WL8200-W2 can be installed in a standard 86 panel, without the need for reconstruction of the wall, a small amount of construction, no noise; It don’t destroy original decoration, it has beautiful appearance after installation. WL8200-W2 supports the 802.11AC standard, the highest available wireless bandwidth of 1167M, is 2 times of the traditional 802.11n standard AP. The WL8200-W2 adopted Atheros chip with high performance, strong load capacity.
WL8200-W2 product support Fat and Fit two kinds of work modes, according to the needs of the network planning. When WL 8200-W2 works as Fit AP, we need use DCN intelligent controller at the same time; When WL 8200-W2 works as Fat AP, it can be used independently. WL8200-W2 product support Fat/Fit two operating modes, it’s useful for customers to upgrade their small WLAN network to the large network, so as to protect the user’s investment.
- Wired and wireless gigabit access
The wireless AP integrated two gigabit wired uplink ports, can truly meet the bandwidth requirement of wireless clients and four gigabit downlink Ethernet ports.
The integration of the 4 Gigabit downlink ports supports flexible VLAN configuration, the wired and wireless traffic can be logically separated, it supports remote UP/DOWN operations at the same time and can avoid the illegal cable connection, and it also supports the unified configuration of cable outlet with the remote WEB visualization interface. Flexible configuration management approach can meet the diverse needs of customers’ wired access.
- High load capacity
WL8200-W2 adopts Atheros chip of enterprises class, a more powerful CPU, while a lot of wall-mounted AP vendors use SOHO chip. Domestic AP products with SOHO chip are very inappropriate to be deployed in the enterprise, school and the hotel. Firstly, when the number of access users is up to 10, it is not stable, and it will require a restart, but WL8200-W2 has a strong load capacity with the use of enterprise class chips, can completely meet the needs of the school dormitory, Hotel wireless access.
- Coverage —— Super sensitivity and intelligent velocity molding technology allow AP to cover through walls
WL8200-W2 expands its coverage by improving receiving signal sensitivity, easily go through the thick walls. The wireless signal transmission is bidirectional; Increase of coverage must guarantee the normal reception of the weak signal. With built-in intelligence WL8200-W2 beam forming technology form the strongest signal in the direction of the mobile access terminal, enhance the strength of the signal of the mobile terminal. General domestic level SOHO AP simply increase the transmit power through illegal expansion of coverage, signal strength is inflated and the machine is hot when it works, can not guarantee the normal reception and transmission of weak terminal data. Setting cloth in traditional corridor will often result the weak signal in the toilet cover because of the indoor wall structure.
- Gigabit transparent port——wired escape of AP fault and wired/wireless network physical isolation
The wall-mounted AP will take the existing wired information ports of clients, wired and wireless access ports are integrated in a device. Customers are more concerned about whether the wired port can be used normally once the wireless AP has fault. WL8200-W2 can connect the Gigabit uplink ports through the lateral gigabit transparent ports (PASS THROUGH), although AP is down or power off, customers can still access the wired internet through the transparent port, easy to complete the escape of AP’s fault through the wired port. In addition, with the use of the characteristics of the dual Gigabit uplink ports of WL8200-W2, combined with the transparent side Gigabit ports, you can design a wired / wireless network of physical isolation: wireless traffic go to uplink Gigabit WAN port, the wired traffic that needs to be isolated goes to transparent Gigabit port and uplink gigabit PASS THROUGH port.
The transparent Gigabit port also meets the needs of connections of the digital local telephone access to the internal telephone system, without additional deployment of digital phone lines.
- High speed, excellent WIFI gigabit access
WL8200-W2 supports the new 802.11AC standard, wireless bandwidth get to gigabit easily, it’s 2 times of the traditional 802.11n AP wireless bandwidth, provides comparable Gigabit wired wireless experience for users. Combined wired port intelligent configuration and perfect authentication, WL8200-W2 id an ideal choice for high-speed Internet access and indoor equipment connection.
- Three in one access
WL8200-W2 really realize the high speed WIFI network, Gigabit wired network and digital telephone three in one access, can provide WI-FI access, wired Ethernet access and telephone access for various equipment and applications.
- Easy to deploy and configure —— rapid installation, fire alarm
The deployment of the covering and antenna burglary coverage in the corridor need to punch the holes, especially for the antenna, there is much construction noise, the hotel, medical and school cherish an undying. WL8200-W2 panel supports 86 boxes standard, can perfectly fit plug-in installed to any standard network information panel, it has beautiful appearance, does not destroy the existing environment. With the use of the existing cable POE power supply, it can reduce the wiring. The installation has low cost, no noise, short project period (the time to install an AP is less than 3 minutes), it does not affect the normal office, business and customer service. In addition，AP use flame retardant materials, lateral standard anti-theft screw, the clients can use it easily in the room.
|Dimensions (mm)||86 ×86 ×125|
|Back panel port||Two 1000M Ethernet ports|
|Front panel port||Four 10/1000M ports，one 1000M passthrough ports|
|The anti-theft screw|
|Lateral direction support an anti-theft screw, AP indoor coverage is safe and secure|
|Local||Support 48V DC local power supply|
|Maximum power consumption||＜6W|
|Working temperature||15% ～95% no condensing|
|WLAN||Product positioning||Indoor wireless wall AP|
|Working frequency band||2.4GHz and 5.8GHz|
|Virtual AP (BSSID)||32|
|Number of spatial streams||2|
|Dynamic channel adjustment (DCA)||YES|
|Transmit power control (TPC)||YES|
|Blind area detection and repair||YES|
|RF environment scanning||YES|
|Restriction on the number of access users||YES|
|Link integrity check||YES|
|Prohibiting the access of terminals with weak signals||YES|
|Forced roaming of terminals with weak signals||YES|
|Intelligent control of terminals based on airtime fairness||YES|
|40 MHz bundling||YES|
|300 Mbps (PHY)||YES|
|Frame aggregation (A-MPDU)||YES|
|Maximum likelihood demodulation (MLD)||YES|
|Transmit beam forming (TxBF)||YES|
|Maximum ratio combining (MRC)||YES|
|Space-time block coding (STBC)||YES|
|Low-density parity-check code (LDPC)||YES|
|Cable||Wired port VLAN configuration||YES，each wired port can be configured VLAN|
|AC remote configuration||YES，including CLI and WEB modes|
|Security||Encryption||YES 64/128WEP、TKIP、CCMP encryption|
|MAC address authentication||YES|
|Real-time spectrum protection||YES|
|Protection against DoS attacks||Anti-DoS for wireless management packets|
|Forwarding security||Frame filtering, white list, static blacklist, and dynamic blacklist|
|User isolation||AP L2 forwarding suppression|
Isolation between virtual APs (multiple SSIDs)
|Periodic SSID enabling and disabling||YES|
|Access control of free resources||YES|
|Secure admission control of wireless terminals||Secure admission control of wireless terminals based on DCSM|
|ACL||Access control of various data packets such as MAC, IPv4, and IPv6 packets|
|Secure access control of APs||Secure access control of APs, such as MAC authentication, password authentication, or digital certificate authentication between an AP and an AC|
|Forwarding||IP address setting||Static IP address configuration or dynamic DHCP address allocation|
|Roaming||Fast roaming across APs|
Fast roaming across ACs
|AP switching reference||Signal strength, bit error rate, RSSI, S/N, whether neighboring APs are normally operating, etc.|
|Priority mapping||Ethernet port 802.1P identification and marking|
Mapping from wireless priorities to wired priorities
|QoS policy mapping||Mapping of different SSIDs/VLANs to different QoS policies|
Mapping of data streams that match with different packet fields to different QoS policies
|L2-L4 packet filtering and flow classification||Yes: MAC, IPv4, and IPv6 packets|
|Load balancing||Load balancing based on the number of users|
Load balancing based on user traffic
Load balancing based on frequency bands
|Bandwidth limit||Bandwidth limit based on APs|
Bandwidth limit based on SSIDs
Bandwidth limit based on terminals
Bandwidth limit based on specific data streams
|Power saving mode||YES|
|Automatic emergency mechanism of APs||YES|
|Intelligent identification of terminals||YES|
|Wireless network VAS||Abundant wireless network VASs; applications based on smart terminals; advertisement push based on site locations; personalized push of the portal|
|Multicast enhancement||Multicast to unicast|
|Management||Network management||Centralized management through an AC; both fit and fat modes|
|Maintenance mode||Both local and remote maintenance|
|Log function||Local logs, Syslog, and log file export|
|Switching between the fat and fit modes||An AP working in fit mode can switch to the fat mode through a wireless AC;|
An AP working in fat mode can switch to the fit mode through a local control port or Telnet.
|Remote probe analysis||Yes|
|Product model||Product description||Remarks|
|WL8200-W2||802.11AC dual band wireless indoor wall-mounted AP (support 2.4GHz &5.8GHz, the maximum bandwidth 1167Mbps, the built-in antenna; support 4 Gigabit wired ports; support Gigabit Passthrough , wired port; support dual gigabit uplink , support 802.3af, support PoE remote power supply and the local direct current power supply ) (the accessories have no local power adapter and POE power supply module)|