Qualcomm introduced its latest next-generation modem for smartphones, the Qualcomm Snapdragon X70 5G, during the present Mobile World Congress. It includes new features as well as faster uplink and downlink speeds.
While Qualcomm has not confirmed it, it is probable that this new model will be used for the next Snapdragon 8 Gen 2 processor, which is slated to be released this year.
The Snapdragon X70, according to Qualcomm, can deliver up to 10Gbps downlink speed and a peak upload speed of 3.5Gbps, providing maximum performance. It’s worth noting that the real-world performance will differ from what the business claims.
The utilisation of artificial intelligence (AI) technologies to enhance the mmWave and sub-6GHz bands is the main highlight of this new modem. It uses an AI-based channel-state feedback and optimization method to boost downlink and uplink average speeds.
Qualcomm Technologies, Inc. today announced the Snapdragon X70 5G ModemRF System, its fifth-generation 5G modem-to-antenna solution. Snapdragon X70 introduces the world’s first 5G AI processor in an RF modem system, to harness the power of AI for breakthrough 5G performance with 10 Gigabit 5G downloads, blazing upload speeds, low latency, coverage and energy efficiency. The Snapdragon X70’s unparalleled capabilities provide maximum flexibility for global 5G operators to maximize spectrum resources for the best possible 5G connectivity.
Vodafone, QualcommTechnologies Inc, and Thales have teamed together to show a working smartphone using iSIM (based on the ieUICC[1] GSMA specification), a novel technology that allows a SIM card’s functions to be incorporated into a device’s main CPU. This achievement paves the path for the technology’s commercialization, which might result in a slew of new products that employ iSIM to connect to mobile services.
The iSIM embeds SIM functions into the device’s main CPU, allowing for greater system integration, improved performance, and more memory capacity. It conforms with GSMA regulations. This is the most recent advancement in SIM technology, in which ‘eSIMs’ are incorporated into gadgets. eSIM, on the other hand, necessitates the purchase of a separate chip: This is no longer essential with iSIM, which eliminates the requirement for specific space for SIM services.
iSIM technology is a significant advancement over existing eSIM solutions, providing wholesale benefits to both consumers and telecom operators. It also paves the way for mobile services to be integrated into devices other than mobile phones, such as laptops, tablets, virtual reality platforms, IoT devices, wearables, and more. The iSIM is embedded into the device’s application processor, providing a number of advantages:
⚈By freeing space formerly occupied within a device, it simplifies and improves device design and performance.
⚈SIM functionality is combined with other key components like the GPU, CPU, and modem in the device’s primary chipset.
⚈Allows the operator to provision SIMs remotely using the current eSIM infrastructure.
⚈Allows a variety of devices that previously couldn’t have SIM capability to connect to mobile services.
A proof-of-concept (POC) demonstration took place in Europe, one of the regions with the highest smartphone penetration in the world. The POC illustrates the business readiness and efficiency of technology running on existing infrastructure, leveraging Vodafone’s advanced networking capabilities. In the demonstration, the proof-of-concept device used on Vodafone’s network was based on the Samsung Galaxy Z Flip3 5G powered by a Snapdragon 888 5G mobile platform, which incorporates a Qualcomm secure processing unit running the system operating Thales.
Inside an ultra-thin, premium form factor, the Snapdragon 8cx Gen 3 processing platform provides extraordinary performance and economy. Support for a multi-day battery life ensures a computing experience that is…
The Snapdragon G3x Gen 1 Gaming Platform brings together all of the Snapdragon Elite Gaming Technologies to establish a powerful new gaming device category. The Snapdragon G3x provides a genuinely cross-platform experience by supporting the games you already like. This is the best spot to play all of your games, from nearly anywhere. Battle every adversary, complete every quest, and level up your skills.
It has a USB-C connector for tethering to a mixed reality headset or output to a 4K monitor. For higher speeds, the platform supports Wi-Fi 6, 6E, and 5G sub-6 GHz and mmWave connection. Snapdragon Sound is also included, which is aimed to increase audio quality.
There is currently no information on which other manufacturers will release devices based on the new Snapdragon G3x Gen 1 Gaming Platform. Qualcomm’s Micah Knapp said the business is now concentrating on the developer community, with OEMs responsible for a device launch.
In addition to handheld consoles, Qualcomm sees this chipset used for micro consoles, set-top boxes, and even smart TV dongles. The SDK supports DisplayPort over USBC so that it can be sent to a 4K TV. The USBC port can also be used to power AR / VR accessories. Think of a lightweight headset that’s just a screen, while a G3x device fits in your pocket and provides all the computing power for a portable AR / VR experience.
over half of all gaming revenue – that means mobile games will bring in around $ 90 billion this year. And Qualcommis a huge fan of mobile games on smartphones but believes the time has come to create a dedicated platform for a portable experience. There have been many portable consoles in the past and recently, but only one has seen real success. But then the Switch is a huge hit, so handheld consoles could become a major new platform for smartphone makers.
More gaming options in more locations
Take advantage of the Snapdragon G3x’s power while enjoying the unrivalled flexibility of 5G. You may now broadcast your favourite PC and Android games from a wider range of locations.
Amazing graphics
All of your games will sparkle thanks to the Snapdragon G3x’s capabilities for up to 4K resolution and 144 frames per second. Furthermore, True 10-bit HDR allows for up to a billion hues of rich colour in games.
Graphics of the highest quality
Graphics that are both high-end and authentic enthral at every turn. The Qualcomm® AdrenoTM GPU provides immersive visuals and upgradable drivers for top-tier gaming performance.
🎮Cellular Modem-RF: Qualcomm Game Color Plus, Qualcomm Game Quick Touch, and Qualcomm Game Smoother are performance enhancement technologies. 5G mmWave and sub-6 GHz cellular technology
🎮Wi-Fi: Qualcomm FastConnectTM Wi-Fi/Bluetooth System Wi-Fi 6E is the industry standard.
🎮Bluetooth: Qualcomm FastConnectTM Wi-Fi/Bluetooth System Snapdragon SoundTM technology suite (Bluetooth).
Is it possible to get a Snapdragon 8Gx Gen 1 Just days before the major reveal, @Za Raczke discovered a logo for a new Qualcomm processor on the company’s development site?.
The page’s title is “Test Symbol,” and the icon in question is located next to the caption “Test123.” This is definitely a template that should be populated with actual text (which is what the staging site is for), but that hasn’t happened yet. The next flagship chipset, however, was to be known as “Snapdragon 8 Gen 1.” Qualcomm just said “our next flagship Snapdragon 8 series platform,” without specifying the precise name. As a result, it’s probable that the 8 series chips are referred to as “8Gx.”
Qualcomm already has chips called “8cx”, the flagship offerings of WindowsonARM laptops. There is also an 8c, which sits just below the 8cx, and an entry-level 7c. If “c” means “computer”, what does “G” mean? Under the current naming scheme, some chipsets are given a “G” suffix to indicate higher clock speeds for the GPU, like Snapdragon 765 and 765G. And the “x” just stands for premium. The big event is scheduled for November 30 (Tuesday), join us to find out what this Snapdragon 8Gx Gen 1 business is all about.
In other news, the tipster Ice Universe recently revealed that the next-generation Snapdragon chipset will ship with the Adreno 730. He also said that the performance and power efficiency of this chip far exceeded expectations. According to another report, the next-gen Snapdragon chipset on GFXBench managed to gain 158.4 FPS in Manhattan 3.1 scene, 112.7 FPS in Aztec ruins (normal) and 43.1 FPS in Aztec ruins (high). All of these numbers are at an all-time high, showing the GPU capabilities of the chipset’s upcoming launch.
