Intelligent Identification of Smart Devices
The RG-WS6108 Wireless Controller with built-in portal server intelligently identifies the type of smart device. According to the device features, the wireless controller adaptively presents a portal authentication page in the corresponding size and page layout. The intelligent identification of smart devices eliminates the trouble of screen size adjustment and offers better wireless user experience. This technology supports all mainstream operating systems including Apple iOS, Android, and Windows.
Fair Scheduling
The RG-WS6108 Wireless Controller cooperates with Ruijie APs to offer equal access time for smart devices running different standards such as 802.11g, 802.11n, 802.11ac, etc. The feature solves the problems such as high latency and low network speed caused by use of an old wireless LAN card which is far away from the AP. The RG-WS6108 Wireless Controller ensures a fair high-speed wireless network for all users with any devices anywhere and anytime.
Hardware
|
Model |
RG-WS6108 |
|
Service Ports |
8 Gigabit copper ports 2 Gigabit fiber ports (combo) |
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Management Ports |
1 console port |
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Operating Temperature |
0ºC to 45ºC |
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Operating Humidity |
5% to 95%RH (non-condensing) |
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Storage Temperature |
-40ºC to 70ºC |
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Storage Humidity |
5% to 95%RH (non-condensing) |
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Power Consumption |
<40W |
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Security Standard |
GB4943, EN/IEC 60950-1 |
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EMC Standard |
GB9254, EN301 489 |
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Dimensions (W×D×H) (mm) |
440 × 200 × 43.6 |
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Weight |
2kg |
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Installation |
19-inch rack |
Software
|
Model |
RG-WS6108 |
|
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Performance |
Default Number of Manageable APs |
32 |
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Maximum Number of Manageable APs |
320 / 640 (for Wall AP) |
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Maximum Number of Configurable APs |
2048 |
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Maximum Number of Manageable Users |
10K |
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802.11 Performance |
8Gbps |
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VLAN |
4K |
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Maximum Number of Clients Supported by the Built-in Portal |
7500 |
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ACL |
64K |
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MAC Address Table |
16K |
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ARP Table |
12K |
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IPv6 Neighbour Table |
10K |
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Local Authentication |
300 wireless clients |
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Inter-AC Roaming Switch Time |
≤50ms |
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WLAN |
802.11 LAN Protocol |
802.11, 802.11b, 802.11a, 802.11g, 802.11d, 802.11h, 802.11w, 802.11k, 802.11r, 802.11i, 802.11e, 802.11n |
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CAPWAP |
Layer 2/Layer 3 network topology between an AP and an AC |
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Enable an AP to automatically discover an accessible AC |
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Enable an AP to automatically upgrade its software version from an AC |
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Enable an AP to automatically download configurations from an AC |
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Network Address Translation (NAT) traversal |
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Roaming |
Intra-AC Layer 2/Layer 3 roaming |
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Inter-AC Layer 2/Layer 3 roaming |
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Local forwarding intra-AC Layer 2/Layer 3 roaming |
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Local forwarding inter-AC Layer 2/Layer 3 roaming |
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Forwarding |
Centralized forwarding |
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Local forwarding |
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Flexible forwarding based on service |
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Wireless QoS |
AP-based bandwidth limiting |
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WLAN-based bandwidth limiting |
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Static speed limiting and smart speed limiting based on user |
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Fair balancing |
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User Isolation |
User isolation based on ACs in the whole network |
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User isolation based on AP |
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User isolation based on WLAN |
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Reliability |
Fast switching between 2 ACs |
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Multi-AC redundancy (1+1 A/A and A/S, N+1) |
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Multi-AC clustering (N+N) |
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Remote Intelligent Perception Technology (RIPT) |
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Uninterrupted service upgrade |
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STA Management |
AP-based STA limiting |
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SSID-based STA limiting |
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AP-based load balancing |
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AP traffic-based load balancing |
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5G priority access |
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RSSI threshold |
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STA RSSI Threshold |
0 to 100 |
|
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STA Idle Timeout |
90 to 86,400 seconds |
|
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STA Average Data Rate Threshold |
8 to 819,200 with the accuracy of 8 kbps |
|
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Adjusting Transmit Power of Beacons and Probe Responses |
Yes |
|
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Offline Syslog |
Yes |
|
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RF Management |
Setting country codes |
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Manually setting the transmit power |
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Automatically setting the transmit power |
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Automatically setting working channels |
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Automatically adjusting transmission rates |
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Support blackhole compensation |
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Support RF interference detection and avoidance |
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Security |
IPv4 Security |
Web authentication |
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802.1x authentication |
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PEAP authentication |
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SMS authentication |
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QR code authentication |
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IPv6 Security |
802.1x authentication |
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Web authentication |
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802.11 Security and Encryption |
Multi-SSID |
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SSID hiding |
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802.11i-compliant PSK authentication |
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WPA and WPA2 |
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WEP (WEP/WEP128) |
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WAPI |
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TKIP |
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CCMP |
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Protection against ARP spoofing |
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SMP |
Integration with SMP |
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CPP |
Yes |
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NFPP |
Yes |
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WIDS |
Yes |
|
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Internet Protocols |
IPv4 Protocol |
Ping, Traceroute |
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DHCP Server |
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DHCP Client |
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DHCP Relay |
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DHCP Snooping |
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DNS Client |
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NTP |
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Telnet |
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TFTP Server |
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TFTP Client |
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FTP Server |
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FTP Client |
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FTP Client |
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IPv6 Protocol |
DNSv6 Client |
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DHCPv6 Relay |
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DHCPv6 Server |
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TFTPv6 Client |
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FTPv6 Server |
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FTPv6 Client |
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IPv6 CAPWAP |
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ICMPv6 |
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IPv6 Ping |
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Manual tunnel, automatic tunnel |
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Manual configuration address, automatic local address |
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IPv6 Traceroute |
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IPv4 Routing |
Static routing, OSPF |
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IPv4 Routing Table Capacity |
8K |
|
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IPv4 Static Routing Table Capacity |
1K |
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IPv6 Routing |
Static routing |
|
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IPv6 Routing Table Capacity |
1K |
|
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IPv6 Static Routing Table Capacity |
1K |
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Management |
Network Management |
SNMP v1/v2c/v3 |
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RMON |
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Remote probe |
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Syslog |
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Network Management Platform |
Web management (Smart-web) |
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RG-SNC management |
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RILL management |
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Heat Map diagram |
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User Access Management |
Login via console port |
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Login via Telnet |
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Login via SSH |
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Upload to FTP |
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