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Datasheet
5
Generic Filter versus Proprietary Filter of UniFi AP-Outdoor+
2412 2472
1 2 3 4 5 6 7 8 9 10 11 12 13
Channels
MHz
2.4 GHz Spectrum
2412 2472
1 2 3 4 5 6 7 8 9 10 11 12 13
Channels
MHz
2.4 GHz Spectrum with Multi-Lane RF
Other Transmissions and NoiseOperating Channel Interference
-100
-20
dBm
-100
-20
dBm
Co-Located UniFi AP-Outdoor+ Access Points
2.4 GHz Spectrum with Multi-Lane RF
2412 2472
1 2 3 4 5 6 7 8 9 10 11 12 13
Channels
MHz
-100
-20
dBm
Channel 1
Channel 11
Channel 6
A C
B
UAP-Outdoor+
A
UAP-Outdoor+
B
UAP-Outdoor+
C
Innovative Multi-Lane RF Technology
Wireless client devices in high-density areas experience
signicant interference and noise stemming from
multiple APs using the same operating band.
With the launch of the UniFi AP-Outdoor+, Ubiquiti
Networks introduces our patented Multi-Lane
™
RF
technology, which optimizes the operating channel
and rejects interference using specialized circuitry, the
High-Selectivity Receiver(HSR).
Our innovative Multi-Lane RF technology isolates signals
on the operating channel and removes adjacent channel
interference. Wireless capacity and throughput are
increased in high-density areas, and multiple APs can
operate in closeproximity.
Typical AP Performance
Although theoretically channels 1, 6, and 11 of the 2.4GHz
operating band shouldn’t overlap, in practice there is
cross-channel interference that affects performance,
especially in noisy, high-density environments. For
example, with a typical AP operating on channel 6, it also
hears RF from channels 1 and 11, because the typical AP
has a generic lter that only lters out any non-2.4 GHz
interference–all 2.4 GHz frequencies are still allowed in.
Superior UniFi AP-Outdoor+ Performance
When the UniFi AP-Outdoor+ operates on channel 6,
its HSR lter specically eliminates all non-channel6
frequencies, creating a clean spectrum with minimal
noise. So with Multi-Lane RF technology, you truly have
three high-speed, multi-lane channels (1, 6, and 11)
available for superior capacity and throughput.
Increase Capacity and Throughput