Hey! I have the same motherboard (b360m-a) as yours. I had given up framebuffer patching because it was driving me crazy! I couldn't find a way to make my connectors work. Then I found out that you have the same mobo that I have. Is HDMI working for you? Can you please provide your EFI folder?Still can't solve an issue with my UHD630 working with both DVI and HDMI outputs working simultaneously after boot. Only HDMI works after it. But when I turn sleep mode on and then wake it up, they're both working fine. What's the problem ?
<key>Comment</key> <string>Enable 160MB DVMT (48MB Framebuffer, 48MB Cursor), HDMI/DP @ 0105, 0204 (c) syscl</string> <key>Disabled</key> <false/> <key>Find</key> <data>08002E0A 01030303 00000004 00002002 00005001 00000060 6C050000 6C050000 00000000 00000000 00000800 02000000 30000000 </data> <key>InfoPlistPatch</key> <false/> <key>Name</key> <string>com.apple.driver.AppleIntelFramebufferAzul</string> <key>Replace</key> <data>08002E0A 01030303 0000000A 00000003 00000003 00000060 6C050000 6C050000 00000000 00000000 00000800 02000000 30000000 </data>
@headkaze and other guru's,Framebuffer patching in Mojave
Binary patching framebuffers using KextsToPatch in Clover is no longer a viable method in Mojave for Skylake and above. Now you need to use Lilu + WhateverGreen.
Not just for Mojave
This method of framebuffer patching is not only required for Mojave we recommend it for all previous and future releases of macOS.
Coffee Lake Users
Please note that the new WhateverGreen will not work with fake Kaby Lake platform-id's. You will need to have either macOS 10.14 Beta 4 (18A336e) or newer or macOS High Sierra 10.13.6 (17G2112). The latter is a special build only available to MacBookPro15,1 or MacBookPro15,2 board id's. You can create a macOS High Sierra 10.13.6 (17G2112) installer by running installinstallmacos.py. (Update: vit9696 added back ability to fake Kaby Lake platform-id's)
Lilu + WhateverGreen
WhateverGreen is going to replace all the other video patching plugins for Lilu (it currently has merged WhateverGreen, IntelGraphicsFixup, NvidiaGraphicsFixup, Shiki and CoreDisplayFixup). Others will likely follow (such as AppleALC, HibernationFixup and IntelGraphicsDVMTFixup). This is aiming to be the all-in-one solution for video.
2. Turn off all graphics injections in Clover:
3. Disable DSDT Clover fixes:
4. Disable UseIntelHDMI
5. Remove boot argument: -disablegfxfirmware
6. Remove any IGPU and HDMI entries from:
7. Remove any IGPU and HDMI related SSDT and DSDT from:
8. Renaming GFX0 -> IGPU
- WhateverGreen will do this automatically (see caveat below)
- Be aware that WhateverGreen does not rename all instances of GFX0 -> IGPU but should be okay in most cases
- You may need to include Clover GFX0 -> IGPU rename for other kexts or ACPI patching that require it
Compile Lilu + WhateverGreen
Download WhateverGreen. Make sure you place the debug version of Lilu into the root of WhateverGreen before you compile. Install Lilu and WhateverGreen kext's into the usual place. Compile WhateverGreen as debug if you want to view debug output.
Having trouble compiling?
If you're having trouble compiling you can download the official release binaries or download my (unsupported) build_lilu.sh shell script and run it in a folder to download and build Lilu + WhateverGreen using Xcode automatically. I recommend you try the debug versions first (place them into Clover's EFI/Clover/kexts/Other folder).
Get the device path of your IGPU:
Download and use the gfxutil tool like so:
$ ./gfxutil IGPU = PciRoot(0x0)/Pci(0x2,0x0)
For the AAPL,ig-platform-id (AAPL,snb-platform-id for Sandy Bridge) entry Clover requires this value to be in Data format so you need to reverse the bytes. So if you want your platform-id to be 0x3EA50009 first reverse the bytes (0900A53E) then use Xcode's plist editor to add the values to Clover's config.plist.
What ig-platform-id should I use for my system?
You should choose one that is the closest match to your system. I recommend you do some research on this before choosing one. See post #2 for available options.
You can determine the generation of your CPU by the first digit after the hyphen.
- Intel(R) Core(TM) i5-2760QM (Gen 2)
- Intel(R) Core(TM) i7-5257U CPU @ 2.70GHz (Gen 5)
- Intel(R) Core(TM) m3-6Y30 (Gen 6)
- Intel(R) Core(TM) i5-8350U (Gen 8)
Spoofing Intel CPU Gen
If you need to spoof a different Intel CPU generation you can use the lilucpu=N boot flag. The N refers to the following Intel generations:
To spoof a CPU you will need to set a valid device-id in your GPU entry in Devices/Properties for the appropriate Intel generation.Code:
4 Sandy Bridge 5 Ivy Bridge 6 Haswell 7 Broadwell 8 Skylake 9 Kaby Lake 10 Coffee Lake
Eg. Spoofing Skylake (lilucpu=8 boot flag with device-id=0x16190000), Kaby Lake (lilucpu=9 boot flag with device-id=0x12590000).
Here are some recommended frames:
Gen 2: Sandy Bridge (Intel HD Graphics 2000/3000)
- Support started with OS X 10.7.x and ended with macOS 10.13.6
- Metal support is not available
- device-id: 0x0102 0x0106 0x010A 0x0112 0x0116 0x0122 0x0126
- AAPL,snb-platform-id (desktop): 0x00030010 (default)
- AAPL,snb-platform-id (laptop): 0x00010000 (default)
Gen 3: Ivy Bridge (Intel HD Graphics 2500/4000)
- Support started with OS X 10.8.x
- device-id: 0x0152 0x0156 0x0162 0x0166
- AAPL,ig-platform-id (desktop): 0x0166000A (default), 0x01620005
- AAPL,ig-platform-id (laptop): 0x01660003 (default), 0x01660009, 0x01660004
Gen 4: Haswell (Intel HD Graphics 4200-5200)
- Support started with OS X 10.9.x
- device-id: 0x0D26 0x0A26 0x0A2E 0x0D22 0x0412
- AAPL,ig-platform-id (desktop): 0x0D220003 (default)
- AAPL,ig-platform-id (laptop): 0x0A160000 (default), 0x0A260005 (recommended)
Gen 5: Broadwell (Intel HD Graphics 5300-6300)
- Support started with OS X 10.10.2
- device-id: 0x0BD1 0x0BD2 0x0BD3 0x1606 0x160E 0x1616 0x161E 0x1626 0x1622 0x1612 0x162B
- AAPL,ig-platform-id (desktop): 0x16220007 (default)
- AAPL,ig-platform-id (laptop): 0x16260006 (default)
Gen 6: Skylake (Intel HD Graphics 510-580)
- Support started with OS X 10.11.4
- device-id: 0x1916 0x191E 0x1926 0x1927 0x1912 0x1932 0x1902 0x1917 0x193B 0x191B
- AAPL,ig-platform-id (desktop): 0x19120000 (default)
- AAPL,ig-platform-id (laptop): 0x19160000 (default)
Gen 7: Kaby Lake (Intel HD Graphics 610-650)
- Support started with macOS 10.12.6
- device-id: 0x5912 0x5916 0x591B 0x591C 0x591E 0x5926 0x5927 0x5923 0x87C0
- AAPL,ig-platform-id (desktop): 0x59160000 (default)
- AAPL,ig-platform-id (laptop): 0x591B0000 (default)
Gen 8: Coffee Lake (Intel UHD Graphics 630)
- Support started with macOS 10.13.6 (17G2112) / 10.14 beta 4 (18A336e)
- device-id: 0x3E9B 0x3EA5 0x3EA6 0x3E92 0x3E91 0x3E98
- AAPL,ig-platform-id (desktop): 0x3EA50000 (default), 0x3E9B0007 (recommended)
- AAPL,ig-platform-id (laptop): 0x3EA50009 (default)
WhateverGreen does most of the work automatically for you and in most cases you do not need any extra Framebuffer Patching. At the minimum though you should choose an ig-platform-id suitable for your system and place it in config.plist/Devices/Properties like this:
Here are some reasons why you might need extra Framebuffer Patching:
- Setting DVMT for those who can't set it above 32 MB in BIOS (framebuffer-stolenmem / framebuffer-fbmem)
- Setting higher VRAM for 4K users who experience graphical glitches (framebuffer-unifiedmem)
- Disabling eGPU (disable-external-gpu)
- Enable pixel clock patch for 4K support (enable-hdmi20)
- Disabling connectors to enable sleep (framebuffer-pipecount / framebuffer-portcount / framebuffer-conX-type=-1)
- Removing CNConnectorAlwaysConnected flag for eDP laptop screens on < 10.13.6 (framebuffer-con0-flags=0x00000090)
- Changing connector types to match your systems ports (framebuffer-conX-type)
Framebuffer Patching Types
We have three different types of patches:
1. Arbitrary (Recommended)
2. All DataCode:
framebuffer-patch-enable (required to enable below) framebuffer-framebufferid (optional; defaults to current platform-id) (all below are optional) framebuffer-mobile framebuffer-pipecount framebuffer-portcount framebuffer-memorycount framebuffer-stolenmem framebuffer-fbmem framebuffer-unifiedmem framebuffer-cursormem (Haswell only) framebuffer-camellia framebuffer-flags framebuffer-conX-enable (required to enable below) framebuffer-conX-index framebuffer-conX-busid framebuffer-conX-pipe framebuffer-conX-type framebuffer-conX-flags
3. Find / ReplaceCode:
framebuffer-conX-enable (required to enable below) framebuffer-conX-alldata
You should place your patches in config.plist/Devices/Properties in Clover config.plist.Code:
framebuffer-patchX-enable (required to enable below) framebuffer-patchX-framebufferid (optional; defaults to current platform-id) framebuffer-patchX-find framebuffer-patchX-replace framebuffer-patchX-count (optional; defaults to 1)
Here are some example patches:
- 32MB BIOS, 19MB stolen (framebuffer) 9MB fbmem (cursor) 2048MB unifiedmem (vram)
- Pipe / Port Count 3 to 2
- Connector 1 DP to HDMI
- Connector 2 Disable
Here is an example of the All Data method:
Here is an example of the Find / Replace method:
There are two ways to dump your framebuffer data (both require WhateverGreen + Lilu debug versions):
1. Using -igfxdump boot flag to dump IGPU framebuffer kext to /AppleIntelFramebuffer_X_Y (root of your boot drive)
There are several ways of reading this dump:
- Using 010 Editor along with the IntelFramebuffer.bt template
- Using Hackintool File->Open menu
2. Using -igfxfbdump boot flag to dump native and patched framebuffer table to ioreg at IOService:/IOResources/WhateverGreen
There are several ways of reading this dump:
- Using dump_platformlist.sh shell script
- Using Hackintool File->Import->IOReg Dump menu
3. Using Hackintool Framebuffer->macOS 10.14 menu
Adjusting the brightness on a laptop
1. Method 1
Enable Clover DSDT fix AddPNLF. Enable SetIntelBacklight and SetIntelMaxBacklight. A specific value is not necessary - it will be automatically injected according to the processor installed.
2. Method 2
Use this ACPI table: SSDT-PNLF.dsl
Do not use both methods at the same time!
Digital Audio (HDMI / DVI / DP)
To enable digital audio it is necessary to set the necessary properties and, usually, patch the connectors.
To enable audio in general and HDMI in particular use WEG along with AppleALC.kext.
On 10.10.5 and above, WEG automatically changes the connector-type of DP (00040000) to HDMI (00080000) if no custom patches are used.
The actual connection may be of any type (HDMI / DVI / DP), but for the digital audio to function the connector-type must explicitly be HDMI.
In most cases with Intel Skylake and newer it works by default.
For Ivy Bridge and possibly other generations there are the options to patch your connectors with the following:
06020000 02000000 30000000 // Option 1
06020000 01000000 30000000 // Option 2
On OS X 10.8.2 and newer it is impossible to have VGA on Ivy Bridge systems.
Hot-plugging VGA usually does not work.
In case this doesn't help - there are no other known solutions at this time.
EDID is usually correctly identified, so no actions are required. In rare cases, EDID needs to be injected manually.
An EDID dump can be obtained, for example, with Linux. The correct EDID must be put into *AAPL00,override-no-connect* property for IGPU, where the second 0 stands for the display number.
In some cases the EDID dump may be incompatible with macOS and leads to distortions. For some EDID in such cases you can use this script, which corrects a provided EDID and saves it to your desktop.
HDMI in UHD resolution with 60 fps
Add the enable-hdmi20 property to IGPU, otherwise you will get a black screen. Or instead of this property use the boot-arg -cdfon
Disablng a discrete graphics card
Add the disable-external-gpu property to IGPU. Or instead of this property, use the boot-arg -wegnoegpu
Fix the invalid maximum link rate issue on some laptops (Dell XPS 15 9570, etc.)
Add the enable-dpcd-max-link-rate-fix property to IGPU, otherwise a kernel panic would happen due to a division-by-zero. Or instead of this property, use the boot-arg -igfxmlr.
You could also manually specify a maximum link rate value via the dpcd-max-link-rate for the builtin display.
Fix the infinite loop on establishing Intel HDMI connections with a higher pixel clock rate on Skylake, Kaby Lake and Coffee Lake platforms
- Typically use 0x14 for 4K display and 0x0A for 1080p display.
- All possible values are 0x06 (RBR), 0x0A (HBR), 0x14 (HBR2) and 0x1E (HBR3).
- If an invalid value is specified, the default value 0x14 will be used instead.
- If this property is not specified, same as above.
Add the enable-hdmi-dividers-fix property to IGPU or use the -igfxhdmidivs boot argument instead to fix the infinite loop when the graphics driver tries to establish a HDMI connection with a higher pixel clock rate, for example connecting to a 2K/4K display with HDMI 1.4, otherwise the system just hangs (and your builtin laptop display remains black) when you plug in the HDMI cable.
1. General Notes
LSPCON driver support to enable DisplayPort to HDMI 2.0 output on IGPU
- For those who want to have "limited" 2K/4K experience (i.e. 2K@59Hz or 4K@30Hz) with their HDMI 1.4 port, you might find this fix helpful.
- For those who have a laptop or PC with HDMI 2.0 routed to IGPU and have HDMI output issues, please note that this fix is now succeeded by the LSPCON driver solution, and it is still recommended to enable the LSPCON driver support to have full HDMI 2.0 experience.
(You might still need this fix temporarily to figure out the connector index of your HDMI port. See the LSPCON section below.)
1. Brief Introduction
Recent laptops (Kaby Lake/Coffee Lake-based) are typically equipped with a HDMI 2.0 port. This port could be either routed to IGPU or DGPU, and you can have a confirmation on Windows 10. Intel (U)HD Graphics, however, does not provide native HDMI 2.0 output, so in order to solve this issue OEMs add an additional hardware named LSPCON on the motherboard to convert DisplayPort into HDMI 2.0.
LSPCON works in either Level Shifter (LS) or Protocol Converter (PCON) mode. When the adapter works in LS mode, it is capable of producing HDMI 1.4 signals from DisplayPort, while in PCON mode, it could provide HDMI 2.0 output. Some onboard LSPCON adapters (e.g. the one on Dell XPS 15 9570) have been configured in the firmware to work in LS mode by default, resulting a black screen on handling HDMI 2.0 connections.
Starting from version 1.3.0, WhateverGreen now provides driver support for the onboard LSPCON by automatically configuring the adapter to run in PCON mode on new HDMI connections, and hence solves the black screen issue on some platforms.
2. Before you start
- LSPCON driver is only applicable for laptops and PCs with HDMI 2.0 routed to IGPU.
- LSPCON driver is necessary for all newer platforms unless the new IGPU starts to provide native HDMI 2.0 output.
- Supported Intel Platform: Skylake, Kaby Lake, Coffee Lake and later.
Skylake Case: Intel NUC Skull Canyon; Iris Pro 580 + HDMI 2.0 with Parade PS175 LSPCON.
Coffee Lake Case: Some laptops, e.g. Dell XPS 15 9570, are equipped with HDMI 2.0 and Parade PS175 LSPCON.
- If you have confirmed that your HDMI 2.0 is routed to IGPU and is working properly right now, you don't need to enable this driver, because your onboard LSPCON might already be configured in the firmware to work in PCON mode.
- Add the enable-lspcon-support property to IGPU to enable the driver, or use the boot-arg -igfxlspcon instead.
- Next, you need to know the corresponding connector index (one of 0,1,2,3) of your HDMI port. You could find it under IGPU in IORegistryExplorer. (i.e. AppleIntelFramebuffer@0/1/2/3)
If you only have a 2K/4K HDMI monitor, you might need to enable the infinite loop fix before connecting a HDMI monitor to your build, otherwise the system just hangs, so you won't be able to run the IORegistryExplorer and find the framebuffer index.
- Add the framebuffer-conX-has-lspcon property to IGPU to inform the driver which connector has an onboard LSPCON adapter.
Replace X with the index you have found in the previous step.
The value must be of type Data and should be one of 01000000 (True) and 00000000 (False).
- (Optional) Add the framebuffer-conX-preferred-lspcon-mode property to IGPU to specify a mode for your onboard LSPCON adapter.
The value must be of type Data and should be one of 01000000 (PCON, DP to HDMI 2.0) and 00000000 (LS, DP to HDMI 1.4).
Any other invalid values are treated as PCON mode.
If this property is not specified, the driver assumes that PCON mode is preferred.
Once you have completed the steps above, rebuild the kext cache and reboot your computer.
After plugging into your HDMI 2.0 cable (and the HDMI 2.0 monitor), you should be able to see the output on your monitor.
Dump your kernel log and you should also be able to see something simillar to lines below.
Additionally, you can find these properties injected by the driver under the corresponding framebuffer.Code:
// When you insert the HDMI 2.0 cable igfx @ (DBG) SC: GetDPCDInfo() DInfo: [FB0] called with controller at 0xffffff81a8680000 and framebuffer at 0xffffff81a868c000. igfx @ (DBG) SC: GetDPCDInfo() DInfo: [FB0] No LSPCON chip associated with this framebuffer. igfx @ (DBG) SC: GetDPCDInfo() DInfo: [FB0] Will call the original method. igfx @ (DBG) SC: GetDPCDInfo() DInfo: [FB0] Returns 0x0. igfx @ (DBG) SC: GetDPCDInfo() DInfo: [FB2] called with controller at 0xffffff81a8680000 and framebuffer at 0xffffff81a869a000. igfx @ (DBG) SC: LSPCON::probe() DInfo: [FB2] Found the LSPCON adapter: Parade PS1750. igfx @ (DBG) SC: LSPCON::probe() DInfo: [FB2] The current adapter mode is Level Shifter (DP++ to HDMI 1.4). igfx @ (DBG) SC: GetDPCDInfo() DInfo: [FB2] LSPCON driver has detected the onboard chip successfully. igfx @ (DBG) SC: GetDPCDInfo() DInfo: [FB2] LSPCON driver has been initialized successfully. igfx @ (DBG) SC: LSPCON::getMode() DInfo: [FB2] The current mode value is 0x00. igfx @ (DBG) SC: LSPCON::getMode() DInfo: [FB2] The current mode value is 0x00. igfx @ (DBG) SC: LSPCON::getMode() DInfo: [FB2] The current mode value is 0x00. igfx @ (DBG) SC: LSPCON::getMode() DInfo: [FB2] The current mode value is 0x01. igfx @ (DBG) SC: LSPCON::setMode() DInfo: [FB2] The new mode is now effective. igfx @ (DBG) SC: GetDPCDInfo() DInfo: [FB2] The adapter is running in preferred mode [Protocol Converter (DP++ to HDMI 2.0)]. igfx @ (DBG) SC: GetDPCDInfo() DInfo: [FB2] Will call the original method. igfx @ (DBG) SC: GetDPCDInfo() DInfo: [FB2] Returns 0x0. // When you remove the HDMI 2.0 cable igfx @ (DBG) SC: GetDPCDInfo() DInfo: [FB0] called with controller at 0xffffff81a8680000 and framebuffer at 0xffffff81a868c000. igfx @ (DBG) SC: GetDPCDInfo() DInfo: [FB0] No LSPCON chip associated with this framebuffer. igfx @ (DBG) SC: GetDPCDInfo() DInfo: [FB0] Will call the original method. igfx @ (DBG) SC: GetDPCDInfo() DInfo: [FB0] Returns 0x0. igfx @ (DBG) SC: GetDPCDInfo() DInfo: [FB2] called with controller at 0xffffff81a8680000 and framebuffer at 0xffffff81a869a000. igfx @ (DBG) SC: GetDPCDInfo() DInfo: [FB2] LSPCON driver (at 0xffffff802ba3afe0) has already been initialized for this framebuffer. igfx @ (DBG) SC: LSPCON::setModeIfNecessary() DInfo: [FB2] The adapter is already running in Protocol Converter (DP++ to HDMI 2.0) mode. No need to update. igfx @ (DBG) SC: LSPCON::wakeUpNativeAUX() DInfo: [FB2] The native AUX channel is up. DPCD Rev = 0x12. igfx @ (DBG) SC: GetDPCDInfo() DInfo: [FB2] Will call the original method. igfx @ (DBG) SC: GetDPCDInfo() DInfo: [FB2] Returns 0x0.
(Only available in DEBUG version)
fw-framebuffer-has-lspcon indicates whether the onboard LSPCON adapter exists or not.
fw-framebuffer-preferred-lspcon-mode indicates the preferred adapter mode. 1 is PCON, and 0 is LS.
To get debug output from Lilu use the -liludbgall liludump=60 boot flags. You will need to compile Lilu and WhateverGreen as debug for both of these flags to work. Log files should be located at /var/log/Lilu_*.
To view debug paste the following into Terminal (weglog.txt will output to your home directory):
log show --predicate 'process == "kernel" AND (eventMessage CONTAINS "WhateverGreen" OR eventMessage CONTAINS "Lilu")' --style syslog --source --last boot >weglog.txt
To help the users of this forum diagnose issues with your configuration please generate a Lilu debug log and then run gen_debug.sh to generate a folder of debug files you can attach to a forum post requesting help.
- vit9696 and lvs1974 for WhateverGreen (Full Credits) and Lilu (Full Credits)
- Andrey1970 for his guide
- RehabMan for all data patching method, ioreg framebuffer dump and other contributions
you can share your efi folderCan't get my DVI working without using sleep mode.
When my Hack boots with both screens on (DVI monitor and HDMI TV), only TV screen works, but it glitches for some time (about 10 seconds) and then works fine. If I send my hack into sleep mode, both DVI monitor and HDMI TV are working fine after awakening.
using a imac smbios for a laptop is wrongHi guys! I recently installed Mojave on my Asus Rog, everything works pretty well but i can't have the hardware acceleration from my i5 8300h (uhd 630). I tried everything and I am pretty sad about that... I used gfx util to see my igpu path but it doesnt show!
As you can see in my screenshots in graphic tab it displays nvidia.
I have an 1060 in my laptop but i need to enable the igpu instead!
Could you help me? Sorry for my english
Thanks in advance.