Base-EFI-for-Intel-13th-Gen-Raptor-Lake

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Base-EFI-for-Intel-13th-Gen-Raptor-Lake

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Base EFI for Intel 13th Gen Intel Raptor Lake

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# Base EFI for Intel 13th Gen Raptor Lake
 This is a base EFI which should be good to go for most 13th Gen Alder Lake boards.

Currently this is a 1:1 replica of the Base EFI for 12th Gen Alder Lake, but I expect differences in the future.

Hopefully the SSDT-ALT-Plug.aml (designed for 12th Gen Alder Lake) works with 13th Gen Raptor Lake too. It would be nice if someone could try that and make a comment in the issues page.
 
Bootloader
:----
OpenCore v0.9.0
 
# Reference Guide

[Dortania Comet Lake Install Guide](https://dortania.github.io/OpenCore-Install-Guide/config.plist/comet-lake.html)

# BIOS Settings

- First: **Load optimized defaults**
- RAM: Default settings recommended, no XMP Profile
- in general no Overclocking is recommended

## Disable

- **Internal Graphics**, no iGPU support in macOS since 11th Gen Intel
- **Fast Boot**
- **Secure Boot** (see section Secure Boot if you want to enable it)
- USB-Settings: Legacy USB Support
- VT-D (can be enabled if you set DisableIoMapper to YES)
- Compatibility Support Module (CSM).
- Thunderbolt (For initial install, as Thunderbolt can cause issues if not setup correctly)
- Intel SGX (mostly in CPU settings)
- Intel Platform Trust (mostly in CPU settings)
- CFG Lock (MSR 0xE2 write protection) This must be off, if you can't find the option then ENABLE AppleXcpmCfgLock. Your hack will not boot with CFG-Lock enabled.

## Enable

- VT-X or VT-D
- Above 4G decoding. This must be on, if you can't find the option then add npci=0x2000 to boot-args.
Do not have both this option and npci on boot-args enabled at the same time.
When enabling Above4G, Resizable BAR Support may become an available on some motherboards. 
- USB Settings: EHCI Hand-off
- USB-Settings: XHCI Hand-off
- OS type: Windows 8.1/10 UEFI Mode or OTHER
- SATA Mode: AHCI

# Creating a macOS Installer Stick

You should do these steps on a real Mac.

1. Insert a USB-Stick with at least 16GB. A stick with an LED is recommended to see if it is doing something.
2. Erase the stick with GUID partition scheme and macOS Journaled (Extended) format.
3. Rename the volume to "MyVolume".
4. Download macOS from the App Store. After downloading you should have an installer in the applications folder.
5. Go to this page and copy the terminal command for your macOS version: [Create a bootable USB installer for macOS](https://support.apple.com/de-de/HT201372)
6. Open terminal and paste the command, e.g. for Monterey ```sudo /Applications/Install\ macOS\ Monterey.app/Contents/Resources/createinstallmedia --volume /Volumes/MyVolume```
7. Hit enter and commit the upcoming questions with Y for Yes. macOS should now create your macOS Installer stick.
8. When the installer stick creation is finished, the installer volume should be mounted.
9. Download and open Hackintool and go into the "Disks" menu. Click the double arrow beside your installer stick to mount its EFI-partition.
10. Copy the EFI folder into the root of the EFI-partition. When you open the EFI-partition you should have EFI-folder with the OC and Boot folder inside.
11. Adjust your BIOS-settings and boot from the stick in the UEFI-mode.
12. Start the macOS installation.

# Secure Boot

To get Secure Boot running, you need to set a "Secure Boot Model" that is fitting your SMBIOS.

See here: https://dortania.github.io/OpenCore-Post-Install/universal/security/applesecureboot.html#securebootmodel

And you need to enroll all .efi files from you EFI-folder into your BIOS-Secure Boot options.

This whitelists the checksums of all .efi files allowed to be booted from.

So every time you exchange any of the .efi files, you need to enroll them again. E.g. when you update OC.

**BIOS-Settings for Secure Boot**:
  - Set **Secure Boot** to Enabled
  - Set **Secure Boot Mode** to Custom
  - Go to **Key Management** and then unroll all .efi files in your EFI-folder. This is very different on every board. On Gigabyte the option you have to use is called **Enroll EFI Image**. In the upcoming prompt you have select your boot-stick and then enroll all *.efi Files one by one: BOOTX64.efi, all drivers(OpenRunTime.efi, OpenHFSPlus.efi, OpenCanopy.efi) and of course the OpenCore.EFI.

# Thunderbolt

## BIOS Settings for Thunderbolt:
  - Discrete Thunderbolt Support: Enabled
  - Wake From Thunderbolt Devices: Disabled
  - Native OS security for TBT: Disabled

### Discrete Thunderbolt Configuration:
   - Thunderbolt USB Support: Disabled
   - Thunderbolt Boot Support: Disabled
   - Titan Ridge Workaround for OSUP: Disabled
   - Tbt Dynamic AC/DC L1: Disabled
   - GPIO3 Force Pwr: Enabled
   - Wait time in ms after applying Force Pwr: 200
   - GPIO filter: Enabled

- DTBT Controller x Configuration: all Settings in this Submenu BIOS-Default

# ACPI

Editor: MacIASL (https://github.com/acidanthera/MaciASL/releases)

In general: Don't just copy and paste .aml files from other EFIs. The .aml files are highly specifically for each system. Especially the paths for each device are different from one system to the other.

E.g. sometimes the paths start with _SB_.PCI0 and sometimes they start with _SB_.PC00. If this path is wrong, they won't do anything. Luckily the ones from Dortania are kind of universal and cover many platforms. They contain many variants of different paths for each platform.

For more information:
[Getting started with ACPI](https://dortania.github.io/Getting-Started-With-ACPI/)

[Guide on choosing SSDTs](https://dortania.github.io/Getting-Started-With-ACPI/ssdt-platform.html#desktop)

## Required ACPI
.aml-file|Description
:----|:----
SSDT-AWAC.aml|Fixes RTC clock issues.
SSDT-EC-USBX.aml|Fixes both the embedded controller and USB power.

## Optional ACPI
.aml-file|Description
:----|:----
SSDT-PLUG-ALT.aml|Enables native CPU Power Management. Originally made for 12th Gen Intel Alder Lake CPUs, but as Socket 12th/13th Gen are compatible to each other, this might work with Raptor Lake too. If not, it falls back to the power management of the CPU itself. So Geekbench scores might not be as expected, but in general this should have no influence on macOS running on 13th Gen. 
SSDT-USBW.aml|If you have the wake issue that it requires two keypresses to wake the display after sleep.
SSDT-RHUB.aml|If you experience issues with USB when booting macOS, try this AML to force a USB reset. But USB issues probably result from a faulty USB-port mapping.
SSDT-DTGP.aml|Thunderbolt 4 Support.
SSDT-MAPLE-RIDGE-RP05-V2.aml|Thunderbolt 4 Support. You have to check the PCI-path of your Thunderbolt device. On Gigabyte Z590i Vision D and propably most Z590 boards it is RP05.

# Kexts

## Required Kexts

Kext|Description
:----|:----
Lilu.kext|Acidanthera plug-in manager
VirtualSMC.kext|Emulates the SMC chip found on real macs, without this macOS will not boot.
Whatevergreen.kext|Lilu plugin for managing both internal GPU and AMD GPUs
RestrictEvents.kext|Suppress notifications e.g. on wrong RAM placement
USBPorts_Z590i_VisionD.kext|You need a USB-port mapping that stays within the 15 port limit. Total number of HSxx and SSxx ports count. Otherwise macOS will not boot. This is just a sample of the Gigabyte Z590i Vision D which stays within the 15 ports limit and is a good initial setup. Many ports will work with other boards, but you need to customize this for your board if you want all the ports working correctly. Hint: This Kext is for MacPro7,1 SMBIOS. If you want to use is with other SMBIOS like iMacPro1,1 you have to search and replace the SMBIOS in the info.plist of the Kext.

## Optional Kexts

Kext|Description
:----|:----
AppleIntelI210Ethernet.kext|Intel 2.5Gbit Ethernet (I225V) Support for macOS Ventura
AppleALC.kext|Onboard Audio support. If your onboard audio is connected via USB (HS11 on my Z590i Vision D) then you don't need this. But if not and you want onboard audio, you need to find out your layout-id (alcid). Add it in the bootargs e.g. 'alcid=1'. To find out your alcid/layout-id, see here: [Supported Codecs](https://github.com/acidanthera/applealc/wiki/supported-codecs)
SMCProcessor.kext|VirtualSMC-plugin for CPU Sensor Data e.g. CPU Core Temp
SMCSuperIO.kext|VirtualSMC-plugin for Mainboard Sensor Data e.g. case fan speed

# CPU Emulation
As the 12th Gen Intel is not supported officially, we have to emulate the 10th Gen Intel in the Kernel-Emulate section of the config.plist.

Key|Type|Value
:----|:----|:----
Cpuid1Data|DATA|<55060A00 00000000 00000000 00000000>
Cpuid1Mask|DATA|<FFFFFFFF 00000000 00000000 00000000>

# Audio

Kext|Description
:----|:----
AppleALC.kext|Onboard Audio support.

If your onboard audio is connected via USB (HS11 on my Z590i Vision D) then you don't need this. But if not and you want onboard audio, you need to find out your layout-id (alcid). Add it in the bootargs e.g. 'alcid=1'. To find out your alcid/layout-id, see here: [Supported Codecs](https://github.com/acidanthera/applealc/wiki/supported-codecs)

# Ethernet
The 10Gbit Acquantia and the 2.5Gbit Intel I225-V should work out of the box.

For the Acquantia I have the patches already in my config.plist included in the Kexts/patches section.

And for the 2.5Git Intel the bootargs 'e1000=0' (Monterey and Ventura), 'dk.e1000=0' (Big Sur) and the AppleIntelI210Ethernet.kext (Ventura).

Other Ethernet Kexts:

Kext|Description
:----|:----
[IntelMausi.kext](https://github.com/acidanthera/IntelMausi/releases)|Intel's 82578, 82579, I217, I218 and I219 NICs are officially supported.
[AtherosE2200Ethernet.kext](https://github.com/Mieze/AtherosE2200Ethernet/releases)|Required for Atheros and Killer NICs.<br>**Note**: Atheros Killer E2500 models are actually Realtek based, for these systems please use RealtekRTL8111 instead.
[RealtekRTL8111.kext](https://github.com/Mieze/RTL8111_driver_for_OS_X/releases)|For Realtek's Gigabit Ethernet.<br>Sometimes the latest version of the kext might not work properly with your Ethernet. If you see this issue, try older versions.

# WIFI/Bluetooth

Reference Guide: [Wireless Buyers Guide](https://dortania.github.io/Wireless-Buyers-Guide/)

If you want to use your onboard Intel Wifi/BT card, you can do with this Kext: [itlwm](https://github.com/OpenIntelWireless/itlwm/releases/tag/v2.1.0)

But I recommend installing a macOS compatible Wifi/BT card from Broadcom.

If you have a PCI-slot, then I recommend the Fenvi FV T919 (Bluetooth 4.0). It should work out of the box when you have plugged in the USB-cable, your USB-port mapping has the Fenvi's USB-port enabled and the USB-port of the onboard Intel Wifi/BT is disabled.

If you want to replace the onboard Intel Wifi/BT card, you have to check if your board supports any other Wifi/BT card.

I have used and recommend the BCM94360NG as a replacement.

# iGPU

iGPUs in the 12th Gen Intel CPUs or newer are not supported anymore.

That is why I use dGPU SMBIOS like iMacPro1,1 or MacPro7,1.

If your CPU has one, you should disable it in BIOS.

# USB

In this Base-EFI is a Kext-based USB-Mapping.

Personally I don't use the Kext-based USB-configuration anymore. Instead, I use the USB-Port configuration via SSDT (e.g. SSDT-USB-Ports-Z590i-VisionD.aml).

In this repos folder "USB-Mapping via SSDT" you will find a sample SSDT for my Gigabyte Z590i Vision D that you can use for reference. The SSDT-USB-Ports-Z590i-VisionD.aml has the same USB-port mapping as the Kext-based USBPorts_Z590i-VisionD.kext.

Use them as a reference.

The benefit of the SSDT-based configuration is, that we don't need specific kexts for each SMBIOS (iMac20,2; iMacPro1,1 etc.) and it is the cleanest way of doing the USB-Port Mapping.

## Kext-based USB-Mapping

There are many guides available how to do a Kext-based USB-Mapping. E.g. see this Guide here: [USB Mapping](https://dortania.github.io/OpenCore-Post-Install/usb/intel-mapping/intel.html)

## SSDT-based USB-Mapping ##

In my SSDT you will see the comments for each port, some are enabled, some are disabled.

Per port you have two relevant methods: 
- GUPC (Gigabyte variant of the standard method _UPC: USB port Capabilities)
- GPLD (Gigabyte variant of the standard method _PLD: Physical Location of Device)

**GUPC describes the USB-port capabilities.**

E.g. GUPC (One, 0x03) means this port is enabled (one) and is a USB3-Type A (0x03) The first variable means enabled/disabled (one or 0xFF/zero or 0x00), the second variable describes the port itself.

- zero is the same as 0x00
- one is the same as 0xFF

**Port types:**
- 0x00 or zero: standard USB2 port (usually black)
- 0x03: USB3 Type A (usually blue, red or yellow)
- 0x09: Type-C with switch, where it doesn't matter which direction you plug the device in, it is always the same port.
- 0x0A: Type-C without switch, where there are used two ports, each for one direction.
- 0xFF: internal devices used for RGB, Audio, Bluetooth etc.

**GPLD-method describes the port location.**

E.g. GPLD (One, 0x09) means this port is available on this board (one) and has the location HS09 (0x09).

HS11 would be (0x0B). SS ports start with 1. E.g. SS01 is 0x11, SS10 is 0x1A.

If you don't know the Hex-names of the ports, you can use Hackintool, e.g. Decimal 9 is also Hex 9 but 10 is A:
<img src="https://user-images.githubusercontent.com/19785918/153393913-d64e66da-6dfc-4762-94e5-6418b84d95b6.png" width="700">

If you want to disable ports for macOS-only, you should wrap them like this:
```
If (_OSI ("Darwin"))
{
  Return (GUPC (Zero, Zero))
}
Else
{
  Return (GUPC (0xFF, 0x09))
}
```
_OSI ("Darwin") means "If the operating system is macOS (Darwin Kernel) do this..."

This way other OS like Windows or Linux would use the Else-case where this port is enabled (0xFF) and has is a type-C with switch (0x09).

You also need to Delete the original ACPI-table for the USB-Port Mapping: SSDT-7-xh_cmsd4.aml

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