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macOS Catalina on: Gigabyte Z390 Aorus Elite motherboard + i3 9100 Coffee Lake processor + AMD Radeon RX 580 graphics card + fenvi FV-T919 WIFI and Bluetooth card + Clover r5121 + AppleALC, Lilu, VirtualSMC, XHCI-unsupported, IntelMausiEthernet, USBPorts and WhateverGreen.
Gigabyte Z390 Aorus Elite motherboard: support for Intel 8 and 9 generation processors, Realtek ALC1220 audio, Intel I219V Ethernet, 4 PCI-E slots, 2, 3 and 3.1 USB ports, Intel Graphics 630 integrated graphics card 9th generation Intel i3 9100 processor Nox Hummer H-212 120mm CPU Fan Corsair Vengeance LPX 3200 MHz 16 GB RAM (2 x 8) AMD Radeon RX 580 8GB graphics card Wifi and Bluetooth Card Fenvi FV-T919 Mars Gaming MPII850 Power Supply (850W) Samsung EVO 860 SSD disk.
What works well?
Pretty much everything I've tried:
Radeon RX 580: 3 DP ports and 1 HDMI port, output to 2 displays simultaneously Shutdown, reboot and sleep Integrated sound and HDMI sound output USB ports (2, 3 and 3.1) Enable TRIM for SSD drive AirDrop, Sidecar, etc.
What is not working well?
Integrated Intel UHD Graphics 630 card: see below.
BIOS settings (version F9)
I only write down the significant options, there are many other options that do not influence macOS and that you can configure to your liking (for example the LEDs on the board, etc.).
XMP Profile: Auto / Profile 1 / Enabled (eXtreme Memory Profile, I use 3200 MHz memory and without this profile it works at 2600) Platform Power Management: Disabled VT-d: Disabled XHCI Hand-Off: Enabled Legacy USB Support: Enabled Network Stack: Disabled CSM: Disabled Secure Boot: Disabled Fast Boot: Disabled OS Type: Other OS Wake on LAN: Disabled Integrated Graphics: Auto Initial Display Output: PCIe 1 Slot DVMT Pre-Allocated: 256M or higher.
EFI folder for Clover (installation USB stick / SSD disk with Catalina)
Some SSDT.aml files in EFI/CLOVER/ACPI/patched.
SSDT-DTPG.aml (helper module for SSDT)
SSDT-EC.aml (USB power charge)
SSDT-UIAC.aml (USB port mapping)
SSDT-USBX.aml (USB port mapping)
SSDT-PMC.aml got from OpenCore to have native NVRAM on Z390 mother boards
SSDT-Z390-RP21-SLOT4-TB3HP.aml (Thunderbolt devices hot plug) it can be skipped.
Drivers in EFI/CLOVER/drivers/UEFI
* see OC Quirks below.
Extensions in EFI / CLOVER / kexts / Other
NOTE 1: The USBPorts.kext extension along with 3 aml files included in patched folder (SSDT-EC.aml, SSDT-UIAC.aml y SSDT-USBX.aml) were generated by joanserramiret with the configuration of USB ports for this motherboard so that the limit defined by macOS of 15 ports is not exceeded. Leaves the system configured in this way:
Enabled all USB2 ports that are not part of a USB3 port (1 internal for BT + 4 rear that are together + 2 on the front) Enabled the USB2 ports that are part of the 2 rear red USB3.1 ports Disabled the USB2 ports that are part of the 4 rear blue USB3 ports Enabled all USB3 ports except the internal one for USB type C connection. Summary: Rear blue ports do not recognize USB2 devices.
NOTE 2: XHCI-unsupported.kext is required for XHC chipsets whose Device ID is not included in macOS. Depending on the USB driver of your board, it may be necessary to install some additional extension:
8086: 8CB1 on macOS 10.11.1 or lower: XHCI-9-series.kext 8086: 8D31, 8086: A2AF, 8086: A36D, 8086: 9DED: XHCI-unsupported.kext 8086: 1E31, 8086: 8C31, 8086: 8CB1, 8086: 8D31, 8086: 9C31, 8086: 9CB1: FakePCIID.kext + FakePCIID_XHCIMux.kext. This board (generally Z390 chipset boards) carries the USB 3.1 controller with device ID A36D so the XHCI-unsupported kext is required. You can check your device ID at
/System/Library/Extensions/IOUSBHostFamily.kext/Contents/Plugins/AppleUSBXHCIPCI.kext/Contents/Info.plist Config.plist file
The differential options are:
Acpi> DSDT: change HECI to IMEI / change SAT0 to SATA
Acpi> Fixes: FixShutdown
Acpi> Drop OEM_DSM
Acpi> Drop Tables> DMAR / MATS
Acpi> SSDT> PluginType selected (Plugin Type number blank)
Acpi> Halt Enabler / FixHeaders
Boot> Boot Arguments> slide = 0 / darkwake = 8
Devices> USB> Inject / FixOwnership / HighCurrent
Devices> Audio> Inject 11
Kernel and Kext Patches> Apple RTC and KernelXCPM selected
Kernel and Kext Patches> KextsToPatch> Name: com.apple.driver.AppleAHCIPort / Find: 40600200 / Replace: 00000000 / Comment: SATA hot plug
Kernel and Kext Patches> KextsToPatch> Name: com.apple.driver.AppleAHCIPort / Find: 45787465 726E616C / Replace: 496E7465 726E616C / SATA orange icons
System Parameters> Inject Kexts: Yes / Inject System ID: selected.
Quirks > select AvoidRuntimeDefrag – DevirtualiseMmio – EnableSafeModeSlide – ForceExitBootServices – ProtectUefiServices – ProvideConsoleGopEnable – ProvideCustomSlide – SetupVirtualMap – SyncRuntimePermissions and set ProvideMaxSlide = 0. *
Set true DevirtualiseMmio and ProtectUefiServices in OcQuirks.plist file (recommended on Z390 mother boards).
* see OC Quirks below.
macOS Catalina install
There are many publications with instructions so I will only comment on a few specific details.
The installation USB memory must have a GUID partition scheme so that the board's UEFI can boot from it. I have prepared the USB with the createinstallmedia method + the application "Install macOS Catalina" in the Applications folder The device is USB 3 and, connected to the front USB 3 port, it performs the task quite quickly I have used Clover r5121 which is currently the latest version. The EFI folder of the installation USB can be the same as that of the hard disk with 2 differences: Acpi> SSDT> PluginType deselected and Acpi> Boot leave Default Boot Volume blank and Timeout -1 (so that no volume will boot automatically from the Clover menu). To mount the EFI partition (of the disk or the USB device) I have used Clover Configurator which makes this task very simple or the command line (diskutil), first finding out what disk and partition number is the EFI (diskutil list) and showing it later (mountdisk):
sudo diskutil list
sudo diskutil mountdisk / dev / disk2s3
Although my RX 580 card is a model from the XFX brand, known for using custom VBios and giving problems in macOS, in my case it seems to work well with Lilu and WhatEverGreen. Booting the operating system it does not show artifacts, the 3 DP ports and the only HDMI port work, you can send the image simultaneously to 2 screens (I have not tried more) with the usual duplication options, yo can send sound in addition to image to one TV by HDMI, during the installation of the operating system it works correctly provided that Lilu and WhatEverGreen are in the USB device, etc. GeekBench 5 Scores: Metal 50100 / OpenCL 44100. As a comparison, the integrated card does not reach 4800 in Metal.
Regarding the hardware decoding of H264 and HEVC videos, the Hackintool tool and the VideoProc application report that it is not supported although the playback of files of both types with rates of up to 20 mbps is correct so I suspect that it actually encodes well. In order for hardware decoding to appear as supported in the commented applications, the integrated Intel Graphics 630 card must be enabled even if it is disconnected in headless mode (using the RX 580 card as primary sending image to the screen).
This board incorporates the Realtek ALC1220 chip that needs the AppleALC extension to work. AppleALC is a Lilu plugin so both must be properly installed.
Note: Clover > Devices > Audio > Inject 11 or 13 or 15. I’ve tried several layouts and this are the only valid at least in my case.
Some users have commented that the system does not load AppleALC and they have no sound despite having the extensions in EFI / CLOVER / kexts / Other. In these cases it can be successful to install AppleALC and Lilu in / Library / Extensions and rebuild the extensions cache with Hackintool (a very convenient way to do it) or with this Terminal command:
sudo spctl --master-disable; sudo mount -uw /; killall Finder; sudo chown -v -R root: wheel / System / Library / Extensions; sudo touch / System / Library / Extensions; sudo chmod -v -R 755 / Library / Extensions; sudo chown -v -R root: wheel / Library / Extensions; sudo touch / Library / Extensions; sudo kextcache -i /
What this command does is disable Gatekeeper, mount the system disk in read / write mode, repair permissions on the extensions folders and rebuild the cache. But all of that is done by Hackintool with less work on our part.
This board carries the Intel I219V chip that works well with the IntelMausiEthernet extension.
Wifi & Bluetooth
I use a Fenvi FV T-919 mini PCI-E card that carries both wifi and bluetooth chips. This card works perfectly in macOS without needing anything other than placing it on the board because it is recognized as Airport Extreme and Bluetooth Apple. Has its own article on perez987.
Samsung EVO 860 SSD. It is a solid state disk with references to work well in Mac. In my case it works well, with a read speed of 430 and a write speed of 250. I have tried faster SSDs but they have given problems to install Catalina, instead with the EVO 860 everything has worked perfectly.
Integrated Intel Graphics 630 card: we can to make it work correctly by adding some properties in Clover's Devices tab. For it to work you have to:
- enable it on the board as primary graphics: Initial Display Output IGFX instead of PCIe 1 Slot (actually this is the final step after modifying config.plist)
- add in config.plist: Boot> Boot Arguments> igfxonln = 1
- apply a patch (video and audio) in config.plist: Devices> Properties. It is easier to do it from the config.plist file in text mode than from Clover Configurator. With the file open as text find the lines
<key>Audio</key> <dict> <key>ResetHDA</key> <false/> <key>Inject</key> <integer>11</integer> </dict>
Immediately above of them paste this text:
<key>Properties</key> <dict> <key>PciRoot(0x0)/Pci(0x1F,0x3)</key> <dict> <key>layout-id</key> <data>CwAAAA==</data> <key>model</key> <string>Cannon Lake HDMI</string> <key>hda-gfx</key> <string>onboard-2</string> <key>AAPL,slot-name</key> <string>[email protected],31,3</string> <key>device_type</key> <string>Audio device</string> </dict> <key>PciRoot(0x0)/Pci(0x2,0x0)</key> <dict> <key>framebuffer-con0-busid</key> <data>AAAAAA==</data> <key>framebuffer-con0-type</key> <data>AAgAAA==</data> <key>framebuffer-con2-flags</key> <data>xwMAAA==</data> <key>model</key> <string>Intel UHD Graphics 630</string> <key>framebuffer-con1-busid</key> <data>AAAAAA==</data> <key>device-id</key> <data>kT4AAA==</data> <key>framebuffer-con2-type</key> <data>AAgAAA==</data> <key>framebuffer-con2-busid</key> <data>BAAAAA==</data> <key>device_type</key> <string>Display controller</string> <key>hda-gfx</key> <string>onboard-1</string> <key>framebuffer-patch-enable</key> <data>AQAAAA==</data> <key>framebuffer-con1-type</key> <data>AAgAAA==</data> <key>AAPL,slot-name</key> <string>[email protected],2,0</string> <key>AAPL,ig-platform-id</key> <data>BwCbPg==</data> <key>framebuffer-con2-enable</key> <data>AQAAAA==</data> <key>framebuffer-con1-enable</key> <data>AQAAAA==</data> <key>framebuffer-con0-enable</key> <data>AQAAAA==</data> </dict> </dict> But the system crashes when comes out of sleep mode (the PC restarts after a few seconds of leaving sleep mode). This behavior occurs if the cable that comes out from the HDMI port on the motherboard (the only existing connector on this Mobo) plugs in a DisplayPort port on the monitor; if it plugs directly into another HDMI port (monitor or TV) the bug does not occurs and the PC goes in and out of sleep normally.
Currently the only way to have the graphics card connected to a port other than HDMI without this crash is by replacing the "hda-gfx" property with "no-hda-gfx" in the above code of config.plist. The 2 lines
<key>hda-gfx</key> <string>onboard-2</string> must be replaced by
<key>No-hda-gfx</key> <data>AAAAAAAAAAA=</data> After adding this property, you will no longer have sound over HDMI / DP but sleep works very well.
- Intel HDMI to DisplayPort monitor> has HDMI audio output but has kernel panic when coming from sleep
- Intel HDMI to HDMI TV> has HDMI audio output and sleep works fine
- Intel HDMI to DisplayPort monitor with "no-hda-gfx"> sleep works fine but HDMI audio output is lost.
(based on the post "[GUIDE] General Framebuffer Patching Guide (HDMI Black Screen Problem)" by CaseySJ; thanks also to deeveedee for his help).
This card can be left activated without connection to the monitor (headless mode) and apparently does not show any interference with the rest of the system.
With the integrated card as the main card, the system shows enabled both graphics cards and allows to have a screen connected to the Intel 630 via HDMI and a different screen connected to the RX 580 via DP or HDMI, in this case the primary screen is that from the Intel and the other only works when the graphics driver is loaded but, once the system is up and running, the screens allow duplication options as if they depend on a single card.
Evolution to Oc Quirks
OC Quirks is an EFI driver for Clover that replaces AptioMemoryFix and all OsxAptioFix variants. It supports the OpenCore quirks model. AptioMemoryFix has evolved little in the most recent stage and is in a way becoming obsolete. Next versions of Clover will probably stop installing AptioMemoryFix and switch to OC Quirks which is evolving and receiving frequent improvements. You can read about this on the working group website: ReddestDream.
Migrating our installation from AptioMemoryFix to OC Quirks is relatively simple:
download the latest version of OC Quirks (search Releases, current version is 23) have a USB device that boots up properly to use in case of failure mount the disk's EFI partition delete AptioMemoryFix and any other OsxAptioFix variant add OcQuirks.efi, OpenRuntime.efi and OcQuirks.plist to Clover's drivers/UEFI folder change to true DevirtualiseMmio and ProtectUefiServices in the file OcQuirks.plist (recommended on boards with Z390 chipset) in Clover> Quirks config.plist file, check the boxes AvoidRuntimeDefrag - DevirtualiseMmio - EnableSafeModeSlide - ForceExitBootServices - ProtectUefiServices - ProvideConsoleGopEnable - ProvideCustomSlide - SetupVirtualMap - SyncRuntimePermissions and assign the value 0 to ProvideMaxSlide Restart the PC.
Kernel Panic with BIOS F10c if integrated graphics is enabled
The Z390 Aorus Elite board comes with BIOS F9 with which the text of this post has been written.
A few days ago I updated to the current version which is F10c and, since then, I have suffered a kernel panic with the forbidden symbol when going from the Clover menu to the macOS boot screen if the integrated card was enabled in BIOS. This happened regardless of whether the Intel UHD Graphics 630 card was set to Clover (fully for monitor output or headless mode for encoding) or not.
Returning to BIOS F9 the system has returned to working as before and the kernel panic has disappeared. I can have the card enabled or disabled again in BIOS without problems.
So i managed to install latest Catalina with opencore 0.59 and latest acidanthera's work on my HP 840-g4. But i have just one annoying problem: IMEI.
The issue is exactly the same as described here:
and in other thread at the commercial hack site with big eyes.
Most of the applications not responding after wake from sleep. crashed quicklookup, quicktime player, youtube, hackintool, etc, etc. (spinning color wheel).
So surfing deeply on the forums, i noticed that the problem is related of lack of IMEI injection. So i tried manual HECI to IMEI patch, knowing that WhateverGreen do that work. No results.
The only way that i can get IMEI on ioReg is changing the address from 16 to 0, through a ACPI patch:
dict> <key>Comment</key> <string>HECI ADDRESS</string> <key>Count</key> <integer>0</integer> <key>Enabled</key> <true/> <key>Find</key> <data>SEVDSQhfQURSDAAAFgA=</data> <key>Limit</key> <integer>0</integer> <key>Mask</key> <data></data> <key>OemTableId</key> <data></data> <key>Replace</key> <data>SEVDSQhfQURSDAAAAAA=</data> <key>ReplaceMask</key> <data></data> <key>Skip</key> <integer>0</integer> <key>TableLength</key> <integer>0</integer> <key>TableSignature</key> <data></data> </dict>
So with this i can get IMEI on IoReg
But i think that is a problem! Because the KBL FrameBuffer can't initialize the MEI Service, even with the IMEI at ioreg, this is from boot syslog:
2020-06-24 16:38:29.075004-0400 localhost kernel: (AppleIntelKBLGraphicsFramebuffer) <AppleIntelKBLGraphicsFramebuffer`AppleIntelFramebufferController::createMEIDriver()> [IGFB][ERROR ] Failed to start MEI service! 2020-06-24 16:38:29.075014-0400 localhost kernel: (AppleIntelKBLGraphicsFramebuffer) <AppleIntelKBLGraphicsFramebuffer`AppleIntelFramebufferController::createMEIDriver()> [IGFB][ERROR ] Failed to create MEI service
Soooo, the question is:
How can i solve this?!!
I also tried:
1. SSDT-IGPU from Rehabman
3. Rename HECI to IMEI ACPI patch
All these with no luck.
PD: I have to say that not SDcard mount after wake from sleep and this are the only two thing left to solve in order to get full working hackintosh laptop.!
Thanks in advance
Install macOS 10.15 Catalina on Gigabyte P55-USB3 with Radeon RX 580 graphics card using a USB device created with the createinstallmedia command and Clover as bootloader. Instructions to install macOS 10.14 Mojave on this computer are almost identical, replacing Catalina app with Mojave, so this article is suitable for both versions of macOS. The Gigabyte P55-USB3 motherboard (and some others from the same brand with the P55 / H55 chipset) have made it easy to build a hackintosh and install macOS since 10 years ago. Although it is an old motherboard, the behavior with Mojave or Catalina is very good after changing the classic hard drive (HDD) for a solid state drive (SSD).
Components of the hackintosh
Gigabyte GA-P55-USB3 motherboard: P55 chipset, 1156 socket, ALC892 audio, Gigabit RTL8111D network, DDR3 RAM Intel Core i5-750 processor for socket 1156: 4 cores, 8MB cache, clock rate 2.66 GHz Fenvi FV-T919 wireless + Bluetooth card: PCI-Express, wifi is ac type, detected by macOS as Airport and Apple Bluetooth Radeon RX 580 8 GB graphics card: works OOB but with a few details to be considered, it has its own article.
Install macOS Catalina app in /Applications folder USB flash drive with at least 16GB prepared from Disk Utility with MBR partition scheme and formatted as Mac Os Plus (on older Gigabyte boards like mine, USB sticks partitioned with GUID scheme instead of MBR usually hang the system when booting) Recent version of Clover (I have used r5117) Recent versions of Lilu (at least 1.4.4) and WhateverGreen (at least 1.3.9) to fine-tune the behavior of the graphics card Recent version of RealtekRTL8111 (I have used 2.2.2) FaceSMC version 6.26-322 (newer versions disable automatic mounting of USB devices on my system).
Create install USB
Run this command from Terminal (assuming the target device is called USB):
Bash: sudo /Applications/Install\ macOS\ Catalina.app/Contents/Resources/createinstallmedia --volume /Volumes/USB /Applications/Install\ macOS\ Catalina.app
Clover must be installed on the USB memory, I choose the following options:
Bootloader > Install boot0af on the MBR CloverEFi > CloverEFI 64-bit SATA BIOS Drivers, 64 bit > Recommended drivers > FSInject + SMCHelper + XhciDxe BIOS Drivers, 64 bit > File System drivers > ApfsDriverLoader Install RC scripts on selected volume Optional RC scripts > Disable sleep proxy client.
You have to copy 4 kexts to the EFI/CLOVER/kexts/Other folder of the USB device: FaceSMC 6.26-322, Lilu 1.4.4, WhateverGreen 1.3.9 and RealtekRTL8111 2.2.2. Regarding the config.plist file, the most significant is:
Boot > kext-dev-mode = 1 in Boot arguments GUI > Theme embedded, EmbeddedThemeType Dark, Screen Resolution 1920x1080, Preboot in Hide Volume Graphics > blank, nothing is checked except if foxbox solution is used to have more than 2 connectors enabled RT Variables > 0x28 in BooterConfig and 0x67 in CsrActiveConfig SMBios > iMac14,2 Sytem Parameters> Yes in Inject Kexts and check Inject System ID.
Install macOS Catalina
Boot from the USB device and choose Install macOS from Install macOS Catalina. The installation program runs until the PC restarts. Here choose Install macOS from HDD (the name of the volume you are installing macOS on). With RX 580 graphics card, the screen goes black in this second phase of the installation, it is a phase in which the user has nothing to do until the PC is restarted so you can let it work until the Clover menu again. You have to choose Boot macOS from HDDto boot the installed system from the hard disk, the screen is recovered and you can configure the account and the initial options. From this moment the screen works fine.
Boot from USB > Clover menu > Install macOS from Install macOS Catalina > screen works fine Boot from USB > Clover menu > Install macOS from HDD > black screen Boot from USB > Clover menu > Boot macOS from HDD > screen works fine.
Install Clover and kexts on the hard drive
Clover needs to be installed on the disk where we just installed macOS. Options are the same as when installing it on the USB memory. You also have to copy the 4 kexts (FaceSMC 6.26-322, Lilu 1.4.4, WhateverGreen 1.3.9 and RealtekRTL8111 2.2.2) into the EFI/CLOVER/kexts/Other folder on the EFI partition of the disk. And review the config.plist file remembering the comments for the USB.
If everything goes well, the computer starts from the hard disk with a running copy of macOS Catalina.
Radeon RX 580 8 GB graphics card on macOS High Sierra (as of 10.13.6), Mojave and Catalina on the P55-USB3 board: excellent performance with acceleration (Metal) OOB, no need for drivers (kexts), with 3 drawbacks, one has to do with the boot of the operating system (a solution is proposed), another with the number of rear connectors enabled (a solution is proposed) and another that only affects to one phase of the Mojave or Catalina installation (without clear solution for now).
I have placed the XFX AMD Radeon RX-580 P8DFD6 8GB Triple X Edition GDDR5, 256BIT, DVI + HDMI + 3DP graphics card on a 10 year old motherboard (Gigabyte P55-USB3) in order to update the hackintosh to 10.14 Mojave and 10.15 Catalina because the card that I have used in past years, Nvidia Geforce GTX 750 1GB, has stopped working after 10.13.6 High Sierra since this was the last version for which Nvidia published the alternate web drivers that were necessary for the card to work well with graphic acceleration.
The new RX 580 card needs considerably more space than the old one although it fits perfectly in an ATX case, and requires an additional power connector. It has 2 big fans that most of the time are stopped, at least in my case. In macOS it works perfectly, even with Metal acceleration, without additional drivers and without extra settings in Clover. But it has drawbacks that I comment below.
Alterations during startup
During the boot of the operating system, when the screen goes from the basic driver to the AMD driver, 2 artifacts appear randomly, they are very short in duration (from one to a few seconds):
Very short flashing white screen that may or may not be accompanied by purple lines The fans runs for a few seconds (the noise is clearly audible). This behavior is solved with the installation of 2 kexts, Lilu and WhateverGreen. Lilu is an extension created by acidantheraand vit9696 among others whose function is to help to patch kexts, processes and libraries during macOS boot. It is accompanied by specific plugins for the task required, for example WhateverGreen that injects necessary patches for certain AMD, Intel and Nvidia graphics cards. It is mandatory to have both extensions together, one of them separately does not correct the problem.
I have installed Lilu 1.4.4 and WhateverGreen 1.3.9 in the EFI/CLOVER/kexts/Other folder of the EFI partition and artifacts have disappeared. Remember that these 2 extensions are not necessary for the card to work properly, if you tolerate those very brief distortions of the screen or the noise of the fans running for a few seconds, you can live without Lilu and WhateverGreen.
Note: authors recommend that when using Lilu and WhateverGreen with Radeon cards, NO graphic settings have to be added to Clover (Inject ATI, etc.).
Note: these alterations, especially the brief white screen and less frequently purple lines and fan noise, are also seen in Windows and some real Macs with the same card.
Alteration during macOS installation
Boot from USB > Clover menu > Install macOS from Install macOS Catalina > screen works fine
Boot from USB > Clover menu > Install macOS from MacintoshHD > black screen
Booting from USB > Clover menu > Boot macOS from MacintoshHD > screen works fine.
In the first and third stages, screen works fine. In the second stage the screen goes black although the installation continues. The user has nothing to do at this moment so you can leave the PC working until the Clover menu is shown again, the screen is recovered, the initial account options can be configured and you can enter into the newly installed system with correct resolution and acceleration.
This behavior is not corrected even by placing Lilu and WhateverGreen into the USB device. At least in my case I have not found a solution for it. Yo can install macOS perfectly with that drawback of not seeing how it progresses during the second phase of the installation.
Only 2 connectors of the 5 available work
This card has 3 Display Port (DP) ports, 1 HDMI port and 1 DVI port. In my case, only 2 DP work, those that are further from the HDMI connector. It is enough if you use a single monitor or 2 monitors that can be connected by DP. But if you want to have 3 or more connected devices or some of them only have HDMI, it is necessary to enable the 5 connectors or at least 4 of them since the DVI is obsolete and does not allow resolutions as high as DP and HDMI.
User foxbox has proposed a solution in a thread titled [Solved] Sapphire RX 580 Nitro + SE | black screen on HDMI and DVI. Must inject from Clover a modification to the Orinoco framebuffer (which is used in the RX 580 card) so that the 5 connectors lack a fixedly assigned address and, instead, receive it dynamically. This change is made from the KextsToPatch section of Clover. Read the post from foxbox.
This has to be accompanied by 3 changes in the Graphics section of Clover: Orinoco in FB Name / Inject ATI / 5 in Video Ports. I have tested this solution in macOS Catalina and it effectively enables the 5 ports of the card but, since I only use 1 monitor, I have removed it and I am with Lilu and WhateverGreen.
Instalar macOS 10.15 Catalina en la placa Gigabyte P55-USB3 con tarjeta gráfica Radeon RX 580 utilizando un dispositivo USB con el programa de instalación creado con el comando createinstallmedia y con Clover como gestor de arranque. Las instrucciones para instalar macOS 10.14 Mojave en este ordenador son prácticamente las mismas, reemplazando la aplicación Catalina por Mojave, por lo que este artículo sirve para ambas versiones de macOS. La placa base Gigabyte P55-USB3 (y algunas otras de la misma marca con chipset P55 / H55) facilitaron el montaje de un hackintosh desde hace 10 años y la instalación de macOS desde la versión 10.6 Snow Leopard. Aunque se trata de una placa veterana, el comportamiento con Mojave o Catalina es muy bueno después de cambiar el disco duro clásico de platos giratorios (HDD) por uno de estado sólido (SSD).
Componentes del hackintosh
Placa base Gigabyte GA-P55-USB3: chipset P55, socket 1156, audio ALC892, red Gigabit RTL8111D, admite hasta 4 módulos de memoria RAM DDR3 Procesador Intel Core i5-750 para socket 1156: 4 núcleos, caché de 8MB, frecuencia de reloj 2,66 GHz Tarjeta inalámbrica + bluetooth fenvi FV-T919: PCI-Express, wifi es de tipo ac, reconocida por macOS como Airport y bluetooth de Apple Tarjeta gráfica Radeon RX 580 de 8GB: funciona bien tal como sale de la caja pero hay algunos detalles que merecen ser tenidos en cuenta, tiene su propio artículo.
La aplicación Instalar macOS Catalina en la carpeta /Aplicaciones Memoria USB de al menos 16gb preparada desde Utilidad de Discos con esquema de particiones MBR y formateada como Mac Os Plus con registro (en placas Gigabyte antiguas como la mía, las memorias USB particionadas con esquema GUID en vez de MBR suelen colgar el sistema al arrancar) Versión reciente de Clover (he utilizado la versión r5117) Versiones recientes de Lilu (al menos 1.4.4) y WhateverGreen (al menos 1.3.9) para afinar el comportamiento de la tarjeta gráfica Versión reciente de RealtekRTL8111.kext (he utilizado la versión 2.2.2) Versión 6.26-322 de FaceSMC (versiones más recientes inhabilitan el montaje automático de dispositivos USB en mi sistema).
Crear USB de instalación
Ejecutar este comando desde Terminal (suponiendo que el dispositivo de destino se llama USB):
sudo /Applications/Install\ macOS\ Catalina.app/Contents/Resources/createinstallmedia --volume /Volumes/USB /Applications/Install\ macOS\ Catalina.app Al terminar la operación hay que instalar Clover en la memoria USB, en mi caso elijo las opciones siguientes:
Instalar Clover en la partición ESP Gestor de arranque > Instalar boot0af en el MBR CloverEFi > CloverEFI 64-bits SATA BIOS Drivers, 64 bit > Recommended drivers > FSInject + SMCHelper + XhciDxe BIOS Drivers, 64 bit > File System drivers > ApfsDriverLoader Instalar los scripts RC en el volumen seleccionado Scripts RC opcionales > Disable sleep proxy client.
Hay que copiar 4 extensiones a la carpeta EFI/CLOVER/kexts/Other del dispositivo USB: FaceSMC 6.26-322, Lilu 1.4.4, WhateverGreen 1.3.9 y RealtekRTL8111 2.2.2. Respecto al archivo config.plist lo más significativo es:
Boot > kext-dev-mode=1 en Boot arguments Gui > Theme embedded, EmbeddedThemeType Dark, Screen Resolution 1920x1080 (es la de mi monitor), Preboot en Hide Volume Graphics > en blanco, no se marca nada salvo si se utiliza la solución de foxbox para tener más de 2 conectores habilitados RT Variables > 0x28 en BooterConfig y 0x67 en CsrActiveConfig SMBios > iMac14,2 Sytem Parameters > Yes en Inject Kexts y marcar Inject System ID.
Instalar macOS Catalina
Arrancar desde el dispositivo USB y elegir Install macOS from Install macOS Catalina. Comienza el programa de instalación hasta que se reinicia el PC. Aquí se elige Install macOS from HDD (el nombre del volumen en el que estás instalando macOS). Con la tarjeta gráfica RX 580 se pierde la pantalla (en negro) en esta segunda fase de la instalación, es una fase en la que el usuario no interviene hasta que se vuelve a reiniciar el PC por lo que puedes dejarlo funcionar hasta que se muestre el menú de Clover del USB otra vez. Hay que elegir Boot macOS from HDD para arrancar el sistema instalado desde el disco duro, se recupera la pantalla y se puede configurar la cuenta y las opciones iniciales. A partir de este momento la pantalla funciona bien. En resumen:
Arranque desde USB > menú Clover > Install macOS from Install macOS Catalina > pantalla funciona bien Arranque desde USB > menú Clover > Install macOS from MacintoshHD > pantalla en negro Arranque desde USB > menú Clover > Boot macOS from MacintoshHD > pantalla funciona bien.
Instalar Clover y extensiones en el disco duro
Hay que instalar Clover en el disco en el que acabamos de instalar macOS. Las opciones son las mismas que al instalarlo en la memoria USB. También hay que copiar las 4 extensiones (FaceSMC 6.26-322, Lilu 1.4.4, WhateverGreen 1.3.9 y RealtekRTL8111 2.2.2) a la carpeta EFI/CLOVER/kexts/Other de la partición EFI del disco. Y repasar el archivo config.plist recordando lo comentado para el USB. Si todo ha ido bien, al reiniciar sin dispositivo USB el ordenador arranca desde el disco duro con macOS Catalina en marcha.
Nota: no comento nada del sonido porque utilizo un dispositivo externo de sonido por USB que funciona sin requerir configuraciones adicionales de ningún tipo. Esta placa base lleva el chip de sonido Realtek ALC892 que tengo desactivado, si deseas utilizarlo hay opciones para activarlo, si buscas ALC892 Catalina o ALC892 Mojave encontrarás soluciones para ello.