What is DISM Error 1726? Every time you encounter some issues in your Windows 10 computer, especially when it comes to corrupted system files, you can always use the SFC scan and if the SFC can isn’t able to resolve the issue, there is also the DISM tool you can use which usually resolve the vast majority of system file corruption sufficiently. However, there are times when even the DISM commands experience issues as well. Such is the case with the 1726 error: “The remote procedure call failed”.
Whichever the case is, here are some suggestions that might help you in resolving the 1726 error: “The remote procedure call failed”.
Since the problem is specific to certain builds in Windows 10, you need to make sure that your computer is updated before you try other troubleshooting steps. Thus, follow the steps below to update your Windows 10 PC.
As stated early on, the error might also be caused by a disabled Remote Procedure Call service or RPC or that it might be prevented from running for some reason.
In case you don’t know, RPC is the service control manager for both COM and DCOM servers and it’s responsible for performing object variation requests, exporting resolution as well as distributing collection for the servers. And so if the server is disabled, all programs that are using COM and DCOM including the DISM commands, will not function correctly. Thus, you need to make sure that the RPC service is scheduled to enable itself on every system boot. To do so, here’s what you have to do:
If the option didn’t work, you can also try enabling the RPC service using the Registry Editor. Before you proceed, make sure to create a System Restore point first and then follow the steps below afterward.
Some users also recommended disabling the Windows Search service for the meantime as it could be the one that’s interrupting the DISM process.
shutdown /r /o /f /t 00
Direct replacement for Apple M1 Chip is near. There were some M1 Chips versions like M1 MAX and M1 ULTRA that were upgrades of the existing M1 chip, but the new and upcoming M2 is something different and it is aiming to replace M1 completely.
Made in a 5-nanometer design, with 20 billion transistors and 100GB/s of unified memory bandwidth is meant to increase performance over M1. It has the same M1 8 core design with 4 high-efficiency cores and 4 high-performance ones.
All CPU and GPU cores are faster than their M1 equivalents and Apple states that when running M1 and M2 at the same power level M2 will perform 25% faster. The first version of the chip will place focus on power efficiency so if you are more on side of being a power user wait for the MAX or ULTRA version of M2.
M2 system on a chip like its predecessor M1 combines both CPU and GPU on a single chip with shared memory in order to increase performance compared to systems that have separate CPU and GPU. M2 so far has been only announced for MacBook Air and the 13-inch MacBook Pro that suppose to hit the market somewhere around July this year. Of course, we expect that M2 is included in future iPad series or Mac Mini series as well.