RG-AP880 (TR)

RG-AP880 (TR) supports protocols such as 802.11ax, 802.11ac Wave2, 802.11ac Wave1, and 802.11n. Adopting the hardware-independent tri-radio design, the whole machine can provide a maximum access rate of 10 Gbps, and the high-speed access rate takes performance out of the equation.
The product takes full consideration on important factors such as wireless network security, radio frequency (RF) control, mobile access, quality of service (QoS) assurance, seamless connection, and IoT module expansion, and cooperates with Ruijie wireless controllers and RG-WIS to complete data forwarding, security, access control, and IoT application expansion for Wi-Fi users.
The product can support the local power supply or Ethernet power supply mode, which can be flexibly selected according to the customer’s on-site power supply environment. In addition, the product can be mounted on the wall or ceiling safely and conveniently, which is especially suitable for offices, classrooms, corridors and other indoor environments.

Product Features
Multi-service Port Design
RG-AP880 (TR) supports a maximum wired access rate of 11 Gbps.
The two adaptive Ethernet copper ports, with each providing the high-speed wired access rate of up to 5 Gbps, enable high-speed transmission and conversion between wireless and wired connections.
One adaptive Ethernet copper port can expand other module units such as Ruijie IoT, enriching application scenarios.

Design of Dual-link Power Feeding Redundancy Backup
RG-AP880 (TR) supports dual Power over Ethernet (PoE) for link and power supply redundancy backup.

High-speed and Wireless for More Reliable Power Saving
1024 QAM High-speed Access Rate
RG-AP880 (TR) adopts the tri-radio design and a new generation of wireless standard protocol 802.11ax. When three radios are enabled at the same time, the high-speed wireless rate is up to 10 Gbps, bringing high-speed and complete experience.
OFDMA High-density User Access
RG-AP880 (TR) supports the OFDMA function of the 802.11ax standard, which divides the WLAN signal tunnel into multiple narrower sub signal tunnels so that each user can occupy one or more sub signal tunnels. Using AP scheduling, multiple users can simultaneously receive and send packets, reducing contention and back off among users, reducing network latency, and improving network efficiency.
In a high-density deployment and access environment, the average rate of a single user can be four times that under 802.11ac.
Green and Environmental Protection, with Lower Power Consumption Per Unit Performance
A large number of new energy-saving technologies have been applied to RG-AP880 (TR), including single-antenna standby technology, dynamic MIMO power saving technology, enhanced automatic power saving transmission technology, and per-packet power control technology. With high performance power supply design, RG-AP880 (TR) can provide high-speed wireless access with power saving.
Intelligent Identification
It supports intelligent identification for terminals and can identify intelligent mobile terminals such as iOS and Android terminals, as well as PCs. With correlation of Ruijie RG-WIS system, it can implement visualized wireless connection for wireless terminals.
Intelligent Local Forwarding
RG-AP880 (TR) inherits the intelligent local forwarding technology of Ruijie, breaking through the traffic limits of wireless controllers. Cooperating with Ruijie wireless controller, the data forwarding mode of RG-AP880 (TR) can be flexibly pre-configured. According to the SSID name or user VLAN, whether to forward data using the wireless controller or directly enter the wired network for data exchange can be determined.
The local forwarding technology can be used to forward data that is sensitive to delay and requires high real-time transmission over a wired network, which can greatly relieve the traffic pressure of the wireless controller and better adapt to the requirements of high traffic transmission over the 802.11ax network.
Various QoSs
RG-AP880 (TR) supports various quality of services (QoSs), bandwidth limitation in WLAN, AP, and STA modes, Wi-Fi Multimedia (WMM) that defines priorities for different service data, implementing timely and quantitative video and audio transmission and ensuring smooth application of multimedia.
RG-AP880 (TR) supports the multicast-to-unicast technology, which solves the problem of unsmooth videos caused by packet loss and large latency in multicast applications such as video on demand (VoD) over wireless networks, and optimizes the experience of multicast video services over wireless networks.

Easier Overall Security Protection
User-level Security Access
RG-AP880 (TR) supports multiple user access authentication modes, including Web, 802.1x, MAC address, and local authentication. In addition, RG-AP880 (TR) fully supports the Global Security Network (GSN) solution. The standards-compliant network access control system strictly defines network access from user access, authorization, host compliance, network behavior monitoring, network attack prevention, and other aspects, implementing the construction concept of “network access as authentication and security”.
Flexible Virtual AP Technology
Using the virtual AP technology, RG-AP880 (TR) can provide a maximum of 48 virtual APs, and each radio can provide a maximum of 16 virtual APs. Network administrators can encrypt and isolate subnets or VLANs using the same SSID, and flexibly configure an independent authentication mode and encryption mechanism for each SSID.
Overall Wireless Security Protection
Using the integrated network management system RG-SNC and RG-WS series wireless controllers of Ruijie, RG-AP880 (TR) provides a series of wireless security protection functions, such as Wireless Intrusion Detection System (WIDS), RF interference location, rogue AP countermeasures, anti-ARP spoofing, and DHCP security protection, fundamentally building a safe and reliable Wi-Fi network for users.
Various Easy Authentication Modes
With Ruijie authentication system or multi-service AC, it supports various efficient and convenient registration methods, such as non-perception, SMS, and QR code visitors.
Wi-Fi users access the network in non-perception registration mode. They only need to enter their accounts and passwords upon the initial access, enabling users to easily access the Internet with only one authentication.
The registration page is displayed after users access the Wi-Fi network in SMS registration mode. Users can register accounts using their mobile numbers and access the Internet using their accounts and passwords received in SMS messages.
The QR code registration mode is another convenient way for visitors to access the Internet. After accessing Wi-Fi, visitors can obtain QR code prompts and access the network after being authorized by the visitees (employees). Visitors’ behavior is directly related to visitees, providing higher security.