So much for no kernel change - "Windows 7 *is* Minwin


Recommended Posts

Oh god. It's back. The last time this thread popped up (A couple of weeks ago), it was mostly post after post of people showing off just how much they don't know what they're talking about...

Edited by MioTheGreat
Oh god. It's back. The last time this thread popped up (A couple of weeks ago), it was mostly post after post of people showing off just how much they don't know what they're talking about...

And of course you do, right?

NT Kernel still suffers from BSOD mostly caused from overclocking and some bad drivers. I think MS can do something about bad drivers. Don't let non WHQL to be installed. In case of hardware failure, try to shut it off and notify user unless it's mobo or memory related.

And exactly how is the microsoft SOFTWARE supposed to fix hardware level error crashing your computer because you overclocked it ? magic ?

as for bad drivers, they allready did most of what hey coudl here by moving graphcis driving to user level. and requiring certification. frankly without causing severe performance loss you'll never be able to make a system where a hardware driver can't EVER crash the system. but if you stick to old reliable drivers instead of allways jumping on the latest ones, you're pretty safe anyway.

NT Kernel still suffers from BSOD mostly caused from overclocking and some bad drivers. I think MS can do something about bad drivers. Don't let non WHQL to be installed. In case of hardware failure, try to shut it off and notify user unless it's mobo or memory related.

Don't allow non-WHQL drivers? That's unlikely. There are enough complaints about the code signing requirement for kernel-mode drivers on x64. If they were required to go through WHQL it'd be even worse. Besides, WHQL doesn't prevent a driver from crashing. It helps, but most of the time the big companies like Nvidia find ways around the requirements by having a "normal" and "performance" mode, where only the normal mode is tested by WHQL.

If bad hardware results in corrupted memory or calls something from the wrong IRQ level it's too late. You can't just turn that piece of hardware off, because the damage is already done.

Don't allow non-WHQL drivers? That's unlikely. There are enough complaints about the code signing requirement for kernel-mode drivers on x64. If they were required to go through WHQL it'd be even worse. Besides, WHQL doesn't prevent a driver from crashing. It helps, but most of the time the big companies like Nvidia find ways around the requirements by having a "normal" and "performance" mode, where only the normal mode is tested by WHQL.

If bad hardware results in corrupted memory or calls something from the wrong IRQ level it's too late. You can't just turn that piece of hardware off, because the damage is already done.

If company can't get WHQL drives through the doors, well it's probably utter garbage. This way at least MS can reduce the problems. As far as IRQ i agree, still i think there are certain situations where it could OS find its way out. I think original IBM PC concept is the worst IT industry could come up with, but it's too late now...that's for another discussion.

And exactly how is the microsoft SOFTWARE supposed to fix hardware level error crashing your computer because you overclocked it ? magic ?

as for bad drivers, they allready did most of what hey coudl here by moving graphcis driving to user level. and requiring certification. frankly without causing severe performance loss you'll never be able to make a system where a hardware driver can't EVER crash the system. but if you stick to old reliable drivers instead of allways jumping on the latest ones, you're pretty safe anyway.

They can't fix overclocked systems. I didn't say they could. I just said what was one of the reasons, but again people who overclock are advanced users and so BSOD is not problem for them...it's something to expect. In other words i said that NT Kernel matured and it's very stable.

NT Kernel still suffers from BSOD mostly caused from overclocking and some bad drivers. I think MS can do something about bad drivers. Don't let non WHQL to be installed. In case of hardware failure, try to shut it off and notify user unless it's mobo or memory related.

You're kidding, right? Say goodbye to beta Forceware drivers and tweaked sets if everything MUST be WHQL'ed. There's also plenty of drivers on my system that do not induce any BSODs whatsoever, yet they aren't WHQL'ed. (i.e. drivers written by freeware authors)

You're kidding, right? Say goodbye to beta Forceware drivers and tweaked sets if everything MUST be WHQL'ed. There's also plenty of drivers on my system that do not induce any BSODs whatsoever, yet they aren't WHQL'ed. (i.e. drivers written by freeware authors)

True, but you do gotta remember that most of (like at least half) of the problems reported about windows involve some sort of 'tweaked' driver or setting...which isn't MS's fault is it?

True, but you do gotta remember that most of (like at least half) of the problems reported about windows involve some sort of 'tweaked' driver or setting...which isn't MS's fault is it?

Not necessarily. Where did you pick that up from?

Tweaked sets are nothing more than simple ini/inf/cfg changes, no binary code is patched at all. Sometimes the authors of tweaked sets do mix and match binaries from older driver sets.

What this guy is suggesting (well, most of said suggestions are terribly outlandish but meh) is even worse than MS blocking out non-signed drivers in 64-bit Windows.

Not necessarily. Where did you pick that up from?

Tweaked sets are nothing more than simple ini/inf/cfg changes, no binary code is patched at all. Sometimes the authors of tweaked sets do mix and match binaries from older driver sets.

What this guy is suggesting (well, most of said suggestions are terribly outlandish but meh) is even worse than MS blocking out non-signed drivers in 64-bit Windows.

Sorry, I actually left out 3rd parties (I.e nVidia, ATI, anyone else who makes drivers)

Lol, so MS is suggestign that anyone without WHQL is denied driver access? does it cost to get this?

It's pretty sweet eh. What really annoys me is people flaming MS because 7 is built on Vista, but in reality, XP was built on Windows 2000 as well. It's the same thing, yet people are going on about how it should never be done

Also, lest anyone forget, Windows NT 3.1 had similar requirements to Windows 3.x enhanced mode, except that you couldn't run NT on a 386SX, and it required 8 MB of RAM, rather than four. (At one point I dual-booted Windows 95 SR2 and NT 3.51 on a 386DX-40 (AMD) with 16 MB of RAM.

It was NT 4 that dropped support for the 386 (only because the Pentium had become mainstream).

As far as the major changes in kernels over NT's lifetime, it's actually comparable to the changes in the Linux kernel from 2.2 to today (2.6.27.x). 2.2 is comparable to NT4, 2.4 to NT 5, and 2.6 (today) would be the equivalent to NT 6. However, look at the changes *just in 2.6* and you get an idea of the changemap between Vista and 7.

It's pretty sweet eh. What really annoys me is people flaming MS because 7 is built on Vista, but in reality, XP was built on Windows 2000 as well. It's the same thing, yet people are going on about how it should never be done

The people who do such flaming generally don't understand the first thing about operating system. These are the kind of people who judged Vista solely by its GUI, not understanding all the major changes that occurred under the hood.

Vista was a much better kernel model than XP, but it also ushered in a new method of building operating systems for Microsoft: build the kernel, then cut the cloth and stitch it over each client and server release. Whereas XP was built on top of Windows Server 2000, Windows Vista and Windows Server 2008 are virtually identical, except the latter has certain server functionality. This is more similar to how Apple builds its client and server releases. And Windows 7 will continue this trend, also being almost an "off-the-shelf" version of Windows Server 2008, except with end-user features being added, instead.

This topic is now closed to further replies.
  • Recently Browsing   0 members

    • No registered users viewing this page.
  • Posts

    • Good. I hope more people sue them for focusing on this worthless junk.
    • How about fire the guy who approved all the bad decisions? The guy who bought these studios in the first place? Oh wait, Satya is safe with his billions while the workers pay the price.
    • This had nothing to do with games. This is all about management wanting to squeeze as much money from Xbox to keep Microsoft's AI ambitions afloat. Someone has to make money to burn on AI.
    • GeekBook X16 Pro Intel Core Ultra 9 thin and light laptop gets a 17% discount by Steven Parker GEEKOM is back with a 17% discount on its top-of-the-range X16 Pro laptop. You may remember that we reviewed the X14 Pro back in February, which marked GEEKOM's debut into the ultrathin laptop segment. You can view the full specs below. GEEKOM X16 Pro Model NX14CM Dimensions 322.58 × 213.36 × 5.8 mm (12.7"L x 8.4"W x 0.23"T) Weight 997 g / 2.2 lbs Material Unibody Magnesium Alloy CPU Intel Ultra 5 125H (14C/18T, 24MB L3, 2.3-5.1 GHz, TDP 20W) Intel Ultra 9 185H (16C/22T, 24MB L3, 2.3-4.5 GHz, TDP 35W) Graphics Intel Arc graphics 8 Xe-cores @ 2350MHz 1024 shading units/stream processors (128 CUs), 8 Raytracing Cores, 64 texture mapping units, and 32 ROPs NPU Intel AI Boost, 11 TOPS / Up to 33 TOPS (CPU+NPU+GPU) Memory 32GB Dual-channel LPDDR5x 7467 MT/s Micron SODIMM Storage 1 x M.2 2280 PCIe Gen 4x4, Wodposit 1TB, 2 TB Display 16.0" IPS LCD, 2560 × 1600 (16:10) 100% sRGB, 120Hz Refresh Rate Camera 2MP 1080P 1 × Light sensor in camera module 1 × LED indicator in the camera module Windows Hello Support: No Mic 2 x Digital Mics integrated in the camera module Speakers 2 x 3813 (4Ω×2W) built in body Audio Codec: ALC269QN-VC3-GR Certificate: DTS: X Ultra Operating System Windows 11 Pro 25H2 Bluetooth Bluetooth 5.4 Wireless LAN MediaTek MT7922 M.2 Wi-Fi 6E LAN card Left I/O ports 1 x HDMI 2.0 2 x USB4 (40 Gbps) Right I/O ports 1 x USB 3.2 Gen 1 Type-A (5 Gbps) 1 x 3.5 mm Audio jack 1 x Camera Privacy Shutter Keyboard 78Key 1.2±0.2mm / Height 3.5±0.2mm (with backlight) White LED light in Caps Lock and Fn key Language: Default US Touch Pad Dimension: 120 x 71mm Material: Mylar Position: Middle Interface: I2C, Dualpoint button Dock Input port: 1 x Type-C 2 x USB 3.0, 1 x RJ45 1 x PD 1 x HDMI (Bio) Security Fingerprint sensor (in the power button) SD Card slot No Kensington Lock No Battery 77Wh (Input 20V, 3.25A) Power 65W PD GaN Fast Charge, USB-C to USB-C Warranty 2 years (Early Bird 1+1 Years) Deal price $1119.67 The X16 Pro is powered by the Intel Ultra 9 185H, which was released in Q4 2023 and is a 14th Gen Meteor Lake CPU designed for laptop/mobile using the Intel 4 architecture based on a 7nm process. The Ultra 9 185H features 16 cores and 22 threads running at up to 5.1 GHz. It also includes a dedicated NPU utilizing Intel AI Boost at 11 TOPS. On the graphics front, the 185H includes the still fairly capable ARC Graphics (not to be confused with the newer ARC 140T) integrated GPU with a max GPU frequency of 2350 MHz across 8 Xe-cores. It has been said that the iGPU is equivalent to the NVIDIA GeForce 3050 and GTX 1650 in gaming and synthetic benchmarks. Other highlights include an AMOLED display, LPDDR5x memory at 7467 MT/s, WiFi 6E, Bluetooth 5.4, and a fingerprint sensor built into the power button. AI PC? Although the Intel Core Ultra 9 185H includes a dedicated NPU, it's only 11 TOPS; therefore, it does not qualify as a Copilot+ PC. However, it can reach up to 33 TOPS with a combination of NPU, CPU, and GPU. As I said, although we only reviewed the X14 Pro, the unboxing is the same for the X16 Pro, which I noted in my review. The packaging is quite a nice experience. The outer box houses the X16 Pro box with a small compartment that contains the 5-in-1 Dock ($40 value), which appears to be an "Early Bird" inclusion. Upon removing the box cover, the X16 Pro is revealed sitting in a cardboard compartment with two small booklets of documentation. To the left of the X16 Pro are two cardboard compartments containing the 65W charger and Type-C USB cable. What’s In The Box 1 x GEEKOM X16 Pro Ultra-thin Laptop 1 x Type-C to Type-C cable 1.8M 1 x 65W GaN PD Fast Charger 1 x Warranty Card 1 x Thank You Card 1 x User Guide All products sold by GEEKOM receive a 3-year free Warranty from the date you receive the product. If needed, you can RMA or return locally relative to your region (the U.S. has a U.S. warehouse, mainland E.U. has a German warehouse). GEEKOM X16 Pro at GEEKOM U.S. for $1,119.67 was $1,349 (17% off) Use coupon code NWGBX1617 when checking out. This flash deal expires on July 2. Huge Summer Sale As a reminder, yesterday GEEKOM kicked off their Huge Summer Sale, in which there are deep discounts on a range of other GEEKOM products. From June 15 to June 30, the GEEKOM Official Store will be running its Summer Sale, with discounts starting from 15% off across the entire lineup, up to 50%! This is their biggest promotion of the year so far, offering pricing that is even lower than select Prime Day deals. You can check out the discounts at the dedicated Summer Sale landing pages below. GEEKOM U.S. Summer Sale GEEKOM U.K. Summer Sale While the Summer Sale ends on June 30, this deal will remain active until July 2.
  • Recent Achievements

    • One Year In
      Console General earned a badge
      One Year In
    • One Year In
      Twozo Technologies earned a badge
      One Year In
    • One Month Later
      Twozo Technologies earned a badge
      One Month Later
    • Week One Done
      Twozo Technologies earned a badge
      Week One Done
    • Veteran
      branfont went up a rank
      Veteran
  • Popular Contributors

    1. 1
      +primortal
      519
    2. 2
      +Edouard
      199
    3. 3
      PsYcHoKiLLa
      110
    4. 4
      Steven P.
      89
    5. 5
      Nick H.
      71
  • Tell a friend

    Love Neowin? Tell a friend!