Datasheet

2
Datasheet
Scalable Enterprise Wi-Fi Management
The UniFi
®
Ecosystem enables the system integrator to
eecvely and eciently create wireless network designs
of any size, from small to large, with the potenal for
unlimited scalability.
The built-in, dedicated security and monitoring radio of
the UniFi XG AP provides visibility into site performance,
channel planning, and local interferers, allowing the
integrator to properly evaluate performance and quickly
respond to changing interference and security threat
landscapes.
Easily accessible through any standard web browser and
the UniFi app (iOS or Android
™
), the UniFi Controller
soware is a powerful soware engine ideal for high-
density client deployments requiring low latency and high
upme performance.
Features
Powerful Hardware The UniFi XG AP features the
latest in Wi-Fi 802.11ac Wave 2 MU-MIMO technology
combined with dedicated security and Bluetooth radios.
Intuive UniFi Controller Soware The system
integrator can leverage the controller to easily congure
and administer an enterprise Wi-Fi network.
Expandable The system integrator can start with one (or
upgrade to a mul-pack) and expand to thousands while
maintaining a single unied management system.
Save Money and Save Time UniFi comes bundled with
a soware controller that can be deployed on an on-site
PC, Mac, or Linux machine; in a private cloud; or using a
public cloud service. For more informaon about UniFi
Cloud or UniFi Elite service, visit: uni.ubnt.com
Extend Your Coverage
With the UniFi Controller soware running in a NOC or in the cloud, system integrators can manage mulple sites: mulple,
distributed deployments and mul-tenancy for managed service providers. Below are some deployment examples.
University/Industrial Campus
Corporate Buildings
Internet Cafe
Dorm or Residence
Hotel
Good
Fair
Poor
Great
Network:
Switches
12
Gateway
ধ£-A!ধ32
18%
Internet
Capacity
43%
Clients
412
Guests
113
IoT
45
Everything is
great
My Dashboard
Edit Widgets
-24hrs
-24hrs
Max
980
-2
0
Now
Now
Throughput
Latency
ISP Load:
Great
-24hrs
Max
0
Now
-8ধ1'
-24hrs
High
Low
Now
Retry Rate
Great
Wi-Fi Load:
225.2 Mbps
125.2 Mbps
1
-f-8!ă$-9;8-#<ধ32
36
6
11
40
44
48
52
56
60
64
100
104
108
112
116
120
124
128
132
136
140
149
153
157
161
165
A
WA
Access Points
20
39;$ধ='9
ă$'
Back Room
Storage
Roof
!££>!@'WWW
91 GB
86 GB
53 GB
48 GB
45 GB
3666£-$!ধ329
YouTube
£-'2;9
29;!+8!1
£-'2;9
Squarespace
£-'2;9
33+£'
£-'2;9
Facebook
£-'2;9
Top Interference
ă$'
Roof
Storage
51%
45%
45%
Top CPU Usage
ă$'
Back Room
Home
51%
45%
45%
39;$ধ='£-'2;9
Wi-Fi Key Metrics
£-'2;9
-,32'
¥£-'2;9
2&83-&
£-'2;9
MacBook
£-'2;9
PC Laptop
£-'2;9
iPad
39;$ধ='>-;$,'9
36'138@9!+'
£-'2;8'7<'2$@-9;8-#<ধ32
'=-$'-9;8-#<ধ32
SW-24A
f-;$,'2
SW-8A
f32('8'2$'
SW-8B
Storage
SW-24E
Roof
SW-24D
!££>!@'WWW
56.9%
56.9%
35.6%
35.6%
34%
34%
28%
28%
24%
24%
32+'9;£-'2;6ধ1'
-f-<11!8@
3<ধ2+ধ£-A!ধ32
>-;$,<11!8@
iPad-1
692£-2'
!;'>!@f!-2
32;83££'8fă$'
32;83££'8fă$'
¦ধ£-A!ধ32
¦ধ£-A!ধ32
¦ধ£-A!ধ32
2£-2'
MBP-2
£-'2;9
iPad-2
ধ£-A!ধ32
£-'2;9
38;ধ£-A!ধ32
8d 4h 0m
32
24
2d 8h 30m
1,324
2d 8h 30m
64%
1,324
32%
Port Usage
!1'
Status
Users
Guests
Purpose
='8!+'!;!
Port 1- GB
VPN-LA-PDX
21
2
Corporate
320 GB
Port 2 - GB PoE+
VPN-LA-PDX2
6
0
2£@
11 GB
Port 3- 10 GB
'13;'fø$'f
43
0
2£@
12 GB
120
80
32
f32('8'2$'
45%
ă$'f8;'6;
45%
MBP-1
8!ă$
Devices
8!ă$
2d 8h 30m
248 GB
536
1,248 GB
Port 4- GB POE
8!29('8f
7
12
2£@
0 GB
13
0%
0%
0%
100%
100%
100%
Average Capacity
500 Mbps
='8!+'-8ধ1'ধ£-A!ধ32
8%
='8!+'6'$;8!£ă$-'2$@
Wl#c9mA
1300 Mbps
0 Mbps
100%
0%
l#c9mA
W¤l#c9mA
2;'82';322'$ধ32V
30 Mbps
40 Mbps
50 Mbps
20 Mbps
10 Mbps
0 Mbps
-24 hrs
-12 hrs
Now
3>2£3!&
,'38'ধ$!£!6!$-;@
Throughput
Portlan
d
SDN
Last 24 Hrs
A
64% 11ac W2
08% 11n
13 LAN
01 LAN
50%
03 WLAN
28% 11ac