Wi-Fi Network Report
Wi-Fi Network Report
1
Wi-Fi Network Report
<# “loop-start”: {“type”: “floors”} #>
<#${floor-name}#>
Survey routes and Access Points for <#${floor-name}#>
<# “visualization” :
{
“aps”:
{
“filter”: {
“include”: {“owner”: “my”}
}
},
“surveys”: “true”
}
#>
2
Wi-Fi Network Report
Requirements - Coverage and Performance
Requirement criteria for <#${req-name}#>
<#”l <#${req-desc}#>
<#${req-
oop-
limit}#>
<#${req-params}#><#”loop-end”: {”type”:
”requirements”}#>
start
”:
{”typ
e”:
”req
uire
men
ts”}#
><#
${re
qicon
}#>
Network Health for <#${floor-name}#>
Wi-Fi is typically built for a certain purpose or several purposes, such as VoIP, web browsing,
or location tracking. With Network Health, you can, with a single visualization, display whether
the network meets your requirements or not.
<# “visualization” :
{
“heatmap”:
{
“type”: “ss-nw-health”,
“mode”: “smooth”,
“slot-size”: “2”,
“accuracy”: “very”,
“signal-prediction”: “current-floor”,
“filter”: {
“include”: {“owner”: “my”}
}
}
}
#>
<# “visualization-legend” : {}#>
3
Wi-Fi Network Report
Network Issues for <#${floor-name}#>
Network Issues complements Network Health by showing the requirement that is below the
threshold level at each location. Whereas Network Health answers the question "Does it
work?", Network Issues answers the question "If it doesn't work, why?".
<# “visualization” :
{
“heatmap”:
{
“type”: “ss-nw-issues”,
“mode”: “smooth”,
“slot-size”: “2”,
“accuracy”: “very”,
“signal-prediction”: “current-floor”,
“filter”: {
“include”: {“owner”: “my”}
}
}
}
#>
<# “visualization-legend” : {}#>
4
Wi-Fi Network Report
Requirements - Capacity
WiFi clients:
Amount
Device
<#”loop-start”:
<#${cap-device-name}#><#”loop-end”: {“type”: “cap-devices”}#>
{“type”: “capdevices”}#><#${ca
p-device-count}#>
Capacity Health for <#${floor-name}#>
Capacity Health displays if the network can handle the load of the configured Wi-Fi clients
<# “visualization” :
{
“heatmap”:
{
“type”: “ss-cap-health”,
“mode”: “smooth”,
“slot-size”: “2”,
“accuracy”: “very”,
“signal-prediction”: “current-floor”,
“filter”: {
“include”: {“owner”: “my”}
}
}
}
#>
<# “visualization-legend” : {}#>
5
Wi-Fi Network Report
Capacity: Clients per AP for <#${floor-name}#>
Shows how the Wi-Fi clients configured in your Capacity Requirement are distributed between
the access points. The image shows Requested Associations
<# “visualization” :
{
“heatmap”:
{
“type”: “ss-cap-cli-per-ap”,
“mode”: “smooth”,
“slot-size”: “2”,
“accuracy”: “very”,
“signal-prediction”: “current-floor”,
“filter”: {
“include”: {“owner”: “my”}
}
}
}
#>
<# “visualization-legend” : {}#>
6
Wi-Fi Network Report
Coverage, Overlap and Performance
Data Rate for <#${floor-name}#>
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 is about half of the
data rate or less.
<# “visualization” :
{
“heatmap”:
{
“type”: “ss-data-rate”,
“mode”: “smooth”,
“slot-size”: “2”,
“accuracy”: “very”,
“signal-prediction”: “current-floor”,
“noise”: “automatic”,
“noise-source”: “my”,
“adapter”: ”Raw Measurements”,
“network-load”: “10”,
“filter”: {
“include”: {“owner”: “my”}
}
}
}
#>
<# “visualization-legend” : {}#>
7
Wi-Fi Network Report
Throughput (Max) for <#${floor-name}#>
Displays the estimated maximum effective throughput.
<# “visualization” :
{
“heatmap”:
{
“type”: “ss-throughput”,
“mode”: “smooth”,
“slot-size”: “2”,
“accuracy”: “very”,
“signal-prediction”: “current-floor”,
“noise”: “automatic”,
“noise-source”: “all”,
“adapter”: ”Raw Measurements”,
“network-load”: “10”,
“filter”: {
“include”: {“owner”: “my”}
}
}
}
#>
<# “visualization-legend” : {}#>
8
Wi-Fi Network Report
Number of APs for <#${floor-name}#>
Number of Access Points indicates the number of access points audible at each location.
<# “visualization” :
{
“heatmap”:
{
“type”: “ss-number-of-aps”,
“mode”: “smooth”,
“slot-size”: “2”,
“accuracy”: “very”,
“signal-prediction”: “current-floor”,
“adapter”: ”Raw Measurements”,
“sig-str-min”: “-80”,
“range-min”: “1”,
“range-max”: “10”,
“range-open”: “open-end”,
“range-spacing”: “5”,
“filter”: {
“include”: {“owner”: “my”}
}
}
}
#>
<# “visualization-legend” : {}#>
9
Wi-Fi Network Report
Channel Overlap for <#${floor-name}#>
Channel overlap indicates the number of access points audible at each location in a single
channel.
<# “visualization” :
{
“heatmap”:
{
“type”: “ss-ch-overlap”,
“mode”: “smooth”,
“slot-size”: “2”,
“accuracy”: “very”,
“signal-prediction”: “current-floor”,
“ch-overlap-mode”: “co-and-adjacent”,
“adjacent-ch-mode”: “loose”,
“selected-ch”: “associated”,
“max-op-channel”: “160MHz”,
“adapter”: ”Raw Measurements”,
“sig-str-min”: “-80”,
“range-min”: “0”,
“range-max”: “4”,
“range-open”: “open-end”,
“range-spacing”: “5”,
“filter”: {
“include”: {“owner”: “my”}
}
}
}
#>
<# “visualization-legend” : {}#>
10
Wi-Fi Network Report
Signal Strength for <#${floor-name}#>
Signal Strength - sometimes called coverage - is the most basic requirement for a wireless
network. As a general guideline, low signal strength means unreliable connections, and low
data throughput.
<# “visualization” :
{
“heatmap”:
{
“type”: “ss-sig-strength”,
“mode”: “smooth”,
“slot-size”: “2”,
“accuracy”: “very”,
“signal-prediction”: “current-floor”,
“adapter”: ”Raw Measurements”,
“show-sig-of”: “strongest”,
“sig-at-ch”: “all”,
“range-min”: “-80”,
“range-max”: “-20”,
“range-open”: “open-end”,
“range-spacing”: “5”,
“filter”: {
“include”: {“owner”: “my”}
}
}
}
#>
<# “visualization-legend” : {}#>
11
Wi-Fi Network Report
Signal To Noise Ratio (SNR) for <#${floor-name}#>
Signal-To-Noise Ratio indicates how much the signal strength is stronger than the noise (cochannel interference). Signal must be stronger than noise (SNR greater than zero) for data
transfer to be possible. If the signal is only barely stronger than noise, you may encounter
occasional connection drop-offs.
<# “visualization” :
{
“heatmap”:
{
“type”: “ss-snr”,
“mode”: “smooth”,
“slot-size”: “2”,
“accuracy”: “very”,
“signal-prediction”: “current-floor”,
“noise”: “automatic”,
“noise-source”: “all”,
“adapter”: ”Raw Measurements”,
“network-load”: “10”,
“range-min”: “5”,
“range-max”: “50”,
“range-open”: “open-end”,
“range-spacing”: “5”,
“filter”: {
“include”: {“owner”: “my”}
}
}
}
#>
<# “visualization-legend” : {}#>
12
Wi-Fi Network Report
Interference/Noise for <#${floor-name}#>
Displays the calculated co-channel interference level.
<# “visualization” :
{
“heatmap”:
{
“type”: “ss-interference”,
“mode”: “smooth”,
“slot-size”: “2”,
“accuracy”: “very”,
“signal-prediction”: “current-floor”,
“noise”: “automatic”,
“noise-source”: “all”,
“adapter”: ”Raw Measurements”,
“network-load”: “10”,
“noise-ch”: “max-all-ch”,
“range-min”: “-100”,
“range-max”: “-60”,
“range-open”: “open-end”,
“range-spacing”: “5”,
“filter”: {
“include”: {“owner”: “my”}
}
}
}
#>
<# “visualization-legend” : {}#>
13
Wi-Fi Network Report
Connectivity on map <#${floor-name}#>
Associated Access Point for <#${floor-name}#>
Displays the access point the client device is associated with.
The image shows Predicted Association - Data Rate
<# “visualization” :
{
“heatmap”:
{
“type”: “ss-associated-ap”,
“mode”: “smooth”,
“slot-size”: “2”,
“accuracy”: “very”,
“signal-prediction”: “current-floor”,
“association-mode”: “automatic”,
“noise”: “automatic”,
“noise-source”: “all”,
“adapter”: ”Raw Measurements”,
“network-load”: “10”,
“filter”: {
“include”: {“owner”: “my”}
}
},
“aps”:
{
“show-number”: “true”,
“filter”: {
“include”: {“owner”: “my”}
}
}
}
#>
AP #
<#”lo
opstart”:
{“type
”:
“aps”,
”filter”
:
{“incl
ude”:
{”own
er”:”m
y”}}}#
><#${
apnumb
er}#>
Access Point
<#${ap-name}#>
<#”loop-start”:
{“type”:
“radios”}#>
<#”loop-start”:
{“type”:
“ssids”}#><#${radi
o-coloricon}#><#${techn
ology}#>
<#”loop-end”:
{“type”: “ssids”}#>
<#”loopstart”:
{“type”:
“ssids”}#
><#${cha
nnel}#>
<#”loopend”:
{“type”:
“ssids”}#
>
<#”loop-start”: {“type”: “ssids”}#><#${mac}#>, <#${ssid}#>
<#”loop-end”: {“type”: “ssids”}#><# ”loop-end”: {“type”: “radios”}#><# ”loop-end”:
{“type”: “aps”}#>
14
Wi-Fi Network Report
Packet Loss for <#${floor-name}#>
Displays how many replies did not arrive to a sent packet.
<# “visualization” :
{
“heatmap”:
{
“type”: “ss-packet-loss”,
“mode”: “smooth”,
“slot-size”: “2”,
“accuracy”: “very”,
“signal-prediction”: “current-floor”,
“packet-loss”: “percentage”,
“range-min”: “0”,
“range-max”: “30”,
“range-open”: “open-end”,
“range-spacing”: “5”,
“filter”: {
“include”: {“owner”: “my”}
}
}
}
#>
<# “visualization-legend” : {}#>
15
Wi-Fi Network Report
Round-Trip Time for <#${floor-name}#>
Displays how long it took for a reply to arrive to a sent packet.
<# “visualization” :
{
“heatmap”:
{
“type”: “ss-rtt”,
“mode”: “smooth”,
“slot-size”: “2”,
“accuracy”: “very”,
“signal-prediction”: “current-floor”,
“filter”: {
“include”: {“owner”: “my”}
}
}
}
#>
<# “visualization-legend” : {}#>
16
Wi-Fi Network Report
Access Points on <#${floor-name}#>
<# “visualization” :
{
“aps”:
{
“show-number”: “true”,
“filter”: {
“include”: {“owner”: “my”}
}
}
}
#>
My Access Points on <#${floor-name}#>
Simulated Access Points on <#${floor-name}#>
AP #
<#”lo
opstart”:
{“type
”:
“aps”,
”filter”
:
{“incl
ude”:
{”own
er”:”m
y”,
“type”
:
“simul
ated”}
}}#><
#${ap
numb
er}#>
Access Point
<#${ap-name}#>
<#”loop-start”:
{“type”:
“radios”}#>
<#”loop-start”:
{“type”: “ssids”}#>
<#${technology}#
>
<#”loop-end”:
{“type”: “ssids”}#>
<#”loopstart”:
{“type”:
“ssids”}#
><#${cha
nnel}#>
<#”loopend”:
{“type”:
“ssids”}#
>
<#”loop-start”: {“type”: “ssids”}#><#${mac}#>, <#${ssid}#>
<#”loop-end”: {“type”: “ssids”}#><# ”loop-end”: {“type”: “radios”}#><# ”loop-end”:
{“type”: “aps”}#>
Measured Access Points on <#${floor-name}#>
AP #
<#”lo
opstart”:
{“type
”:
“aps”,
”filter”
:
{“incl
ude”:
{”own
er”:”m
y”,
“type”
:
“mea
sured
Access Point
<#${ap-name}#>
<#”loop-start”:
{“type”:
“radios”}#>
<#”loop-start”:
{“type”: “ssids”}#>
<#${technology}#
>
<#”loop-end”:
{“type”: “ssids”}#>
<#”loopstart”:
{“type”:
“ssids”}#
><#${cha
nnel}#>
<#”loopend”:
{“type”:
“ssids”}#
>
<#”loop-start”: {“type”: “ssids”}#><#${mac}#>, <#${ssid}#>
<#”loop-end”: {“type”: “ssids”}#><# ”loop-end”: {“type”: “radios”}#><# ”loop-end”:
{“type”: “aps”}#>
17
Wi-Fi Network Report
”}}}#>
<#${a
pnumb
er}#>
Other Access Points on <#${floor-name}#>
Simulated Access Points on <#${floor-name}#>
AP #
<#”lo
opstart”:
{“type
”:
“aps”,
”filter”
:
{“incl
ude”:
{“type
”:
“simul
ated”}
,
“exclu
de”:
{”own
er”:”m
y”}}}#
><#${
apnumb
er}#>
Access Point
<#${ap-name}#>
<#”loop-start”:
{“type”:
“radios”}#>
<#”loop-start”:
{“type”: “ssids”}#>
<#${technology}#
>
<#”loop-end”:
{“type”: “ssids”}#>
<#”loopstart”:
{“type”:
“ssids”}#
><#${cha
nnel}#>
<#”loopend”:
{“type”:
“ssids”}#
>
<#”loop-start”: {“type”: “ssids”}#><#${mac}#>, <#${ssid}#>
<#”loop-end”: {“type”: “ssids”}#><# ”loop-end”: {“type”: “radios”}#><# ”loop-end”:
{“type”: “aps”}#>
Measured Access Points on <#${floor-name}#>
AP #
<#”lo
opstart”:
{“type
”:
“aps”,
”filter”
:
{“incl
ude”:
{“type
”:
“mea
sured
”},
“exclu
de”:
{”own
er”:”m
y”}}}#
><#${
apnumb
er}#>
Access Point
<#${ap-name}#>
<#”loop-start”:
{“type”:
“radios”}#>
<#”loop-start”:
{“type”: “ssids”}#>
<#${technology}#
>
<#”loop-end”:
{“type”: “ssids”}#>
<#”loopstart”:
{“type”:
“ssids”}#><
#${channel
}#>
<#”loopend”:
{“type”:
“ssids”}#>
<#”loop-start”: {“type”: “ssids”}#><#${mac}#>, <#${ssid}#>
<#”loop-end”: {“type”: “ssids”}#><# ”loop-end”: {“type”: “radios”}#><# ”loopend”: {“type”: “aps”}#>
18
Wi-Fi Network Report
Channel Bandwidth
Shows the maximum channel bandwidth available in each area.
<# “visualization” :
{
“heatmap”:
{
“type”: “ss-ch-bandwidth”,
“mode”: “smooth”,
“slot-size”: “2”,
“accuracy”: “very”,
“signal-prediction”: “current-floor”,
“sig-str-min”: “-80”,
“filter”: {
“include”: {“owner”: “my”}
}
}
}
#>
<# “visualization-legend” : {}#>
<# “loop-end”: {“type”: “floors”} #>
19
Wi-Fi Network Report
Measured Access Points not placed on any map
My Access Points not placed on any map
Access Point
<#”loop-start”: {”type”: “aps”,
”filter”: { ”include”:{”on-map”: ”false”, “owner”: “my”}}}#><#${ap-name}#>
<#”loop-start”: <#”loop- <#”loop-start”: {“type”: “ssids”}#><#${mac}#>, <#${ssid}#>
{“type”:
start”:
<#”loop-end”: {“type”: “ssids”}#><# ”loop-end”: {“type”: “radios”}#><# ”loop“radios”}#><#” {“type”: end”: {“type”: “aps”}#>
loop-start”:
“ssids”}#
{“type”:
><#${cha
“ssids”}#><#${ nnel}#>
technology}#> <#”loop<#”loop-end”: end”:
{“type”:
{“type”:
“ssids”}#>
“ssids”}#
>
Other Access Points not placed on any map
Access Point
<#”loop-start”: {”type”: “aps”,
”filter”: { ”include”:{”on-map”: ”false”}, “exclude”: {“owner”: “my”}}}#><#${ap-name}#>
<#”loop-start”: <#”loop- <#”loop-start”: {“type”: “ssids”}#><#${mac}#>, <#${ssid}#>
{“type”:
start”:
<#”loop-end”: {“type”: “ssids”}#><# ”loop-end”: {“type”: “radios”}#><# ”loop“radios”}#><#” {“type”: end”: {“type”: “aps”}#>
loop-start”:
“ssids”}#
{“type”:
><#${cha
“ssids”}#><#${ nnel}#>
technology}#> <#”loop<#”loop-end”: end”:
{“type”:
{“type”:
“ssids”}#>
“ssids”}#
>
20