Qualcomm announces the next batch of upcoming mobile chips Smartphones, tablets and augmented reality. The company has revealed the Snapdragon 8+ Gen 1, which is an upgrade to the current processor used in the latest versions of Android. Qualcomm has also taken the lid off its latest mid-range processor, the Snapdragon 7 Gen 1. And since it can’t be left out of the conversation about augmented reality technologies, Qualcomm also introduced the first piece of reference hardware running on its Snapdragon XR2 platform. It is a wireless pair of augmented reality glasses.
Qualcomm’s first silicon update starts with a flagship chip, the Snapdragon 8+ Gen 1. It has a maximum clock speed of 3.2GHz and can handle 5Gbps speeds of up to 10Gbps—if you’re lucky enough to get into which—that. It is also compatible with Wi-Fi 6 / 6E routers, speeds up to 3.6 Gbps.
Qualcomm particularly emphasizes the Snapdragon 8+ Gen 1 gaming capabilities, adding that the new chip offers “the full suite of Snapdragon Elite Gaming features.” It promises 10% faster speeds and 30% less power, so you don’t have to worry about throttling and battery life while gaming on the go. Qualcomm says the new platform adds up to an additional 60 minutes of gameplay.
something tNote: Qualcomm focuses on the capabilities of the AI engine. The company says the new 8+ Gen 1 delivers up to 20% better performance for things like AI camera capabilities. In particular, 8+ Gen 1 can help facilitate simultaneous bokeh effects and face tracking. It also offers 8K HDR video capture capabilities.
Qualcomm says Android smartphones will feature its latest premium chipset, including versions from Motorola, OnePlus and ASUS, which produce the ROG range of gaming-focused smartphones. Snapdragon 8+ Gen 1 is the successor to the processor within current Android versions, including Samsung Galaxy S22 UltraAnd Motorola Edge +And OnePlus 10 Pro. On the outside, the Snapdragon 8 Gen 1 powers Xiaomi 12 Pro.
In the mid-range section is the Qualcomm Snapdragon 7 Gen 1. Its spec sheet indicates that it will offer honest competition to the latest range of devices in this particular category.
The seventh generation of the first generation is the first of Qualcomm’s mid-range series to be converted to the new naming convention, which means it is the first generation of this new silicon series. Like the flagship 8 Gen 1, the 7 Gen 1 is enhanced by the so-called Snapdragon Elite Gaming features, including the Adreno Frame Motion Engine based on the Adreno GPU. This engine helps double the frame rate so that gaming content can be upgraded without compromising the power efficiency of the device. Qualcomm promises up to 20% faster graphics and better compatibility with Quad HD+ displays.
The new processor will help with the camera’s performance as well. You’ll be able to shoot between three cameras simultaneously or take photos up to 200MP, a first for Qualcomm’s Snapdragon 7 series. The chip will also enable 4K HDR recording, which will be a boon for mid-range devices that use this chipset series.
In addition, Qualcomm is touting the Snapdragon 7 series 1 capabilities for detecting a face while wearing a mask. In particular, the seventh generation of the first generation will have 30% improved performance in the field of artificial intelligence. As for wireless connectivity, the Snapdragon 7 Gen 1 will feature the Qualcomm X62 5G modem, which supports both mmWave and sub-6 networks.
Qualcomm told us so The price of devices that will have the first generation Snapdragon 7 will be It is likely to be In the $400-$600 range.
Wireless AR . Smart Viewer
Since Qualcomm’s business is primarily centered around powering mobile platforms, it sees the future of augmented reality on a par. Unbound. The company used this vortex of silicon smartphone news to launch Wireless AR Smart Viewer, a reference device for developers to build “lag-free” AR experiences on Qualcomm’s FastConnect XR suite of software.
The reference design explicitly has a “40% slimmer profile and a more balanced weight distribution” compared to it The latest generation of Qualcomm powered by XR1 technology a program. Goertek, a Chinese OEM, developed the devices. It features a dual Micro-OLED display with a resolution of up to 1920 x 1080 per eye, each delivering frames up to 90Hz. There are also dual monochrome and one RGB cameras on the Smart Viewer, allowing six degrees of freedom for head and hand tracking.
The biggest selling point of this particular headset is that it shows off the wireless prowess of Qualcomm’s augmented reality platform. The company claims that its FastConnect 6900 solution offers “relentless” Wi-Fi 6/6E and Bluetooth connectivity so you don’t have to tether the device while you’re in augmented reality. Qualcomm’s Smart Viewer still has a latency of less than 3ms between the headset and the connected smartphone.
Qualcomm facing the future
Processor updates are on par with Qualcomm’s cycle, and the company has done this kind of refresh mid-year for its flagship silicon before. But the elephant lounging in the room with these latest announcements is Google, Samsung, and Apple chips.
Although Apple does not partner with Qualcomm for the iPhone, its focus is Towards the production of their processors, the reverberation movement is slowly starting to resonate with other notable brands with infrastructure that can support homemade chips. Google and Samsung come to mind, with the former collaborating with the latter for tensor slide in its Pixel smartphones because the latter already makes Exynos chipsets for its devices. Google has been using its chips since the Pixel 6 and recently announced that it will stick with them in the mid-range series. And while Samsung hasn’t moved its flagship devices away from Qualcomm hardware yet, the company has opted for an Exynos 1280 processor in the mid-range. Galaxy A53 smart phones.
Qualcomm still has a lot of partnerships across the global smartphone industry. And while its latest processors offer a glimpse into how it is going forward to maintain parity with the competition, it will be interesting to see how it maintains dominance That’s where Google and Samsung drift into doing their own thing.