Hardware Compatibility

Table of Contents

About Hackintosh Hardware Compatibility

Understanding Hackintosh hardware compatibility is crucial for a successful macOS installation on non-Apple devices. macOS is designed to work seamlessly with Apple’s proprietary hardware, meaning it requires specific configurations to function on custom-built PCs. Choosing incompatible components can lead to issues such as boot failures, lack of support for vital features like Wi-Fi, Bluetooth, or iMessage, and reduced system stability. Proper hardware selection ensures smoother installation, better performance, and full functionality, including advanced features like Handoff and Continuity. Moreover, knowing about compatibility helps save time, reduces troubleshooting, and avoids unnecessary expenses on unsupported components. A well-researched Hackintosh build bridges the gap between affordability and the premium macOS experience

Hackintosh hardware compatibility refers to the ability of computer components to function effectively with macOS, typically installed on non-Apple hardware. Compatibility depends on selecting components such as motherboards, CPUs, GPUs, and storage devices that closely align with Apple’s hardware specifications. Popular choices include Intel processors, AMD GPUs, and motherboards from manufacturers with well-supported chipsets. Ensuring compatibility is crucial for a smooth installation and operation of macOS, as unsupported hardware can lead to performance issues or feature limitations.

CPU Support

We have the breakdown below for CPU support.

  • 32- and 64-bit CPUs are compatible.
    • But 64-bit Cpu are Better than 32-bit for Hackintosh (Support From MacOS Tiger 10.4.1 to Current)
    • 32-bit is Supported (Support From MacOS Tiger 10.4.1 to Snow Leopard 10.6.8)
  • Intel Desktop CPU:
    • Yonah through Current are Supported (1st To Current Gen)
  • Intel High-End Desktop (HEDT) and server CPU:
    • Nehalem through Cascade Lake X only  Support.
  • Intel’s Core “i” and “Xeon” series laptop CPU:
    • Arrandale to Ice Lake Supported.(1st To 10th Gen)
      • Intel Core i5-10200H (Unfortunately, this processor’s integrated graphics card is not supported by macOS.)
    • 11th-12th-13th-14th Gen are currenty Not Supported.
    • Please take note that Pentium, Celeron, and mobile Atom CPUs are not supported.
  • AMD CPU:
    • AMD Desktop Bulldozer (15h), Jaguar (16h), and Ryzen (17h) CPUs Supported.
    • Some AMD Laptop CPUs are Not Supported.
    • Be aware that not all macOS functions are compatible with AMD; see below

AMD CPU:

  • High End AMD CPUs Are Recommend For best performance.
    • From 6 Core Up to Letest Ryzen 5 , Ryzen 7, Ryzen 9 , Ryzen Theadripper (Not APU) [Exmpl-Ryzen 9 7950x, Ryzen 7 7700x, Ryzen 5 7600x etc]
    • Note this (High End AMD CPUs Are Only Run With dGPU Card)
    • Some AMD APUs can perform Quite Well on Hackintosh.Due to Their powerful built-in graphics,they can provide good performance without a dGPU.
    • Not That (AMD APUs Graphis Patch are Critical)
    • Some AMD Laptop CPUs  are Provide Good Perform.
    • CPUs to Avoid
      • AMD Ryzen 1000 Series
      • AMD Ryzen 2000 Series
      • AMD Ryzen 3000 Series
      • AMD Ryzen Theadripper 1000 Series
      • AMD Athlon Series
      • AMD FX Series
    • AMD’s CPU requires a Cracked Kernel, so it’s not suitable for beginners

Intel CPU:

  • Intel “Core” i5, i7, i9 and Xeon E3, E5 are Mainly Reccomend For Better Performance. (Since the i3 is an entry-level CPU ,one can’t expect good performance from it so i can’s rcommend this)
    • I would Suggest 6th Gen to current CPUs for Smooth Usage [ Ex- i5 6600K, i5 7400 , i7 8700K, i5 9600K ,i7 10700k]
    • For Better Output Must Be Use “KF” series Intel Core CPUs With dGPU. [Ex- i5 12600KF, i7 12700KF,i9 12900KF]
    • Intel “Core” X Series CPUs are Most Powerful and These are High-End-Desktop CPUs. [Ex-i5 7640x, i7 9800x, i9 10900x]
    • If You are dont want to use dGPU then You Can Choose K seris Intel “Core” i5, i7, i9 [Ex- i5 10600k, i7 10700k, i9 13900k]
    • Unsupported CPUs
      • Wolfdale (Intel Core2 Duo series)
        • E7xxx
        • E8xxx
      • Yorkfield (Intel Core2 Quad series)
        • E8xxx
        • E9xxx
For More Details in Dept
  • The first option is the Intel 1151-pin 7/8/9th generation Core i9, i7, i5, and i3 with native support for Mojave. It has integrated graphics UHD630/HD630 and independent graphics that can be used for regular encoding and decoding. It is an excellent option since it allows the integrated graphics to be accelerated by hardware. Worth purchasing.
  • The integrated graphics HD530 can only decode 8-bit HEVC and cannot correctly encode or decode 10-bit HEVC, however Intel 1151-pin 6th generation Core i7, i5, and i3 can be used. Therefore, you now have to select a 7th, 8th, or 9th generation Core CPU if you don’t have a Vega graphics card. In Mojave, cores from earlier generations cannot fully encode and decode hardware acceleration unless a Vega graphics card is used.
  • The 2nd, 3rd, and 4th generation Core i7, i5, and i3 with 1150 and 1155 pins operate inadequately. It can only be encoded and decoded normally at the moment with a Vega graphics card’s hardware acceleration. The standard encoding and decoding of HD4600/HD4400/HD4000/HD3000/HD2500 core graphics hardware acceleration will encounter issues and be unable to encode and decode HEVC if it is paired with a non-Vega graphics card.
  • It is not advised for beginners to use the Pentium Celeron on the 1155, 1150, and 1151 platforms since it requires spoofing the CPUID and there is no fix for the integrated graphics card.
  • Currently, only a Vega graphics card in Mojave can completely enable hardware acceleration for X299/X99/X79 platforms, Xeon E5 and E3 processors without integrated graphics. Think before you purchase.
  • Beginners should avoid using AMD’s CPU as it requires a cracked kernel. Purchasing it is not advised.
  • It is possible that some beta CPUs, like ES and QS, have issues and can’t be installed. Buying them is not something we advise.

With macOS, there are numerous CPU limitations you need to be aware of before buying a CPU or stepping into an installation as that would be a waste of time and resources, together. This is due to the limited amount of CPU Apple supports, so we’re either limited by Apple or the patches community has created. For more info on CPU Limitations, see below.

General Limitations
The general limitations apply to both, Intel and AMD CPUs

  • Core/Thread Count
    • OS X 10.10 and older supports up to a maximum of 24 threads which means you cannot use a CPU with more than 12 Cores, including Dual CPUs.
    • OS X 10.11 and newer supports up to a maximum of 64 threads which means you cannot use a CPU with more than 32 Cores, including Dual CPUs.
  • Dual Socket
    • Dual Socket users using MacPro6,1, MacPro7,1, or iMacPro1,1 SMBIOS will need to use AppleMCEReporterDisabler in macOS Catalina 10.15 and later.

FOR INTEL CPUs

  • CPUs from 2012 are supported by Apple’s VT-d function. Any prior CPU will lack VT-d feature even if provided by Intel.
  • Dual Socket CPUs are supported with up to a maximum of 64 threads. In addition, for Dual Socket CPU users, you will need to use AppleMCEReporterDisabler in macOS Catalina.
  • Pentium, Celeron and Atom
    • Pentium, Celeron, and Atom CPUs lack AVX instructions which is required for booting OS X/macOS. To use these CPUs under macOS, you need to use an AVX patch.
    • Ivy Bridge and Low-End CPUs running OS X 10.11 require a Fake CPUID and -xcpm boot flag for booting into macOS.
    • macOS 10.12 and newer requires an XCPM patch along with a Fake CPUID for booting into macOS.
  • Intel’s Rocket Lake and Alder Lake CPUs are not natively supported by any OS X/macOS version and require a CPU spoof to boot, regardless of the bootloader.

FOR AMD CPUs

  • AMD CPUs are finally supported with the help of developers in this community. However, AMD CPUs can be used in a limited way but are seriously discouraged for any production related workload.
  • Mobile CPUs
    • AMD Mobile CPUs (Laptop CPUs) are generally not supported, regardless of GPU, whether integrated or dedicated.
  • Kernel DMA Protection
    • AMD CPUs do not support AMD-Vi on macOS, which is similar to Intel’s VT-d feature, required for Kernel DMA Protection, demanded by several Thunderbolt Devices.
    • This includes all AMD CPUs. However, a workaround for this feature is to use macOS Sierra.
  • Adobe Support
    • Most of Adobe’s suite relies on Intel’s Memfast instruction set, resulting in crashes with AMD CPUs
    • You can disable functionality like RAW support to avoid crashing: Adobe Fixes
  • Virtual Machines relying on AppleHV
    • This includes VMWare, Parallels, Docker, Android Studio, etc
    • VirtualBox is the sole exception as they have their own hypervisor
    • VMware 10 and Parallels 13.1.0 do support their own hypervisor, however, using such outdated VM software poses a large security threat
  • Audio Distortion
    • There is a known Audio Distortion issue for the onboard audio chips. A workaround is to set the GPU to PCIe 3.0 speed.
  • 32-Bit support
    • For those still relying on 32-Bit software in Mojave and below, note that the Vanilla patches do not support 32-bit instructions
    • A workaround is to install a custom kernel, however, you lose iMessage support and no support is provided for these kernels
  • Stability issues on many apps
    • Audio-based apps are the most prone to issues, ie. Logic Pro
    • DaVinci Resolve has been known to have sporadic issues as well

For More Details:

GPU Support

Integrated GPU (iGPU)

  • Intel’s iGPU
    • Ivy Bridge through Ice Lake iGPU support is covered in this guide (Here is information about GMA series iGPUs: GMA Patching)
    • Note that macOS does not support low-end GT1 iGPUs, which are found on Pentiums, Celerons, and Atoms. GT2 refers to the tier of iGPUs.
    • But Unfortunetly 11th ,12th ,13th and 14th gen cpu’s iGPU is not supported in MacOS.if you want to use 11th to 14th gen cpu then you must need a Dedicated GPU For Display OutPut and Computing Task.

Here is a list of supported Intel Integrated Graphics (iGPUs) in Hackintosh systems, based on macOS compatibility:

  • 1st Generation Intel HD Graphics (Arrandale/Clarkdale)
    Supported: Not officially
    • supported.
    • Notes: Legacy support only with patched kexts; minimal functionality without hardware acceleration.
  • 2nd Generation Intel HD Graphics (Sandy Bridge)
    • Intel HD Graphics 2000: Not supported.
      Intel HD Graphics 3000:
      macOS Support: macOS High Sierra (10.13) and earlier.
    • Notes: Requires patched kexts for newer macOS versions.
  • 3rd Generation Intel HD Graphics (Ivy Bridge)
    • Intel HD Graphics 2500: Limited support; no hardware acceleration.
      Intel HD Graphics 4000:
      macOS Support: macOS Ventura (10.13–13) and earlier.
    • Notes: Native support with minor configuration in OpenCore.
  • 4th Generation Intel HD Graphics (Haswell)
    • Intel HD Graphics 4200/4400/4600/5000/Iris/Iris Pro:
      macOS Support: macOS Ventura (10.9–13).
    • Notes: Fully supported; requires platform ID injection.
  • 5th Generation Intel HD Graphics (Broadwell)
    • Intel HD Graphics 5500/6000/Iris 6100:
      macOS Support: macOS Ventura (10.10–13).
    • Notes: Fully supported with appropriate framebuffer patches.
  • 6th Generation Intel HD Graphics (Skylake)
    • Intel HD Graphics 510/515/520/530/Iris 540/550:
      macOS Support: macOS Sonoma (10.11–14).
    • Notes: Fully supported; may require framebuffer patches.
  • 7th Generation Intel HD Graphics (Kaby Lake)
    • Intel HD Graphics 610/620/630/Iris Plus 640/650:
      macOS Support: macOS Sonoma (10.12–14).
    • Notes: Fully supported; platform ID injection usually required.
  • 8th Generation Intel UHD Graphics (Coffee Lake)
    • Intel UHD Graphics 620/630/Iris Plus 655:
      macOS Support: macOS Sonoma (10.13–14).
    • Notes: Fully supported; platform ID injection required for proper acceleration.
  • 9th Generation Intel UHD Graphics (Coffee Lake Refresh)
    • Intel UHD Graphics 630:
      macOS Support: macOS Sonoma (10.14–14).
    • Notes: Fully supported natively.
  • 10th Generation Intel UHD Graphics (Ice Lake/Comet Lake)
    • Intel UHD Graphics G1/G4/G7:
      macOS Support: macOS Sonoma (10.15–14).
    • Notes: Fully supported with appropriate patches and configuration.
  • 11th Generation Intel Xe Graphics (Tiger Lake)
    • Intel Xe Graphics G4/G7:
      macOS Support: macOS Big Sur (10.16) and newer.
    • Notes: Supported with patches. May require WhateverGreen for full functionality.
  • 12th Generation Intel UHD Graphics (Alder Lake)
    • Intel UHD Graphics Xe (Integrated):
      macOS Support: macOS Monterey (12.0) and newer.
    • Notes: Support is improving; requires OpenCore 0.8.0+ and patched configurations.
  • 13th Generation Intel UHD Graphics (Raptor Lake)
    • Intel UHD Graphics Xe (Integrated):
      macOS Support: Limited experimental support in macOS Ventura and newer.
    • Notes: Advanced configuration and OpenCore patches required.

Unsupported iGPUs

  • Intel HD Graphics 2000/2500: Not supported.
  • Intel GMA Series (pre-HD Graphics): Not supported.
  • Intel 4500/X3100 and earlier
  • Intel HD Graphics on 2nd Generation Intel Pentium/Celeron and later

AMD iGPU

    • However, support for AMD APUs in Hackintosh systems is limited, as macOS does not natively support AMD integrated GPUs for use as primary graphics processors.

Key Tools and Resources

  • Use WhateverGreen to patch and enable iGPU functionality.
  • Check compatibility for specific macOS versions on Dortania’s guide.

Discrete GPU

The almost unlimited variety of GPUs available makes GPU support much more complex, however the overall breakdown is as follows:

  • AMD GPU
    • The most recent macOS versions support AMD’s GCN-based GPUs
      • However, AMD All APUs are not supported.
      • Moreover, AMD’s Polaris series’ Lexa-based cores are not supported.
      • *A special message to users of MSI Navi: Installer Not Working 5700XT [MacOS 11 (Big Sur) no longer has this problem]
  • NVIDIA GPU
    • NVIDIA’s GPU support is complicated:
  • Avoid using any Nvidia GPU that isn’t Kepler based if you don’t want a headache. As of right now (and probably forever), Pascal and Maxwell GPUs no longer have support in High Sierra and are not native GPUs due to the need for Web Drivers. This is significant since it adds another potential point of failure. In contrast, Turing and Volta GPUs have complete support in all macOS versions.
  • Visit the GPU Buyers Guide to learn about the GPUs we suggest.And there’s still hope for those of you using unsupported GPUs! Even a simpleton like you can experience the splendors of Mojave and beyond with our patent-pending How to disable your unsupported GPU for macOS Guide
  • When purchasing a GPU, are there any GPU board partners that I should stay away from?

    • On the whole, manufacturers have a decent history with Hackintoshes; nevertheless, there are two brands in particular that should be avoided. Although installation is feasible with these GPUs, there remains a significant likelihood of problems like as instability and black screens:

      • XFX (make sure it’s in UEFI mode; it may function with CSM/legacy mode turned off).

      • PowerColor

      • MSI (Navi in particular; Polaris and Vega are OK)

      • Notably, NonethlessGreen has not been updated, and AMD Navi support is still very picky.

GPUs that are completely unsupported

Ampere:

  • RTX 3090
  • RTX 3080
  • RTX 3070

Turing:

  • Titan RTX
  • RTX 2080 Ti
  • RTX 2080 Super
  • RTX 2080
  • RTX 2070 Super
  • RTX 2070
  • RTX 2060 Super
  • RTX 2060
  • GTX 1660 Ti
  • GTX 1660
  • GTX 1650
  • Quadro RTX 8000
  • Quadro RTX 6000
  • Quadro RTX 5000
  • Quadro RTX 4000

Volta:

  • Titan V
  • Titan V CEO Edition
  • Quadro GV100

Lexa:

  • RX 540/X
  • RX 550/X
GPUs are Avoid For Performance Issues

Pascal:

  • GTX Titan X(GP 102-400 Pascal core)
  • GTX Titan Xp(GP 102-450 Pascal core)
  • GTX 1080/Ti
  • GTX 1070/Ti
  • GTX 1060
  • GTX 1050/Ti
  • GT 1030
  • Quadro P400
  • Quadro P600
  • Quadro P620
  • Quadro P1000
  • Quadro P2000
  • Quadro P4000
  • Quadro P5000
  • Quadro P6000
  • Quadro GP100

Maxwell:

  • GTX Titan X(GM 200 Maxwell core)
  • GTX 980/ti
  • GTX 970
  • GTX 960
  • GTX 950
  • GTX 750/ti
  • GTX 745
  • Quadro K620
  • Quadro K1200
  • Quadro K220
  • Quadro M2000
  • Quadro M4000
  • Quadro M5000
  • Quadro M6000

* Important note for Laptops with discrete GPUs:

Since 90% of discrete GPUs are wired in a switchable graphics configuration that is incompatible with macOS, they will not function. Optimus is the term typically used for NVIDIA discrete GPUs. Generally speaking, it is advisable to disable and turn off these discrete GPUs as they cannot be used for the internal display (more on this later in the tutorial).
Nevertheless, in certain scenarios, the discrete GPU supplies power to any external outputs (mini DisplayPort, HDMI, etc.); in the event that it does, you will need to maintain the card in an operational state.
Nevertheless, some laptops very infrequently lack switchable graphics, in which case the discrete card can be utilized (provided that macOS supports it), but the wiring

For More Details:

Motherboard Support

For the most part, all motherboards are supported as long as the CPU is.

Therefore, when it comes to motherboards, the most important item to consider is the controllers that your system is using, in particular:

  • Audio Interface
  • Controller
  • Networking Interface Controller (Ethernet)
  • USB Controllers
  • NVRAM
  • iGPU
  • RTC vs AWAC
  • Memory Maps and Protections

Motherboards are made of two platforms thats Intel & AMD

AMD:

Due to the several hacks needed to boot, almost all AMD motherboards are not recommended; nonetheless, the brand itself has little bearing on macOS support.
It is still important to consider other hardware support, such as Ethernet and audio.

Intel:

All brands can be booted, if you’re comfortable with tinkering (see below). Different companies offer varying degrees of help, though.

  • Asus
    • USB issues on B460, H470 and Z490
    • Z390 and older are fine
  • Gigabyte
    • Weird Memory Layout, requires KASLR fix
    • Mainly Z390, Z370 and Z490 are known good
  • AsRock
    • non-native USB controller, Weird Memory Layout
    • USB issues mainly for Z390 and older, Z490 are fine
  • MSI
    • Weird Memory Layout that requires KASLR fix and just really poor ACPI programming, many Z390 systems are unbootable on Clover
    • OpenCore can boot these systems relatively easily

And main platform to avoid (for stability and easy of setup):

  • X79
  • X99
  • X299
  • C612
  • C621
  • C422
  • B360 *
  • B365 *
  • H310 *
  • H370 *
  • Z390 *
  • B460
  • H470
  • Z490
  • H510
  • B560
  • H610
  • B660
  • B760

Note (*) : If you wish to overclock a 9th generation CPU or require features not available in the Z370, then acquire them only. These have had most of their problems fixed, but as you can see below, they’re still a complete mess.

For More Details:

Motherboard Buyer’s Guide CLICK HERE

Audio Support

Most audio codecs now is supported with VoodooHDA, but the sound can be not nice comparing to Windows. We can patch AppleHDA to overcome VoodooHDA’s weakness. Most of codecs that can be patched.For best quality audio, it’s best to buy a Mac-compatible DAC or sound card.
Also if you don’t want to bother with patched kext, just buy cheap USB sound card.

See : Supported Audio Codecs List

Ethernet Support

Intel Gigabit
Intel supported series are 5,6,7,8,9
82578LM, 82578LC, 82578DM, 82578DC,82579LM, 82579V
I217LM, I217V, I218LM, I218V, I218LM2, I218V2,I218LM3

Realtek

RTL8111, 8168, 8101E, 8102E, 8131E, 8169, 8110SC, 8169SC
RTL8111,8168 B/C/D/E/F/G ,RTL8101E, 8102E, 8102E, 8103E, 8103E, 8103E, 8401E, 8105E, 8402, 8106E, 8106EUS
RTL8105,8111E,8111F,8136,8168E,8168F

Atheros
AR8121, 8113, 8114, 8131, 8151, 8161, 8171, 8132,8151, 8152, 8162, 8172
AR816x, AR817x

Broadcom
BCM5722, 5752, 5754, 5754M, 5755, 5755M, 5761, 5761e, 57780, 57781, 57785,5784M, 5787, 5787M, 5906, 5906M, 57788, 5784M

Marvell
88E8035, 88E8036, 88E8038, 88E8039, 88E8056, 88E8001

The Atheros Killer E2200 now supported

Storage Support

Most SATA-based SSDs and most NVMe drives are supported as well. There are very few exclusions:

  • Samsung PM981, PM991 and Micron 2200S NVMe SSDs
    • NVMeFix.kext is needed to resolve kernel panics caused by these SSDs because they are incompatible out of the box. It should be noted that even with NVMeFix.kext, certain drives may still cause boot problems.
    • Interestingly, the identical issue was also resolved in firmware updates for Samsung 970 EVO Plus NVMe SSDs; you can obtain the update (Windows via Samsung Magician or bootable ISO) HERE
    • It should be noted that macOS does not support laptops that employ Micron 3D XPoint  or Intel Optane Memory  for HDD acceleration. Although some users have had success in Catalina, including read and write support, we strongly advise against leaving the drive in order to avoid any possible boot problems.
      Take note that Intel.
    • (It should be noted that if the Optane feature is turned off in macOS, Intel Optane Memory H10/H20 models are compatible. 
  • Intel 600p

Wired Networking

MacOS has compatibility for almost all wired network devices, either through built-in drivers or community-made kexts. Principally, the exceptions:

  • Intel I225 2.5Gb NIC
    • Found on high-end Desktop boards
    • Workarounds are possible: Source and Example
  • Intel I350 1Gb server NIC
    • Normally found on Intel and Supermicro server boards of various generations
    • Workaround
  • Intel 10Gb server NICs
    • Workarounds are possible for X520 and X540 chipsets
  • Mellanox and Qlogic server NICs

Wireless Networking

As laptop WiFi cards are mostly Intel/Qualcomm, most of them are not supported. Your chances of having an Atheros card that works are good, however support is limited to High Sierra.

The best choice is to purchase a compatible Broadcom card; suggestions can be found in the WiFi Buyer’s Guide

*Note: For further details on the drivers and compatible cards, see the WiFi Buyer’s Guide, which provides unofficial third-party driver support for Intel WiFi on macOS.

For More Details:

  • WiFi Buyer’s Guide CLICK HERE

Ram (Random Access Memory)

Hackintosh systems support a wide range of RAM configurations, but careful selection is essential for optimal performance and stability. macOS is compatible with DDR3, DDR4, and DDR5 RAM, depending on the motherboard and processor used. Ensuring the RAM operates at standard JEDEC timings avoids potential boot or system instability issues, as macOS may not always handle overclocked or non-standard XMP profiles seamlessly. The total capacity of RAM supported depends on the motherboard and processor, with macOS handling up to 64GB or more for demanding tasks like video editing or virtualization.

Additionally, matching RAM sticks in size and speed for dual-channel or quad-channel configurations enhances performance. Properly configured RAM ensures macOS operates efficiently, especially for memory-intensive applications.

General Requirements

  • DDR Generation:
    • Ensure the RAM matches your motherboard’s supported DDR standard (e.g., DDR3, DDR4, or DDR5).
  • Capacity:
    • macOS supports up to the maximum capacity of your motherboard.
      For most users, 16GB or 32GB is recommended for optimal performance.
      Professional users (e.g., video editing, 3D rendering) might opt for 64GB or more.
  • Speed:
    • Match the RAM speed (MHz) with the CPU and motherboard specifications.
      macOS generally benefits from RAM speeds of 2666MHz to 3600MHz.
  • Compatibility:
    • Choose RAM modules that are supported by your motherboard’s QVL (Qualified Vendor List). Check your motherboard’s documentation.

Important Considerations

  • XMP Profiles:
    • macOS does not officially support XMP (Extreme Memory Profile) for overclocked RAM speeds.
    • Use the default JEDEC profile or configure OpenCore to handle XMP through the Config.plist → Booter → Quirks → ProvideCustomSlide.
  • ECC RAM:
    • ECC (Error-Correcting Code) RAM is supported in macOS when using Xeon CPUs or AMD Threadripper systems. However, it’s unnecessary for most users.
  • Dual Channel vs Single Channel:
    • Dual-channel configuration is recommended for better performance.
  • RGB Control:
    • macOS does not natively support RGB RAM control. Configure RGB settings in the BIOS or through a compatible utility in Windows.

Keyboard and Mouse Support

Hackintosh systems generally support most USB and Bluetooth keyboards and mice, but some may require specific drivers (kexts) or configurations to work optimally. Here’s a list of supported keyboards and mice:

1.Natively Supported Keyboards and Mice

  • USB Keyboards and Mice
    • Most generic USB keyboards and mice are supported out of the box.
  • Brands with reliable compatibility:
    • Logitech (e.g., K120, G213, MX Keys)
    • Dell (e.g., KB216)
    • Microsoft (e.g., Sculpt, Comfort Curve)
    • HP (e.g., Classic Wired Keyboard)
  • Bluetooth Keyboards and Mice
    • Devices that work with macOS without additional drivers:
      • Apple Magic Keyboard
      • Apple Magic Mouse and
      • Magic Trackpad
      • Logitech MX Keys and
      • MX Master Series (e.g.,
      • MX Master 3, MX Master 2S)
      • Microsoft Surface Keyboard
      • Keychron Keyboards (e.g., K2, K6, K8)
      • Logitech K380 (Compact Bluetooth Keyboard

2. Keyboards and Mice Requiring Additional Configuration

  • Keyboards
    • Mechanical Keyboards (e.g., Razer, Corsair, Ducky):
      • Most work as generic HID devices but may need customization tools (e.g., Karabiner-Elements) for advanced key mapping.
      • RGB lighting may not be controllable without specific software, which macOS might not support.
    • Gaming Keyboards:
      • Razer Huntsman/BlackWidow: Works for basic input, advanced features may require third-party tools like USB Overdrive.
      • Corsair K70/K95: Basic functions work; iCUE software is not available on macOS.
  • Mice
    • Gaming Mice:
      • Logitech G Series (e.g., G502, G Pro Wireless): Works with macOS using Logitech Options software.
      • Razer Mice (e.g., DeathAdder): Basic functionality works, but advanced features require third-party tools.
      • SteelSeries Rival Series: Basic input works; advanced configuration requires Windows or unsupported macOS apps.

3. Drivers (Kexts) for Additional Compatibility

  • VoodooPS2Controller:
    • Enables PS/2 keyboards and mice on Hackintosh.
    • Works with built-in laptop keyboards and trackpads.
  • VoodooI2C:
    • For I2C-based trackpads and touchpads on laptops.
  • AppleALC and USBInjectAll:
    • May be needed for some keyboard/mouse combinations when USB or audio devices conflict.
  • Karabiner-Elements:
    • A macOS app to remap keys and fix keyboard layouts for non-Apple keyboards.

4. Fully Compatible Laptops with Built-In Keyboards and Trackpads

  • MacBook-like functionality can be achieved on Hackintosh laptops with the right kexts:
    • Dell XPS Series
    • HP EliteBook/ZBook Series
    • Lenovo ThinkPad Series
    • ASUS ZenBook Series

5. Unsupported or Problematic Devices

  • Unifying Receivers: Logitech’s Unifying Receiver devices generally work, but pairing devices might need a Windows or macOS native setup.
  • Proprietary Dongles: Devices using unique wireless dongles (e.g., some Microsoft mice) might face compatibility issues.

Others

  • Fingerprint sensors
    • There is currently no way to emulate the Touch ID sensor, so fingerprint sensors will not work
  • Windows Hello Face Recognition
    • It is not compatible with certain laptops that have WHFR that is I2C linked and uses your iGPU.
      If your laptop is lucky enough to have WHFR linked to a USB port, you might be able to use the camera, but otherwise nothing will work.
  • Intel Smart Sound Technology
    • Intel SST laptops are not compatible with external microphones, so nothing linked through them will function. Device Manager on Windows allows you to verify.
  • Headphone Jack Combo
    • Some laptops with combo headphone jacks might not allow audio input, in which case you’d need to use the USB port on the external audio input device or the built-in microphone.
  • Thunderbolt USB-C ports
    • (Hackintosh) The majority of laptops made today utilize Alpine Ridge controllers, which make Thunderbolt support even more shaky on macOS. There have been attempts to keep the controller switched on, which permits USB-C and Thunderbolt to hotplug, but it results in USB-C breaking after sleep and/or kernel panics. You have to plug it in at boot and leave it plugged in if you want to use the USB-C side of the port and sleep.
      Note: Only Thunderbolt 3 and USB-C combination ports are covered by this; USB-C only ports are not.
      This can also be fixed in the BIOS by disabling Thunderbolt.

→ If You Want to Know About More Info Go to Buyer’s Guide Setion

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