Windows laptops and tablet PCs traditionally work on X86 processors such as Intel and AMD. Microsoft tested the use of ARM-based processors when Windows and Windows were released in 2012, and cost the company dearly. However, the RT surface failure was mainly due to the program. The system can only run a small subset of the applications that were compiled specifically for that, so I could not install Chrome or Photoshop, for example. This did not help that Microsoft’s marketing of the RTT surface was confusing to many consumers.
Fast forward to today and Microsoft is ready to give ARM on laptops another chance. But this time, you can run any program you want. Windows 10 has officially been released today, and although Microsoft has not yet launched the ARM-based surface device, the company has partnered with people like HP to launch a new class of notebooks officially classified as “always connected.” Devices “.
The promise using ARM-based chips (we’re basically talking about Qualcomm Snapdragon processors here) is that you get the kind of user experience you’ve got to use from your smartphones. This means that these devices will turn almost instantly and have a wireless connection to, and perhaps most importantly, provide a type of battery life that will allow you to spend a day or two (and, in the future, perhaps a week) of working without having to recharge
Ideally, of course, this is exactly what users will face who really should not worry about which processors sit on their laptops as soon as their first ARM-based laptops go on sale. Asus and HP, who worked with Microsoft to launch their first devices with Windows 10 to ARM, claim that their first input into this market will provide more than 20 hours of active battery life and about 30 days for the expected order.
Asus enters this market with Novago, a portable Gigabit laptop with a tip platform of 835 calves. The HPV brings the surface of the clone Envi x2 to the party. HP Hub provides support for 4G LTE2.
The biggest difference between the experience of failure rate and these new devices is that users will be able to run any list of Windows applications and that all modern peripherals will only work as well.
Like Erin Chapel, Microsoft’s Windows cloud said the company regrouped the Windows 10 operating system to ARM. There is no emulation at the operating system level. The team spent a lot of time trying to locate the mapping between the operating system and the simulation layer. In the end, Microsoft decided to originally compile all the DLLs (that is, most Windows libraries) and set the simulation layer on it.
Each one sits on top of this and needs to be simulated, Windows 10 uses a binary dynamic compiler Orem to translate the code X86 to ARM64 code on the fly.
Because of these design options, most semi-local performance management applications must almost, because most Windows and standard applications tend to call application programming interfaces for the operating system (including drawings) ) directly – all these libraries have been put together again, after all. Whenever it is an application that is strongly linked to the CPU, you will see a successful performance.
Over time, however, Microsoft will undoubtedly make it easier to put on the market the applications that have been pre-assembled for Orem, so that heavy CPU applications will be able to run local fast as well.
René Haas, director of the intellectual property group Orme, said that it is worth remembering that his company started working with Microsoft again in 2008 (and not only on the Windows rate but also on the ecosystem for Windows Mobile).
Lee said: “We are very excited about who we are.” It was a long relationship with Microsoft on this platform, but also, a lot has changed since they first saw Windows on the Orme. ”
“We are very excited about where we are,” Lee said. “I have had a long commitment with Microsoft on this platform, but it has also changed a lot since the first time they looked at Windows in ARM.”
He said a few years ago, ARM only offered 32-bit architecture, which chips-based ARM now only reached the point where it is strong enough to allow performance similar to that of a notebook computer (in fact, Microsoft also pointed out that one of the motives Qualcomm here is that its chips are now so powerful that the standard workloads outweigh the phone and the company looks for other places to use).
“I have lived a trip to Windows RT and I think we have taken a series of lessons from the past to adopt a new approach that allows Windows in ARM to differentiate both in terms of a centralized and disparate platform experience, because of the central promise of Windows,” Sunis said.
He also confirmed that Windows expects ARM to promote Intel as well, and he hopes that this class of devices will include machines powered by Intel in the future. “We have all seen Intel at its best when it is under pressure,” he said.
Hace of Arm expects the company to continue to deliver more robust buildings with double-digit performance gains each year. From their point of view, we have now reached the turning point that ARM-based notebooks can compete with Intel-based notebooks. As the ARM platform increases, he said, “It starts to take us to a class where we can be equal to deliver an uncompromising experience on a laptop.”
Because we have not used any of these new devices yet, we just do not know whether they are good. But what we have seen is that there are market computers clips in the form of Chromebooks from Google. The goal of both Google and Microsoft is to present their vision of what the future of mobile computing (and work) will look like a smartphone. “That’s what’s changing, and we have to make our computer experience and our modern computer experience,” said Rowan Sunness, Microsoft’s ecosystem and device manager.
In this context, Haas Arm also stressed that this new structure will also allow new form factors, simply because if you do not need a fan, you can place the CPU anywhere on the device (even behind the screen) to enable new. (Or to put more batteries into these laptops).
It is interesting to see that Microsoft launches this platform without a major device on its surface line. He may do so to avoid the confusion that is still in the Rs sourface, but your Microsoft team says he does so because he wanted to work closely with its ecosystem partners to build, validate and promote this platform. Anyway, I hope to see the surface device with the ARM drive in the future not too far away.