Mbits, a regular router will form 2 data packets of size and then transfer them. While an industrial 4G LTE modem router will easily transfer all of the data at once.
- Bandwidth allocation: The industrial VPN routers allow managing network speed, display functions, flow recording, flow control, and real-time network speed. You can adjust the settings according to the type of data you want to transfer. For example, if there is a large amount of data, you can increase the bandwidth for faster transmission.
- Management channels: In an industrial 4G LTE modem router, you can manage batch distribution, promotion functions, multiple devices, and conference management. This way it is easier for the organization to handle data in large projects. For example, for capturing and transferring data, the router only connects to sensors and data loggers. The organization can disconnect the rest of all devices to avoid any data breakage.
- Signal strength: Industrial 4G LTE routers provide a real-time display of signal strength. A good quality signal strength correlates to good performance and connection stability. It can provide the organization the benefit of improving its routing experience to avoid data loss.
What components ensure the seamless workflow of an industrial 4G LTE modem router?
- Application scope: The applicable scope of the industrial 4G LTE modem router must match with the parameters of a project. For example, for an outdoor industrial project in South Africa, a router that can work in hot temperatures can provide efficient results. Industrial routers can work in severe climate conditions, whether it is hot, snowy, fog, freezing, or any other. The architecture of these routers consists of strong components that help them resist tough conditions. Similarly, if we use this router in a telematics system it will provide high data transmission speed.
- Network: There are different network categories an industrial router uses such as CAT1, CAT4 M1, and NB1, each with different specifications. CAT1 network works in applications where there is a low data rate while CAT4 primarily serves high data rates. CAT1 serves in processing and transferring data for applications such as ATMs, metering, and car park payments. CAT4 on the other hand manages data for applications like video surveillance, ANPR, Asset tracking, environmental monitoring, and more.
- Interface: LAN, MAN, and WAN are the main types of networks used for transmitting and receiving data. An industrial 4G LTE modem router has a WLAN port, LAN port, 4G/Wi-Fi antenna for communicating information.
- Quantity of downstream devices: An industrial 4G LTE modem router manages the downstream of devices by identifying the type of project. If more devices connect to the router, it will increase network congestion and will cause delays in data transferring. If there is no use of some devices in the project, the organization can turn them off. The fewer devices connect to the router, the more paths it can easily determine to transfer the data. This does not mean that the industrial router cannot work efficiently with more devices. It just reduces the workload, because there is no benefit of connecting unnecessary devices to the network.
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