Differences Between Industrial Cellular Router and Various Other Router

PublishTime： 2023-06-18 Article Source：usr News

Self-service equipment makes our life more convenient, for example, express cabinets can help us receive and send express temporarily, and self-service vending machines can let us buy all kinds of goods 24 hours a day. These self-service devices can not run without the support of the network, but in some special cases, the network is not easy to obtain, which leads to the decline of production efficiency and the increase of management costs. If you want to improve this situation, you might as well start with the routing system. 4G industrial cellular router, which can access the Internet through 4G, can also remotely manage self-service equipment, and help a variety of industrial equipment to complete networking project applications.

The interfaces of the industrial cellular router are also very rich and extensible. It is usually equipped with a WAN port, a LAN port (necessary this time), and a WAN/LAN switching port to facilitate the selection in industrial scenarios. In addition, the power supply terminal and the circular power port are also essential. It supports 5-36V wide voltage access and meets industrial standards.

As an industrial router, it is bound to face a variety of user environments, so it provides a variety of installation methods, such as usr-G806 w, which reserves screw holes and lugs on the side and back respectively to facilitate installation and fixation in various environments.

There are several differences between an industrial cellular router and an ordinary wireless router:

1. Application scenario

The industrial cellular router is mainly used in intelligent transportation, environmental monitoring, security monitoring, security wireless mobile detection, industrial big data transmission, financial industry, power industry, water conservancy industry, etc., and supports -30℃ + 75℃ wide temperature applications. Ordinary routing is mainly used indoors, so the adaptability to the environment is not high, and the temperature is only required to be 0~55℃.

2. Module configuration and design process

The industrial cellular router adopts a rugged industrial appearance design, IP30 protection, built-in high-performance industrial 32-bit communication processor wireless module, embedded real-time operating system as the software support platform, and can connect serial devices, Ethernet devices, or WIFI devices at the same time. This also leads to a big difference in the price of the two routes.

3. Security differences

Some people industrial cellular router setting more security rules and more advanced firewalls, such as supporting APN/VPDN private network, while the equipment has IPSEC, PPTP, L2TP, GRE, OPENVPN multiple VPN connections, with VPN client, server, and other functions. Even some common routes do not have firewalls, so the data security is low.

4. Signal stability

The industrial cellular router provides reliable networking and stable communication for complex systems, with greater signal sensitivity in the same environment.

5. Interface configuration

The industrial cellular router support can simultaneously provide such interfaces as RS232, RS485, RS422, Ethernet, WIFI, USB, etc., and can simultaneously connect serial devices, Ethernet devices, and WIFI devices to realize transparent data transmission and routing functions. The main interfaces of common routers include WAN, LAN, WIFI, etc.

6. Billing method

A wireless router is the most widely used in the industry, which has the functions of flow control, flow recording, and real-time network speed display by using a SIM card. An ordinary wireless router can be regarded as a repeater, which forwards the broadband network signal from the wall of the family search home to the nearby wireless network devices (laptops, wifi-enabled mobile phones) through the antenna. And all wifi-enabled devices).

What is the difference between an industrial cellular router and a commercial wireless router?

High forwarding performance and high throughput: Generally, most industrial cellular routers are used for data transmission and other functions, up to hundreds. If you want to meet the needs of so many people for wireless Internet access at the same time, you have high requirements for the forwarding performance and throughput of the router.

Most of the industry-level routers use high-frequency network dedicated processors, which have strong data processing ability, longer transmission distance, and larger coverage area, which can greatly improve the transmission speed and throughput capacity of the network, and the operation is also very stable.

The product is designed to be used for a long time: Usually, when using a router, it will not be used for a long time, so the router will have a lot of time to "rest".However, the industrial router is different when using the router, because of the need for work, most of the time even the limb needs the router to run 24 hours, which puts forward higher requirements for the industrial design of the router. Go to Ali to find a link to the website of Zhongshan Science and Technology, and you can learn more about it.

The industrial cellular router generally has multiple security services and more abundant routing protocols, such as SNMP, static router, policy router, a unified management protocol, etc. Through these protocols, the industrial cellular router can ensure the safe operation of the network and protect user data from being stolen.

Differences between industrial cellular routers and home routers:

1. The industrial cellular router is a durable device that connects two or more networks with high performance and can transmit signals only to the required ports. The price is slightly more expensive than the home router.

2. Most of the general industrial cellular routers are used for data transmission and other functions, up to hundreds. If you want to meet the needs of so many people for wireless Internet access at the same time, there are high requirements for the forwarding performance of the router and the number of machines. However, the density of home routers is low, the signal strength is low, the coverage is small, and the forwarding performance and the number of machines are limited.

3. The industrial cellular router G806w has a number of security services and more abundant routing protocols, such as VPN, static router, a unified management protocol, etc. Through these protocols, it can ensure the safe operation of the network with certificates and protect user data from being stolen.

4. Industrial product design, more suitable for long-term use. Usually, when using a router, it will not be used for a long time, so the router will have a lot of time to "rest". But the industrial cellular router is different when using the router, because of the need for work, most of the time even needs the router runs 24 hours, which puts forward higher requirements for the industrial design of the router.

What is an industrial cellular router?

The industrial cellular router is the core component of the Internet of Things and the industrial control system. The industrial cellular router is a connecting link between the preceding and the following. Upper computer, computer/touch screen monitoring system, MES, etc. The lower is the lower computer, including PLC, sensors, embedded chips, and so on. Its basic function is the "translation function" to feed back the lower computer products of different protocols to the upper computer.

Therefore, the industrial cellular router has the functions of judging the network address and selecting the IP path, can establish a flexible connection in a multi-network interconnection environment, can connect various subnets by completely different data packets and media access methods, and the gateway only receives information from a source station such as a fiber or other routers. An interconnection device that is part of the network layer.

For example, G806w mainly provides low-latency, high-bandwidth, secure and accessible network access for large-scale industrial equipment, easy deployment and perfect management functions, and easy interconnection of equipment; Supports 5G/4G/3G/WiFi/Ethernet access. It is mainly applicable to places with high network requirements or harsh environments and is widely used in smart factories, smart cities, power, environmental protection, transportation, retail, agriculture, mining, oil and gas, industrial automation, and other Internet of Things application scenarios.

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