Newbridge NB3934-AP Dual Band Mu Mimo Access Point
Newbridge NB3934-AP is the indoor wall/ceiling mount wireless access point the delivers high performance.
3×3 2.4GHz radio, up to 450Mbps physical data rate | 4×4 5.0GHz radio, up to l ,750Mbps physical data rate (with 4SS/VHT80 or 2SS/VHT160 stations) | Supports SU-MIMO in 2.4Ghz and MU-MIMO in 0Ghz
Newbridge NB3934-AP is designed with enhanced RF transmission technology, providing greater coverage and higher signal quality, and can be widely used in carrier, enterprise, industry and other markets.
NB3934-AP supports 802.11a/b/g/n/ac protocol standard, built-in IEEE 802.11n 2.4 GHz 3x3, 3 spatial streams SU-MIMO with up to 450Mbps throughput and 5GHz 4x4, 4 spatial streams MU-MIMO with up to 1,733Mbps throughput.
NB3934-AP uses powerful combination of 3 pieces Qualcomm chips and 4 pieces dual band antennas to support more users to satisfy specific environment. 802.11ac Wave 2 MU-MIMO allows multiple users connect to one Wave2 AP, helps improves throughput and users’ experience.
NB3934-AP build-in dual band anti-interference technology, and is very suitable for high density environment, such as hotel, restaurant, and large convention hall. When AP is interfered, it can adjust transmit power to improve WIFI stability.
802.11 g/n + 802.11 ac/a/n MU-MIMO technology allows a Wave2 AP to communicate with multiple clients simultaneously, which significantly increase multi-user throughput and overall user experience.
NB3934-AP works standalone with build-in web management portal or works seamlessly with central management system, Newbridge controller NB9000 series.
Band-steering
navigation feature which guides and initiates association with dual-band clients. When the 5GHz RF has less online client, dual-band clients will be redirected to the 5GHz radio. The same applies to 2.4GHz RF, dual-band clients will be redirect to the 2.4GHz radio when the 2.4GHz RF has less online clients.
Multicast optimization
Multicast optimization converts multicast packets of destination address into unicast packets. With this wireless forwarding, high speed forwarding multicast members can be achieved, optimizing wireless multicast data forwarding.
Roaming steering
Client roaming can be navigated through the rejection of weak signal access and reconnection trigger for clients. Rejection of weak signal access can effectively prevent the access of clients with weak signals, further guiding the client to associate to a stronger RF signal. When a wireless client moves from one coverage area to another RF coverage area, the original coverage signal will become less, causing degradation of network connectivity. Client reconnection trigger helps initiate and triggers the client connect to a stronger RF signal.
Enhanced RF technology
Supports maximum transmit power of 27dBm (EIRP), providing greater coverage, further reducing deployment density. With high-gain internal antenna. 500mW high power chip makes signal become stronger and cover more room.
RF PERFORMANCE TABLE - 2.4GHZ
RF PERFORMANCE TABLE - 5GHZ
3D RADIATION PATTERN OF EACH ELEMENT
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