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11ax Managed Indoor

Ceiling Mounts
Standards
Frequency
Max Data Rate
Streams
Ethernet Ports
Antenna
Ceiling Mounts
EWS377AP
Coming Soon
Standards

802.11a/b/g/n/ac/ax

Frequency

2.4 & 5 GHz

Max Data Rate

2,400Mbps & 1,148Mbps

Streams

4x4 : 4

Ethernet Ports

1xPort (PoE+)
2.5 Gigabit Ethernet

Antenna

4x3dBi @2.4GHz
4x3dBi @5GHz

Ceiling Mounts
EWS357AP
Coming Soon
Standards

802.11a/b/g/n/ac/ax

Frequency

2.4 & 5 GHz

Max Data Rate

574 & 1,200 Mbps

Streams

2x2 : 2

Ethernet Ports

1xPort (PoE+)
1 Gigabit Ethernet

Antenna

2x3dBi @2.4GHz
2x3dBi @5GHz

EnGenius 802.11ax for the Enterprise-Minded SMB

Greater Capacities. Stronger Connections. Future Capabilities.

The newest EnGenius 802.11ax products support existing and future device and application needs for the forward-thinking SMB.
They allow advancements within a network without demanding a major restructuring of what is already in place.

The new 802.11ax technology (Wi-Fi 6) builds upon real-world deployment of 802.11ac.
The stronger, steadier and more efficient 802.11ax enables more efficient channel use, reduces latency between AP and client devices,
and provides other groundbreaking features.

 

 

 

 

802.11ax Features

Stronger, steadier and more efficient...

 

OFDMA (in both uplink and downlink)

Enables more efficient channel use, reduces latency between
AP and client devices, and provices backward-
compatibility with 2.4GHz and 5GHz.

 

 

1024 QAM

Boosts throughput by 25% and provides greater reliability
in short distances

 

Target Wake Time (TWT)

Reduces power consumption, schedules wake times
and extends client battery life of mobile and IoT
devices.

 

BSS Coloring & Spatial Reuse

BSS coloring tags packets with a "color" to differentiate
between adjacent service sets. Spatial reuse enables
simultaneous transmissions on the same channel via
BSS coloring.

Uplink & Downlink of MU-MIMO

Supports up to 8 (eight) devices and provides greater
network efficiency, focuses radio energy on specific users,
and ensures optimal signal and reception reliability.

 

Longer OFDM Symbols

Enables shorter wait times between data transmissions
and tolerates more noise, which allows greater coverage