From the Windows blog:
Last year at this time, I was with many of our hardware partners at the WinHEC event in Shenzhen, China, where we painted a new vision for connected computing with built-in LTE connectivity, devices that are instantly on and battery life that went beyond hours into days and weeks. We also set a goal for us to begin delivering on this promise within one year.
Today, at the Qualcomm Snapdragon Tech Summit, I stood with Cristiano Amon, President of Qualcomm Chips, and we delivered on the promise that we made then. Along with our hardware partners HP and ASUS, we showed the world the first full-featured Always Connected PCs on the Qualcomm Snapdragon chipset running Windows 10 and a new, optimized version of Office 365. ASUS and HP have worked hand in hand with us to deliver on pushing the boundaries of what a PC can do, and we continue to work closely with Lenovo as they build their own Always Connected PC.
Instantly on, Always Connected, and a week of battery life is liberating
One of the favorite parts of my job is trying out new products. Seeing the innovation, understanding how all the components work together, how it looks and feels, and ultimately how the customer will experience the product.
For the last few months, I have been using an Always Connected PC, running on Qualcomm’s Snapdragon platform. In the last week, I watched the movie Moana with my daughter, worked in PowerPoint, browsed the web every day, reviewed budgets in Excel, checked email while waiting to pick up my son from soccer, marked up a few PDFs with Ink, played some games on the plane – all of this without plugging in my power cord all week.
The PC is fast and responsive when I am using it and quickly goes into standby being incredibly battery efficient when I’m not using it.
A week of battery life on a 'laptop' sounds incredible - and unachievable. But I suspect the key lies in the use case - with the ability to suspend and resume instantly (like a smartphone), there's none of the usual 'leave the laptop on because we'll need it in 10 minutes and don't want to wait for it to sleep and resume'.
Just how far can manufacturers take the ideas here and miniaturise them? Will there be 'Surface' branded hardware based on these chipsets? Undoubtedly. 'Surface Mini', anyone?