What are the 60 GHz antenna beam-widths for the MetroLinq product line?

What are the 60 GHz antenna beam-widths for the MetroLinq product line?

The antenna beam-widths for the 60 GHz radios are:

35cm models (ML1-60-35 and ML2.5-60-35) = 1 degree Horizontal and 1 degree Vertical.
dB gain is 42dBi
 
19cm models (ML1-60-19 and ML2.5-60-19) = 3 degrees Horizontal and 3 degrees Vertical.
dB gain is 36dBi

ML-30-18 = 30 degrees Horizontal and 30 degrees Vertical.
dB gain is 18dBi

ML2.5-60-BF18 and ML-60-LW = 120 degrees Horizontal and 35 degrees Vertical.
dB gain is 18dBi

ML-60-10G-360 = 360 degrees(s) via three 120 degree Horizontal x 35 degree Vertical radios.
dB gain is 18dBi


    • Related Articles

    • What is size of the Fresnel Zone for the 60 GHz MetroLinq radio?

      What is the Fresnel Zone for the 60 GHz MetroLinq radio? See chart below.  One advantage of mm wave technology is very small Fresnel zones.  Fresnel zone size is a function of frequency and distance.  As frequency increases, the Fresnel size ...
    • MetroLinq 10G Omni Firmware

      Supported Models The firmware on this page applies to the following MetroLinq models:  ML-60-10G-360-XX Version 2.4.2 May 11, 2020 Downloads 2.4.2-4179 Release Notes NOTE: Upgrade client units first Fix 2.4Ghz can not be disabled issue Fix TX power ...
    • MetroLinq 2.5G 60 Firmware

      Supported Models The firmware on this page applies to the following MetroLinq models:   ML2.5-60-35-XX ML2.5-60-19-XX ML2.5-60-BF-18-XX  Upgrade Alerts Please read the following message carefully before upgrading! Devices running firmware versions ...
    • MetroLinq 60 One (ML1) & MetroLinq 60 LW (ML-60-LW) Firmware

      Supported Models The firmware on this page applies to the following MetroLinq models:   ML-60-LW-XX ML1-60-XX Version 2.4.2 May 11, 2020 Downloads ML 60 LW -2.4.2-4531 ML 60 One - 2.4.2-4531 Release Notes Fix 2.4Ghz can not be disabled issue Fix TX ...
    • MetroLinq Alignment Scope

      Introduction The MetroLinq™ Alignment Scope speeds up the aiming process, which is critical for deployment of 60 GHz links. Other helpful uses include verifying optical line of sight for the link, ensuring local mount placement viability, and ...