Ubiquiti AirRouter [8/38] Ap information

Ubiquiti AirRouter [8/38] Ap information
6Ubiquiti Networks, Inc.
Chapter 3: AirOS™ AirRouter User Guide
Stations
This selection lists the stations which are connected to the
AirRouter while operating in Access Point or Access Point
WDS mode.
The following statistics for each station are displayed in
the station statistics window:
Station MAC MAC address of the associated station. This
is a clickable link that will display additional station info.
Device Name Displays the client’s host name (if defined).
Signal/Noise, dBm Signal value represents the last
received wireless signal level, and Noise displays the value
of the noise level.
Tx/Rx, Mbps Tx value represents the data rates, in Mbps,
of the last transmitted packets, and Rx value represents
the data rates, in Mbps, of the last received packets;
CCQ, % This is an index that evaluates the wireless Client
Connection Quality (CCQ). The level is a percentage value
where 100% corresponds to a perfect link state.
Connection Time Displays the connection time of each
station connected to the AirRouter. The time is expressed
in days, hours, minutes and seconds.
Last IP Displays the stations IP address.
Action Shows available options for this station, e.g.:
kicking a station for a few seconds to identify any
problematic stations.
Refresh The information in the station statistics window
can be updated using the Refresh button.
Station Info
Detailed information is displayed when you click on a
specific MAC address:
Device Name Displays the client’s host name.
Connection time Displays the amount of time the
station has been connected to the AirRouter. The time is
expressed in days, hours, minutes and seconds;
Signal Strength Value represents, in dBm, the last
received wireless signal level.
Noise Floor Displays the current value of the noise level
in dBm. Noise Floor is taken into account while evaluating
the signal quality (Signal-to-Noise Ratio SNR, RSSI) while
value mean depends on signal strength above the noise
floor.
CCQ Value represents the quality of the connection to the
Station.
Last IP Displays the last stations IP address.
TX/RX Rate Represents the data rates, in Mbps, of the last
transmitted and received packets;
TX/RX Packets Value represents the total amount of
packets transmitted and received from the Station during
the connection uptime.
TX/RX Packet Rate, pps Represents the mean value of
the transmitted and received packet rate.
Bytes Transmitted Value represents the total amount of
data (in bytes) transmitted during the connection.
Bytes Received Value represents the total amount of data
(in bytes) received during the connection.
Negotiated Rate/Last Signal (dBm) Table values
represent the received wireless signal level along with the
data rates of recently received packets. N/A is displayed if
no packets were received on that particular data rate.
Refresh The information in the Station Info window can
be updated using this button.
AP Information
Available only when operating in Station or Station WDS
mode.
• Access Point Shows the MAC address of the Access
Point the station is associated with.
•
Device Name Displays the host name of the Access
Point the station is associated with.
•
Connection time Value represents the running total of
time the AirRouter has been associated with the Access
Point. The time is expressed in days, hours, minutes and
seconds.
• Signal Strength Value represents the last received
wireless signal level.

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Добрый день. Мне нужно построить радиомост между 2-мя объектами, расстояние по горизонтали 2 км (1800м.), перепад высот 200 метров (190м). Присмотрел AIRGRID M2 HP 16 и 20dB, AIRGRID M5 HP 27dBi, также NanoBeam NBE M2 18dB и NanoBeam M5 25 dB. по сети планируется контролировать IP видеорегистратор с 8-ю камерами, 2МП. Также отправлять и получать видеофайлы, от 100Мб до редко 2-3Гб. Выбирал по пропускной способности, есть модели на 1000Мбит сек. Какое усиление лучше выбрать, учитывая такое расстояние? Нижний объект - это жилой дом, с металлической крышей (профнастил). И учитывая перепад высот, получится, что нижняя антенна будет под углом прим 5 градусов выше горизонта, а верхняя под углом 85 градусов ниже горизонта. Влияет ли на передачу данных, или на нормальную работу такой угол? влияет ли сильный дождь на передачу сигнала, и какой делать разумный запас по dB? Спасибо!
8 лет назад