H3C Aolynk UAP512G-AC13 Wall-Plate 802.11ax Wireless Access Point

Standard 86mm panel size

UAP512G-AC13 adopts the standard 86mm×86mm panel size, which can completely reuse the user's existing 86mm panel cassette. When installing, it is convenient to replace the original panel with UAP512G-AC13 which adopts 7.9mm ultra-thin design (wall outside thickness).

Support OFDM technology

Support OFDM (Orthogonal Frequency Division Multiplexing) technology, convert high-speed data signals into parallel low-speed sub-data streams for transmission over different channels, eliminate inter-code crosstalk, and can flexibly allocate sub-channels to different users, achieve multi-user access.

Plug and play

The UAP512G-AC13 supports plug and play. When connected to cloud platform or Aolynk UR gateways, UAP512G-AC13 provides wireless services after powering on, making it easy to start and expand.

Support Aolynk UR gateway management

UAP512G-AC13 can be managed by the Aolynk UR gateways. It supports various management functions, such as wireless service configuration, RF configuration, firmware update, VLAN modification, and reset.

Support self-organizing network

The self-organizing network feature include fast deployment, fast configure, fast tuning, fats troubleshooting, and fast cloud access. It supports automatic discovery among devices, automatic establishment of topology and management, plug and play of new devices, automatic management, and automatic synchronization of configuration. The self-organizing network feature greatly simplifies user deployment and configuration in small and micro scenarios, improves user experience, provides users with better O&M through edge computing, reduces user costs.

Highly reliability

Highly Reliability is the foundation of good network. UAP512G-AC13 supports customized network link detection and a variety of network analysis tools, including a variety of hang detection and fault detection, so that you can easily find network problems. At the same time, it supports multiple fault recovery mechanisms to ensure stable network operation.