Windows 10 32-bit runs more smoothly than 64-bit on identical hardware!
Windows 10 32-bit runs more smoothly than 64-bit on identical hardware!
Hello everyone! Following the release of Windows 10, issues and frustrations have increased significantly. I often hear Luke complaining about the difficulty of benchmarking systems on this platform. The situation worsens with Active Directory; once machines join, they become extremely difficult to log in and operate. Even with tools like DisableWinTracking or Spybot, Microsoft services can consume nearly all disk space and CPU usage—often around 90% during login. Login times are far longer than boot times, sometimes exceeding five minutes even on a normal day. Most users don’t realize how bad it is because our machines usually have basic specs like a Core i3 with 4GB RAM and an HDD, which are uncommon outside Brazil. Still, performance drops sharply with even a Core i5 or i7. We’ve started removing unnecessary Windows 10 features and scheduled tasks, which helped a lot. Using Barnacules Nerdgasm’s recommendation to destroy Windows 10 spying, we noticed improvements. Interestingly, systems with Windows 10 32-bit ran better than those with 64-bit, though performance drops compared to Windows 7. In the IT department, we’ve switched to Linux distributions (Ubuntu, Fedora, OpenSUSE) and are running Windows 10 in virtual machines. This is impressive because even with limited RAM in a VM, performance remains better than inside Windows 10. What are your thoughts on this situation?
Hey everyone! We aren't using Windows 10 Insider Preview in our company. We're moving from a 64-bit to a 32-bit version because the change is quite significant. I reached out to Microsoft through chat to discuss OEM licenses, and they confirmed there are no restrictions. We should be able to use the same license since we're just switching the architecture on the same hardware.
The performance improvement is substantial when switching from 64-bit to 32-bit. It works regardless of whether the system has 4GB, 8GB, 12GB or 16GB of RAM. In the IT department, we use Linux for managing memory. For users, we apply the change on the most challenging machines.
Hi. We've already turned off some features manually and used DWS (Destroy Windows 10 Spying). It worked, though it wasn't as effective as the architecture update. I'm not sure about the Compatibility Inventory Collector or Windows Management Instrumentation. I'll look into it. We also turned off Superfetch, Security Central, Offline Files, Cortana, services from Google Chrome, Mozilla, Adobe Reader, and Skype Updater.
Hey there! It seems someone is really into Windows 10. The changes from 64-bit to 32-bit have noticeably improved performance. For us, this matters a lot because our users mainly handle office tasks—Office apps, browsers, sector-specific software, and an ERP built on .NET Framework. Everything runs smoother with less memory usage. That’s a big win!
64-bit applications require more memory than their 32-bit counterparts because they're assigned double the RAM capacity, yet they also enable programs to access more memory than 32-bit systems. Switching to 32-bit frees up additional RAM for the system, allowing processes to operate with less memory consumption. However, this comes with the constraints of 32-bit memory access limits. As long as you operate within those boundaries, you'll achieve greater efficiency for the same tasks.
We conducted a test with Core 2 Duo yesterday (4GB, 320GB). Impressive! It feels like upgrading to an SSD. Most of our systems are Core i3 with 4GB and 500GB HDD, but the performance gap is astonishing. This improvement occurs even when no services are disabled and without using DWS.