Quote: “This teardown confirms what we've suspected of the Pixel 6's 5G mmWave functionality—it does not seem very well thought out. For starters, mmWave is not a great phone feature. It gets outsized attention because carriers use mmWave to justify 5G speed claims in their commercials. The truth, however, is that almost no one has reliable access to mmWave.
https://arstechnica.com/gadgets/202...-heat-dissipation-questionable-mmwave-layout/
Even if you could find a mmWave network with the Pixel 6, though, the Pixel 6 has only one mmWave antenna, which sits along the top edge of the phone (in a very visible plastic window).
Compare this Pixel design decision to that in the Galaxy S21, which has two mmWave antennas, each located on a long edge of the phone, and there's a greater likelihood that the Galaxy S21's mmWave signal will operate better in either landscape orientation. Qualcomm's original mmWave documents recommended four antennas, one on each side of the phone, because it's so easy to block a mmWave signal with your hand.
Sadly iFixit seems to have abandoned the Pixel line, with the last full teardown from the site being the Pixel 4. One thing I really miss is iFixit's investigation of the chips on the motherboard. It would be nice to get a look at the Google Tensor SoC, that discrete Samsung Exynos 5G modem.”
Compare this Pixel design decision to that in the Galaxy S21, which has two mmWave antennas, each located on a long edge of the phone, and there's a greater likelihood that the Galaxy S21's mmWave signal will operate better in either landscape orientation. Qualcomm's original mmWave documents recommended four antennas, one on each side of the phone, because it's so easy to block a mmWave signal with your hand.
Sadly iFixit seems to have abandoned the Pixel line, with the last full teardown from the site being the Pixel 4. One thing I really miss is iFixit's investigation of the chips on the motherboard. It would be nice to get a look at the Google Tensor SoC, that discrete Samsung Exynos 5G modem.”
https://arstechnica.com/gadgets/202...-heat-dissipation-questionable-mmwave-layout/