Cisco Meeting Server. Cisco Meeting Server 2.0+ Cisco Meeting Server 1000

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2 Acano X MMP ware Hyper-V IPv Call Bridge Web A A : 仮想化導入 2

3 A A A B B B B B C C.1 Call Bridge C C C D ware Microsoft Hyper-V D.1 ware D.2 Microsoft Hyper-V E : 仮想化導入 3

4 Call Bridge ESXi 6.5 ESXi 6.0 Update AWS 2.0+: 仮想化導入 4

5 1 Microsoft Avaya Web vsm-11 ware ESXi Cisco Multiparty Media 400v 410v 410vb 2.3 ESXi 6.5 ESX 6.0 Update 3 ESXi ESXi 6.5 ESX 6.0 Update 3 TLS 1.0 TLS 1.1 Microsoft Hyper-V 2.1 HYPER-V Acano X Acano X 2.0+: 仮想化導入 5

6 ware ESXi MMP version Cisco UCS ESXi root password Cisco UCS ESXi Cisco Multiparty Media 400v 410v 410vb 410v 410vb ware W-VS6-410-K9 410v/410vb Cisco Meeting Server ware RAM TelePresence Server {13}shutdown{14} TelePresence Server 2.0+: 仮想化導入 6

7 Cisco Meeting Server ware Hyper-V 1 cisco.com 2.0+: 仮想化導入 7

8 1 2.0+: 仮想化導入 8

9 1.3 Acano X MMP MMP {33}MMP {34} Acano X vsphere shutdown MMP serial health dns mmp 2.0+: 仮想化導入 9

10 ware 2.2 Microsoft Hyper-V C ware.ova Microsoft Hyper-V VHD 16GB RAM DMZ Call Bridge.ova.vhd 2.0+: 仮想化導入 10

11 2.1.2 Cisco UCS 1 Any Any Intel Nehalem Intel Xeon 2600 v2 AMD Bulldozer 2.0GHz 2.5Ghz RAM 1 GB 1 * 1 GB 1 * 100GB 100GB ware ESXi 6.0 Hyper-V 2012 R2 vsm-08 ware ESXi 5.0 Update 3 Hyper-V R2 64 vsm-09 ware ESXi 5.1 Update vsm-10 ESXi 5.5 Update 1 ware * NUMA 2.0+: 仮想化導入 11

12 AMD Intel AMD Intel AMD Intel Intel 60 70% CPU 1 [ Conferencing ] EVC ware EVC B1 /AMD Opteron Generation 4 L2 /Intel Nehalem generation Intel Xeon Core i7 CPU EVC SSE 4.2 SSE4.2 Hyper-V CPU SSE 4.2 Call Bridge MAC 4 B Call Bridge C : 仮想化導入 12

13 2.2 ware ova.img ovf Acano 1..ova Web 2. vsphere Client {65}[ File ] > [ovf Deploy ovf Template ]{66} 3..ova 4. a. b. c. [ Power on after deployment 5. Completed successfully [ Close ] vsphere : 仮想化導入 13

14 7. [ Getting Started ] [ Edit Virtual Machine settings ] [CPUs] a. CPU [ Number of Virtual Sockets ] 1 b. [ Number of Cores per Socket ] [ Number of Cores per Socket ] 2 [ Number of Cores per Socket ] 1 [ Number of Cores per Socket ] vsphere Client ESXi [ Summary ] 40 Dual Intel E5-2650v [ Power On ] 9. vsphere [ Console ] cms login 10. admin admin admin MMP : 仮想化導入 14

15 2.3 Hyper-V.vhd.img Hyper-V 2.4 Microsoft Hyper-V 1. Web.vhd Hyper-V 2. Hyper-V Manager [ Action ] [ New ] > [ Virtual Machine ] 3. a. b. [ Use an Existing Virtual Hard Disk ].vhd 4. [ Finish ] 5. [ Action ] [ Settings ] 6. [ Processor ] a. [ Number of Virtual Processors ] 2.0+: 仮想化導入 15

16 [ Number of Cores per Socket ] 2 [ Number of Cores per Socket ] 1 [ Number of Cores per Socket ] 40 Dual Intel E5-2650v2 30 b. [ Resource Control ] i. Virtual machine reserve 100 ii. Virtual machine limit 100 iii. Relative weight [ Memory ] RAM 8. [ Apply ] [ Start the ] 9. [ Connect ] cms login 10. admin admin admin 6 MMP : 仮想化導入 16

17 PAK ware ware vsphere Client 6.0 Windows vsphere VGA USB PC JAVA Internet Explorer Firefox Meeting Server 2. Meeting Server Cisco UCS C220 M4 Installation guide C220M4.pdf 3. Meeting Server Ethernet : 仮想化導入 17

18 5. Meeting Server Meeting Server 6. Meeting Server Meeting Server VGA VGA 2. Meeting Server USB Meeting Server ware Meeting Server 1. Cisco RJ-45 to DB-9 Meeting Server RJ / COM LAN Meeting Server M RJ LAN M 1 M IP 2.0+: 仮想化導入 18

19 4. Meeting Server CIMC CIMC Meeting Server CIMC 5. Esc 9 CIMC 6. : admin : password scope cimc CIMC 9. show network detail DHCP IP DHCP IPv4 DHCP 10. DHCP IP CIMC scope network set dns-use-dhcp no set dhcp-enabled no set v4-addr set v4-netmask set v4-gateway commit 11. show network detail exit 2 CIMC 12. PC IP CIMC IP 2.0+: 仮想化導入 19

20 13. admin CIMC 14. [ Server Summary ] [ Actions ] [K Launch K Console ] JAVA No Signal 15. Power Power On ware : ware ware F2 F12 1. F2 root password 2. a. Enter [ Configure Password ] 2.0+: 仮想化導入 20

21 b. ware root ware 3. Enter [ Configure Management Network ] [IPv4 IPv4 Configuration ] 4. DHCP IP IPv4 IP ware Hypervisior Meeting Server Meeting Server 5. Meeting Server VLAN Hypervisor VLAN 6. Esc Esc ware IP CIMC Meeting Server Meeting Server ware Meeting Server M LAN Cisco UCS NIC M 2.0+: 仮想化導入 21

22 a. M Ethernet1 b. ware DHCP IP IP IP DHCP Ethernet1 MAC 1000 Ethernet1 IP ware vsphere ware ware Hypervisor 1. vsphere 6.0 a exe - b. 2 ware i. IP : 仮想化導入 22

23 ii. [ Browse database in this host's inventory ] iii. root ware iv. datastore1\ova-iso\ware\ [ware-viclient...] v. vsphere 2. vsphere ware IP root ware [ Login ] 3. SSL [ Ignore ] ware [OK] ware NTP Hypervisor NTP 1. vsphere Meeting Server [Meeting Server] 2. [ Configuration ] [ Software ] [ Time Configuration ] 3. [ Properties ] 4. [ Properties ] [NTP NTP Client Enabled ] [ Options ] 2.0+: 仮想化導入 23

24 5. [NTP NTP Settings ] [ Add ] NTP 6. General 7. [ Start and Stop with the host ] 8. [ Start ] 9. [OK] ware ware CPU 2 ware Web ware 1. Google Chrome 2. ware Web ware 3. ware 4. ware 2 CPU CPU myware ware KB : 仮想化導入 24

25 ware 5 10 ware 5. 2 vsphere Meeting Server [Meeting Server] 6. [ Configuration ] [ Software ] [ Licensed Features ] 7. [ Edit ] 8. [ Assign a new key to this host ] [ Enter ] 9. [OK] Hypervisor Meeting Server IP vsphere 1. vsphere Meeting Server IP root 2. [Meeting Server] : 仮想化導入 25

26 3. DHCP Meeting Server IP [ Summary ] Meeting Server IP [ General ] IP ssh Meeting Server 4. DHCP 3 MMP Command Line Reference Guide vsphere Meeting Server MMP ipv4 ipv6 IP 5. Meeting Server vsphere [ Console ] [Enter] [Ctrl] [Alt] 6. admin admin admin : 仮想化導入 26

27 3 3.1 admin 2 1 MMP user add <name> admin MMP Command Reference Guide 2 6 admin MMP Call Bridge Web Web 3.2 IPv4 IPv4 IPv6 MMP Command Reference 1 4 a Acano X A MMP 2.0+: 仮想化導入 27

28 1. MMP iface MMP iface a iface a 1000 full 1GE / iface a autoneg <on off> 2. a DHCP IP a. IP b dhcp ipv4 a 3 b. IP DHCP ipv4 add IP ipv4 a add / IPv4 ipv4 a del 3. DNS 2.0+: 仮想化導入 28

29 a. dns dns b. DNS dns add forwardzone <domain name> <server IP> forwardzone DNS DNS. DNS IP dns add forwardzone c. DNS dns del forwardzone <domain name> <server IP> dns del forwardzone a b c d ware vsphere [ Getting Started ] 2. [ Edit Virtual Machine Settings ] 3. XNET3 2.0+: 仮想化導入 29

30 XNET3 Hyper-V 1. Hyper-V Manager [ ] [ Settings ] 2. [ Add Hardware ] Call Bridge Call Bridge SIP Lync Front End FE TLS Lync Lync FE callbridge listen <interface> A B C D Call Bridge MMP Call Bridge A callbridge listen a Call Bridge IP NAT Call Bridge SIP IP 2.0+: 仮想化導入 30

31 3. Call Bridge Lync FE Call Bridge TLS callbridge certs callbridge.key callbridge.crt CA 4. Call Bridge callbridge restart 3.5 Web Web Call Bridge API Web Web / MMP / Web Call Bridge API Web Web Web HTTPS Web Web API Call Bridge CA 2.0+: 仮想化導入 31

32 SFTP MMP MMP pki selfsigned <key/cert basename> <key/cert basename> selfsigned webadmin webadmin.key webadmin.crt pki MMP pki csr CA 1. MMP CSR pki csr <key/cert basename> [<attribute>:<value>] <key/cert basename> CSR webadmin webadmin.key webadmin.csr CN commonname DNS A Common Name FQDN OU O Organization L Locality ST State / C Country address 2.0+: 仮想化導入 32

33 2 pki csr example CN:example.com "OU:Accounts UK" "O:My Company" 2. CSR CA Verisign Active Directory Active Directory E CA BEGIN CERTIFICATE END CERTIFICATE.crt.cer.pem.crt.cer.pem CA CA HTTPS Web Web A 443 Web Bridge TCP 443 Web Web Bridge MMP webadmin listen <interface> <port> Web MMP SSH 2. Web / SFTP 2.0+: 仮想化導入 33

34 3. Web webadmin disable 4. 2 / webadmin certs <keyfile> <certificatefile> [<cert-bundle>] keyfile certificatefile CA webadmin certs webadmin.key webadmin.crt webadminbundle.crt 5. Web webadmin restart 6. Web webadmin enable webadmin certs webadmin.key webadmin.crt webadmin listen a 443 webadmin restart webadmin enable Web server.mycompany.com URL IP MMP 2 cms.lic : 仮想化導入 34

35 Call Bridge Call Bridge Call Bridge : 仮想化導入 35

36 4 MAC 2.0 Acano acano.lic B 4.1 Meeting Server PAK PAK Meeting Server MAC 1. MAC MMP iface a MAC MAC 2. PAK Meeting Server MAC 3. 1 cms.lic 4. SFTP Meeting Server MMP 2.0+: 仮想化導入 36

37 a. MMP iface a MMP IP b. SFTP MMP IP MMP 4.2 Call Bridge Call Bridge Call Bridge Web "Call Bridge requires activation" Sharing Call Bridge licenses within a cluster Scalability & Resilience Deployment Guide Single Combined Server Deployment Guide Single Split Server Deployment Guide / Scalability & Resilience Guide vsphere shutdown 2.0+: 仮想化導入 37

38 A 1000 A 1000 A.1 Cisco UCS C220 M4 18+ kg 40 1RU 19 A C F 5 93 % A.3 Cisco UCS C220 M4 Server Installation and Service Guide Power Specifications A : 仮想化導入 38

39 A Cisco Multiparty Media 410v 1080p p30/720p HD 1080p Cisco Multiparty Media 400v HD p30 SD p : 仮想化導入 39

40 B B 4 B.1 PMP Plus SMP Plus ACU Call Bridge / XMPP B.1.1 Call Bridge Call Bridge 1000 Core Call Bridge 2.0+: 仮想化導入 40

41 B Acano X Call Bridge Call Bridge Call Bridge Call Bridge cms.lic Web CMS This CMS is running in evaluation mode; no calls will be possible until it is licensed B.1.2 Web Web WebRTC API API WebRTC 1 1 IVR Web Bridge 2.0+: 仮想化導入 41

42 B API IVR Web Bridge /IVR / Call Bridge A MAC B Call Bridge Core 4 4 GB 2 8 Call Bridge A MAC B.1.4 XMPP XMPP XMPP XMPP XMPP Cisco Meeting Server Call Bridge 2.0+: 仮想化導入 42

43 B B.2 Acano ACU Call Bridge ACU Personal Multiparty Plus PMP Plus Shared Multiparty Plus SMP Plus 2 Personal Multiparty Plus Shared Multiparty Plus Personal Multiparty Plus B.2.1 Personal Multiparty Plus PMP Plus Cisco UWL Meeting PMP Plus Personal Multiparty Plus HD 1080p PMP Plus 2.1 PMP Plus Shared Multiparty Plus B.2.2 Shared Multiparty Plus SMP Plus SMP UCM TP Room Registration Shared Multiparty Plus Cisco UWL Meeting 2.0+: 仮想化導入 43

44 B Cisco UWL Meeting 1 Shared Multiparty Plus Cisco Expressway RMS 1 Business-to-Business B2B B.2.3 Acano ACU CU 12 Cisco Meeting Server software CU p p p CU 1 CU 2.0+: 仮想化導入 44

45 B B.3 PMP Plus 1 Cisco PMP Plus Cisco Unified Communications Manager Cisco Unified Communications Manager GUID GUID Cisco PMP Plus SMP Plus B.4 API / / /system/multipartylicensing /system/multipartylicensing/activepersonallicenses Personal Multiparty Plus userprofile LDAP userprofile haslicense 2.0+: 仮想化導入 45

46 B /cospace ownerid ownerjid ownerid cospace GUID ownerjid JID /cospace POST PUT ownerjid /cospace GET ownerjid ownerid 2.0+: 仮想化導入 46

47 C C Acano X Acano X / D ware Microsoft HyperV Call Bridge XMPP H.323 Acano X Web Bridge TURN Call Bridge 3 Acano X : 仮想化導入 47

48 C 4 Acano X : 仮想化導入 48

49 C 4 Acano Acano 1 C.1 Call Bridge Call Bridge Call Bridge Xeon E vcpu GHz vcpu 1.25 HD 2.0+: 仮想化導入 49

50 C 2.5 GHz 4 vcpu vcpu HD 1.25 vcpu GHz vcpu 1 2.0/ 2.5 x 1.25 = 1 HD vcpu CMS vcpu GHz p30 H.264 vcpu 1GB vram 100GB vdisk C ESXi vcpu Meeting Server 38 vcpu 2 C vcpu 1 1 CPU 1 ware vcpu / High 1 Normal 2.0+: 仮想化導入 50

51 C vcpu Normal 1 ware Release 5.1 ware ESXi vcpu CPU CPU C.2 Call Bridge / Web Bridge TURN Acano X Acano X 8 CPU 8 GB RAM 4 CPU 4 GB RAM C.3 1 CPU 2.0+: 仮想化導入 51

52 C 8 vcpu 8 GB RAM 100 GB OVF Intel E E v2 IOPS SAN SSD OS vdisk 1000 Cisco UCS C220 M4 C.4 / 720p30 1 vcpu 0.5 GB 6 1 vcpu 1GB vcpu p30 1 vcpu 0.5 GB vcpu p MB 800 MB 1 1 GB 720p30 1 vcpu 0.5 GB 6 1 vcpu 1GB 4 24 vcpu 2.0+: 仮想化導入 52

53 C C.1.2 / High 2.0+: 仮想化導入 53

54 D ware Microsoft Hyper-V D ware Microsoft Hyper-V D.1 ware ESXi CPU CPU ESXi Acano ware ware Ready ware QA CPU Cisco Meeting Server anti-pinning 20 E5-2680v p ESXi CPU : 仮想化導入 54

55 D ware Microsoft Hyper-V ESXi 5 XNet3 ware vmotion ware High Availability HA ware Fault Tolerance FT 1 ware vcenter Operations Manager EVC ware EVC B1 /AMD Opteron Generation 4 L2 /Intel Nehalem generation Intel Xeon Core i7 CPU EVC SSE 4.2 SSE4.2 D.2 Microsoft Hyper-V Microsoft Hyper-V R2 VHD : 仮想化導入 55

56 D ware Microsoft Hyper-V 1 2 E5-2680v2 CPU E CPU p30 Hyper-V CPU Acano [Virtual Machine reserve] 100 % [ Processor Compatibility Mode ] CPU SSE : 仮想化導入 56

57 E Active Directory Certificate Services Microsoft Active Directory CA CSR 1. CA 2. CA CSR certreq -submit -attrib "CertificateTemplate:WebServer" C:\Users\Administrator\Desktop\webadmin.csr 3. CA CA [OK] 4. Windows webadmin.crt c

58 E Certificate request is pending: taken under submission ID Request ID RequestID c 5. CA [Server Manager] CA Pending Requests 6. CMD ID {387}[ All Tasks ] > [ Issue ]{388} 7. [ Issued Certificates ] [ Details ] 2.0+: 58

59 E 8. [ Copy to File ] [ Certificate Export Wizard ] 9. Base-64 encoded X.509.CER [ Next ] 10. webadmin [ Next ] 11. webadmin.crt SFTP webadmin.crt MMP 2.0+: 59

60 E Web Enrolment CA BEGIN CERTIFICATE REQUEST END CERTIFICATE REQUEST CSR BEGIN CERTIFICATE END CERTIFICATE.pem.cer.crt 2.0+: 60

61 E Information Packet The Cisco implementation of TCP header compression is an adaptation of a program developed by the University of California, Berkeley (UCB) as part of UCB s public domain version of the UNIX operating system.all rights reserved.copyright 1981, Regents of the University of California. IP 200 FAX 2018 Cisco Systems, Inc. All rights reserved. Web : 61

62 E Cisco and the Cisco logo are trademarks or registered trademarks of Cisco and/or its affiliates in the U.S. and other countries. Third-party trademarks mentioned are the property of their respective owners.the use of the word partner does not imply a partnership relationship between Cisco and any other company.(1110r) 2.0+: 62