Wi-Fi Network Report

Wi-Fi Network Report1Wi-Fi Network Reportsample_layout
Survey routes and Access Points for sample_layout

Coverage Requirement: Ekahau Best Practices
2.4 GHz

5 GHz

Signal Strength Min-67.0 dBm

Signal-to-Noise Ratio Min

20.0 dB

Data Rate Min

24 Mbps

Channel Interference Max

2 at min. -85.0 dBm

Round Trip Time (RTT) Max

200 msPacket Loss Max

0.0 %Signal Strength Min-67.0 dBm

Secondary Signal Strength Min-67.0 dBm

2

Wi-Fi Network Report

View as / Project Offset

Signal-to-Noise Ratio Min

25.0 dB

Data Rate Min

24 MbpsChannel Interference Max

1 at min. -85.0 dBm

Round Trip Time (RTT) Max

200 msPacket Loss Max

0.0 %Measured3

Wi-Fi Network Report
Signal Strength for sample_layout on 2.4 GHz band

Signal Strength - sometimes called coverage - is the most basic requirement for awireless network. As a general guideline, low signal strength means unreliable
connections, and low data throughput.

4Wi-Fi Network Report
Signal Strength for sample_layout on 5 GHz band

Signal Strength - sometimes called coverage - is the most basic requirement for awireless network. As a general guideline, low signal strength means unreliable
connections, and low data throughput.

5Wi-Fi Network Report
Secondary Signal Strength for sample_layout on 2.4 GHz band

Secondary Signal Strength shows the second strongest RSSI on any given locationon the map. This heatmap helps to ensure smooth roaming for clients and quality ofservice for certain latency-sensitive applications, such as VoIP calls.

6Wi-Fi Network Report
Secondary Signal Strength for sample_layout on 5 GHz band

Secondary Signal Strength shows the second strongest RSSI on any given locationon the map. This heatmap helps to ensure smooth roaming for clients and quality ofservice for certain latency-sensitive applications, such as VoIP calls.

7

Wi-Fi Network Report
Tertiary Signal Strength for sample_layout on 2.4 GHz band

Tertiary Signal Strength is used to display the third strongest RSSI on any given
point of the map. Tertiary Signal is mostly used to ensure sufficient quality of service
for certain specialized services, such as Real-time Location (RTLS) applications.

8

Wi-Fi Network Report
Tertiary Signal Strength for sample_layout on 5 GHz bandTertiary Signal Strength is used to display the third strongest RSSI on any given
point of the map. Tertiary Signal is mostly used to ensure sufficient quality of service
for certain specialized services, such as Real-time Location (RTLS) applications.

9Wi-Fi Network Report
Signal To Noise Ratio (SNR) for sample_layout on 2.4 GHz band

Signal-To-Noise Ratio indicates how much the signal strength is stronger than thenoise (co-channel interference). Signal must be stronger than noise (SNR greaterthan zero) for data transfer to be possible. If the signal is only barely stronger thannoise, you may encounter occasional connection drop-offs.

10

Wi-Fi Network Report
Signal To Noise Ratio (SNR) for sample_layout on 5 GHz band

Signal-To-Noise Ratio indicates how much the signal strength is stronger than thenoise (co-channel interference). Signal must be stronger than noise (SNR greaterthan zero) for data transfer to be possible. If the signal is only barely stronger thannoise, you may encounter occasional connection drop-offs.

11

Wi-Fi Network Report
Channel Interference for sample_layout on 2.4 GHz band

Channel interference indicates the number of access points overlapping at eachlocation in a single channel.

12Wi-Fi Network Report
Channel Interference for sample_layout on 5 GHz band

Channel interference indicates the number of access points overlapping at eachlocation in a single channel.

13

Wi-Fi Network Report
Number of APs for sample_layout on 2.4 GHz band

Number of Access Points indicates the number of access points audible at eachlocation.

14

Wi-Fi Network Report
Number of APs for sample_layout on 5 GHz band

Number of Access Points indicates the number of access points audible at eachlocation.

15

Wi-Fi Network Report
Noise for sample_layout on 2.4 GHz band

Displays the noise level in the network as measured by the network adapter.

16

Wi-Fi Network Report
Noise for sample_layout on 5 GHz band

Displays the noise level in the network as measured by the network adapter.

17

Wi-Fi Network Report
Data Rate for sample_layout on 2.4 GHz band

Data Rate is the highest possible speed (measured in megabits per second) at which
the wireless devices will be transmitting data. Typically the true data throughput isabout half of the data rate or less.

18

Wi-Fi Network Report
Data Rate for sample_layout on 5 GHz band

Data Rate is the highest possible speed (measured in megabits per second) at which
the wireless devices will be transmitting data. Typically the true data throughput isabout half of the data rate or less.

19

Wi-Fi Network Report
Throughput for sample_layout on 2.4 GHz band

Displays the measured throughput. If no measured throughput is available, then theestimated maximum throughput is shown instead.

20

Wi-Fi Network Report
Throughput for sample_layout on 5 GHz band

Displays the measured throughput. If no measured throughput is available, then theestimated maximum throughput is shown instead.

21

Wi-Fi Network Report
Associated Access Point for sample_layout

Displays the access point the client device is associated with. The image shows
Predicted Association - Signal Strength

AP #Access Point

5

Measured AP-8f:70

Aruba

802.11n802.11n

11
11

c8:b5:ad:79:8f:61
c8:b5:ad:79:8f:60

guest
aruba-01●802.11ac

116@80116@80c8:b5:ad:79:8f:71
c8:b5:ad:79:8f:70

guest
aruba-01●802.11ac

22

Wi-Fi Network Report23

Wi-Fi Network Report
Packet Loss for sample_layout

Displays how many replies did not arrive to a sent packet.

24

Wi-Fi Network Report
Round-Trip Time for sample_layout

Displays the average duration for a reply to a sent packet.

25

Wi-Fi Network Report
Channel Utilization for sample_layout on 2.4 GHz band

Channel utilization shows the share of time the spectrum power measured byspectrum analyzer high enough so that the channel can be considered as occupied.

26

Wi-Fi Network Report
Channel Utilization for sample_layout on 5 GHz band

Channel utilization shows the share of time the spectrum power measured byspectrum analyzer high enough so that the channel can be considered as occupied.

27

Wi-Fi Network Report
Spectrum Channel Power for sample_layout on 2.4 GHz band

28

Wi-Fi Network Report
Spectrum Channel Power for sample_layout on 5 GHz band

29

Wi-Fi Network Report
Network Health for sample_layout on 2.4 GHz band

Wi-Fi is typically built for a certain purpose or several purposes, such as VoIP, webbrowsing, or location tracking. With Network Health, you can, with a single
visualization, display whether the network meets your requirements or not.

30

Wi-Fi Network Report
Network Health for sample_layout on 5 GHz band

Wi-Fi is typically built for a certain purpose or several purposes, such as VoIP, webbrowsing, or location tracking. With Network Health, you can, with a single
visualization, display whether the network meets your requirements or not.

31

Wi-Fi Network Report
Network Issues for sample_layout on 2.4 GHz band

Network Issues complements Network Health by showing the requirement that isbelow the threshold level at each location. Whereas Network Health answers thequestion "Does it work?", Network Issues answers the question "If it doesn't work,why?".

32

Wi-Fi Network Report
Network Issues for sample_layout on 5 GHz band

Network Issues complements Network Health by showing the requirement that is
below the threshold level at each location. Whereas Network Health answers thequestion "Does it work?", Network Issues answers the question "If it doesn't work,why?".

33

Wi-Fi Network Report
Bluetooth Coverage for sample_layout

Bluetooth coverage shows how many Bluetooth radios are audible at each location.

34

Wi-Fi Network Report

Access Points on sample_layout

35

Wi-Fi Network Report

My Access Points on sample_layout
Simulated Access Points on sample_layout
None.
Measured Access Points on sample_layout
AP #Access Point

5

Measured AP-8f:70

Aruba

802.11n802.11n1111

c8:b5:ad:79:8f:61
c8:b5:ad:79:8f:60

guest
aruba-01

802.11ac802.11ac

116@80116@80c8:b5:ad:79:8f:71
c8:b5:ad:79:8f:70

guest
aruba-01

36

Wi-Fi Network Report

Other Access Points on sample_layout
Simulated Access Points on sample_layout
None.
Measured Access Points on sample_layout
AP #Access Point

1

Measured AP-1b:85

HUMAX

802.11n

6

38:f8:5e:1d:1b:8d

HUMAX-D1B80

802.11ac

52@80

38:f8:5e:1d:1b:85

HUMAX-D1B80-A

0e:61:27:24:35:7c

AP-21F41C

2

Measured AP-35:7c
802.11ac

346736

Measured AP-35:7c

Actiontec

802.11ac

0c:61:27:24:35:7c

36

DIRECT-xy24357C

Measured AP-56:92

Elecom802.11n904:ab:18:5b:56:91

elecom-5b568f

802.11ac

36@80

04:ab:18:5b:56:92

elecom-5b568f

Measured AP-96:6d

Cisco Meraki

802.11n802.11n802.11g
802.11n11
11

e0:cb:bc:8d:96:6d
e6:cb:bc:8d:96:6d
de:cb:bc:8d:96:6d
de:cb:bc:8d:96:6d

802.11ac802.11ac802.11ac

108@80108@80
108@80de:cb:ac:8d:96:6d
e2:cb:ac:8d:96:6d
e6:cb:ac:8d:96:6d

Measured AP-f4:1c

Actiontec

802.11ac

0c:61:27:21:f4:1c

36

Head office WiFi
ASE-guest(M)Head office WiFi
ASE-guest(M)

DIRECT-xy21F41C

37

Wi-Fi Network Report
Channel Width for sample_layout on 2.4 GHz bandShows the maximum channel width available in each area.

38

Wi-Fi Network Report
Channel Width for sample_layout on 5 GHz bandShows the maximum channel width available in each area.

39

Wi-Fi Network Report

Bluetooth Devices on sample_layout

40Wi-Fi Network Report

My Bluetooth Devices on sample_layout
Simulated Bluetooth Devices on sample_layout
None.

41

Wi-Fi Network Report

Other Bluetooth Devices on sample_layout
Simulated Bluetooth Devices on sample_layout
None.

42

Wi-Fi Network Report

Measured Access Points not placed on any map
My Access Points not placed on any map
None.
Other Access Points not placed on any map
AP #Access Point

8

Measured AP-0c:ff
802.11n91011121112:66:82:fa:0c:ff

Measured AP-0c:ff

NEC Platforms

802.11n

10:66:82:fa:0c:ff

Measured AP-12:a2ZTE

802.11n6c:d2:ba:1a:12:a2

1415

HUMAX

802.11n

94:09:37:ef:18:54

17192

F660A-FDAy-G

HUMAX-F1847

6a:37:e9:55:28:2b

Measured AP-2b:98

Buffalo802.11n50:c4:dd:06:2b:98

1

Buffalo-G-2B98

Measured AP-31:8e

NEC Platforms

802.11na4:12:42:45:31:8e

pr500m-c88691-1

a6:12:42:45:31:8e

pr500m-c88691-2

11

Measured AP-31:8e
11

Measured AP-50:72

HUMAX

802.11n90:f3:05:71:50:72

HUMAX-15065

6e:e4:da:f5:51:b7

SPWN_N35_ce5e80_2

1

Measured AP-51:b7802.11g

181

pr500k-05c00b-1

Measured AP-28:2b802.11n
161@40Measured AP-18:54

802.11n1311

pr500k-05c00b-2

6

Measured AP-51:b7

NEC Platforms

802.11n6c:e4:da:f5:51:b7

6

Measured AP-5f:55

Covia

802.11n

00:24:6b:61:5f:55

11

wx03-cb25d3

ssw-pc-615f51

43

Wi-Fi Network Report

20

21

22

23

24

25

26

27

28

29

30

31

32

33

802.11g

1100:24:6b:61:5f:53

ssw-wep-615f51

802.11a44

00:24:6b:61:5f:52

5Gssw-wep-615f51

802.11ac

44@80

00:24:6b:61:5f:54

5Gssw-pc-615f51Measured AP-6b:3d

HUMAX

802.11n

94:09:37:ae:6b:3d

1

Measured AP-75:23

HUMAX

802.11n90:f3:05:ed:75:23

1

Measured AP-75:96

Huawei802.11n44:c3:46:63:75:96

10@40

Measured AP-76:ba

NEC Platforms

802.11n6c:e4:da:69:76:ba

6

Measured AP-86:93

Mitsubishi Electric

802.11ac

10:4b:46:c8:86:93

36@80

Measured AP-91:96

Huawei802.11na4:71:74:e7:91:96

12

Measured AP-93:c9

Castlenet

802.11n

fc:4a:e9:20:93:c9

1

Measured AP-9c:28

HUMAX

802.11ac

94:09:37:5f:9c:28

112@40Measured AP-9c:30

HUMAX

802.11n

94:09:37:5f:9c:30

6Measured AP-a9:8a

Pegatron802.11n

20:25:64:ca:a9:8a11

Measured AP-b1:f0

Castlenet

802.11n

fc:4a:e9:2b:b1:f0

6

Measured AP-c0:52

HUMAX

802.11ncc:4e:ec:ab:c0:52

1

Measured AP-c7:43

Huawei802.11n

88:f5:6e:95:c7:43

3@40

Measured AP-f1:21

HUMAX-E6B30

HUMAX-D7516

W04_44C346637596

aterm-cb3853-g

pr500m-c88691-3

W03_A47174E79196

BCW710J-47046-G

HUMAX-F9C23-A

HUMAX-F9C23

CISCO-6d3b8-24g

BCW710J-62A54-G

HUMAX-BC045

SPWN_H37_95C743

Apple44Wi-Fi Network Report802.11n
34

35

11

10:9a:dd:87:f1:21

Measured AP-fc:40

NEC Platforms

802.11na4:12:42:86:fc:40

pr500m-c9f07d-1

a6:12:42:86:fc:40

pr500m-c9f07d-2

11

Measured AP-fc:40
802.11n1145

Wi-Fi Network Report

Network capacity configuration
2.4 GHz

5 GHz

12 Mbits/s

12 Mbits/s

Band steering

N/A

N/A

Number of SSIDs

22

Max. Associated Clients

200

200

RTS / CTS

NoNo

Minimum Data Rate46