Samsung has taken the wraps off the Galaxy Book 2, a new 2-in-1 running Windows 10 and powered by Qualcomm's Snapdragon 850. As with other Windows on Arm machines we've seen, the big selling points for the Galaxy Book 2 are battery life and always-on connectivity, courtesy of the Snapdragon chipset's LTE modem.
The 810 came after the 800 and the 820 came after the 810. You’d expect that the series would go 830 then 840. Qualcomm, however, jump from 820 to 835 to 845. The next one after that will be 8150. Confused yet? You won’t be alone but that might be the marketing that Qualcomm will be employing when it unveils its next premium mobile platform, the Snapdragon 8150, not the Snapdragon 855.
One of Apple's biggest spiels about the iPhone XS and XS Max is their improved LTE performance. That's thanks to its overdue adoption of 4x4 MIMO technology. In theory, that should shut Samsung up over its claims of download superiority. But how does it perform in practice? Separate benchmarks apparently show how much the iPhone XS improved over its predecessor. Unfortunately, they also show how Qualcomm may still have a bargaining chip over its new enemy.
Qualcomm has accused Apple of not only stealing its trade secrets but sharing them with Intel, alleging that the iPhone-maker turned to nefarious means in order to prop up the rival chip company. Apple and Qualcomm are currently embroiled in an ongoing legal battle over chip licensing and how the Cupertino firm uses third-party technology.
The latest in kid-oriented smartwatch hardware comes from Verizon, and it's called GizmoWatch. This is the latest in a line of similar products sold exclusively by Verizon, all in the Verizon GizmoKids product line. This watch will replace the most recent smartwatch made by Verizon, the GizmoGadget. This device holds the distinction of being "the first 4G LTE kid's watch in the United States powered by Qualcomm."
Microsoft’s and Qualcomm’s campaign to get Windows 10 running on ARM-based Snapdragon chips has mostly fallen flat on its face. While the idea of power efficient, always on, and always connected PCs is undoubtedly tempting, the execution was sorely lacking, especially when it came to banking on last year’s Qualcomm Snapdragon 835. The new Snapdragon 850 aims to correct that, presuming it goes in actual commercial products, but it will be the Snapdragon 1000, a.k.a. Snapdragon 8180, that may finally make those dreams come true.
Time waits for no-one, and in smartwatch terms that means the Qualcomm Snapdragon 3100 is long overdue. The latest chipset for Wear OS by Google wearables, it picks up where its predecessor left off, only with the promise of better performance, more flexible displays, and significantly longer battery life. Read on for five things you need to know.
Verizon made their first-ever 5G NR call on a commercial network with a simulated smartphone device. Verizon's most recent test in the 5G space also tipped a hat to its side-news launch of 5G residential broadband service in four US markets. This Verizon 5G news came right on the heels of AT&T's big 5G announcement at AT&T Spark - they'll be expanding in a big way, too.
This morning at AT&T Spark, the mobile data company named a bunch of cities to which it planned to bring 5G data speeds. This comes on top of news that AT&T deployed its first mobile 5G cell site and expanded its 5G reach from its first 7 cities to an additional 5, all inside the year 2018. Come 2019, AT&T's reach with 5G will spread to a bunch more cities across the United States.
Montblanc has revealed its newest smartwatch, the Summit 2, powered by Qualcomm's new Snapdragon Wear 3100 chipset. Announced in San Francisco, CA today, the Summit 2 follows the original Summit luxury smartwatch, launched back in early 2017.
Qualcomm promised some big news in smartwatch chips, and the Snapdragon Wear 3100 is just that. Bringing a long-awaited update to the company's wearable-focused silicon, the new platform promises to be more powerful and more power-efficient, with a number of big names in smartwatches already signed on.
With aptX Adaptive, Qualcomm just gave the otherwise semi-stagnant technology of Bluetooth audio a kick in the pants. Standard Bluetooth audio is encoded at one size, and delivered to speaker devices in the same manner, regardless of the application or situation. With aptX Adaptive, the device sending the sound can encode sound information in a bunch of different sizes, dependent on the environment and sonic requirements of the user.