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In the global 5G landscape, Huawei once held a leading position, with its rich 5G patent applications and early mastery of the third-generation 5G technology, Huawei successfully applied this technology to its own Barong 5000 baseband chip. However, the cloud of US sanctions has limited Huawei's 5G development pace. Mobile phones cannot access 5G networks, and 5G construction around the world is also affected by various variables. At the same time, Qualcomm took the opportunity to counterattack and released the world's first 5.5G chip, achieving an unexpected lead.
The 5G era is gradually coming, and it is expected that around 2024, countries around the world will enter the palace of the 5G era. This will mark the transformation of the Internet industry to the Internet of Things and realize a new situation of connecting things. With the low latency and high speed of 5G, all walks of life will be greatly assisted.
Under the wave of the 5G era, telemedicine, smart ports, artificial intelligence and other fields will usher in explosive growth. With its deep accumulation of 5G technology, Huawei has the ability to provide high-quality services to billions of users around the world, and actively assists operators in various countries to jointly build 5G networks.
However, Huawei's frequent interference from the United States in the process of 5G globalization has become a dramatic scene, restricting the globalization process of 5G, and even destroying old equipment. Huawei has demonstrated its sincerity in a variety of ways, willing to sign 5G no backdoor agreements with other countries and undergo the strictest verification to prove the reliability of its 5G technology. However, it is not easy to wake up those who deliberately pretend not to know.
What Huawei needs to do is to go on with tenacity. However, as the sanctions deepened, Huawei's pace became slow, while Qualcomm in the United States took the opportunity to make a breakthrough. According to Qualcomm, they officially released the world's first 5.5G chip, the Snapdragon X75 5G baseband chip. The chip supports ten-carrier aggregation, which can achieve 10Gbps downlink speed in WiFi7 and 5G networks.
According to more information disclosed by Qualcomm, the Snapdragon X75 5G chip will further upgrade communication capabilities in the fields of Internet of Vehicles and augmented reality. At present, the Snapdragon X75 5G baseband chip is in the sample stage, and the terminal product is expected to be released in the second half of this year.
Regarding 5.5G technology, it may be unusual that Qualcomm is not the first to get involved, Huawei has already begun to develop 5.5G projects. As early as the Global Mobile Broadband Forum in November 2020, Huawei proposed that 5.5G is an evolutionary version of 5G, which expands three new scenarios: URLLC, mMTC, and eMBB. These scenarios will bring improvements to industrial manufacturing, IoT, and ultra-broadband applications, leveraging the low latency and high reliability characteristics of 5G to achieve the convergence of communication perception capabilities.
However, the development path of 5.5G is not smooth, and it needs to be compatible with 5G equipment to ensure the smooth arrival of the 5.5G era. This requires providing a wide range of application solutions with the support of a sound industry ecosystem. Huawei has released a 5.5G uplink ultra-broadband solution, realizing the end-to-end evolution of "5G+8K" 3D VR technology, indicating that Huawei is at the forefront of 5.5G technology.
However, the times have changed, and Huawei's glory is now in the hands of others. Qualcomm's 5.5G chip unexpectedly seized the opportunity and became the world's first 5.5G chip to be released, which also negated Huawei's leadership to a certain extent. However, this is not entirely unexpected, after all, Qualcomm, as the world's largest baseband chip supplier, its technical reserves and patent layout are quite strong.
It is worth noting that Qualcomm has accumulated core patents in the previous network era and has the ability to deploy 5.5G network technology. For Qualcomm's 5.5G chip, it is characterized by a 20% increase in energy efficiency, 2.5 times more AI performance, and better processing efficiency than the X70 baseband. In practical applications, the Snapdragon X75 can continuously output excellent performance in high-density scenarios such as subways, stations, and elevators.
In general, Qualcomm's Snapdragon X75 chip has important significance in the 5.5G field, whether it is the chip itself or the expansion of technology, Qualcomm has taken a key step and once again demonstrated its leading position in the global 5G industry.
Time flies
, originally Huawei was the holder of this glory. Huawei has its own baseband chip business in the communications field, and its communication performance in similar processes is not inferior to Qualcomm. Even in some technical fields, Qualcomm is not necessarily Huawei's opponent.
However, fate has changed and the situation has now been reversed. Although Huawei has not been able to regain the stage in the chip field for the time being, this has not stopped it from investing in HiSilicon semiconductors. As long as funds permit, Huawei will continue to support HiSilicon. Perhaps one day in the future, Huawei will return to the top, and the story of the return of this king continues.
The world changes, and the past is like smoke. Huawei was once a bright star in the field of 5G, but US sanctions have forced it to slow down. At the same time, Qualcomm took advantage of the rise and released 5.5G chips, becoming the world's first pioneer to enter this field. The curtain of the 5G era has opened, and the development prospects of 5.5G are gradually clear, and who can have the last laugh in this arena will also become the story of the future.
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