Huawei Mate 20 is marketed as 1733Mbps Wave 2 capable Wi-Fi device, but it fails to engage all four Rx antennas on a @ubnt AC HD Wave 2 setup. Link rate limited to 866Mbps under ideal RF conditions. Would love to hear from @HuaweiMobile on this issue.
@TMobile 5G NR equipment going up in NYC!
@EricssonRadio 5121 (mmWave 28GHz) alongside LAA Micro Radio 2205, 4x4 MIMO on L2100, etc...
I think I'm ready for that :)
@WiWavelength@saschasegan@Speedtest@RohdeSchwarzNA Unlike the FCC compliance tests, the uplink wasn't subject to power control and the UE was fully allowed to operate within its limits. Instead of measuring the uplink power, the main focus of near-field Rx tests is measuring the maximum DL Throughput at various RS-EPRE levels.
We did it. iPhone XS vs. iPhone X vs. Galaxy Note 9 on signal strength & LTE speeds. Lab AND crowd tests. Thanks @Speedtest@CellularInsight@RohdeSchwarzNA https://t.co/5fjAB6FiH7
Industry’s first #5G modem fully compliant with 3GPP standards supports multi-mode communications to help accelerate 5G commercialization
https://t.co/V8yx9gLLnM
I'm not one to gossip, but when I do, you will be the 1st to know. Want 192% faster internet speeds on your smartphone? You got it. Get an Android device! Explained here: https://t.co/xlQjZ1Q8UM
Most people don't realize that the RF performance in smartphones isn't only the function of the baseband processor, but the entire RF frontend, antenna design (isolation, low correlation), and firmware.
Designing a high performing LTE/5G solution is HARD.
A little scoop for you: SCORCHING LTE speeds up to 537Mbps using @ATT LAA and the Samsung Galaxy S9 in Chicago. And not just one site either: they are building this throughout the central city. https://t.co/ctSAX4Z9Ki