APC Australia

ARMING AN ALTERNATE FUTURE

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ARM has been threatenin­g to take the fight to Intel and AMD for years, and at the end of 2019, we finally saw this take serious shape in the form of the Microsoft Surface Pro X. While not the first time we’ve seen a Qualcommpo­wered solution running Windows, the fact that it came from Microsoft means this probably isn’t just a flash in the pan.

The Surface Pro X uses a newly developed processor, the SQ1, that Microsoft codevelope­d with Qualcomm. This ARM-based chip has an impressive­ly low power draw of just 7W, yet offers three times the performanc­e per watt of the Surface Pro 6. The problem is, 64-bit apps don’t currently work with this chip unless they’ve been recompiled for it; 32-bit apps should work, but apps that call on other services, some of which may have 64-bit dependenci­es, can undermine this. Most apps and games have not been ported across, though, and you’ll find that there are a lot of things that don’t currently run. Dropping $1,700 or more on a machine that doesn’t run your favorite app can be a problem, but it’s early days, and Microsoft will hopefully be able to iron out the problems. This shift to ARM is something that we expect to see more of going forward. While this initial effort from Microsoft is somewhat faltering, it does show an intention to take ownership of the core of its machines – something Apple has been doing with its iPads for some time, with its latest Bionic A12X knocking up comparable numbers to mid-range chips. There is still an expectatio­n that Apple will shift over to a chip of its own creation in its Mac range, too.

One thing we don’t know at this point is when we’ll see something new on the integrated graphics front. We’ve been impressed by Intel’s Iris Plus graphics subsystem, as seen in its mobile Ice Lake chips, but this won’t make it to Comet Lake. Intel has tended to push serious gamers toward discrete graphics solutions on the desktop, but there are plenty of uses where integrated is all that’s needed. Now we have a fairly establishe­d GPU-less set of chips from Intel (chips with the F suffix), it may be that it charges a premium for Iris Plus.

It’s worth bearing in mind that while AMD may be winning all the plaudits for general computer work, Intel is still the go-to manufactur­er when it comes to pure gaming – there may not be much of a lead, but a few frames’ difference here is all that hardened gamers need to warrant their preference. Will this still be the case with Comet Lake? Probably, especially if Intel can keep pushing up the operating frequencie­s.

APU ANNOUNCEME­NTS

Before Intel gets its Comet Lake game going, AMD is expected to show off its Ryzen 4000 Renoir APUs. These are designed for laptops, an area where AMD has traditiona­lly struggled, and where Intel still holds court. Ryzen 4000 APUs are based on the Zen 2 cores, as opposed to the Zen+ used by Ryzen 3000 APUs, which

means they’ll have support for PCIe 4.0, as well as improved memory support, and better overall performanc­e.

What about the graphics core? We’ve been eagerly awaiting the Navi architectu­re to make its debut in APUs, but it looks as though we’re going to have to keep holding our breath on this front, because these new chips are expected to use Vega still. AMD is, of course, producing the chips that will power Microsoft and Sony’s next-gen consoles, and they are both expected to employ second-gen Navi cores, so it may be some time before such chips appear in a PC-friendly guise.

What about Zen 3? Dr. Lisa Su, AMD CEO and president, had some good news on this front in a recent interview with VentureBea­t: “We’re well underway with Zen 3 as a follow-on, as well, for 2020.” Understood to use Extreme UltraViole­t Lithograph­y to improve transistor density and reduce power consumptio­n, the process, which AMD is referring to as 7nm+, produces an improvemen­t to IPC over Zen 2 of 15 percent on average.

Unlike Intel, AMD is sticking to its existing platform for Zen 3, with its AM4 socket remaining compatible for these new chips. AMD isn’t expected to make any changes on this front until Zen 4 drops, some time in 2021.

 ??  ?? Intel Comet Lake CPUs already exist, although only in mobile form at this point.
The good news for Zen 3 is that it’s going to be compatible with existing AM4 motherboar­ds.
The Core i9-9900KS proved that there is still life in the aging 14nm++ process.
Intel Comet Lake CPUs already exist, although only in mobile form at this point. The good news for Zen 3 is that it’s going to be compatible with existing AM4 motherboar­ds. The Core i9-9900KS proved that there is still life in the aging 14nm++ process.

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