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Band 7 - 3.9 µm - Shortwave Window - IR - 10 Jun 2020 - 1830 UTC
Band 7 - 3.9 µm - Shortwave Window - IR - 10 Jun 2020 - 1840 UTC
Band 7 - 3.9 µm - Shortwave Window - IR - 10 Jun 2020 - 1850 UTC
Band 7 - 3.9 µm - Shortwave Window - IR - 10 Jun 2020 - 1900 UTC
Band 7 - 3.9 µm - Shortwave Window - IR - 10 Jun 2020 - 1910 UTC
Band 7 - 3.9 µm - Shortwave Window - IR - 10 Jun 2020 - 1920 UTC
Band 7 - 3.9 µm - Shortwave Window - IR - 10 Jun 2020 - 1930 UTC
Band 7 - 3.9 µm - Shortwave Window - IR - 10 Jun 2020 - 1950 UTC
Band 7 - 3.9 µm - Shortwave Window - IR - 10 Jun 2020 - 2000 UTC
Band 7 - 3.9 µm - Shortwave Window - IR - 10 Jun 2020 - 2020 UTC
Band 7 - 3.9 µm - Shortwave Window - IR - 10 Jun 2020 - 2030 UTC
Band 7 - 3.9 µm - Shortwave Window - IR - 10 Jun 2020 - 2050 UTC
3.9 µm - "Shortwave Window" Band - 2 km resolution - Band 7 has a variety of applications, including fire detection, cloud particle size retrievals, and differentiating between liquid water and ice clouds. Fire hot spots will show up as relatively small dark gray to black pixels.
GOES-16 band 7 corresponds approximately to the old GOES-13 infrared channel.