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Businesses can find many types of CPE (Customer Premises Equipment) for wireless radio systems. The equipment connects user devices to the wireless network. Some common types of wireless radio CPE include the following:
Bridge CPEs come in pairs to create a wireless bridge between two points. One bridge is set up on a building, tower, or structure. The other bridge is installed at a remote location. Bridge CPEs have a data link to connect the two points. This type of CPE is ideal for extending a network to areas where running cables is difficult. It can be used to link buildings on a campus or to provide network access to a remote location.
Integrated CPEs have both the radio transceiver and the user device in a single unit. They offer a quick and easy way to add a wireless network connection to a device. Integrated CPEs are commonly used to provide network connectivity to internet-of-things devices, security cameras, and other types of endpoints.
This type of CPE is also called a subscriber module. It is placed at the customer's location to connect the customer's device to the network. Subscriber CPEs usually have a directional antenna and are fixed to a pole or a wall outside the home or office. This type of CPE is commonly used for point-to-multipoint wireless network deployments where many customers connect to a single base station.
Home CPEs are designed for indoor use. They are commonly used to provide broadband internet access to homes or small offices. Home CPEs typically include a modem, router, and Wi-Fi access point in addition to the radio and antenna for connecting to the wireless network.
Mobile CPEs are designed to be used while moving. They are often installed in vehicles, such as buses, trains, or emergency response vehicles. Mobile CPEs can provide a wireless internet connection while on the road. They are used for applications like public Wi-Fi hotspots, mobile connectivity, and fleet management.
There are many functions and features of wireless radio CPE. They are made to be powerful, simple to utilize, and cost-productive. The following are some of the typical features of a wireless radio CPE.
Wireless radio CPEs are made to keep working in conditions like outrageous warmth, cold, and even during power blackouts. They are waterproof and can withstand the storms. They are made to be utilized outside, so they should be solid.
Wireless radio CPEs can connect to the internet and networks without cables. They can connect to local area networks, wide-area networks, and the internet. They can also be used to connect buildings, mobile networks, and cameras to the internet without cables.
Wireless radio CPEs come with mounting options. They can be installed on poles, walls, or other structures. They can be mounted with straps, brackets, or clamps. Some CPEs have built-in mounting hardware.
Many wireless radio CPEs can be managed from a remote location. They can be monitored, configured, and updated from a central location. This allows network administrators to manage many CPEs without going to each one.
Wireless radio CPEs have security features to keep data safe. They use encryption to protect data from being seen or changed by others. They also have features to make sure only authorized users can use the CPE.
Wireless radio CPEs are made to be added to a network easily. They can be configured to work with the network without needing to change other devices. This makes it easy to expand the network as needed.
Wireless radio CPEs use different standards to connect wirelessly. Some use Wi-Fi standards like 802.11ac and 802.11ax. Others use standards like LTE, 4G, or 5G. The standard they use depends on the type of network they connect to and where they are used.
Wireless radio CPEs can use different power options. Some use standard power outlets. Others use Power over Ethernet (PoE), which sends power over the same cable used for data. PoE lets CPEs be installed in places without power outlets.
Some wireless radio CPEs have an integrated antenna. This means the antenna is built into the device. Integrated antennas are simple to install. They also cost less than CPEs with separate antennas.
Some wireless radio CPEs have ports for connecting an external antenna. External antennas can give better range and performance. They let the CPE be adapted to where it is used.
There are many usage scenarios of a wireless CPE radio system. In some cases, it is used in rural areas, where it is difficult to access the internet. Here, the wireless CPE radio system is designed to provide high-speed internet access to homes and businesses in these areas. It can also be used as a point-to-point bridge to connect two distant locations. The CPE radio will receive a wireless signal from the access point and then provide a wired connection to the device. This is useful in situations where it is not possible to run a cable between the two locations. For example, a business may have an outdoor security camera that needs to be connected to the network, but there is no way to run a cable to the camera. In this case, a wireless CPE radio system could be used to bridge the gap and provide a reliable connection.
Another common use case for a wireless CPE radio system is to provide internet access to remote locations, such as construction sites or temporary offices. In these situations, a traditional wired internet connection may not be feasible, so a wireless solution is needed. A CPE radio system can be quickly deployed to provide a high-speed internet connection, allowing workers to access the network and communicate with each other. These are just a few of the many usage scenarios for a wireless CPE radio system. In general, it is a versatile technology that can be used to provide internet access and network connectivity in a wide range of situations.
When choosing a wireless radio CPE, it is important to consider various factors to ensure an optimal solution depending on the intended application. These factors include the following:
When selecting the wireless radio CPE, it is crucial to consider the type of wireless technology that is being used. This is because different wireless technologies have distinct capabilities and limitations. For instance, point-to-point wireless CPE should be used in point-to-point links. On the other hand, a point-to-multipoint wireless CPE should be used in point-to-multipoint networks.
The wireless frequency of the CPE should be considered and selected based on the environment and available frequency bands. Normally, 5 GHz is ideal for long-range applications, while 2.4 GHz is suitable for non-line-of-sight communication.
The antenna system of the CPE should be considered. External CPEs have external antennas, while integrated CPEs have internal antennas. External antennas are more reliable and can be easily upgraded, while internal antennas are more discreet and easy to install.
Gain and beamwidth of the antenna system should be considered. Gain is the ability of the antenna to focus its energy in a specific direction. A higher gain antenna can transmit and receive signals over longer distances. Beamwidth, on the other hand, is the angle of coverage of the antenna. A narrow beamwidth provides better performance in long-range applications.
Weatherproofing is another factor to consider. CPEs that are to be installed outdoors should be weatherproof to withstand harsh environmental conditions.
Mounting options should be considered depending on the deployment environment. Some CPEs come with wall mounts, pole mounts, or mast mounts.
Power supply is another factor to consider. CPEs may come with different power supply options, such as PoE (Power over Ethernet), DC power, or solar power. PoE is preferred because it simplifies installation and reduces cable clutter.
Q1 What is the difference between PtP and PtMP CPE?
A1 A wireless bridge CPE (Customer Premises Equipment) is a wireless bridge that connects a wireless link between two or more points. PtP is Point to Point and PtMP is Point to Multipoint. Point to Point is when a link is established between two points. Point to Multipoint is when one point (the access point) is connected to multiple other points (the subscriber modules). PtP connections usually have higher throughput and longer range, while PtMP connections allow for one access point to serve multiple client devices.
Q2 Can CPE be used for WiFi?
A2 Yes, wireless CPE devices can be used for WiFi. In addition to providing Internet connectivity to a device like a computer or router, many CPE devices also have a built-in WiFi access point. This allows them to create a local wireless network that other devices, such as smartphones or tablets, can connect to. So, CPE devices are commonly used to provide both Internet connectivity and WiFi access in areas where traditional wired broadband services are not available.
Q3 Can CPE connect to phone?
A3 Yes, a CPE device can connect to a phone, provided the phone has the necessary wireless connectivity features. For instance, some CPE devices may offer a mobile application that can be downloaded onto a smartphone to remotely monitor and manage the CPE device. In other cases, a phone may be able to connect to a CPE device over Wi-Fi to access certain functions or features. For example, a security camera CPE device may allow the user to access the camera feed and control settings through a dedicated mobile application.
