Wall access point

Types of wall access point

A wall access point provides network access to users' devices or to network-related workspaces, such as areas that require coverage near walls or in confined spaces. Some common types are:

• Wireless Networking Wall Access Points:

  Wireless Networking Wall Access Points are the same as wall-mounted wireless access points, which connect to wired networks through cables. They offer network access to users through wireless connections. They are usually installed on walls in order to provide wireless coverage in places next to walls or in confined spaces.

• Multiple Input Multiple Output (MIMO) Access Points:

  MIMO technology allows several antennas to send and receive at the same time on the same frequency. This improves the transmission speed and coverage of the wireless network. Wall-mounted access points with MIMO technology usually have multiple antennas to support MIMO functions.

• Location-Based Control Access Points:

  Location-based control access points use the location of the access point as the basis for controlling network access. For example, in a company, access points installed in different locations can be set up. Users want to connect to a specific access point based on its location. This helps improve network performance and security.

• Cloud-Managed Access Points:

  Cloud-managed access points are wall-mounted access points. They are managed through the cloud instead of on-premises controllers. This kind of management allows administrators to access and manage network access points anytime and anywhere through the Internet. It offers a more flexible and convenient network management solution.

• Power over Ethernet (PoE) Access Points:

  Access points power over Ethernet (PoE) are wall-mounted access points. They obtain power and data through Ethernet cables. As a result, they can be continuously installed in places where power outlets are unavailable or inconvenient.

• Mesh Access Points:

  Mesh access points are wall-mounted access points that can work together to form a mesh network. Each access point in the mesh network can simultaneously connect to other access points and the end-users' devices. This provides redundant pathways for data and enhances wireless coverage.

• Outdoor Access Points:

  Outdoor access points are wall access points mounted to walls that are made to provide network access in outdoor areas. They usually have weatherproof enclosures and support extended temperature ranges.

Functions and Features of wall access points

Wall-mounted access points are good options for creating wireless networks with secure connections in places where the signal range from traditional access spots is very limited or block interference from walls.

• Seamless Connectivity: As each wall-mounted item comes with more than one port, it can ensure that devices stay connected by interlinking them and creating backup links.
• Space-Saving: Wall Mount wireless access points are small and light enough to be directly placed on the wall. They will not obstruct the work done in offices, restaurants, or hospitals.
• Centralized Management: The access point wall mount can be controlled either individually or collectively, based on different zones or areas. The access points offer centralized control over network settings.
• Scalability: Various models of wall-mounted items can be added to the existing network as business requirements change.
• Reduced Interference: Since wall-mounted items are installed on walls, they can offer good signal coverage and reduce other radio frequency interferences.
• Guest Network: A wall mount access point allows separate wireless networks for guests in commercial spaces to enhance security.
• Multi-user Support: They are designed to serve several users simultaneously without compromising data speed and access rights.
• Durability: Items mounted on walls are shielded from accidental drops or damage. Some models are designed for harsh conditions.

Scenarios

Wall access points are network devices that provide wireless connectivity by being installed on walls. They are used in places like offices and schools. Some features include compact designs and fast internet. The use of wall access points has increased over time. It is because of the need for seamless connectivity. They are suitable for environments with limited space. A few benefits include enhanced network coverage and reduced cable contradictions.

Wired wall access points are installed in locations where reliable wi-fi connections are needed. They are used in conference rooms. It is because users need seamless connectivity during meetings. Access points are also installed in classrooms to provide teachers and students with reliable internet access. Wall access points are also used in offices to extend coverage. This ensures employees can connect to the network in different areas.

Battery-powered wall access points are installed in locations with no power outlets. They are convenient for temporary setups. Common usage areas include outdoor events where wall access points are integrated into tents to provide visitors with internet access. They are also installed in meeting rooms to ensure seamless connectivity for presentations and meetings. Wall access points are also used in travel and hospitality industries. They are suitable for installing temporary hotspots in lobbies and lounges.

PoE wall access points are easy to install. They are used in various applications, which include:

• Enterprise networks: Businesses install wall access points in enterprise networks. Access points improve network coverage and provide internet connectivity in areas with dense users.
• Retail: Wall access points are deployed in retail environments. They are installed to provide customers with reliable internet access and support applications like mobile payment and digital signage.
• Education: Educational institutions use wall access points to enhance network connectivity across campus. They are suitable for providing internet access in classrooms, libraries, and common areas.

How to choose a wall access point

In the past few years, the demand for network connection wall access points has increased significantly. When selecting a wall-mounted access point, the following criteria must be met.

• Business needs and environment

  It is important to assess the needs of the business to determine wall access points that are required. Consider the number of clients, types of applications and devices that will connect to the network. Analyze the area to be covered and determine if single or multiple access points are needed. The network environment can be indoor or outdoor, which can change the type of access point device installed. Wall-mounted access points are best suited for indoor environments, while pole-mounted devices are ideal for outdoor settings.

• Device capabilities

  When looking to purchase a wall access point network connection, consider the number of simultaneous clients each device can support as well as the capacity for handling high data transfer speeds. Opt for dual-band access points that support both 2.4GHz and 5GHz Wi-Fi.

• Easy management

  Look for wall access points that offer easy deployment and management options. Consider those that come with centralized management solutions allowing network administrators to control and monitor a large number of access points from a single interface.

• Vendor support

  When selecting a wall access point, consider the vendor support that is available. Research reviews to ensure reliability and performance of the device. Consider those that offer timely responses for product updates, technical inquiries and troubleshooting.

• Wall access point cost

  When budgeting for wall access points, take into account the total cost of ownership. This includes initial investment, ongoing maintenance, licensing fees and subscription costs for cloud-based management services.

• Scalability and flexibility

  Scalability allows businesses to expand their network as their user needs and growth requirements increase. This means wall access points can be easily added to provide additional coverage without requiring extensive upgrades.

• Advanced features

  Wall-mounted access points with advanced features such as band steering, load balancing and guest networking enhance the overall user experience optimize network performance and provide secure separate access for guests.

Wall access point Q&A

Q1. What is the purpose of a wall access point?

A1. A wall access point is designed ideally for installations where a network connection is needed, and space is limited. This might be in individual offices, conference rooms, or common areas in a facility.

Q2. Can you daisy-chain multiple wall access points?

A2. Yes, it is possible to connect multiple wall access points to extend network coverage. However, they need to be in the same network and connected with Ethernet cables.

Q3. How do wall-mounted WiFi access points get powered?

A3. Most wall-mounted access points are PoE (Power over Ethernet) enabled, meaning they can receive power and data through the same Ethernet cable. They can be connected to a PoE switch or injector, which supplies both power and data to the access point over the Ethernet cable. If there is no PoE, a local power source will be required to plug into the access point.

Q4. Is it possible to install a wall access point myself?

A4. Installation may be easy; however, it will require some basic networking knowledge to configure the access point and optimize the WiFi network. For larger installations or more complex setups, it may be best to have a professional handle the installation.

Q5. How do wall access points get mounted?

A5. Wall access points usually come with a mounting plate or bracket that is secured to the wall. The mounting plate will have screw holes for attaching the plate to the wall. Depending on the model, the access point itself may be directly attached to the mounting plate or placed in a recessed electrical box.