284135 条评论分享收藏感谢收起下载客户端X
& Xeon E5服务器CPU
IntelXeon E5服务器CPU报价
已选条件：
核心数量：
二十八核心
插槽类型：
Socket G34
Socket C32
插槽类型：LGA 2011
CPU主频：2.8GHz
动态加速频率：3.6GHz
核心数量：十核心
线程数量：二十线程
L3缓存：25MB
制作工艺：22纳米
核心代号：Ivy Bridge E
插槽类型：LGA 2011-3
CPU主频：2.1GHz
动态加速频率：3GHz
核心数量：八核心
线程数量：十六线程
L3缓存：20MB
制作工艺：14纳米
热设计功耗(TDP)：85W
插槽类型：LGA 2011-3
CPU主频：2.2GHz
动态加速频率：2.9GHz
核心数量：十二核心
线程数量：二十四线程
L3缓存：30MB
制作工艺：14纳米
热设计功耗(TDP)：105W
插槽类型：LGA 2011-3
CPU主频：2.4GHz
核心数量：六核心
线程数量：十二线程
L3缓存：15MB
制作工艺：22纳米
热设计功耗(TDP)：85W
核心代号：Haswell
插槽类型：LGA 2011
CPU主频：2.7GHz
动态加速频率：3.5GHz
核心数量：十二核心
线程数量：二十四线程
L3缓存：30MB
制作工艺：22纳米
热设计功耗(TDP)：130W
插槽类型：LGA 2011-3
CPU主频：2.2GHz
动态加速频率：3.6GHz
核心数量：二十二核心
线程数量：四十四线程
L3缓存：55MB
制作工艺：14纳米
热设计功耗(TDP)：145W
插槽类型：LGA 2011
CPU主频：1.7GHz
核心数量：八核心
线程数量：八线程
L3缓存：20MB
制作工艺：14纳米
热设计功耗(TDP)：85W
核心代号：Broadwell
插槽类型：LGA 2011
CPU主频：1.7GHz
核心数量：六核心
线程数量：六线程
L3缓存：15MB
制作工艺：14纳米
热设计功耗(TDP)：85W
核心代号：Broadwell
插槽类型：LGA 2011
CPU主频：2.2GHz
动态加速频率：3GHz
核心数量：十核心
线程数量：二十线程
L3缓存：25MB
制作工艺：22纳米
核心代号：Ivy Bridge E
插槽类型：LGA 2011
CPU主频：2.2GHz
动态加速频率：3.1GHz
核心数量：十核心
线程数量：二十线程
L3缓存：25MB
制作工艺：14纳米
热设计功耗(TDP)：85W
插槽类型：LGA 2011-3
CPU主频：2.4GHz
动态加速频率：3.3GHz
核心数量：十四核心
线程数量：二十八线程
L3缓存：35MB
制作工艺：14纳米
热设计功耗(TDP)：120W
插槽类型：LGA 2011-3
CPU主频：2.4GHz
动态加速频率：3.4GHz
核心数量：十核心
线程数量：二十线程
L3缓存：25MB
制作工艺：14纳米
热设计功耗(TDP)：90W
插槽类型：LGA 2011
CPU主频：2.6GHz
动态加速频率：3.4GHz
核心数量：八核心
线程数量：十六线程
L3缓存：20MB
制作工艺：22纳米
核心代号：Ivy Bridge E
插槽类型：LGA 2011-3
CPU主频：2.4GHz
动态加速频率：3.2GHz
核心数量：八核心
线程数量：十六线程
L3缓存：20MB
制作工艺：22纳米
热设计功耗(TDP)：85W
插槽类型：LGA 2011
CPU主频：3GHz
动态加速频率：3.6GHz
核心数量：十核心
线程数量：二十线程
L3缓存：25MB
制作工艺：22纳米
核心代号：Broadwell
插槽类型：LGA 2011
CPU主频：2.6GHz
动态加速频率：3.5GHz
核心数量：十四核心
线程数量：二十八线程
L3缓存：35MB
制作工艺：14纳米
热设计功耗(TDP)：135W
插槽类型：LGA 2011
CPU主频：2.1GHz
动态加速频率：2.6GHz
核心数量：六核心
线程数量：十二线程
L3缓存：15MB
制作工艺：22纳米
热设计功耗(TDP)：80W
插槽类型：LGA 2011-3
CPU主频：2.3GHz
核心数量：十八核心
线程数量：三十六线程
L3缓存：45MB
制作工艺：22纳米
热设计功耗(TDP)：145W
核心代号：Haswell
插槽类型：LGA 2011-3
CPU主频：1.6GHz
核心数量：六核心
线程数量：六线程
L3缓存：15MB
制作工艺：22纳米
热设计功耗(TDP)：85W
核心代号：Haswell
插槽类型：LGA 2011-3
CPU主频：2GHz
动态加速频率：3GHz
核心数量：十四核心
线程数量：二十八线程
L3缓存：35MB
制作工艺：22纳米
热设计功耗(TDP)：120W
插槽类型：LGA 2011
CPU主频：2.5GHz
动态加速频率：3.3GHz
核心数量：十核心
线程数量：二十线程
L3缓存：25MB
制作工艺：22纳米
核心代号：Ivy Bridge E
插槽类型：LGA 2011
CPU主频：3.5GHz
动态加速频率：3.9GHz
核心数量：六核心
线程数量：十二线程
L3缓存：12MB
制作工艺：22纳米
热设计功耗(TDP)：130W
插槽类型：LGA 2011-3
CPU主频：2.6GHz
核心数量：十二核心
线程数量：二十四线程
L3缓存：35MB
制作工艺：22纳米
热设计功耗(TDP)：145W
核心代号：Haswell
插槽类型：LGA 2011
CPU主频：2.1GHz
动态加速频率：3GHz
核心数量：十六核心
线程数量：三十二线程
L3缓存：40MB
制作工艺：14纳米
热设计功耗(TDP)：120W
还有款IntelXeon E5服务器CPU&&
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热门类别：&&&&等待了小两周的时间，清明节后的市场价格终于小调整了一下：相比春节前后的大规模降价，如今的市场走势只能说是小大小闹了，毕竟下一代“Broadwell架构”还有两个月左右的时间才能与我们见面，而且在接口不变的情况下，Haswell、Haswell&Refresh、Broadwell将共同支撑Intel平台好长一段时间。&&&&具体到价格涨跌：Intel桌面旗舰的、-4790、i7-4770K散片持续10元左右的小幅降价，E3-1230&V3也降价5元，但并未和最新的E3-1231&V3拉开差距，所以笔者还是建议选择主频提升的新神U。令人意外的是，常年平稳即将退市的IVB架构的处理器，个别散片也有小幅降价，老平台的玩家想要升级CPU算是难得的机会。&&&&部分，FM2接口的老型号APU有个别的涨跌，FM2+新接口的Kaveri&APU、速龙却没有动静。相对来说，推荐给选择APU的用户，除了A10、A8带K的版本，还有，散片性价比依然很高。在盒装方面，的价格还维持之前的530元低位，基本上和散片没有差距，推荐给主流核显游戏玩家。近期处理器推荐热卖型号：-4590、i7-4790K、E3-、E3-1231&V3（无排名先后顺序）近期超值：i7-4790（散）、i5-4460（散）、奔腾G3258（散）、A8-7650K（盒）●&&&&Intel的奔腾系列处理器专为入门级用户设计，具有极高的性价比，其中奔腾G3220是一款主频3.0GHz的双核双线程产品，非常适合日常办公和休闲娱乐够用。而且由于处理器采用了Haswell架构设计，整机的功耗和发热得到了进一步控制。目前该处理器的卖场最新报价仅为340元，推荐给组建HTPC平台的用户选购。Intel&产品卖点：●&性价比较为突出●&内部集成独显核心●&采用英特尔Haswell架构设计●&处理器原生内置两颗物理核心●&适合组建家用高清影音娱乐平台●&采用全新22纳米工艺制程，更低的功耗和发热●&2015年4月10日Intel处理器报价(价格仅供参考)北京中关村英特尔CPU最新参考报价（单位：元）全新Haswell（包括Haswell-R）架构处理器New！处理器型号核数/线程简要规格参数报价涨跌热度酷睿i7&&4790K(盒)4/84.0G/8MB/22nm/88W/HD&4600/TB2.02085—★散片&&1990↓10&酷睿i7&&4790(盒)4/83.6G/8MB/22nm/88W/HD&4600/TB2.01890—★★散片&&1770↓5&酷睿i7&4770K(盒)4/83.50G/8MB/22nm/84W/HD&4600/TB2.02040—&散片&&1855↓10&酷睿i7&4770(盒)4/83.40G/8MB/22nm/84W/HD&4600/TB2.01880—★★散片&&1740—&酷睿i5&4690K(盒)4/43.50G/6MB/22nm/84W/HD&4600/TB2.01380-—★散片&&1310—&酷睿i5&4670K(盒)4/43.40G/6MB/22nm/84W/HD&4600/TB2.01320—★散片&&1220—&酷睿i5&4670(盒)4/43.40G/6MB/22nm/84W/HD&4600/TB2.01290—&散片&&1190—&酷睿i5&4590(盒)4/43.30G/6MB/22nm/84W/HD&4600/TB2.01220—★★散片&&1125—&酷睿i5&4570(盒)4/43.20G/6MB/22nm/84W/HD&4600/TB2.01205↓10★散片&&1120—&酷睿i5&4460(盒)4/43.20G/6MB/22nm/84W/HD&4600/TB2.01135—★散片&&1028↓2&酷睿i5&4430(盒)4/43.00G/6MB/22nm/84W/HD&4600/TB2.01100—&散片&&1000—&酷睿&&4150(盒)2/43.5G/3MB/22nm/54W/HD&4400715—★散片&&650—&酷睿i3&&4130(盒)2/43.4G/3MB/22nm/54W/HD&4400685—★散片&&635—&奔腾G3220(盒)2/23G/3MB/22nm/54W/GT1340—&散片&&305—&奔腾G3258(盒)（可超频）2/23.2G/3MB/22nm/53W/GT1415—★散片&&365—&赛扬G1820(盒)2/22.7G/2MB/22nm/53W/GT1230—&散片&&190—&Xeon&E3-1230&V3（散）4/83.3G/8MB/22nm/80W/—1405↓5★★Xeon&E3-1231&V3（散）4/83.4G/8MB/22nm/80W/—1415—★★Ivy&Bridge架构处理器处理器型号核数简要规格参数报价涨跌热度酷睿i3&3220(散)2/43.30G/3MB/22nm/55W/HD&2500/TB2.0615↓5&酷睿i5&3450(散)4/43.10G/6MB/22nm/77W/HD&2500/TB2.0970—&酷睿i5&3550(散)4/43.30G/6MB/22nm/77W/HD&2500/TB2.01015↓5&酷睿i5&3570K(散)4/43.40G/6MB/22nm/77W/HD&4000/TB2.01085↓15&酷睿i3&3220(盒)2/43.30G/3MB/22nm/55W/HD&2500/TB2.0660—&酷睿i3&3220T(盒)2/42.80G/3MB/22nm/35W/HD&2500/TB2.0680—&酷睿i5&3450(盒)4/43.10G/6MB/22nm/77W/HD&2500/TB2.01070—&散片&&970—&酷睿i7&3770(盒)4/83.40G/8MB/22nm/77W/HD&4000/TB2.01780—&散片&&1625↑10&酷睿i7&3770K(散)4/83.50G/8MB/22nm/77W/HD&4000/TB2.01665—&Xeon&E3-1230&V2（散）4/83.3G/8MB/22nm/69W/—1250↑5★★CPU报价资讯提供商家：鼎好电子城3227&&&咨询电话：&联系人：朱栋联系方式：&&
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4￥66995￥17496￥9497￥23998￥13499￥369910￥1.5万Broadwell对于Haswell的进步会大于Haswell对于Ivy Bridge进步吗【amd吧】_百度贴吧
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Broadwell对于Haswell的进步会大于Haswell对于Ivy Bridge进步吗收藏
不是说明年i家就会出品14nm制程的broadwell吗？结构上跟haswell一样，制程上演化到14nm我想问问大家，大家觉得broadwell相对于haswell的进步，会大于还是小于haswell对于ivy bridge的进步？我个人的观点是，我感觉好像制程进步带来的好处似乎每一次都大于核心改进带来的好处如果大家都认为broadwell相对于haswell有个大飞跃，加上broadwell会支持ddr4，那我就决定放弃haswell的笔记本，先买一台A4-5000m来助助本家声势，然后明年再买一台Broadwell
光是制程就足以达到飞跃　　 －楼下有个小妹子，啊妹妹你好啊
我可不认为一代酷睿i和snb的差距有目共睹而且一代酷睿i后期也是32nm的照样打不过snb
觉得可以等
是架构改进大于制程改进
败3D电晶体管闷烧之赐 I7的压榨性能可说每况愈下最终可超性能
GHz & GHz & GHz明年i家就会出品14nm制程的broadwell 可能超不到 4.0GHz 反观28nm压路机却很有机会问鼎5.67GHz
Broadwel不出桌面级
移动端意义大于桌面端
AMD要扛不住了，intel怎么忍心痛下杀手。和小伙伴共同发展才是发展，不然独自发展。现在intel要干掉AMD就非常简单，在低端，主要出三核的崩腾或者四核的奔腾，价格不变，明年还会有AMD？大家理性分析一下就知道。所以希望下一代有好的提升，其实不需要提升就很强，只是不想这么做。
如果Broadwell支持DDR4那英特尔就是不打算再卖了。——————北方弧线不要我了！！！我失恋了
下一代是Tick年 楼主你说呢
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[Guide] Sierra / High Sierra / Mojave on Intel 5, 6, 7, 8, 9 Chipset Series / Nehalem, SandyBridge, IvyBridge, Haswell, Broadwell
[Guide] Sierra / High Sierra / Mojave on Intel 5, 6, 7, 8, 9 Chipset Series / Nehalem, SandyBridge, IvyBridge, Haswell, Broadwell
April 21, 2017 in
Nehalem, SandyBridge, IvyBridge, Haswell, Broadwell
Skylake, Kabylake and Coffeelake is here
Mojave Full DSDT patch
***Update bios to last available version!***
If you need a full patched DSDT...
-Extract tables with F4 key in Clover boot screen!
-Run it and send me files!
Installation
--Create a bootable copy of macOS Sierra / High Sierra / Mojave
--Install Clover in USB stick
--Replace with my Clover folder
--Install Sierra/High Sierra and boot into system!
Post Installation
--Install Clover and replace with my folder
--Reboot and activate video!
Now you need a fine tune! DSDT time!
-FIX ERRORS AND WARNINGS
-PLUGIN TYPE
-XXXX to HDEF
--Power Management
- 1 Generation Intel Processors, use Generate P and C States in config.plist
- 2 and 3 Generations Intel Processors, Generate SSDT with Piker script and drop CpuPm and Cpu0Ist SSDTs
- 4 Generation+ Intel Processors, use PluginType=1 in DSDT, SSDT or Clover config.plist
for check Power, Frequency, Temperature and Utilization, use it
--Brightness
Install .app, select the required permission and reboot. Work in F1 / F2 keys!
*in some cases .app don't work, check patches in config.plist inside Clover folder Post Install
Use DSDT + AppleAlc
--install Lan driver by Mieze
It's time to Rock
-Credits and thanks to the old and new people in the community who developed patches, kexts and bootloaders!
Apple, Slice, Kabyl, usr-sse2, jadran, Blackosx, dmazar, STLVNUB, pcj, apianti, JrCs, pene, FrodoKenny, skoczy, ycr.ru, Oscar09, xsmile, SoThOr, RehabMan, Download-Fritz, Zenit432, cecekpawon, Intel, Oracle, Chameleon Team, crazybirdy, Mieze, Mirone, Oldnapalm, netkas, Elconiglio, artut-pt, ErmaC, Pavo, Toleda, Master Chief and family, bcc9, The King, PMheart, Sherlocks, Micky1979, vit9696, vandroiy2013, Voodoo Team, Pike R. Alpha, lvs1974, Austere.J, CVad and many, many, many others!
We're all here to have fun and learn from each other!
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Patched OSInstaller.framework to allow macOS 10.14 installation on MBR HFS+J partition.
To use those patched files you must follow HowTo to create an USB installer. You can't just run the app downloaded from Mac App Store.
The patch is made base on 落下爱@pcbeta 10.10.x MBR patch method, and more patch for 10.14 HFS Firmware check by crazybirdy.
What is this patched OSInstaller doing?1. Patch the MBR check, allow macOS 10.14 installation on MBR partition.
2. Patch the Firmware check, bypass the error of "An error occurred while verifying firmware".
3. Patch to stop auto-convert to APFS , "ConvertToAPFS=false" is no longer worked with 10.14.4. This patched MBR OSInstaller will never convert to APFS, and will always install as
HFS+J partition.
5. This patched MBR OSInstaller method works with both MBR HFS+J and GPT HFS+J partition (GPT+recovery).
No longer need to set new SMbiosversion, FirmwareFeatures, and FirmwareFeaturesMask with this MBR-patch.
What's the difference between createinstallmedia method, MBR-Manual-Method, and MBR-Automatic-Method?
As the following....
1. createinstallmedia method,
needs stage 1, stage 2 installation process, which is worked with GUID partition only, always convert to APFS format.
2. MBR-Manual-Method (same as 10.12),
install via stage 2 manually, which is worked with both MBR and GUID, HFS+ and APFS, will never convert the partition format.
We can manually format as MBR or GPT, HFS+ or APFS on installation screen like as 10.12.
We can manually select MBR HFS+ partition to install 10.13 and 10.14 on installation screen now.
Needn't to update the MBR-Manual-Method files, it will still work on 10.13, and 10.14 future versions, I think so.
3. MBR-Automatic-Method (new for 10.13+, remove files, no more update),
install via stage 2 automatically, which is worked with both MBR and GUID, HFS+ and APFS, will never convert the partition format.
How to make 10.14 installer for MBR (MBR-Manual-Method)?
Just use MBR-EasyInstallerMaker to make installer, it works with both MBR and GPT.
Read HowTo inside the dmg first, same as 10.12.
Read HowTo Q/A Q5. How to patch to work with CPU SSE4.1 only for Mojave?
Read HowTo Q/A Q6. How to download the full installer app via swscan.apple.com, instead of App Store?
Read HowTo Q/A Q7. How to update 10.14.x combo-update to MBR and GPT with installScript directly?
And, need a SMBIOS supported with /System/Library/CoreServices/PlatformSupport.plist.
Q6. How to download the full installer app via swscan.apple.com, instead of App Store?
A6. Some people download installer app from App Store, and get only 18 MB size, not the complete installer app (5.68 GB). You should boot to 10.12, or 10.13 to download it again from App Store, or use script Q6-DownloadFullApp/installScript_1014fullapp to download the full installer app via swscan.apple.com.
Framebuffer patching in Mojave
Binary patching framebuffers in Clover is no longer a viable method in Mojave. 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 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.
Beta Warning
Please note that it is currently in a "beta" state so use it at your own risk. I am just documenting this here for those of you who want to get framebuffer patching now.
Preliminary
1. Remove:
- FakePCIID
- IntelGraphicsFixup
- NvidiaGraphicsFixup
- CoreDisplayFixup
2. Turn off all graphics injections in Clover:
- config.plist/Graphics/Inject/ATI=NO
- config.plist/Graphics/Inject/Intel=NO
- config.plist/Graphics/Inject/NVidia=NO
- config.plist/Graphics/ig-platform-id=
- config.plist/Devices/FakeID/IntelGFX=
3. Disable DSDT Clover fixes:
- FixDisplay
- FixIntelGfx
4. Disable UseIntelHDMI
5. Remove boot argument: -disablegfxfirmware
6. Remove any IGPU and HDMI entries from:
- config.plist/Devices/Arbitrary
- config.plist/Devices/Properties
- config.plist/Devices/AddProperties
7. Remove any IGPU and HDMI related SSDT and DSDT from:
- CLOVER/ACPI/patched
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 wait for the official 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 -f IGPU
DevicePath = PciRoot(0x0)/Pci(0x2,0x0)
ig-platform-id
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. More info can be found here.
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)
Here are some recommended frames:
Gen 2: Sandy Bridge (Intel HD Graphics )
- Support started with Mac OS X 10.7.x and ended with macOS 10.13.6
- Metal support is not available
- Desktop: 0x (default)
- Laptop: 0x (default)
Gen 3: Ivy Bridge (Intel HD Graphics )
- Support started with OS X 10.8.x
- Desktop: 0x0166000A (default), 0x
- Laptop: 0x (default), 0xx
Gen 4: Haswell (Intel HD Graphics )
- Support started with OS X 10.9.x
- Desktop: 0x0D220003 (default)
- Laptop: 0x0A160000 (default), 0x0A260005 (recommended)
Gen 5: Broadwell (Intel HD Graphics )
- Support started with OS X 10.10.2
- Desktop: 0x (default)
- Laptop: 0x (default)
Gen 6: Skylake (Intel HD Graphics 510-580)
- Support started with OS X 10.11.4
- Desktop: 0x (default)
- Laptop: 0x (default)
Gen 7: Kaby Lake (Intel HD Graphics 610-650)
- Support started with macOS 10.12.6
- Desktop: 0x (default)
- Laptop: 0x591B0000 (default)
Gen 8: Coffee Lake (Intel UHD Graphics 630)
- Support started with macOS 10.14 dev. beta 4
- Desktop: 0x3EA50000 (default), 0x3E9B0007 (recommended)
- Laptop: 0x3EA50009 (default)
Framebuffer Patching
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 (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=0x)
- Changing connector types to match your systems ports (framebuffer-conX-type)
Framebuffer Patching Types
We have two different types of patches:
Hard-coded (Recommended)
framebuffer-patch-enable (required to enable below)
framebuffer-framebufferid ( defaults to current platform-id)
(all below are optional)
framebuffer-mobile
framebuffer-pipecount
framebuffer-portcount
framebuffer-memorycount
framebuffer-stolenmem
framebuffer-fbmem
framebuffer-unifiedmem
framebuffer-conX-enable (required to enable below)
framebuffer-conX-index
framebuffer-conX-busid
framebuffer-conX-pipe
framebuffer-conX-type
framebuffer-conX-flags
Find / Replace
You should place your patches in config.plist/Devices/Properties in Clover config.plist.
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 Find / Replace method:
If you need a dump of your framebuffers in binary use the boot flag -igfxdump. The output will be in /AppleIntelFramebuffer_GEN_KERNX_Y on your boot drive (Eg. AppleIntelFramebuffer_10_17.7). Intel FB-Patcher can File-&Open this and generate a config.plist/Devices/Properties patch for Clover. 010 Editor can also parse this file using the IntelFramebuffer.bt template.
To get debug output from Lilu use the -liludbgall flag and for WhateverGreen use the -wegdbg boot flag. You will need to compile Lilu and WhateverGreen as debug for both of these flags to work.
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
- vit9696 and lvs1974 for WhateverGreen (Full Credits) and Lilu (Full Credits)
- Andrey1970 for his guide on applelife.ru
1. I install 10.13.5 on PC and install latest Clover. Working fine with NullCpuPowerManagement.kext. Then I reconfigure config.plist to work with native power management but have kernel panic. Then I found kernel fixes for pentiums, add this to config.plist and have panic again. How i can fix it without using custom DSDT?
P.S. Also why a have worked speed step with NullCpuPowerManagement.kext? Checked in HWMonitor. Also have good results in Geekbench4 -
points in single/multi-core mode (linux - , win - ).
2. GTS250 worked out of the box. But I have problem during starting with HDMI connection (lost signal to monitor). No problems with VGA. How i can fix it without using custom DSDT?
MB: Asus H61M-A
CPU: Intel Pentium G2120 (Ivy Bridge)
Video: Gainward Nvidia GeForce GTS 250 deep green 512Mb (iGPU disabled in UEFI)
AppleALC.kext
FakeSMC_ACPISensors.kext
FakeSMC_CPUSensors.kext
FakeSMC_GPUSensors.kext
FakeSMC.kext
FakeSMC_LPCSensors.kext
RealtekRTL8111.kext
USBInjectAll.kext
ACPI Clover dump - acpi_clover_dump.zip
worked config.plist with NullCpuPowerManagement.kext - config.plist_nullcpupm.zip
not worked config.plist with fixes and without NullCpuPowerManagement.kext - config.plist.applecpupm.zip
I followed the Olarila (MaLd0N's) guide and made the Mojave USB.
I had to install the system using an invalid GPU FakeID (0x) to get past the KP.
Even after installation, my system going into KP if I don't use this invalid fakeid.
With the FakeID, my system reports 7mb VRAM with Intel HD630.
I am using the DSDT from my 10.13 installation.
Whatevergreen.kext
Tried putting different FakeIDs
Put the Whatevergreen and Lilu in /Library/Extensions
Tried without Whatevergreen. The same setup used to work with 10.13.
My Laptop details are in my signature.
This is the link to the last time MaLd0N helped me get 10.13 working: https://www.insanelymac.com/forum/topic/332021-msi-gv62-7re-1013-installation/
Please help anyone.
Thanking you
[Guide] Sierra / High Sierra / Mojave on Intel 5, 6, 7, 8, 9 Chipset Series / Nehalem, SandyBridge, IvyBridge, Haswell, Broadwell}