The world’s strongest 5G chip? 5nm process, achieve speed 5.06Gbps. Everyone knows that under the promotion of Chinese mobile phone manufacturers, the speed of 5G network construction around the world has reached an unprecedented height.
5G mobile phones – HUAWEI 5G chips – The world’s strongest 5G chip? 5nm process, achieve speed 5.06Gbps
5G mobile phones now account for more than 20 percent of smartphone sales worldwide, compared to 60 percent in China.
Since Apple has launched a 5G phone, it means that the 5G phone has reached a mature stage, otherwise they would not use immature technology.
HUAWEI 5G chips – 5G mobile phones
So, which 5G chip is better? Many people feel that all this is thanks to Huawei, because Huawei was the first to release the Barong 5000, the first to release the 5G integrated chip – Kirin 990, and the 5 nm chip – Kirin 9000.
But I have to say that Qualcomm’s technology is not worse than Huawei, the only difference is that Qualcomm and Huawei’s technical route is different, Huawei is more inclined to integrate the baseband together, and Qualcomm’s technical route is separated from an independent baseband chip.
Qualcomm’s first baseband chips were the X50 and X55, both produced on a 7nm process. Now most mobile phone manufacturers use X55 processors, and iPhone 12 also uses X55 processors.
However, X55 is not the most powerful chip in 5G, but the 5G chip X60 launched by Qualcomm this year, which uses the 5 nm process and is also a built-in independent processor.
Recently, Verizon, with the help of Ericsson and Qualcomm, successfully created the highest network transmission speed of 5.06 Gbps after 5G mmWave applications, which is also the highest transmission speed Verizon has achieved in 5G mmWave applications.
This has exceeded Huawei’s Kirin 9905 G, MediaTek 10005 G, and Kirin 90005 G 5 G, but the Kirin 90005 G does not support and can only be reached in the millimeter wave band.
Automotive new energy chips – automotive news chip shortage
According to Qualcomm, this 5G chip has a maximum transmission rate of 7.5 Gbps, but it is limited to the millimeter wave band, so there is no doubt that this is one of the fastest 5G chips in 5G.
This processor will be paired with the Qualcomm Snapdragon 875 processor and is scheduled to be put into commercial applications in the first quarter of 2021, and will be used in the iPhone 13, as well as many Android systems equipped with the Qualcomm 875 processor, of which Xiaomi will be the first processor.