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Panic over: Windows 10 users won’t be left out in the cold with Wi-Fi 7 after all
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We’ve been hearing a lot about Wi-Fi 7, the next-gen wireless standard, of late, and one of the bits of chatter was worrying – namely that Windows 10 users may not get the benefit of these faster wireless speeds. Fortunately, we can now put paid to any notion that Windows 10 users will be left out in the cold.

This episode started a month ago when a leaked Intel document appeared on X (formerly Twitter), courtesy of one of the regular hardware leakers on that platform, and it omitted any mention of Windows 10 support for Wi-Fi 7. It listed support for Windows 11, Linux, and ChromeOS, but that was it.

Now, as we commented at the time, that didn’t necessarily mean that Windows 10 won’t support Wi-Fi 7, but it was certainly taken as a hint that the older OS may not, somehow.

The good news is that this isn’t the case, and we’ve now had confirmation – albeit an indirect confirmation – from Intel that Windows 10 PCs will be just fine to benefit from Wi-Fi 7.

Neowin reports that Intel has now listed a pair of Wi-Fi 7 modules on its official Ark product database – the Intel Wi-Fi 7 BE200 and Wi-Fi 7 BE202 – both of which are marked down as having Windows 11 and Windows 10 support (along with Linux, though ChromeOS is omitted with these product listings, oddly – again, we wouldn’t read too much into that either).

Analysis: Minor panic over, thankfully

So, if there was any panic for Windows 10 users – and there was a bit, for sure – they can now rest easy that when Wi-Fi 7 comes fully into play, they will be able to enjoy those much, much faster wireless speeds (compared to Wi-Fi 6, it’s in the order of a fivefold speed increase).

When will Wi-Fi 7 actually be usable? Well, it’s still relatively early days yet for the standard, and those first Intel modules won’t be in hardware for some time (and you’ll need not just client devices which support Wi-Fi 7, but of course one of the best wireless routers that does, as well). We’re looking at next year for the new wireless standard to be fully formed and certified, with supporting hardware to rollout following that in 2024.

There’s plenty to look forward to then, no matter what version of Windows you’re running.

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Microsoft shows why Windows 11 needs TPM – even if some PCs are left out in the cold
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Windows 11 security is something of a hot topic, as the revamped OS comes with much tighter defenses than Windows 10, but with the side-effect of creating controversy and confusion on the system requirements front (and indeed for gamers – more on that later).

However, Microsoft recently produced a video to show how Windows 11’s new protective measures – which include TPM (Trusted Platform Module), Secure Boot and VBS (Virtualization-Based Security) – help to make systems safer against hackers. Furthermore, it reminds us these moves are an extension of what was already happening with Windows 10 (but crucially, not on a compulsory level).

The clip stars Microsoft’s security expert Dave Weston who explains more about why this higher level of security, which entails the aforementioned raised hardware requirements – including support for TPM 2.0, which rules out a fair number of not-all-that-old PCs – is required to defend against some potentially nasty security breaches.

Weston shows how this nastiness could play out in real world situations, first of all demonstrating a remote attack leveraging an open RDP (remote desktop protocol) port, brute forcing the password, and then infecting the machine with ransomware. This was on a PC without TPM 2.0 and Secure Boot, and naturally, wouldn’t be possible on a Windows 11 system.

The second attack used for demo purposes is an in-person one using a PCI Leech device to access system memory and bypass fingerprint recognition to login. VBS stops this kind of attack being leveraged against a Windows 11 system, and the former remote attack is prevented by UEFI, Secure Boot and Trusted Boot (in conjunction with TPM).

Analysis: Land of confusion

This is an interesting look at the nuts-and-bolts of how these security countermeasures work against real life attacks. Clearly, in some scenarios there are good reasons for mandating TPM and the other mentioned security technologies to help keep a PC safer against a possible attack, whether that’s a remote or local intrusion.

No one is going to argue against better protection, but the issue with making these pieces of security tech a compulsory part of the system requirements is the confusion around whether or not a PC has these capabilities.

In some cases, newer machines do indeed have TPM on-board, it just isn’t enabled – leading to a frustrating situation where the owner of a modern device could be told it isn’t compatible with Windows 11. And while it might just be a case of switching TPM on, which isn’t difficult for a reasonably tech-savvy person, it could be very intimidating for a novice user (involving a trip to the BIOS, a scary place for the untrained eye).

VBS or Virtualization-Based Security has run into further controversy, as well, given that while this isn’t an issue for upgraders from Windows 10, it will be enabled by default on new PCs that come with Windows 11 – and it causes slowdown with gaming frame rates. By all accounts, VBS can be a pretty serious headwind for frame rates, too; and again, this adds to the confusion around what’s going on with Windows 11 machines in general.

Having a more secure PC is great, without a doubt, but there are costs here which have a potentially negative impact on the experience of some users adopting (or trying to adopt) Windows 11.

Via Neowin

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