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[Success] GIGABYTE Z370 Gaming 7 + Intel Core i7-8700K + RX 580 + (2x) Dell P2715Q 4k @ 60Hz

I have seen this post here that offers a solution for the Gigabyte Aorus UG

https://www.tonymacx86.com/threads/...0k-ga-aorus-rx580.245362/page-11#post-1714263

Haven't tried it for the Gaming 7 yet, but it might be worth a shot.

Hey @SebErr, your the man! I can confirm that it works on my Gaming 7, no more lights!:clap::headbang:

Bonus feature is that it also fixes my dark screen from awaking from sleep, it now displays the desktop on all of my displays!

@HackaShaq, could you put the instructions for this fix in this build thread, it might help others down the line.

Yeah:)
 
Hey @SebErr, your the man! I can confirm that it works on my Gaming 7, no more lights!:clap::headbang:

Bonus feature is that it also fixes my dark screen from awaking from sleep, it now displays the desktop on all of my displays!

@HackaShaq, could you put the instructions for this fix in this build thread, it might help others down the line.

Yeah:)
Sounds good! I just added an optional Step 5 to the guide with this tip and credits to @BoomR and @yellocab for sharing this info! :)
 
I'm having the occasion of upgrading my Vega 56 pulse for a Sapphire Nitro+ Radeon RX Vega 64. Is it worth it ? If I understood well, it's the pulse version which kinda works out of the box and the nitro version yielding some compatibility troubles. Thanks for clearing that up before I make any move.
 
I built a close duplicate of this HackaShaq build with success. I decided to add a GC-Alpine Ridge Thunderbolt 3 PCIe card to “future-proof” the build.

Initially I ran into some difficulties getting it to work. I wanted to share what I discovered to possibly help others who want to go this route.

Others in this thread have discussed problems with this card. I will only describe the unique problem I had.

I have two 960 EVO NVME SSDs for my dual-boot Windows 10, macOS High Sierra build. One for each OS. One in the M2A_32G socket (second from CPU), and one in the M2P_32G socket (third from CPU). All worked fine.

However, using the M2P_32G socket resulted in my subsequent problems with getting the GC-Alpine Ridge card to function.

I installed the Alpine Ridge card per the instruction booklet in the PCIEX4 (bottom) slot and hooked the supplied cable between the card and the THB_C Thunderbolt connector. I restarted to the BIOS and there was no Thunderbolt under “Peripherals.” I started Win10 and installed the supplied driver from the supplied CD. Started a supplied app to flash the board, and the app couldn’t find the board. Something was wrong!

Of course booting into macOS wasn’t helpful either. No Thunderbolt.

I reseated the Alpine Ridge card, plugged and unplugged the cable to the THB_C Thunderbolt connector on the motherboard. Moved SATA 3 connectors around. Unplugged SATA drives, removed my TP-Link PCIe WiFi Card, etc. Nothing got the Alpine-Ridge card recognized.

Finally, I removed the 960 EVO from the M2P_32G M.2 socket (closest to the bottom of the motherboard) and SUCCESS! The BIOS now showed Peripherals->Thunderbolt(TM) Configuration.

I then removed my video card to move the EVO 960 from the M2P_32G socket to the M2M_32G slot (closest to the CPU). Luckily I didn’t have to remove the hulking CPU cooler.

My two SATA drives remain connected to SATA3 connectors 2 and 3 on the motherboard. All seems to be working again.

I haven’t looked at all the nuances of using the GC Alpine-Ridge card yet, or run any speed tests. I have a Cable Matters Thunderbolt 3 to Thunderbolt 2 Adapter ($60 Amazon) that works with one Thunderbolt 2 device I own when plugged into the Alpine-Ridge. At least a good first step with the Alpine Ridge card.

I hope this helps someone else who may have a similar configuration.
 
@NCMacGuy thanks for your info and feedback regarding this card. The beauty of a hackintosh build like this is that it's expandable and in a tower form has so many options. I have no doubt down the road I'll add a Thunderbolt card and a TB device (or more) so I can update the guide to show the step by step when that time comes. Info like this helps greatly, thanks.
 
@HackaShaq
It's been about two months since you posted this build. Talk a little about how it's affected your workflow. Do you get more work done ? Are you doing better work than you used to with the cMP ? Has all the time and effort you put into making this happen been worth it ?
 
@HackaShaq
It's been about two months since you posted this build. Talk a little about how it's affected your workflow. Do you get more work done ? Are you doing better work than you used to with the cMP ? Has all the time and effort you put into making this happen been worth it ?
That's a good question.

Just to recap from my first post, I went from a Mac Pro 5,1 running El Capitan that had been in use for approximately 7-8 years, had a variety of old software that had been chugging along for years, (software like Adobe CS6), and was primarily used for Photoshop/Lightroom work when editing photographs. My old machine was also a dual-display setup, but the displays were HD only not 4k. I own a small business, and I also use a custom FileMaker Pro database to manage my business, lots of email, Apple Scripts, automated tasks (saved as Finder "services") to really maximize my work flow.

This new "2018 Mac Pro" is complete dream machine for me. Everything just works, and works well. I was expecting the mere jump from El Capitan to High Sierra would cause issues with some of my Apple Scripts and/or automator tasks not working, but nope. They work perfectly. I also started this machine off completely fresh. That means I never installed Flash on it, and never installed any apps I didn't need. That alone is a feeling of computer-related cleanliness that I can't describe. It's a bit like moving from an old house of seven years with tons of clutter into a brand new house that is totally clutter-free. I purged a lot of unnecessary junk. It's just clean. :)

But in terms of the productivity of machine, the speed alone has been dramatic. In Photoshop for photography, I have a pre-set series of photoshop actions that are applied to each photo I edit. It's a series of maybe 20+ different layers that are created with different specific needs, including a gaussian blur that is applied to a specific layer and so on. (Frequency separation for beauty retouching.) When I click the automation of this action, this new machine just creates everything almost instantaneously. (I almost thought it didn't work the first time I tried it.) But oh yeah, it works. :) Also, when using the clone stamp tool in certain areas of an high resolution image with lots of layers, my old machine would sometimes lag, creating a "pause" when clone stamping items, and then it would resume and sort of "jump" back as probably the machine couldn't handle the necessary speed needed for the processing/cut/paste. It made the tool sometimes unusable, and there's nothing like that with this new machine. Again, it just works. Even email is more efficient, because I'm one of those weirdos that used POP on my own domain and has 20,000+ emails. The new machine has much much better read/write speeds, and thus, finding/viewing email is night and day.

I often tweak FileMaker Pro layouts to create custom items for my needs. Well, with the old machine, when you add content like a new field to the database, the app usually has a progress bar that takes forever to update the database with the new field. Well, now it's no more. The processing and read/write speeds of the machine dramatically change the time waiting for those functions too.

Also, in creating a hackintosh, it has really forced (in a good way) the importance of quality backups for all HDs. Now more than ever, I have a backup system in place that's pretty darn good. I have a USB 3.0 docking station for hard drives, and pop one in to backup. My old cheese grater machine didn't have true USB 3.0 (and that was accomplished via a USB 3.0 card that would cause the machine to stutter when engaged with a USB 3.0 device.) So now, with true USB 3.0 on this hackintosh, my local backups with SuperDuper are SO MUCH faster, and that saves an incredible amount of time. And the idea of potentially adding USB 3.1/Thunderbolt to this machine down the line? For backups that would save even more.

And lastly, there's no machine out there like this from Apple. None. I just watched a video of a disassemble/reassemble of the new Apple iMac Pro. Since this thing is made to not be user-repairable, that's a non-starter for me. And for that machine, the costs of the repair parts are double the cost of the machine if you were to rebuild it with replacement parts, with a 1-3 week turnaround as the parts aren't in-store. Insane for a Pro machine. This machine gives me the confidence that I could honestly like use it for another 8 years. If something goes down, I can replace a part within the day most likely, without an Apple Store visit. That's an immeasurable confidence I have in making the time and effort of building this worth it.

...and I haven't even started that I will likely get into editing video soon, and that would have realistically been a no-go or time drain with my old cheese grater.

Even just browsing the web. Pages basically just pop into view, and don't even feel like they are "loading" any more. You take a minimal time savings there, and the multiply that over hundreds of times a day, and then multiple days a week, and then by the month and so on, and there's likely a huge time savings there, making me able to view so many more memes on ******. LOL

And the time I spent writing up this build guide has already paid me back in multiple ways. It not only allowed me to create a guide written for somewhat beginners like me who definitely aren't experts, and that alone makes me happy that people used the guide to build away. But as been shown, it allowed me to connect with a community that showed me, "Hey dude, your RAM is in wrong" (LOL!) and I would have never known that without taking the time to write this guide. It's all good karma all around.

So to answer your question, yeah. It was definitely worth it. :D
 
So to answer your question, yeah. It was definitely worth it.

Kind of thought that would be your answer. I saw that video on the iMac Pro repair today as well. Even if you use one in your business to make a lot of money, all that down time could be really critical. The guy who dropped the glass monitor after it was detached was at fault there, but to have to pay more than double the cost of the whole iMac for a replacement motherboard is ridiculous.

If I paid Apple that much for an iMac Pro and Apple Care, I'd want at least to get a "loaner" iMac Pro until it gets fixed. For no charge. I really doubt Apple would do that for a Pro customer. I guess you'd either have to rent one or buy one to cover the down time. So, even if you do build a Hackintosh for Pro use the moral of the story is, build one that's powerful enough to get your work done and make good backups on a regular basis. It can work out well, sometimes even better than buying a Mac.
 
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I built a close duplicate of this HackaShaq build with success. I decided to add a GC-Alpine Ridge Thunderbolt 3 PCIe card to “future-proof” the build.

Initially I ran into some difficulties getting it to work. I wanted to share what I discovered to possibly help others who want to go this route.

Others in this thread have discussed problems with this card. I will only describe the unique problem I had.

I have two 960 EVO NVME SSDs for my dual-boot Windows 10, macOS High Sierra build. One for each OS. One in the M2A_32G socket (second from CPU), and one in the M2P_32G socket (third from CPU). All worked fine.

However, using the M2P_32G socket resulted in my subsequent problems with getting the GC-Alpine Ridge card to function.

I installed the Alpine Ridge card per the instruction booklet in the PCIEX4 (bottom) slot and hooked the supplied cable between the card and the THB_C Thunderbolt connector. I restarted to the BIOS and there was no Thunderbolt under “Peripherals.” I started Win10 and installed the supplied driver from the supplied CD. Started a supplied app to flash the board, and the app couldn’t find the board. Something was wrong!

Of course booting into macOS wasn’t helpful either. No Thunderbolt.

I reseated the Alpine Ridge card, plugged and unplugged the cable to the THB_C Thunderbolt connector on the motherboard. Moved SATA 3 connectors around. Unplugged SATA drives, removed my TP-Link PCIe WiFi Card, etc. Nothing got the Alpine-Ridge card recognized.

Finally, I removed the 960 EVO from the M2P_32G M.2 socket (closest to the bottom of the motherboard) and SUCCESS! The BIOS now showed Peripherals->Thunderbolt(TM) Configuration.

I then removed my video card to move the EVO 960 from the M2P_32G socket to the M2M_32G slot (closest to the CPU). Luckily I didn’t have to remove the hulking CPU cooler.

My two SATA drives remain connected to SATA3 connectors 2 and 3 on the motherboard. All seems to be working again.

I haven’t looked at all the nuances of using the GC Alpine-Ridge card yet, or run any speed tests. I have a Cable Matters Thunderbolt 3 to Thunderbolt 2 Adapter ($60 Amazon) that works with one Thunderbolt 2 device I own when plugged into the Alpine-Ridge. At least a good first step with the Alpine Ridge card.

I hope this helps someone else who may have a similar configuration.

You probably did this, but I have to check: Did you first install the driver in Windows using the Gigabyte disc that came with the GC Thunderbolt Rec 2 Card? You should get two ports in Windows 10. There's a disc in the box. It may have slid under something. You need that disc, then you need to update the driver from within Windows. I'm just getting my first build going while a 3 TB Time Machine is backing up my Thunderbolt on my Mini, so let me check my own system tomorrow. Check my sig/profile and HackaShaq's first few pages. The GPU goes in slot one, the Thunderbolt "in the bottom" -I'm using all Apple Thunderbolt 2 cables with Apple TB2 to TB3 dongles. Powering down isn't necessary in Windows 10 to restart the UAD Apollo 8 device. Daisy chaining works, too. Almost a moth ago, I had to run the GC TH card in Windows "compatibility mode" -but when I recently reinstalled Windows, the TH driver, then ran the auto-updates, the card runs "native" –give me a bit to see if I can duplicate the functionality on the Hack.
 
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