Designed with enterprise-grade requirements in mind, VAP2516A is a 2x2 MIMO 802.11ac access point with concurrent dual-band radios supporting two spatial streams and a data rate of up to 1167Mbps. The common deployment scenarios of VAP2516A include four or five star hotels, university dormitories and hospitals. The access point can seamlessly work with Abloomy local AC (CAM), Abloomy private cloud (CSP) and Abloomy public cloud (ACS). Leveraging a purpose-built edge-computing architecture, Abloomy access points build all kinds of customized, enterprise-grade wireless networks through an approach which combines simplicity, scalability, extensibility, reliability, performance and security.
With zero configuration, Abloomy access points can be activated and up-and-running in seconds.
The Tx power can be adjusted automatically based on the RF environment to achieve the best wireless coverage; the automatic radio channel adjustment ensures that the AP is always running on the best radio channel to reduce RF interference and congestion.
Supports load balancing based on users and traffic.
Manages radio-band usage and pushes clients to use 5GHz channels for lower interference and better performance.
Supports NAT, Firewall, QoS and other network gateway functions.
Advanced security features, such as WPA2-AES, 802.1X, firewall, role-based access control, rogue AP detection and user isolation, help create enterprise-grade secure wireless networks.
Provides isolated internet-only access for visitors. Enforces customized network access control policies.
Controls bandwidth usage based on ports, users and VLAN.
Collects and visualizes the data from both the network and the physical world, providing visibility regarding network status and visitor statistics.
Tracks client locations with a patented algorithm based on Wi-Fi RF fingerprints, providing clients with proper localized services.
By monitoring the network status in real time, the AP system will create alerts, providing the knowledge for rapid troubleshooting. It also supports batch upgrading based on AP locations, models, versions, and other similar information. Upgrades can be scheduled autonomously, allowing for automatic network maintenance.
Model | VAP2516A |
Appearance | ![]() |
Weight | 247g |
Dimension(L*W*D) | 150mm*86mm*30mm |
Interface | 1*10/100/1000 WAN port 4*10/100/1000M adaptive LAN port 1*RJ45 Pass Through port Reset button DC power jack 1*WAN line groove 1*RJ45 Pass Through port 1*Pass Through line groove |
Antenna | 4*integrated omnidirectional antenna, 2x2MIMO; 2.4G antenna gain≥2dbi; 5G antenna gain≥2dbi |
MIMO Streams | 2.4GHz: 2x2 5GHz: 2x2 |
Max Data Rates | 1167Mbps |
Power Supply | 48V DC 0.3A PoE: 802.3af/at |
Standards | IEEE802.11a/b/g/n/ac 2.4GHz&5GHz |
Power consumption | 9W(max) |
Max Tx Power | 2.4G:17dBm 5GHz:17dBm Subject to local regulations |
Frequency | IEEE802.11b/g/n: 2.4000GHz~2.4835GHz; IEEE802.11a/ac: 5.15~5.25GHz;5.25~5.35GHz;5.47-5.725GHz;5.725~5.85GHz; Applicable to country/area restrictions |
Channel | America/Canada:1-11, Europe (ETSI X30):1-13, Japan X41:1-13 5GHz depends on the configured regulatory area: 36~165 |
Adjustment | 802.11b:BPSK,QPSK,CCK; 802.11a/g/n/ac:BPSK,QPSK,16-QAM,64-QAM,256-QAM |
Operating Temperature | 0~45℃ |
Storage Temperature | -20℃~60℃ |
Operating Humidity | 5% ~95%, non-condensing |
Software | |
Load Balance | Support the load balance based on AP traffic and users |
QOS | Support bandwidth control based on users, role, time, location, etc. |
Forwarding Mode | Support local forwarding and Central forwarding |
Band steering | Support |
IPV6 | Support |
Soft GRE | Support |
User Management | Support Web, CLI, SSH user management |
Alerts | Support AP status alerts |
RF | Auto and manual channel adjustment |
AP access | Broadcast discovery |
Security | 802.1X authentication |
Access control | IP-based filtering |
Statistics | Statistics of access history |
Protocol | PPPoE, static IP, DHCP |
Wireless optimization | Limit low-speed client connection |
Configuration management | Support Web, CLI, SSH user management |