If you use traditional methods to access the Internet, the words you often hear are broadband and optical fiber. In fact, broadband refers to the Internet services provided by operators,
and the materials for data transmission are divided into network cables and optical fibers. The ordinary broadband network cable is a twisted pair composed of eight insulated
copper conductors, while the optical fiber of the optical fiber broadband is made of glass fiber, and an optical cat is required to convert the optical signal when entering the home.
The computer transmits digital signals, and the telephone line transmits analog signals, so a modem (also called a cat) is needed to convert digital signals and analog signals.
Essentially, optical cats using optical fiber broadband are a type of CPE. 5G CPE is actually a combination of 5G modem and WiFi router. Its advantage is that it uses a SIM card to connect
upward to the 5G base station, and can move the CPE at will, saving the cost of laying a wired network.
CPE is Customer Premise Equipment, which is the abbreviation of Customer Premise Equipment. As the name says, it is the equipment before the user's terminal equipment.
Traditional CPE re-relays WiFi signals to extend coverage, while 5G CPE can connect signals from 5G base stations and convert 4G, 5G and other mobile communication signals
or wired broadband signals into local LAN signals for users. Equipment usage.
The 5G industrial router is an all-in-one solution that allows businesses to connect multiple devices to the internet without the need for a wired connection. It offers faster
internet speeds and lower latency compared to traditional wired connections, making it ideal for high -bandwidth applications.
This is one of the biggest features of 5G. Compared with 4G networks, 5G networks have higher speeds, and the peak requirement for 5G base stations is no less than 20Gb/s.
Of course, this speed is the peak speed and is not the experience of every user. With the use of new technologies, there is room for improvement in this speed. It only takes 33
seconds to complete under the 5G network, and the rate per second reaches 726Mbps, while the download rate of the 4G LTE Cat.12 network is only 62.2Mbps, which takes 6 minutes and
25 seconds.
To support large-scale IoT applications, 5G must have power consumption requirements. 5G can reduce power consumption and allow most IoT
products to be charged once a week, or even once a month, which can greatly improve user experience and promote the rapid popularization of IoT products.
A new scenario for 5G is highly reliable connections for driverless and industrial automation. For information exchange between people, a delay of 140 milliseconds
is acceptable, but if this delay is used for driverless driving and industrial automation, it is unacceptable. The minimum requirement for 5G latency is 1 millisecond,
or even lower. This places stringent demands on the network. 5G is an inevitable requirement for applications in these new fields.
Entering the smart era, in addition to mobile phones and computers and other Internet-connected devices that need to use the Internet, more and more smart home
appliances, wearable devices, shared cars and other different types of equipment, as well as public facilities such as lights, need to be connected to the Internet.
After being connected to the Internet, you can Real-time management and intelligent related functions are achieved, and the interconnectivity of 5G also makes it possible
for these devices to become smart devices.
Utilizing a 4G/5G industrial router can be a cost-effective solution for businesses needing internet connectivity in remote locations. It eliminates the need for expensive wired connections, offering a reliable and high-speed internet connection that reduces operational costs and enhances efficiency.
The 4G/5G industrial router includes several features that make it ideal for industrial applications. Here are some of its main features:
The 4G/5G industrial router is equipped with dual SIM card slots, allowing businesses to use two different SIM cards from various service providers. This ensures consistent internet connectivity even in areas with limited network coverage.
This industrial router is a versatile device that serves multiple purposes. It functions as a router, a Wi-Fi access point, and a firewall, providing a comprehensive network solution for businesses.
The 4G/5G industrial router supports remote management, enabling businesses to monitor and manage their network from any location globally. This capability allows for quick response to network issues, minimizing downtime and enhancing efficiency.
The 4G/5G industrial router includes advanced security features to protect against cyber threats. It has a built-in firewall and supports virtual private networks (VPN), ensuring robust security for business operations.
Huawei 5G CPE Pro H112-372
This 5G router has a dual-band Wi-Fi antenna with four signal amplifiers and supports 5G and 4G networks. It has 5G speeds of 1.65 Gbps/250 Mbps and 4G/LTE speeds of 1.6 Gbps/150 Mbps.
Xiaomi 5G CPE Pro
This router has a Qualcomm 5G chip and supports 5G frequency bands. It has a dual-band wireless speed of up to 5378Mbps and has 160MHz bandwidth and an NFC feature.
panopticon
As business evolves, network services need to be ubiquitous and widespread. Only then can it support richer services and be used on complex scenarios.
Filtome 5G CPE WiFi 6 Router
This router has a Qualcomm Snapdragon SDX62 Modem RF System and supports 5G Network Modes SA (standalone) and NSA (non-standalone).
OPPO 5G CPE T1a
This device supports 5G/4G cellular networks and has a theoretical peak 5G download speed of 4.1 Gbps. It also has a Snapdragon X55 5G chipset and supports SA/NSA and global mainstream frequency bands.
TP-Link 4G/5G Router
This router can take advantage of 5G, 4G+, and 4G networks and can connect up to 64 wireless devices. It is compatible with FDD-LTE and TDD-LTE, which are supported by most operators around the world
