부록 G. 셀프 호스트 엔진 배포에서 허용된 CPU 유형 정의

절차

  1. deploy.json 이라는 파일을 생성하고 아래 표에 표시된 파일에서 he_cluster_cpu_type 의 CPU 유형을 선택합니다. 예를 들어 원하는 CPU 유형이 Secure Intel Nehalem Family 인 경우 deploy.json 은 다음과 같아야 합니다. 

    [root@host ~]# cat deploy.json
{
	"he_cluster_cpu_type": "Secure Intel Nehalem Family"
}

  2. deploy.json 파일을 hosted-engine --deploy 프로세스에 제공합니다. 

    [root@host ~]# hosted-engine --deploy --ansible-extra-vars=@/root/deploy.json

표 G.1. 허용된 CPU 유형

CPU 유형 이름CPU 속성

Intel Nehalem Family

vmx,nx,model_Nehalem:Nehalem:x86_64

Secure Intel Nehalem Family

vmx,spec_ctrl,ssbd,model_Nehalem:Nehalem,+spec-ctrl,+ssbd:x86_64

Intel Westmere 제품군

aes,vmx,nx,model_Westmere:Westmere:x86_64

Secure Intel Westmere Family

aes,vmx,spec_ctrl,ssbd,model_Westmere:Westmere,+pcid,+spec-ctrl,+ssbd:x8_64

Intel SandyBridge 제품군

vmx,nx,model_SandyBridge:SandyBridge:x86_64

보안 Intel SandyBridge 제품군

vmx,spec_ctrl,ssbd,md_clear,model_SandyBridge:SandyBridge,+pcid,+spec-ctrl,+ssbd,+md-clear:x86_64

Intel IvyBridge 제품군

vmx,nx,model_IvyBridge:IvyBridge:x86_64

보안 Intel IvyBridge 제품군

vmx,spec_ctrl,ssbd,md_clear,model_IvyBridge:IvyBridge,+pcid,+spec-ctrl,+ssbd,+md-clear:x86_64

Intel Haswell Family

vmx,nx,model_Haswell-noTSX:Haswell-noTSX:x86_64

Intel Haswell Family

vmx,spec_ctrl,ssbd,md_clear,model_Haswell-noTSX:Haswell-noTSX,+spec-ctrl,+ssbd,+md-clear:x86_64

Intel Broadwell Family

vmx,nx,model_Broadwell-noTSX:Broadwell-noTSX:x86_64

Intel Broadwell Family

vmx,spec_ctrl,ssbd,md_clear,model_Broadwell-noTSX:Broadwell-noTSX,+spec-ctrl,+ssbd,+md-clear:x86_64

Intel Skylake Client Family

vmx,nx,model_Skylake-Client:Skylake-Client,-hle,-rtm,-mpx:x86_64

Intel Skylake 클라이언트 제품군

vmx,ssbd,md_clear,model_Sk FlexVolumeake-Client-noTSX-IBRS:SkECDHEake-Client-noTSX-IBRS,+ssbd,+md-clear,-mpx:x86_64

Intel Skylake Server Family

vmx,nx,model_Skylake-Server:Skylake-Server,-hle,-rtm,-mpx:x86_64

Secure Intel Skylake Server Family

vmx,ssbd,md_clear,model_SkECDHEake-Server-noTSX-IBRS:SkECDHEake-Server-noTSX-IBRS,+ssbd,+md-clear,-mpx:x86_64

Intel Cascadelake Server Family

vmx,model_Cascadelake-Server:Cascadelake-Server,-hle,-rtm,-mpx:x86_64

Intel Cascadelake Server Family

vmx,model_Cascadelake-Server-noTSX:Cascadelake-Server-noTSX,-mpx:x86_64

Intel Icelake Server Family

vmx,model_Icelake-Server-noTSX:Icelake-Server-noTSX,-mpx:x86_64

Intel Icelake Server Family

vmx,arch-capabilities,rdctl-no,ibrs-all,skip-l1dfl-vmentry,mds-no,pschange-mc-no,taa-no,model_Icelake-Server-noTSX:Icelake-Server-noTSX,arch-capabilities, +rdctl-no,+ibrs-all,+skip-l1dfl-vmentry,+mds-no,+pschange-mc-no,+taa-no,-mpx:x86_64

AMD Opteron G4

svm,nx,model_Opteron_G4:Opteron_G4:x86_64

AMD Opteron G5

svm,nx,model_Opteron_G5:Opteron_G5:x86_64

AMD EPYC

svm,nx,model_EPYC:EPYC:x86_64

AMD EPYC 보안

svm,nx,ibpb,ssbd,model_EPYC:EPYC,+ibpb,+virt-ssbd:x86_64

IBM POWER8

powernv,model_POWER8:POWER8:ppc64

IBM POWER9

powernv,model_POWER9:POWER9:ppc64

IBM z114, z196

sie,model_z196-base:z196-base:s390x

IBM zBC12, zEC12

sie,model_zEC12-base:zEC12-base:s390x

IBM z13s, z13

sie,model_z13-base:z13-base:s390x

IBM z14

sie,model_z14-base:z14-base:s390x