Error Code 0x8000ffff - What is it?
Error Code 0x8000ffff is an error that is often experienced while attempting to install updates on a Windows machine. It has been found in Windows 10, although the error has been present in the Windows operating systems dating back to Windows Vista.
Common symptoms include:
- Inability to download updates for the operating system
- Inability to successfully run updates for the operating system through to completion
There are several basic Windows tools that can be used to attempt to resolve Error Code 0x8000ffff on your machine. While some of these tools may be familiar for basic users, others may require advanced competency in order to be used correctly. If you are unsure of your ability to complete the methods listed below in order to resolve this error code on your system, you may need to get in touch with a computer repair technician who is competent in dealing with Windows Update repairs.
Solution
Error Causes
The most common cause of Error Code 0x8000ffff is that there is a problem within one of the system files or the registry entries on the computer. There are a number of reasons why a device could have an error in these places, from conflicting software commands to updates that were not installed correctly, to bugs within the system, to viruses or malware that have corrupted the necessary files.
Further Information and Manual Repair
There are several common ways that users can attempt to resolve the appearance of Error Code 0x8000ffff on their Windows devices. If you are not sure that you can follow these steps through to completion, you would be well advised to get in touch with a qualified computer repair technician to help you to finish out the repair process.
Here are the best methods to resolve Error Code 0x8000ffff on your Windows machine:
Method One: Restart Your Computer
It may sound obvious, but one of the most effective ways to resolve Error Code 0x8000ffff on your machine is to simply reboot your computer. In some cases, the error shows up because there are processes that the system believes are still running when they really aren’t. Restarting your machine also allows your system to apply any previous changes that have been made and to mark any installations that have been undertaken as being complete.
Reattempt your update installations after you have restarted your computer to see if you are able to finish them out successfully.
Method Two: Run the Windows Registry Repair Tool
The Windows Registry Repair tool is an asset that can make it easy for your system to scan for potential problems in the registry and notify you as to their status. In many cases, the Registry Repair tool can fix the problems that it finds all on its own, although in some cases, you may receive a message that states an error was found that could not be resolved through the program.
The simplest way to access the Windows Registry Repair tool is to do a search for it within the search bar in the Start menu. Once you begin to run the Registry Repair tool, it can take a while to complete its scan, so be prepared to wait for some time once you start it.
Once the tool has completed its scan of your system, it’s always a good idea to reboot your computer so that all of the changes that have been made to the system can be applied successfully to the operating system.

So let's dive into this cool handheld in more detail and find out why we like it so much.
If we are to believe news from Intel, new series of processors based on Alder Lake architecture are about to be released somewhere in October. Alder Lake is the 12th Generation Core of Intel processors and it is meant to have all advantages of the current CPU structure.
I9 is aimed to pack a punch against its competitors with technology including eight high-performance Golden Cove cores (P-cores) with Hyper-Threading and eight energy-efficient Goldmont (E-cores) equipped with a 30MB L3 cache and operating at high clock speeds.
During the benchmark test, the new CPU outperformed all of Intel’s previous Rocket Lake structure processors which is logically expected but the big surprise came from results that indicate better performance than Apple’s new M1 processor even in single-threaded performance which is supposed to be best in that field.
Another surprise was really beating AMD Ryzen 9 in each field. If we take into account that i9 has 16 cores in total and can process 24 threads against Ryzen 9 with 16 Cores and 32 threads this is an impressive feature.
Now truth to be told Alder lake has massive L3 cache and microarchitectural advantages and consumes much more power but the results of performance are high. Also, note that this early CPU is not really a mass production one and maybe some things will still change but early results are very satisfactory.
We will see what will price tag be since in this age of shortage and competition that will also play a big role in its overall success. Speaking of competition I eagerly await AMD’s response to this, in any way it seems that the CPU market is for some turbulence which is always a good thing for the final customer and I welcome it. 

