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From a command prompt, run "ubu" in UBU's folder and select your BIOS file.Ħ. Use the AFUWin tool appropriate for your system (you may need to try the different tools older boards likely need Aptio, new likely need AptioV, but it'll tell you if you use the wrong one) to save your current BIOS somewhere.ĥ. Find MMTool v5.0.0.7 and put the EXE in UBU's folder (same folder as ubu.bat) named as MMTool.exe.Ĥ.
#Mmtool v5.0.0.7 download update
Download UBU, and the AMIBIOS and Aptio AMI Firmware Update Utility.ģ. Update your BIOS to the latest version if you haven't already, and configure it as you like.Ģ. This worked flawlessly for me personally with my G750JM notebook I can't speak for other/newer boards with the security features they may have in place.įOR ADVANCED USERS, and I claim no responsibility:ġ.
#Mmtool v5.0.0.7 download how to
If I find out more I will post it to this thread.īecause I saw it earlier in the thread, and I think it warrants re-mentioning: for those of you that don't mind taking a bit of a risk (or know how to recover from a bad flash), there *is* a utility (google UEFI BIOS Updater, there's a post on Win-Raid forums, I kinda don't wanna link it or any pre-done BIOS for liability's sake) you can use to update your own microcode.
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In the interim make sure any system protection software you have is up to date and capable. The chances are good that the first live exploits will begin making the rounds before all required patching operations are complete. The article is here īe under no illusions however for Intel, this is now a race against time.
It happens.įor those interested I have found an article that does a reasonable job explaining the issues without getting into the complexities of Kernel mode isolation and Process Context Identification markers. That's not to say that the task they face is not either complex, difficult nor insurmountable, merely that in the rush to deliver a solution they may not have had the opportunity to test appropriately. Intel have **** the bed on this one and they clearly haven't had the opportunity to apply the necessary test rigor to the new microcode prior to deployment to older platforms. The end result is that this has likely led to a delay in the prospective roll out for fixes for x99 platforms. However those of us who work in the Computing sector and in particular virtualised services delivery will tell you that we have no choice but to work with what Intel have provided since the alternative (operating insecure platforms) is unthinkable.
Presently new fixes are being developed, they will take time. They also have recommended that people revert back to earlier revisions where practicable if they encounter issues on the older Haswell platforms in particular. The end result is that Intel have stopped rolling out the microcode fixes for these chips while they develop a more workable solution. This is resulting in blue screening systems and severely impacted VMWare ESXi installations.
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Device drivers and other forms of software have ended up being broken by the microcode fixes Intel have produced. However those fixes ended up breaking more than simply Anti-virus software. To all intents and purposes Intel have already issued Microcode fixes for the Haswell and Broadwell series chips and chipsets.
If however you are using a Haswell/Broadwell system or are merely curious please read on. If you are using an older or newer system with the appropriate updates installed please carry on using them. In addition to this I have seen it mentioned elsewhere that Asus apparently plan to provide updates for X99 systems on-wards however, without official word from Asus take that with a rather large shovel of salt.īe aware that what is listed below specifically relates to Haswell and Broadwell systems. Given Asus' inability to communicate, I have done some more looking into the issues with respect to Haswell and Broadwell architectures (X99 based Chips).