Business Wireless Controller BundleBusiness Wireless Controller Bundle with ten 802.11ac (2x2) WAC720 Access PointsThe WB7620 Business Controller Bundle is the perfect offer for mid sized businesses delivering wireless with high per...
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Business Wireless Controller Bundle Business Wireless Controller Bundle with ten 802.11ac (2x2) WAC720 Access Points The WB7620 Business Controller Bundle is the perfect offer for mid sized businesses delivering wireless with high performance 802.11 access points. The package contains one (1) WC7600 Business Wireless Controller, ten (10) WAC720 802.11ac Wireless Access Points, and one (1) WC10APL license for 10 Access Point management.
Performance Centralized management of WC7600 Business Wireless Controller with redundancy as option
Premium performance of the WAC720 AP with 2 streams of data for 2.4 GHz (300 Mbps) and 5 GHz (867 Mbps) of reliable data delivery 802.11ac beamforming to improve range, minimizes interference while maximizing data rates Internal antennas for maximum RF performance
Scalability Each WB7620 wireless bundle includes one (1) WC7600 Premium Wireless Controller, ten (10) WAC720 Business Dual Band 802.11ac (2x2) Wireless Access Points and ten (10) AP licenses.
Scalable to add additional Access Points as needed (up to 50 in total).
Business Value Best value-for-price offering for businesses who want to benefit from the speed and features of managed 11ac wireless.
Significant bundle discount. All the benefits of a managed infrastructure at low total cost of ownership
Ease of Use The WB7620 Wireless Controller Bundle is designed for ease of ordering and simplified deployment with ten (10) 2x2 802.11ac Access Points.
Simplified logistic and deployment with single ordering SKU Controller-GUI and configuration optimized for SMB
Supported AP Models WAC730 802.11ac 3x3 (1.7 Gbps) Wireless Access Point WAC720 802.11ac 2x2 (1.3 Gbps) Wireless Access Point WNDAP660 802.11n 3x3 (900 Mbps) Wireless Access Point WND930 Outdoor Dual Band 802.11n (600 Mbps) Wireless Access Point WNDAP360 Dual Band 802.11n (600 Mbps) Wireless Access Point WNDAP350 Dual Band 802.11n (600 Mbps) Wireless Access Point WN370 802.11n (300 Mbps) Wall Mount Wireless Access Point WNAP320 802.11n (300 Mbps) Wireless Access Point WNAP210 802.11n (300 Mbps) Wireless Access Point Supported Modes Wireless-A/B/G/N/AC Main Functionality Wireless Controller Number of Access Points 50 per controller (Default support of 2 with optional license to support up to 50 AP’s) Maximum AP Supported per Controller 2 (default) 50 with Incremental 10-AP License Upgrades (WC10APL-10000S) Redundancy Support of Wireless Controller Stackable up to 3 controllers for a total support of 150 Access Points Supporting N + 1 redundancy with a maximum configuration of 3 active controller and 1 standby Maximum Profile Groups per Controller 8 Each access point belongs to only one profile group Maximum Security Profiles (SSID) per Profile Group 8 per radio (2.4 GHz; 5 GHz) Maximum Security Profiles (SSID) per Controller 128 Maximum Rogue APs Detectable per Controller 512 Maximum Floorplans per Controller 3 (default) Additional floorplans possible with USB local storage (up to a maximum of 18 floorplans) Number of Captive Portals per Controller 1 Maximum Clients per AP WNAP210 support up to 32 clients WNAP320 support up to 64 clients WN370 support up to 64 clients All other AP’s support up to 128 clients Maximum Clients per Controller None other than maximum clients per AP L2 Mobility L2 fast roaming support between the APs L3 Mobility L3 fast roaming support with encrypted tunnelling between the APs and the controller Maximum VLANs per Controller 64 VLANs for SSIDs 1 configurable management VLAN IP AND VLANS CONFIGURATION DHCP Server/Relay Integrated DHCP server Multiple DHCP server/pool can be added for different VLANs (up to 64) VLANs for the Wireless Controller One management VLAN (configurable VLAN ID) VLANs Access Points / Multiple SSIDs 64 VLANs VLANs Deployment The Wireless Controller must have IP connectivity with the access points through the management VLAN. If the Controller and the APs are on different management VLANs, external VLAN routing must allow IP connectivity between the Controller and the APs. RF PLANNING AND MONITORING Integrated Deployment Planning Hierarchical view of the network: Floor maps upload and floor maps dimensions input Automated RF planning algorithm: Computed number of APs required to cover a floor plan Theoretical cloud coverage indicated for each AP for positioning assistance on the floor plan RF Monitoring Coverage computing per floor plan Alert for any detected coverage holes with mitigation options with neighboring APs Rogue AP/blacklisted clients triangulation RF MANAGEMENT Automatic Channel Allocation Channel automatic distribution to reduce interference Auto-channel allocation takes into consideration the AP location, interferences, and neighborhood maps for each AP Modifiable list of corporate channels to be used Scheduled mode for auto-channel allocation Automatic mode available in case of high level of interference Automatic Power Control Optimum transmit power determination based on coverage requirements Automatic power control mode available Neighborhood scan of RF environment to minimize neighboring AP interference and leakage across floors Coverage Hole Detection Automatic mode Down APs or compromised RF environment detection with alerts Self healing: Automatic neighboring AP power increase to fill in for coverage losses Load Balancing AP load monitoring and overload prevention Client redirection to lightly loaded neighboring APs Fast Roaming Seamless rapid mobility across VLAN and subnets Includes 802.11i pre-auth and fast roaming Fast roaming support across L2, and L3 for video, audio and voice over wireless client Quality of Service WMM Quality of Service WMM (802.11e) prioritizes traffic for both upstream traffic from the stations to the access points (station EDCA parameters) and downstream traffic from the access points to the client stations (AP EDCA parameters) WMM Queues in Decreasing Order of Priority Voice: The highest priority queue with minimum delay, which makes it ideal for applications like VoIP and streaming media Video: The second highest priority queue with low delay is given to this queue. Video applications are routed to this queue Best effort: The medium priority queue with medium delay is given to this queue. Most standard IP application will use this queue Background: Low priority queue with high throughput. Applications, such as FTP, which are not time-sensitive but require high throughput can use this queue WMM Power Save Option WMM power save helps conserve battery power in small devices such as phones, laptops, PDAs, and audio players using IEEE® 802.11e mechanisms Rate Limiting Rate limit per SSID set as a percentage of total available bandwidth WIRELESS SECURITY Client Authentication Protocols Open, WEP, WPA/WPA2-PSK 802.11i/WPA/WPA2 Enterprise with standard interface to external AAA/RADIUS Server Loc
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