Category Archives: Windows OS Musings

Insider stuff, Recent Activity, Troubleshooting, WED Blog, Windows 11, Windows OS Musings

New Antimalware Exe Causes Regular Win11 APPCRASH

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In watching a new Windows OS, I tend to check in on Reliability Monitor regularly to look for errors. After my intense efforts to get my Windows 11 PCs upgraded to Defender’s latest Antimalware engine recently, I have to laugh. My Lenovo ThinkPad X380 Yoga in the Beta Channel has thrown 14 critical events since its July 29 upgrade. Half of those events originated from the Antimalware Service Executable, version 4.18.2107.4. Hence my assertion: New Antimalware Exe Causes Regular Win11 APPCRASH.

I have to chuckle, because getting to this version also fixed a documented problem with Windows 11. It did prevent the “Automatic sample submisssion” from resetting to off after each reboot. But apparently, something else in that executable is itself problematic. Such gotchas are pretty normal for Insider Preview code. I imagine MS is working hard to fix it, too.

New Antimalware Exe Causes Regular Win11 APPCRASH: What of It?

Looking at all 14 “Critical Events” in Relimon since July 29, 3 come from Lenovo Firmware Update checks (fwdetectcmd1911.exe). All the rest — including the 7 from the antimalware engine — come from Windows internal components and elements. To me this is just the normal working out of a new OS release as it morphs from Insider Preview to nearly production-ready status. In other words, it simply shows that the development process is proceeding as it usually does.

Over time, the frequency of such errors will drop off. As Insider Preview users report specific items, MS dev teams will investigate. They’ll invariably fix those in need of fixing (as I expect will happen with this MsMpEng.exe issue). When only a few random or minor issues remain unsolved, the developers will start moving more aggressively to create production target builds for Windows 11. That’s usually when it would show up as a Release Preview channel item, and would signal that production release is immanent.

This time around, we already know MS will move heaven and earth to get Windows 11 ready by late October. That’s as far as they can push things, and still have PCs or devices with Windows 11 pre-installed ready for the holiday shopping season. Stay tuned, and we’ll see how it all unfolds.

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Next LTSC Is 21H2 Based: Windows 11 Follows Later

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In a July 15 Windows Experience Blog post, MS VP John Cable writes that in “the second half of 2021” the next version of the Windows LTSC will hit. Here’s a quote: “…we will also launch the next version of the Windows 10 Long-Term Servicing Channel (LTSC) based on version 21H2 at the same time.” A recent “Ask Me Anything” (AMA) session said a “next LTSC” after that would use Windows 11. Hence my assertion: the next LTSC is 21H2 based, Windows 11 follows later.

Next LTSC is 21H2 based Windows 11 Follows Later. How long?

Good question. Take a look at a list of LTSC Windows 10 releases. I include my guess for the upcoming one:

1. Windows 10 Enterprise LTSC 2015 1507   07/29/2015
2. Windows 10 Enterprise LTSC 2016 1607   08/02/2016
3. Windows 10 Enterprise LTSC 2019  1809   11/13/2018
4. Windows 10 Enterprise LTSC 2021  21H1   11/??/2021

The gaps vary. It starts with just over a year (1 → 2). The next is over 2 years (2 → 3). That latest goes up to around 3 years (3 → 4). Recent history argues it will likely hit in two or three years. A lot depends on features that Windows 11 offers and Windows 10 does not. Equally important: how much they matter for deployments likely to use the long-lived LTSC code base.

Why Use a Windows LTSC Release?

In its LTSC explainer in Microsoft Docs, MS works hard to distinguish LTSC from other release channels and to identify typical usage scenarios (italic text is quoted verbatim):

 Important

The Long-Term Servicing Channel is not intended for deployment on most or all the PCs in an organization. The LTSC edition of Windows 10 provides customers with access to a deployment option for their special-purpose devices and environments. These devices typically perform a single important task and don’t need feature updates as frequently as other devices in the organization. These devices are also typically not heavily dependent on support from external apps and tools. Since the feature set for LTSC does not change for the lifetime of the release, over time there might be some external tools that do not continue to provide legacy support. See LTSC: What is it, and when it should be used.

The latter document calls out a “key requirement … that functionality and features don’t change over time.” These include medical systems like those used in MRI and CAT scan devices, industrial process controllers, and air traffic control systems. All such systems are costly, complex, and relatively isolated from public networks.

My gut feel is a long wait doesn’t matter that much for LTSC deployments. Because they’re so specialized and focused. engineers will build around whatever’s available when they put LTSC to work. When it gets used, the Windows OS isn’t really important: the function and capabilities of the overall system in which LTSC is embedded is what really matters.

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Windows 11 Adopts Annual Upgrade Cadence

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Interesting news from the latest version of MIcrosoft’s Windows Lifecycle FAQ (updated July 24, 2021). It says upgrade frequency will change with Windows 11. No more semi-annual “feature updates” that characterized Windows 10 (e.g 20H1, 20H2, 21H1 and 21H2). Instead,  one such update/upgrade happens each year. Most likely, it will hit in October. That’s why I say that Windows 11 adopts annual upgrade cadence in this post’s title.

When Windows 11 Adopts Annual Upgrade Cadence, What Else?

In the FAQ, we also get information about the servicing timeline for Windows 11 versions. Here’s a snapshot of the table clipped straight from the FAQ. It answers this question: “What is the servicing timeline for a version (feature update) of Windows 11?”

Windows 11 Adopts Annual Upgrade Cadence.servicing

Business, education and IoT versions have a 3 year timeline; other versions get two years.
[Click image for full-sized view.]

What is a servicing timeline anyway?

As I understand it, this is the length of time that Microsoft will provide updates and enhancements for a particular Windows version or release. When that interval expires, PCs must update to a more current — and still-supported — version. Business, education and I0T versions benefit from a longer timeline. Consumer, end-user and SMB focused versions (Windows 11 Pro, Pro Education, Pro for Workstations, and Home) get a shorter timeline with more frequent upgrades expected.

As the footnote says, Windows 10 Home “does not support … deferral of feature updates.” Thus, it will usually not hang around long enough to get forcibly  updated when an older version hits its planned obsolescence date.

Very Interesting! This should make things easier for everybody, especially for IT departments in larger organizations. They most adopt an “every other year” upgrade cadence anyway…

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Are Over Half-a-Billion Windows 7 PCs Still In Use?

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The old saying goes: “The numbers don’t lie.” Alas, I’ve been messing with numbers long enough to know that they don’t always capture the whole truth, either. Please indulge me for a moment, while I make a case for the size of the Windows 7 PC population. Warning! That case leads to the question that headlines this item: Are over half-a-billion Windows 7 PCs still in use? Sounds a bit high, as numbers go, so I’ll lay my reasoning out.

Why Ask: Are Over Half-a-Billion Windows 7 PCs Still in Use?

According to NetMarketShare.com, the platform version numbers for Windows 10 stand at 57.85% of desktops, versus 24.79% for Windows 7. MS has recently asserted that 1.3B active monthly users run Windows 10. Using that as a baseline, I calculate that if this number is accurate, there must be just over 557M Windows 7 PCs in use by proportion. How many of these are VMs, and how many are physical PCs is anybody’s guess.

Let’s say that 2 of 3 Windows 7 instances run on physical PCs just for grins. That would mean 557M Windows 7 OS instances translate into around 371 million devices running this now-obsolete OS. Recall that EOL for Windows 7 hit on January 14, 2020, 10.25 years after it debuted on October 22, 2009. These machines will be prime candidates for Windows 10 upgrades, because in all likelihood most of them will be unable to meet Windows 11 hardware requirements.

Another Question Comes to Mind…

As I tweeted last Friday, this raises another question. That question is: Will Windows 11 hardware requirements spur an uptick in Windows 10 installs, as older Windows 7 PCs get a “last and final” upgrade? Personally, I’m inclined to believe the answer is “Yes.”

Here are my reasons for so believing:
1. Because Windows 10 EOL is October 14, 2025, that buys time for home and business (mostly small business) users to save up for a hardware refresh to make themselves Windows 11-ready.
2. It reflects common practice in upgrading, where many users — again, especially those in  SMBS — deliberately trail the leading edge of Windows releases in the name of improved stability, reliability and understanding.
3. It’s always easier and cheaper (at least, in terms of current cash flow) to defer upgrades and hardware purchases until later, rather than to act sooner. That said, it gives more time for planning, lets others do the hard work of pioneering, and offers greater comfort in making changes at a time of the buyer’s choosing.

How all this actually plays out remains to be seen. If my numbers have any bearing on what’s out there in the real world, things could get interesting. I have to believe the big OEMs — Lenovo, Dell, HP, and other players (Acer, Asus, LG, and so forth) — are pondering this closely and carefully. I’m betting that PC sales will remain strong until 2026 and beyond, though probably not at pandemic levels, as the workplace returns to more customary modes of operation. Stay tuned: I’ll keep you posted.

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Surface Pro 3 Gets 21H2 Feature Update

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OK, then. The Windows release environment has now forked. Those PCs running the Release Preview version of Windows 10  can go one of two ways. Those who don’t meet Windows 11 hardware requirements get an upgrade to 20H2 (Build 19044.1147) . The others get an invite to upgrade to Windows 11. Because my 2014 vintage Surface PC  falls into the first category, that Surface Pro 3 gets 21H2 feature update. The lead-in graphic provides more info, from Settings → System → About.

If Surface Pro 3 Gets 21H2 Feature Update, Then What?

This reminds me that Windows 10 has a planned life until October 2025. That’s 50 months from now, not counting July 2021 in the tally (50.35 months, countlng the 11 days remaining in this month). I find myself reconsidering hanging onto the old but still reliable SP3 as a way to keep up with Windows 10 even as most of my PC fleet switches over to Windows 11 later this year.

Other businesses and organizations may find themselves forced to straddle this fork, too. That’s because not everyone will be able to replace older hardware right away to make themselves Windows 11 ready.

Life on the Trailing Edge of Technology

If my experience with many small businesses is any indicator, Windows 11 will probably provide a wake-up call to those still running Windows 7. At least, most such systems will upgrade to Windows 10 and can keep running until October 14, 2025 when Windows 10 End-of-Life hits. This adds another 50 months to the planning and upgrade cycle, at which point businesses will find themselves more or less compelled to “move on up” to Windows 11.

NetMarketShare still reports the Windows 7 population as just under 24.8% of overall desktops. I think it’s pretty safe to guesstimate that 80-plus percent of those PCs won’t meet Windows 11 hardware requirements on grounds of boot type (MBR vs. UEFI), CPU generation (7th or lower, mostly lower), and lack of TPM 2.0 support. This could lead to an upswelling of Windows 10 numbers, even as that OS marches toward its own EOL date.

But that’s the way things work sometimes, here in Windows -World!

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What Color Is Your Windows 11 BSOD?

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I’m seeing numerous reports in the news that in Windows 11, a stop error produces a screen with a black background. You can provoke such an error, often known as a BSOD (Blue Screen of Death, irrespective of color) on Windows 11 quite easily. Simply open Task Manager, go to details. right-click on svchost.exe and select “End process tree.” This will immediately crash your PC, and show you the stop code for CRITICAL_PROCESS_DIED. When I do that on both of my Windows 11 test machines, I get a GSOD (Green Screen of Death) that’s identically colored to the lead-in graphic for this story. What color is your Windows 11 BSOD?

Why ask: What color is your Windows 11 BSOD?

Over the years, I’ve seen them in various shades of blue and green. I’ve never seen a black one. I still can’t see one now. Thus, I’m guessing that the background color for a BSOD/stop error probably depends on some background or appearance setting in the OS. Otherwise, the claims I’m reading online that the background is black would also show up on my test machines.

Here’s a sampling of such stories:
Tom’s Hardware: Windows 11’s Blue Screen of Death Could Be Turning Black
BBC: Microsoft’s Windows 11 blue screen of death to become black
WinAero: Windows 11: Blue Screen of Death is now Black Screen of Death

In fact, this assertion is showing up in dozens of news stories. Thus, I find it both interesting and vexing that when I tried to confirm this for myself, both of my test machines came up with a green background instead.

One Case Does Not Make a Transformation

I think what may be happening is that some people will indeed see black as the BSOD background. Some will see green (including me). I’m curious to know if other colors will present. it’s most interesting that such changes can lead to pronouncements that somehow remind me of a certain Rolling Stones song…

And that’s the way things go here in Windows-World. Often it’s something odd and hard to explain, if not mysterious, like this one!

Update Added July 3: It’s a Possibility, Not a Fact

Now I get it! It’s a claim that originates from Tom Warren at The Verge, who writes

“The software giant started testing its new design changes in a Windows 11 preview earlier this week, but the Black Screen of Death isn’t fully enabled yet. The Verge understands Microsoft will be switching to a Black Screen of Death for Windows 11, matching the new black logon and shutdown screens.”

I guess that means I have to keep crashing my Windows 11 test machines after each upcoming new Build, to see what color the BSOD takes on. Eventually, if Mr. Warren is correct, that background will go “back in black” to call an 80s anthem to attention. Stay tuned!

 

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Windows 11 Device Driver Handling

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Now that I’m getting past my first look, I’m starting to dig into the new OS. Right now, I’m thinking about device drivers. So far, Windows 11 device driver handling has been painless and on point.  I have noticed a few items of interest, though, about which I’ll report here. First, though, I’ll take a detour to introduce and explain my investigation tool.

GitHub Project DriverStore Explorer

Aka RAPR.exe, DriverStore Explorer is free software from developer lostindark. It’s made available via GitHub. I’ve been using it for a decade or longer, and it does a great job of showing drivers in the Windows DriverStore and zooming in on duplicates and outdated elements therein. I’ve now run the tool against both of my Windows 11 test machines (X380 Yoga and X12 Detachable Tablet). In so doing, some interesting patterns have emerged.

Windows 11 Device Driver Handling Seen via RAPR

As I look over the in-store drivers via RAPR on Windows 11, one thing jumps out immediately. As shown in the lead-in graphic for this story, there are 5 duplicated of the same Bluetooth driver therein. They share a common filename — ibtusb.inf — plus common dates and driver versions — 22.50.0.4 and 4/19/2021, respectively. These appeared only after installing Windows 11, so I’m not speculating too wildly when I assert that something during the OS install process installed a bunch of duplicates.

Fortunately, the RAPR functions “Select Old Driver(s)” and “Delete Driver(s)” clean these duplicates out without problems. As you can see in the following “after” image, there are now only two entries left under the Bluetooth heading. Before, there were 10.

Now only two entries under Bluetooth versus 10 beforehand.
[Click image for full-sized view.]

In fact, the only duplicates/old drivers still handing around after cleanup are extensions for the Intel Iris Xe graphics (iigd_ext.inf). This kind of behavior is typical when a driver remains active during update. That’s why RAPR provides a Force Deletion checkbox (and why a follow-up reboot helps). Indeed the X12 graphics went wonky after forcibly removing the graphics drivers in use. A reboot set things right and now it is using the latest version, just as it should be.

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Windows 11 First Looks

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Mid-afternoon yesterday, I caught the word that Windows 11 was out via Insider Preview Dev Channel. Right now, I’ve got two test PCs upgraded to the new OS. #1 is a Lenovo X380 Yoga; #2 is a Lenovo X12. Both machines meet all hardware requirements and gave me my Windows 11 first looks. I must say, unequivocally, so far I really, really like what I see — and feel.

The Two Target PCs, in More Detail

PC number 1 is a 2018 vintage Lenovo ThinkPad X380. It’s got an 8th generation i7-8650U CPU, 16 GB of soldered DDR4 2400 MHz RAM, a Toshiba 1TB PCIe x3 NVMeSSD, Intel AC-8625 Wi-Fi, and a reasonably  capable 1920×1080 touchscreen, with fingerprint reader (no Hello-capable camera). I purchased this unit as a third-party refurb in late 2018 for around US$1200 (including all taxes and fees).

PC number 2 is a brand-new (2021) Lenovo ThinkPad X12 Detachable. It’s got an 11th Generation i7-1180G7 CPU, 16 GB of soldered DDR4 LPDDR4X 4267 MHz RAM, a Western Digital 1TB PCIe x4 NVMe SSD, an Intel AX201 Wi-Fi6 adapter, and a decent 1920×1280 touchscreen, with fingerprint reader and Hello IR camera. This is unit is on extended loan from Lenovo, to give me a chance to fly it using Windows 11 for some time.

Both machines worked quite well with Windows 10, where the X380 has been a Dev Channel Insider Preview test unit since day 1. Until yesterday, the X12 had been running production Windows 10. Both machines upgraded to Windows 11 with no difficulty. Each one took less than half an hour to make its way through that process.

What Do My Windows 11 First Looks Tell Me?

OK, it’s hard to get one’s head around a brand-new OS after a few hours in the saddle. That said, I’ve been messing around with Windows since the early 1990s, so I’ve got a good sense of how things should (or used to) work on these PCs. Here’s a list of adjectives I’d use to describe my experiences so far:

  • speedy: the OS feels perceptibly faster than Windows 10. Menus pop up more quickly, programs launch faster, and so forth. Even the venerable Disk Cleanup utility got through its post-upgrade scan and report noticeably faster than Windows 10. Windows.old cleanout seems about the same, however.
  • fluid: the transitions and animations are faster and more fluid than in Windows 10. Overall look and feel is much more consistent, though some hold-out from the old days still persist (e.g. Programs and Features in Control Panel).
  • familiar: though things have changed, and a few minor navigation details along with them, the OS still feels familiar enough that I’m not getting lost easily or often. I remember the sense of utter dislocation that Windows 8 brought to my desktop. Windows 11 does not have this problem.
  • snazzed-up UI: the round corners, fluid icons, taskbar, notifications and even widgets (successor to “News and Interests”) all harmonize better in look and feel. I do like the direction that Windows 11 is taking the UI, and have enjoyed fooling around so far.

Differences, Errors, Issues and MIAs

I’m sure my list will grow as I spend more time behind the wheel driving Windows 11 around. Here’s what I’ve noticed and seen so far, in no particular order:

    • The Advanced Startup option is MIA in Windows 11 Recovery.
    • An older version of CPU-Z threw a driver error (image below). Upgrading to the current version (1.96) does away with this problem.
      Windows 11 First Looks.cpuzdriver

This error message pops up on my Windows 11 desktop. The CPU-Z driver has issues for version 143.

    • I had to figure out that the right-click options for cut, copy, rename and delete now appear as icons at the bottom of the pop-up menu. Minor confusion, easily overcome.
    • Known issues include: taskbar does not appear across multiple monitors, preview window may show incomplete view, settings may fail to launch on a device with multiple accounts, Start menu text entry issues may present (WinKey+R is advised as a workaround), and more. See “Known Issues with Build 22000.51” in the Windows 11 Announcement blog post for more deets and particulars.

Overall, though, I’m impressed, pleased, and intensely motivated to keep exploring. Definitely worth checking out on a test machine or a throwaway VM. Cheers!

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Three-Quarters of PCs Sold Can’t Run Windows 11

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Figure the number of PC sales based on Gartner’s Q1 projections against 2020, and total PC sales for 2021 could top 363 million. Take that into account along with data shown in the lead-graphic  from Statista. You’ll get an astonishing ratio: at least three-quarters of PCs sold can’t run Windows 11. To be absolutely clear, that means PCs sold between 2006 and 2021. Thus, I am assuming that PCs built in 2005 or earlier are unlikely to skew this estimate. And if they do, they will skew it away from Windows 11 anyway…

The breakdown is this: 3.62B billion PCs were sold between 2006 and 2017 (the last year CPUs too old to run Windows 11 were made). OTOH, 1.16B PCs were sold between 2018 through the end of 2021. To get that number, I’m generously allowing Gartner’s Q1’21 growth rate to persist all year. Do the resulting math, and just over 24 percent of PCs qualify for Windows 11, while nearly 76 percent of PCs don’t.

Hence: Three-Quarters of PCs Sold Can’t Run Windows 11

Microsoft currently claims 1.3 B active monthly users for Windows 10. I think that puts the size of the active global PC population lower than 4.8B units sold 2006-2021. I’m inclined to believe this means that the ratio could be more in Windows 11’s favor than my sales-based analysis indicates. Even so, it’s indisputable that three-quarters of PC’s sold since 2006 can’t run Windows 11. What’s in question is how many of the PCs sold from 2006 to 2014 or so remain in use.

I just gave my old Lenovo X220 Tablet (built in 2011 and purchased in 2012) away. That’s because it really didn’t run Windows 10 all that well any more (Insider Preview Dev Channel, that is). I cheerfully concede that for PCs in regular use, the ratio may be more like 50-50 when it comes to those that can, and can’t, run Windows 11. At my house, the actual ratio was 60-40 (can/can’t).

Still, that’s an evocative ratio. It indicates that many users must consider a hardware refresh plus an OS upgrade to get to Windows 11. I believe it applies across the board, too. And by that I mean among households and consumers, plus businesses and organizations at all scales.

This phenomenon should make watching PCs sales over the next year or two very interesting indeed. Microsoft will be watching, the OEMs will be watching, and I’ll be watching too. Stay tuned!

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Windows 11 Health Check Details

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Now that MS has done the big reveal, I can affirm the rumors — and the existence — of Windows 11. So without further ado, I downloaded the new PC Health Check tool (find a link in the final paragraph of this story). It comes in .MSI (Microsoft Installer) format and installs quickly and easily on most PCs. Digging into the Windows 11 Health Check details, though, I fell victim to at least two rude surprises. Maybe more: read my story, then you tell me…

First surprise: my 6-year-old production PC won’t run Windows 11.

Good/Bad News from Windows 11 Health Check Details

In his story about this tool, WinAero.com principal Sergey Tkachenko lists the Windows 11 hardware requirements as follows (quoted verbatim):

  • A 64-bit dual-core 1Ghz CPU or better.
  • 4GB of RAM or better.
  • 64GB of storage or better.
  • A 9-inch display with a minimum 1366×768 resolution.
  • A motherboard with UEFI, Secure Boot, and Trusted Platform Module 2.0.
  • A discrete or integrated GPU with DirectX 12 support and WWDM 2.X.

Actually there’s a bit more to it than that. Interested parties are advised to check these official MS items: Find Windows 11 specs, features and computer requirements and Windows Processor Requirements. They led me to some interesting but depressing realizations, including:

1. Windows 11 PCs must include TPM 2.0 support, along with UEFI and Secure Boot
2. Windows 11 PCs won’t run on 7th generation Intel processors or older: 8th generation is “as low as they go.” On the AMD side, processors number 29xx or higher are compatible with 11. I still have 4 systems with older CPUs here at Chez Tittel.

My production PC, which I’d been planning to refresh, is ineligible because it runs an i7-6700 CPU and has no TPM chip. My son’s desktop is in the exact same boat. Then there’s the Surface Pro 3, which runs a 4th Gen Intel CPU (i74650U). And of course, I’m waiting to give away the Ivy Bridge (2nd Gen Intel i7-2650M) to Reglue.org as soon as they can send somebody by to pick it up.

Change Is Coming, Sooner Not Later

Looks like I need to refresh two desktops before the holidays (when Window 11 is scheduled to go public). I’m guessing October, to give shoppers time to buy Windows 11 equipped PCs before Xmas. Looks like I will also give the Surface Pro 3 (with dock, alternate keyboard, and other accessories) to ReGlue, too.  Time to revisit my bill of materials for those builds, and get the orders flying! I’d hoped to wait until GPU prices came down, but will just re-use the GeForce 1070 Ti cards in those two desktops in the meantime.

Note added June 26 (1 day later)

In response to feedback from users that PC Health Check’s info was insufficiently detailed, the company has already released a new version. It’s much more informative. Thus for example, it now spells out what I had to visit several tables to figure out on my own — namely, that the 6th gen i7 in my production PC is not supported:

Windows 11 Health Check Details.cpu-reject

Now, the tool spells out specific causes for incompatibility.

Thus, interested readers should be sure to grab the latest version of the tool, available at https://aka.ms/GetPCHealthCheckApp. I’ve turned off the out-of-date link at the head of the story to help readers avoid confusion. Kudos to MS for responding to useful user input so quickly and effectively!

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