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The big problem with 5G – or a One of the big problems – LTE suffered the same problems as when it landed for the first time: it only works in a few markets and most phones do not support it. Even worse, the few devices that make support it with external modems that are not integrated into the chipset and, as with the first LTE phones, this means problems such as decreased battery life. Fortunately, new chipsets with integrated 5G support are about to arrive, Qualcomm having announced its earlier this year. Today, at IFA, Qualcomm further revealed that the promised chip would go into the products early next year, with more chipsets series 6, 7 and 8 taking also support the 5G next year.
Qualcomm initially predicted that phones using its next 5G7 series chipset could land until the middle of next year, but this schedule has increased. Twelve hardware partners, including Oppo, HMD Global and Motorola, have already promised to publish devices that use it. Qualcomm even announced that some of them would arrive in North America.
Best of all, the company will also introduce 5G integration into its upscale lineup next year, covering at least a few upcoming devices from the 6, 7 and 8 series. used to seeing the 7 Series products here, the 6 Series chips are an essential element in the midrange and are appearing in devices such as the Pixel 3a and the Moto G7. The last chip of the 8 series, however, always ends up being the default for the flagship products of a given generation. Bringing 5G support to these chipsets could mean a mid-range and flagship blitz of 5G next year.
Qualcomm has also announced the redevelopment of its 5G solutions so that consumers can follow the details a little better. Until now, customers accustomed to 5G technology had to keep track of the names of modems, RF transceivers and antenna solutions to stay informed. This becomes complicated, knowing which bits are required for mmWave compared to "sub-6" 5G, or different standards and frequencies.
Now, none of this matters: Qualcomm is redefining its end-to-end end-to-end solutions as "RF systems for 5G modems", starting with the RF system for Snapdragon X55 5G modems. You may already be familiar with the X55, this is the modem that should power the next 5G Note10 models (although the current version of Verizon uses the old X50). The new name will indicate that a phone is using end-to-end Qualcomm technologies, from the modem to the antennas. We also asked if this meant that Qualcomm would require OEMs to either acquire a license or buy the full end-to-end solution in order to use part of it, and were told that it was not. OEM (this time).
The company is also very excited about the new mmWave antenna module for the X55. It does not really matter for phones, it's just for "fixed wireless use", think about hot spots and broadband at home. This promises up to 1.7 km of autonomy in rural areas and 1.1 km in denser urban environments, which is more than expected for mmWave. This could ultimately make a difference in ISP gigabit deployments (assuming there is no building to block line of sight).
So, you want to know why you could end up with a 5G phone next year? Because it will be more than a novelty stuck in a handful of expensive phones. With these new chipsets coming, you will see a lot more devices in a price range landing with 5G support – heck, you could even buy one without worrying (or maybe even knowing) that you're going to buy it. it has 5G.
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