Since the dawn of human society, faster and more efficient communication has been a relentless pursuit for humankind. In ancient times, people transmitted information through methods such as roadside announcements, carrier pigeons, and beacon fires. These methods were extremely inefficient and severely limited by geographical environment and weather conditions.
In 1844, American S.B. Morse invented Morse code and transmitted the first telegram using a telegraph machine, pioneering the use of electricity to transmit information. This greatly increased the speed of information transmission and ushered in the era of modern communication. In 1864, Maxwell theoretically proved the existence of electromagnetic waves, and in 1876, Hertz experimentally confirmed their existence. In 1896, Italian Marconi conducted the first long-distance communication experiment using electromagnetic waves, enabling humanity to transmit information at the speed of light—the ultimate speed limit in the universe—thus ushering in a new era of radio communication.
Modern mobile communication, marked by the invention of the first-generation communication technology (1G) in 1986, has undergone explosive growth for over thirty years, profoundly changing people's lifestyles and becoming one of the most important driving forces for social development. Now, the arrival of the 5G era undoubtedly brings revolutionary changes to our lives. It ushers in a new era of intelligent interconnection—widespread interconnection of everything and deep human-machine interaction—while simultaneously leading emerging technologies such as AI, VR, XR, and cloud computing into the metaverse.
Behind the Popularization of 5G Phones
A long-planned revolution
While 5G technology may seem to have arrived suddenly, the market is still dominated by established mobile communication giants. Take Qualcomm, for example: as early as 2006, Qualcomm recognized the potential of 5G and began its research and development. The world's first 5G baseband chip, the X50 5G, came from Qualcomm. In 2017, Qualcomm announced the world's first 5G modem chipset for mobile devices based on the X50 baseband, achieving the world's first officially released 5G data connection and launching the first 5G smartphone reference design for the next generation of cellular connectivity.
Last December, Qualcomm launched its new 5G flagship mobile platform, the Snapdragon 8, setting a new benchmark for flagship smartphones in 2022. This platform incorporates the fourth-generation Snapdragon X65 5G modem and RF system, which is considered the pinnacle of 5G technology today, offering significant improvements in network speeds. Real-world testing data shows it is capable of leading current smartphones into the 10-gigabit era.
For Qualcomm, the explosion of 5G is also the result of years of accumulation. For a long time, Qualcomm has been a participant in the smartphone market, its product technology integrated into every smartphone consumer uses. Furthermore, Qualcomm has been a leader in smartphone development, driving each generation of mobile technology towards higher speeds or greater capacity. Whether it was CDMA and WCDMA in the 3G era or LTE in the 4G era, Qualcomm has maintained an absolute leading position.
Of course, behind Qualcomm's 5G commercialization lies technological innovation. The World Mobile Communications Association (GSMA) stated that compared to using Sub-6GHz 5G networks alone, using Sub-6GHz combined with millimeter wave networks is expected to save 35% in costs. In other words, Sub-6GHz needs to be combined with millimeter wave to achieve the greatest benefits.
For this reason, one of the most noteworthy new features of the Snapdragon 8 is that it has become the first commercial 5G mobile platform that complies with the 3GPP Rel-16 standard, supports both Sub-6GHz and millimeter wave 5G networks, and can connect to both networks simultaneously.
Judging from the actual market performance, not long after the start of 2022, many manufacturers launched their own 5G flagship phones equipped with the Snapdragon 8 mobile platform, which will accelerate the popularization and application of 5G.
See Snapdragon 8 in action
Take the realme GT2 Pro, a high-end flagship phone powered by the Snapdragon 8 mobile platform, as an example. This phone brings comprehensive technological upgrades in gaming, AI, imaging, 5G and Wi-Fi connectivity, achieving a full-fledged leap forward in performance, innovative technology and trendy design.
In terms of Wi-Fi connectivity, the Realme GT2 Pro offers a revolutionary ultra-fast connection experience. In real-world testing, even in a highly noisy wireless environment, the Realme GT2 Pro completed the download and installation of 18 apps totaling approximately 900MB in just one minute, achieving a measured bandwidth of nearly 650Mbps on the test router. In other words, even without a top-tier router, the Realme GT2 Pro's Wi-Fi throughput performance, based on the Snapdragon 8 processor, actually exceeds the maximum download bandwidth provided by game and video providers.
Actual 5G network speed tests on the Realme GT2 Pro showed an indoor network bandwidth of 727Mbps. It's worth noting that the maximum theoretical bandwidth of current domestic 5G packages is only 1000Mbps, meaning that achieving over 70% of the theoretical maximum speed indoors is an excellent result.
In mobile road tests, the Realme GT2 Pro maintained a 100% 5G connectivity rate without a single signal drop during a 10-minute mobile test. Furthermore, it achieved a measured 5G bandwidth exceeding 940 Mbps in an outdoor residential environment, extremely close to the theoretical maximum speed.
It must be said that even under limited WiFi and 5G network conditions, the Snapdragon 8 mobile platform and its connectivity capabilities on the Realme GT2 Pro were a pleasant surprise.
In fact, not only the GT2 Pro, but also many other mobile phone manufacturers have benefited from the powerful connectivity performance of the Snapdragon 8.
With the new generation Snapdragon 8 mobile platform, the Xiaomi 12 series directly announced its intention to compete with Apple, which naturally requires powerful hardware performance.
The iQOO 9 Pro not only excels in gaming performance, but also performs well in other aspects. For example, its ultrasonic 3D wide-area fingerprint unlocking can also realize fingerprint unlocking shortcuts, such as one-click access to payment codes or health codes when unlocking. All of this is based on Qualcomm 3D Sonic 2nd generation sensor technology.
Furthermore, the OnePlus 10 Pro, powered by the new generation Snapdragon 8 mobile platform, achieved a breakthrough in gaming performance, becoming the designated device for the 2022 Peacekeeper Elite Professional League and the 2022 League of Legends Mobile Professional League. It's no wonder that Red Magic, a brand specializing in gaming phones, also officially announced that it would be among the first flagship phones to feature the Snapdragon 8.
Also worth mentioning is Honor's first foldable phone, the Magic V. It's also the first foldable phone to feature the Snapdragon 8 processor.
Qualcomm has become one of the most important contributors supporting the massive number of 5G mobile devices. In fact, mobile communication has always been Qualcomm's most important business area, and Snapdragon naturally has better mobile communication performance. Connectivity technology has always been Qualcomm's strength, and its performance in the fields of 5G and WiFi 6 is particularly outstanding.
The secret to network connectivity—speed
Perhaps it can be described this way: with the Snapdragon 8, your phone will have the most powerful network connectivity to date, leading you into a new era of more stable, faster, and lower-power 5G networks.
This is no exaggeration; 5G is revolutionizing human communication habits. In a video call between the president of Verizon, an American telecommunications operator, and Qualcomm CEO Cristiano Amon, approximately 7,800 kilometers apart, the video quality reached 8K HDR, equivalent to the latest broadcast standards. The images were clear, vibrant, and virtually lag-free, all using a Snapdragon 8 smartphone.
The Snapdragon 8's integrated Snapdragon X65 modem and RF system are the first to support the first evolution of 5G networks, Release 16. When paired with a millimeter-wave antenna, devices can achieve downlink speeds of up to 10Gbps (10 Gigabit) and uplink speeds of up to 3.5Gbps, unprecedented specifications supporting 8K HDR real-time video streaming. This means that smartphones powered by the Snapdragon 8 mobile platform will have enhanced power efficiency and high-precision positioning capabilities, unleashing the full potential of 5G.
The Snapdragon X65 is currently the only solution that fully complies with the 3GPP Rel-16 specification and supports almost all 5G frequency bands globally (including the FR1 band from 450MHz to 6GHz and the FR2 band from 24.25GHz to 52.6GHz). Based on this, communication is seamless with 185 operators in over 70 countries worldwide. People around the world can experience the network connectivity improvements brought by the Snapdragon 8, and users can enjoy a good communication experience while traveling internationally. This makes it undoubtedly the most technologically advanced, comprehensive, and fastest 5G baseband currently available.
The Snapdragon X65 also incorporates Qualcomm's world-first AI antenna tuning technology, marking the first step in bringing over a decade of groundbreaking AI research to mobile radio frequency systems, significantly improving cellular performance and energy efficiency. For example, compared to its predecessor, AI enables a 30% improvement in hand-held device detection accuracy. This improvement delivers enhanced antenna tuning capabilities, resulting in faster data transmission, improved coverage, and extended battery life. The next-generation power point-and-shoot solution is smaller, more efficient, and higher-performing—offering superior performance and cost-effectiveness compared to standard power point-and-shoot technologies.
Beyond these features, the Snapdragon X65 boasts even more key capabilities, such as an upgradeable architecture that supports enhancements, expansions, and customization across various 5G market segments, and software updates to support upcoming new features and functionalities. As 5G expands into new vertical industries such as computing, industrial IoT, and fixed wireless access, the upgradeable architecture enables future-proof solutions built on the Snapdragon X65 chip, supporting the adoption of new features, extending end-user lifecycles, and helping to reduce total cost of ownership.
After discussing 5G, let's talk about Wi-Fi. The Snapdragon 8 supports Qualcomm FastConnect™ 6900 mobile connectivity, enabling Wi-Fi 6/6E for speeds up to 3.6Gbps, currently the world's fastest. It also supports the 6GHz band. This ensures smooth operation of different devices and applications even when multiple connected devices are in the same network environment.
In terms of Bluetooth connectivity, the Snapdragon 8 integrates Bluetooth 5.2 and Snapdragon Sound technology, bringing users a brand-new, ultra-clear voice and music experience. In addition, the Snapdragon 8 is the first Snapdragon mobile platform to receive Bluetooth SIG LE Audio (Low Power Audio) certification, enabling content creators to record stereo audio and enjoy high-speed Bluetooth audio connectivity.
Summarize
Looking back at the development of Snapdragon processors, from the first generation Qualcomm Snapdragon S1 processor to the present, this brand has gone through nearly 15 years. At the time when 5G networks are fully deployed and AI is entering more fields, Snapdragon has brought "speed" to the extreme.
It was also at this exact moment that the Snapdragon brand became independent, and the change of product name signified a new beginning. The new generation Snapdragon 8 mobile platform clearly fired a resounding first shot for Snapdragon's new decade.
