Od Virtualizace k hybridnímu
cloudu
GEEK
Ochutnávka ze světa zařízení
s Windows
Jan Šteberl
Dotazy k zařízením
•
v-jasteb@microsoft.com
Windows Phone 8.1
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• FullHD
WINDOWS 10
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Od Virtualizace k hybridnímu
cloudu
Ondřej Výšek
Senior IT Key account
manager
vysek@kpcs.cz
Lukáš Radil
Head of Infrastructure
Department
radil@kpcs.cz
Agenda
08:30 - 09:00
09:00 - 11:00
11:00 - 11:20
11:20 - 12:30
12:30 - 13:15
13:15 - 14:30
14:30 - 15:30
Registrace a snídaně
Který hypervisor
Přestávka na kávu
Jak na správu virtualizačního prostředí
Oběd
Multi hypervisor a migrace mezi jednotlivými
virtualizačními platformami.
Prostor pro konkrétní otázky
Který Hypervisor
Váš zájem?
Mám VMware
Chci se ujistit ve volbě
Končí maintenance a co dál?
Chci se dozvědět něco nového
Chci ušetřit
Mám Hyper-V
Chci se dozvědět něco nového
Chci se ujistit ve volbě
Nevirtualizuji a zajímám se, kudy se vydat
Chci do cloudu! „show me the way“ 
Nudím se, chci se pobavit 
Terminus technikus
Popis
VMware
Hyper-V
Vysoká dostupnost
High Availability (HA)
Windows Cluster
Neplánovaný výpadek
Fault Tolerance (FT)
Resource planning
Dynamic Resource
Scheduling (DRS)
Performance Resource
Optimization (PRO)
VM Migration
VMotion
Live Migration
Quick Migration
Memory planning
Memory Overcommit
Memory Balooning
Dynamic Memory
Startup/min/max Memory
Storage Integration
VAAI
VASA
ODX
VM replication
vSphere Replication
Appliance
Hyper-V replica
Poskytováno
OS
:
Hyper-V Architektura
ISV / IHV / OEM
Microsoft Hyper-V
Microsoft / XenSource
Parent
Partition
Child Partitions
VM Worker
Processes
Aplikace
Aplikace
Aplikace
Aplikace
Windows Server
2003, 2008
NonHypervisor
Aware OS
Linux Kernel
WMI Provider
VM Service
Windows
Server 2008
Windows
Kernel
VSP
Windows
Kernel
Linux
VSC
VSC
IHV
Drivers
VMBus
VMBus
VMBus
Emulation
User
Mode
Hypercall Adapter
Windows hypervisor
“Designed for Windows” Server Hardware
Kernel
Mode
Ring -1
Architektura
Architektura
Monolithic Hypervisor
•
Jednodušší nežli moderní
kernel OS, stále komplexní
•
Vlastní driver model
VM 1
(“Admin”)
VM 2
VM 3
Microkernel Hypervisor
•
Jednoduchý partitioning
•
Zvýšený výkon
•
Žádný cizí kód
•
Všechny ovladače jsou ve VM
(syntetické)
VM 1
(“Parent”)
Virt.
Layer
VM 2
(“Child”)
Driver
Hypervisor
Driver
Hypervisor
Hardware
Hardware
VM 3
(“Child”)
Příběh dvou hypervisorů
Podporované guest OS
Guest OS’s Supported
MS-DOS 6.22
Windows 3.1
Windows 95
Windows 98
Windows Me
Windows NT 4.0
Windows 2000
Windows XP
Windows Server 2003
Windows Server 2008
Windows Vista
Windows Server 2008 R2
Windows 7
Asianux Server 3.0
CentOS 4
CentOS 5
Debian 4
Debian 5
eComStation 1.0
IBM OS/2 Warp 4.0
IBM OS/2 Warp 4.5.2
Mac OS X Server 10.5
Mac OS X Server 10.6
Mandriva Corporate 4
Mandriva Linux 2006
Mandriva Linux 2007
Mandriva Linux 2008
Mandriva Linux 2009
Mandrake Linux 8.x
Mandrake Linux 9.x
Mandrake Linux 10
Novell Linux Desktop 9
Oracle Enterprise Linux 4
Oracle Enterprise Linux 5
Oracle Enterprise Linux 6
Red Hat Enterprise Linux 2.1
Red Hat Enterprise Linux 3
Red Hat Enterprise Linux 4
Red Hat Enterprise Linux 5
Red Hat Enterprise Linux 6
Red Hat Linux 6.2
Red Hat Linux 7
Red Hat Linux 8.0
Red Hat Linux 9.0
Sun Java Desktop System
SCO OpenServer 5.0
SCO UnixWare 7
SUSE Linux Enterprise 7
SUSE Linux Enterprise 8
SUSE Linux Enterprise 9
SUSE Linux Enterprise 10
SUSE Linux Enterprise 11
openSUSE Linux 10.x
openSUSE Linux 11.x
SUSE Linux 7.3
SUSE Linux 8.x
SUSE Linux 9.x
SUSE Linux 10.x
Turbolinux 7.0
Turbolinux 8.0
Turbolinux 10.0
Turbolinux 11.0
Ubuntu Linux 5.04
Ubuntu Linux 5.10
Ubuntu Linux 6.06
Ubuntu Linux 6.10
Ubuntu Linux 7.04
Ubuntu Linux 7.10
Ubuntu 8.04 LTS
Ubuntu 8.10
Ubuntu 9.04
Ubuntu 9.10
Ubuntu 10.04
Ubuntu 10.10
FreeBSD 4.x
FreeBSD 5.x
FreeBSD 6.x
FreeBSD 7.x
FreeBSD 8
NetWare 4.2 Server
NetWare 5.1 Server
NetWare 6 Server
NetWare 6.5 Server
Solaris 8 x86
Solaris 9 x86
Solaris 10 x86
Podporované guest OS - realita
Guest OS’s Supported
MS-DOS 6.22
Windows 3.1
Windows 95
Windows 98
Windows Me
Windows NT 4.0
Windows 2000
Windows XP (SP3)
Windows Server 2003 (SP2)
Windows Server 2008
Windows Vista (SP1/2)
Windows Server 2008 R2
Windows 7
Asianux Server 3.0
CentOS 4 (Maint’ Updates)
CentOS 5 (Maint’ Updates)
Debian 4
Debian 5
eComStation 1.0
IBM OS/2 Warp 4.0
IBM OS/2 Warp 4.5.2
Mac OS X Server 10.5
Mac OS X Server 10.6
Mandriva Corporate 4
Mandriva Linux 2006
Mandriva Linux 2007
Mandriva Linux 2008 (Ext)
Mandriva Linux 2009 (Ext)
Mandrake Linux 8.x
Mandrake Linux 9.x
Mandrake Linux 10
Novell Linux Desktop 9
Oracle Enterprise Linux 4
Oracle Enterprise Linux 5
Oracle Enterprise Linux 6
RHEL 2.1
RHEL 3 (Ext)
RHEL 4 (Ext)
RHEL 5 (Ext)
RHEL 6
Red Hat Linux 6.2
Red Hat Linux 7
Red Hat Linux 8.0
Red Hat Linux 9.0
Sun Java Desktop System
SCO OpenServer 5.0
SCO UnixWare 7
SUSE Linux Enterprise 7
SUSE Linux Enterprise 8 (Ext)
SUSE Linux Enterprise 9 (Ext)
SUSE Linux Enterprise 10
SUSE Linux Enterprise 11
openSUSE Linux 10.x
openSUSE Linux 11.x (.3 on)
SUSE Linux 7.3
SUSE Linux 8.x
SUSE Linux 9.x
SUSE Linux 10.x
Turbolinux 7.0
Turbolinux 8.0
Turbolinux 10.0 (Ext)
Turbolinux 11.0
Ubuntu Linux 5.04
Ubuntu Linux 5.10
Ubuntu Linux 6.06
Ubuntu Linux 6.10
Ubuntu Linux 7.04
Ubuntu Linux 7.10
Ubuntu 8.04 LTS (Server)
Ubuntu 8.10
Ubuntu 9.04
Ubuntu 9.10
Ubuntu 10.04
Ubuntu 10.10
FreeBSD 4.x
FreeBSD 5.x
FreeBSD 6.x
FreeBSD 7.x
FreeBSD 8
NetWare 4.2 Server
NetWare 5.1 Server
NetWare 6 Server (Self)
NetWare 6.5 Server (Ext)
Solaris 8 x86
Solaris 9 x86
Solaris 10 x86
Podporované guest OS - realita
Guest OS’s Supported
Windows XP (SP3)
Windows Server 2003
(SP2)
Windows Server 2008
Windows Vista (SP1/2)
Windows Server 2008
R2
Windows 7
Mandriva Corporate 4
Mandriva Linux 2008
(Ext)
Mandriva Linux 2009
(Ext)
Novell Linux Desktop 9
Oracle Enterprise Linux 4
Oracle Enterprise Linux 5
Oracle Enterprise Linux 6 RHEL 3 (Ext)
RHEL 4 (Ext)
RHEL 5 (Ext)
RHEL 6
Sun Java Desktop
System
SCO OpenServer 5.0
SCO UnixWare 7
SUSE Linux Enterprise 8
(Ext)
SUSE Linux Enterprise 9
(Ext)
SUSE Linux Enterprise
10
SUSE Linux Enterprise
11
Turbolinux 10.0 (Ext)
Turbolinux 11.0
Ubuntu 8.04 LTS (Server)
Ubuntu 10.04
Ubuntu 10.10
NetWare 6.5 Server
(Ext)
Solaris 8 x86
Solaris 9 x86
Solaris 10 x86
Asianux Server 3.0
CentOS 4 (Maint’ Updates)
CentOS 5 (Maint’
Updates)
Debian 5
Mac OS X Server 10.5
Mac OS X Server 10.6
openSUSE Linux 11.x (.3
on)
FreeBSD 7.x
FreeBSD 8
• 33 compatible Guest OSs in life-cycle support (some extended)
with commercial vendor
• 9 compatible community supported Guest OSs
(7 excluding Mac OS X Server 10.5 / 10.6)
• Remember, VMware don’t support any Guest OSs
Podporované guest OS
Guest OS’s Supported
Windows XP (SP3)
Windows Server 2003
(SP2)
Windows Server 2008
Windows Vista (SP1/2)
Windows Server 2008
R2
Windows 7
RHEL 5 (Ext)
RHEL 6
SCO OpenServer 5.0
SUSE Linux Enterprise
10
SUSE Linux Enterprise 11
CentOS 5 (Maint’ Updates) CentOS 6
6 fully supported Windows-based Guest OSs in life-cycle support
4 fully supported Linux distributions & 1 optimised by vendor (SCO)
CentOS Support from CSS: Support will cover installation issues as well as
configuration issues
Since the release of IC 2.1 many more Linux distributions will run well on Hyper-V –
Fedora, Debian, Ubuntu etc.
2.6.35 kernel has Fast Boot, Synthetic Ethernet, 4 vCPU, Integrated Shutdown
Jaký jste „viděli největší server “
Fyzický server
Sockets x Cores =
RAM =
HDD =
NIC =
Virtuální server
vCores =
vRAM =
vHDD =
vNIC =
VMware vSphere Editions (5.x)
VMWare
Hypervisor
-
Host RAM – 4TB
Host logical CPU – 160
Total vCPU – 4096/host
vCPU per VM – 4
vRAM per VM – 32GB
Thin provisioning
Standard
Enterprise
Enterprise Plus
-
Host RAM – 4TB
Host logical CPU – 320
Total vCPU – 4096/host
vCPU per VM – 8
vRAM per VM – 1TB
Thin provisioning
-
Host RAM – 4TB
Host logical CPU – 320
Total vCPU – 4096/host
vCPU per VM – 32
vRAM per VM – 1TB
Thin provisioning
-
Host RAM – 4TB
Host logical CPU – 320
Total vCPU – 4096/host
vCPU per VM – 64
vRAM per VM – 1TB
Thin provisioning
-
Health monitoring
Capacity management
Operation DashBoard
vShield endpoint
-
Health monitoring
Capacity management
Operation DashBoard
vShield endpoint
-
Health monitoring
Capacity management
Operation DashBoard
vShield endpoint
-
High availability
Data Recovery
vMotion
Replication
Hot Add
Fault Tolerance
Storage vMotion
-
High availability
Data Recovery
vMotion
Replication
Hot Add
Fault Tolerance
Storage vMotion
-
High availability
Data Recovery
vMotion
Replication
Hot Add
Fault Tolerance
Storage vMotion
- vSerial port
- Storage API
- DRS, DPM
- vSerial port
- Storage API
- DRS, DPM
-
http://www.vmware.com/pdf/vsphere5/r55/vsphere-55-configuration-maximums.pdf
Storage and Net I/O
Distributed Switch
Host Profiles
Auto Deploy
SR-IOV
Storage DRS
Edice Windows Server 2012 a Hyper-V
Edice Windows
Server
Standard/Core
Datacenter/Core
Hyper-V server
•
•
•
•
•
Hyper-V
Vysoká
dostupnost
Počet volných
VM
Placená
licence
2
neomezeno
0
Standard=Datacenter, rozdíl v počtu volných VM
Per-Socket licence, dodáváno ve 2 socket licencích
Identický licenční model pro WS2012 a SC2012
Možnost Core Infrastructure Server (CIS)=WS+SC
Licence vždy přiřazena fyzickému serveru
• Hyper-V server = Datacenter edt. Core, pouze pro virtualizaci (není AD,…)
Windows Server 2012 R2(Hyper-V v3.1)
Základní vlastnosti
Počet vCPU: 64 (2008R2-4), lCPU - 320
Počet konkurenčních live migration: neomezeno (2008R2-1), limit je pouze síťové pásmo
Velikost RAM pro VM: 1TB (2008R2-64GB)
Velikost fyzické RAM: 4TB / Hyper-V 2TB (2008R2-1TB)
Počet nodů v clusteru: 64 (2008R2-16)
Aktivních VM: 1024/host, 8000 cluster (2008R2-512/1000)
Velikost virtuálního disku:64TB VHDX (2008R2-2TB)
Hyper-V Replica a Live Migration (živá migrace) na dálku
Podpora vNUMA node, IP Rewrite
Síťování (distributed switch, net config bez driveru,…)
Disky (deduplication, „storage vMotion“,…)
…
Stručná charakteristika „zdarma“
ESXi 5.x
Price
Bare-metal Hypervisor
Boot from Flash
Host Processors
vSMP Support
Host Physical Memory
Virtual Machine Memory
Free Remote Management Client
Live Migration
High Availability
Dynamic Memory
High-End Graphics for VDI
$0
x64
Yes
320 Logical CPU’s
8-way (64-way)
32GB (2TB)
1TB (8GB)
Yes
Needs vSphere
SKU
Needs vSphere
SKU
Yes
No
HVS 2008 R2
SP1
$0
x64
Yes
64 Logical CPU’s
4-way
1TB
64GB
Yes
HVS 2012
Yes
Yes
$0
X64
Yes
320 Logical CPU’s
64-way
4TB
1TB
Yes
Yes
Yes
Yes
Yes
Yes
Yes
And much more…
Testy výkonnosti
2x DELL PE M600 Blade
2x quad Intel Xeon 5450
16GB RAM
2x SAS 146GB RAID1
PassMark v7
Fyzický server Windows Server 2008R2 (1-8CPU)
VMware ESX 4.1 (1-8CPU)
Hyper-V R2 (1-4CPU)
Hyper-V R2SP1 RC (1-4CPU)
2x VM paralelně
3x VM paralelně
IOMeter
PassMark tests - CPU
CPU
Integer Math (Mops/s) -32-bit and 64-bit addition, subtraction, multiplication and
division using integer variables
Floating point (Mops/s) - 32-bit and 64-bit addition, subtraction, multiplication and
division using floating point variables
Prime numbers (Kprimes/s) - Finds prime numbers
SSE (Mmatrices/sec) - 128-bit SSE operations
Compression (KBprocess/sec) - Adaptive encoding algorithm
Encryption (Mbtranfer/sec) - Blowfish enciphering algorithm, 16byte key in blocks
of 4 KB
Physics (FPS) - Fluid Mechanics & game physics
String sorting (Kstrings/sec) - Sorts an array of 100,000 random strings each 25
characters long
PassMark test – memory, disk
Memory
Allocate Small Block (MB/s) - time taken to allocate & free small zeroed memory
blocks (around 100KB block size)
Read Cached (MB/s) - time taken to read a small block of memory
Read Uncached (MB/s) - time taken to read a large block of memory. The block is
too large to be held in cache.
Write (MB/s) - time taken to write information into memory
Large RAM (ops/sec) - allocate very large amounts of RAM and the time taken to
read this RAM
Disk - A large test file is created on the disk under test
Disk Seq/R (Mbtranfer/sec) - file is read sequentially from start to end
Disk Seq/W (Mbtranfer/sec) - file is written sequentially from start to end
Random R+W (Mbtranfer/sec) - file is read randomly
… bitva začíná…
… vsaďte si na vítěze…
A mějte na paměti, že Vaše prostředí je jiné než LAB ve kterém
se měřilo.
VMware a Hyper-V
Obě platformy jsou připraveny pro provoz náročných operací
Až na výjimky rozdíly v řádu statistické chyby
Více procesorů neznamená více výkonu
Poznatek: je lepší 2x VM4CPU nežli 1x8CPU
Hypervisor Summary (nikoliv platforma)
Hyper-V
ESX Server
Rozsáhlejší podpora HW
Žádná závislost na Windows
Srovnatelný výkon k HW
Širší podpora guest systémů
Menší Hypervisor / Obsálejší podpora
Srovnatelný výkon k HW
Extrémně cenově výhodný pro menší podniky (3 nody v
clusteru) – HA v ceně, Hyper-V zdarma,...
Větší Hypervisor / Menší platforma
Bez podpory Solaris
Mladší platforma, méně podporovaných aplikací – nyní např.
certifikovaný SAP
~1MB Hypervisor
~320MB RAM
Větší škálovatelnost pro velké implementace: více
podporovaných aplikací – déle na trhu
~32MB Hypervisor
~718MB RAM
VMware Comparison
Capability
Hyper-V (2012 R2)
VMware Hypervisor
vSphere 5.5 Ent+
Virtual Fiber Channel
Yes
Yes
Yes
3rd
Yes
No
Yes (VAMP)1
Native 4-KB Disk Support
Yes
No
No
Maximum Virtual Disk Size
64TB VHDX
62TB VMDK
62TB VMDK
Online Virtual Disk Resize
Yes
Grow Only
Grow Only
256TB+2
64TB
64TB
Offloaded Data Transfer
Yes
No
Yes (VAAI)3
Boot from USB
Yes
Yes
Yes
Tiered Storage Pooling
Yes
No
No
Party Multipathing (MPIO)
Maximum Pass Through Disk Size
1
vStorage API for Multipathing (VAMP) is only available in Enterprise & Enterprise Plus editions of vSphere 5.1
maximum size of a physical disk attached to a virtual machine is determined by the guest operating system and the chosen file system within
the guest. More recent Windows Server operating systems support disks in excess of 256TB in size
3 vStorage API for Array Integration (VAAI) is only available in Enterprise & Enterprise Plus editions of vSphere 5.1
2 The
vSphere Hypervisor / vSphere 5.x Ent+ Information: http://www.vmware.com/pdf/vsphere5/r51/vsphere-51-configuration-maximums.pdf and http://www.vmware.com/products/vsphere/buy/editions_comparison.html
VMware Comparison - RAM
Capability
Hyper-V (2012 R2)
Wmware Hypervisor
vSphere 5.5 Ent+
Dynamic Memory
Yes
Yes
Yes
Resource Metering
Yes
Yes1
Yes
Network QoS
Yes
No2
Yes2
Storage QoS
Yes
No2
Yes2
1 Without
vCenter, Resource Metering in the vSphere Hypervisor is only available on an individual host by host
basis.
2 Quality of Service (QoS) is only available in the Enterprise Plus edition of vSphere 5.1
vSphere Hypervisor / vSphere 5.x Ent+ Information: http://www.vmware.com/pdf/vsphere5/r51/vsphere-51-configuration-maximums.pdf and http://www.vmware.com/products/vsphere/buy/editions_comparison.html
VMware Comparison - Networking
Capability
Hyper-V (2012 R2)
VMware Hypervisor
vSphere 5.1 Ent+
Yes
No
Replaceable1
5
No
2
Private Virtual LAN (PVLAN)
Yes
No
Yes1
ARP Spoofing Protection
Yes
No
vCNS/Partner2
DHCP Snooping Protection
Yes
No
vCNS/Partner2
Virtual Port ACLs
Yes
No
vCNS/Partner2
Trunk Mode to Virtual Machines
Yes
No
Yes3
Port Monitoring
Yes
Per Port Group
Yes3
Port Mirroring
Yes
Per Port Group
Yes3
Extensible vSwitch
Confirmed Partner Extensions
1 The
vSphere Distributed Switch (required for PVLAN capability) is available only in the Enterprise Plus edition of vSphere 5.1 and is replaceable
(By Partners such as Cisco/IBM) rather than extensible.
2 ARP Spoofing, DHCP Snooping Protection & Virtual Port ACLs require the App component of VMware vCloud Network & Security (vCNS)
product or a Partner solution, all of which are additional purchases
3 Trunking VLANs to individual vNICs, Port Monitoring and Mirroring at a granular level requires vSphere Distributed Switch, which is available in
the Enterprise Plus edition of vSphere 5.1
vSphere Hypervisor / vSphere 5.x Ent+ Information: http://www.vmware.com/products/cisco-nexus-1000V/overview.html, http://www-03.ibm.com/systems/networking/switches/virtual/dvs5000v/, http://www.vmware.com/technicalresources/virtualization-topics/virtual-networking/distributed-virtual-switches.html, http://www.vmware.com/files/pdf/techpaper/Whats-New-VMware-vSphere-51-Network-Technical-Whitepaper.pdf, http://www.vmware.com/products/vshieldapp/features.html and http://www.cisco.com/en/US/prod/collateral/switches/ps9441/ps9902/data_sheet_c78-492971.html
Tedy srovnáváme
nesrovnatelné
Přestávka – začínáme v 11:20
https://www.yammer.com/newworldofit
Váš názor je pro nás velice
důležitý,podělte se s námi o něj
Jak na správu virtuálního
prostředí
Key Technologies
Automation
Orchestrator
vRealize Orchestrator
Service Mgmt.
Service Manager
vRealize Automation
Protection
Monitoring
Data Protection Manager
System Center 2012 R2
Operations Manager
vSphere Data Protection
vRealize Suite
vRealize
Operations
& vCenter
Self-Service
App Controller
vCloud Director (EOA 9/13)
VM Management
Virtual Machine Manager
vCenter Server
Hypervisor
Hyper-V
vSphere Hypervisor (ESXi)
Porovnání: Přesun VMs
VMware
vMotion
Přesun VM mezi servery
Bez výpadku
Vyžaduje vCenter Server
GB Ethernet
Storage vMotion
Přesun vmdk + metadata mezi
úložišti
Bez výpadku
Vyžaduje vCenter
Potřeba kompatibilních procesorů!
Microsoft
Live Migration
Přesun VM mezi nody
Bez výpadku
Vyžaduje Failover Clustering
GB Ethernet
Storage Live migration
Přesun VHD(x) mezi úložišti
Bez výpadku
Vyžaduje Failover Clustering
VMware Comparison
Capability
Hyper-V (2012 R2)
vSphere Hypervisor
vSphere 5.5 Ent+
VM Live Migration
Yes
No1
Yes2
VM LM with Compression
Yes
N/A
No
VM LM over RDMA
Yes
N/A
No3
1GB Simultaneous Live Migrations
Unlimited4
N/A
4
10GB Simultaneous Live Migrations
Unlimited4
N/A
8
Automated Live Migrations (Load)
Yes (VMM)
N/A
Yes (DRS)
Automated Live Migrations (Power)
Yes (VMM)
N/A
Yes (DPM)
Live Storage Migration
Yes
No5
Yes6
Shared Nothing Live Migration
Yes
No
Yes2
Migration (vMotion) is unavailable in the vSphere Hypervisor – vSphere 5.1 required
Migration (vMotion) and Shared Nothing Live Migration (Enhanced vMotion) is available in Essentials Plus & higher editions of vSphere 5.1+
3 Unsupported at this time
4 Within the technical capabilities of the networking hardware
5 Live Storage Migration (Storage vMotion) is unavailable in the vSphere Hypervisor
6 Live Storage Migration (Storage vMotion) is available in Standard, Enterprise & Enterprise Plus editions of vSphere 5.1
1 Live
2 Live
vSphere Hypervisor / vSphere 5.x Ent+ Information: http://www.vmware.com/products/vsphere/buy/editions_comparison.html, http://www.vmware.com/files/pdf/products/vcns/vCloud-Networking-and-Security-Overview-Whitepaper.pdf
http://www.vmware.com/products/datacenter-virtualization/vcloud-network-security/features.html#vxlan, http://cto.vmware.com/wp-content/uploads/2012/09/RDMAonvSphere.pdf
VMware Comparison
Capability
Hyper-V (2012 R2)
VMware Hypervisor
vSphere 5.5 Ent+
Live VM Cloning
Yes
No
Yes1
Live Migration Upgrades
Yes
N/A
Yes
Network Virtualization
Yes
No
vCNS2
Network Virtualization Gateway
Yes
No
vCNS2
1 VM
Cloning requires vCenter
& Edge Gateway are features of the vCloud Networking & Security Product, which is available at additional cost to vSphere 5.1.
In addition, it requires the vSphere Distributed Switch, only available in vSphere 5.1 Enterprise Plus.
2 VXLAN
vSphere Hypervisor / vSphere 5.x Ent+ Information: http://www.vmware.com/products/vsphere/buy/editions_comparison.html, http://www.vmware.com/files/pdf/products/vcns/vCloud-Networking-and-Security-Overview-Whitepaper.pdf
http://www.vmware.com/products/datacenter-virtualization/vcloud-network-security/features.html#vxlan
Porovnání: Neplánovaný výpadek
VMware
High Availability
Automatic restart
Restarts VMs
Reboot required
Na úrovni host a guest
Optimalizované umístění VM pomocí DRS
Až 32 nodes per cluster
Fault Tolerance
Bez výpadku
Lock Step VMs -vLockstep
Omezení na 1 vCPU, 64 GB RAM
Microsoft
Failover Clustering
Automatic Failover
Obnovení služby
Reboot required
Na úrovni host a guest
Až 64 nodes per cluster
Microsoft servery „rozumí clusteringu”
Windows Server
Exchange
SQL Server
SharePoint
Application monitoring
VMware Comparison
Capability
Nodes per Cluster
VMs per Cluster
Hyper-V (2012)
vSphere Hypervisor
vSphere 5.1 Ent+
64
N/A1
32
8,000
N/A1
4,000
64
Nodes2
64 Nodes2
Max Size Guest Cluster (iSCSI)
64 Nodes
Max Size Guest Cluster (Fibre)
64 Nodes
5 Nodes
5 Nodes
Max Size Guest Cluster (File Based)
64 Nodes
0 Nodes3
0 Nodes3
Guest Clustering with Live Migration
Yes
N/A1
No4
Guest Clustering with Dynamic Memory
Yes
No5
No5
Guest Cluster with Shared Virtual Disk
Yes
Yes6
Yes6
1 High
Availability/vMotion/Clustering is unavailable in the standalone vSphere Hypervisor
Clusters can be created on vSphere 5.1 using the in-guest iSCSI initiator to connect to the SAN, the same as would be configured in a physical
cluster. Support of guest operating systems up to Windows Server 2008 R2 means 16 node clusters are the maximum size on vSphere 5.1
3 VMware does not support VM Guest Clustering using File Based Storage i.e. NFS
4 VMware does not support vMotion and Storage vMotion of a VM that is part of a Guest Cluster
5 VMware does not support the use of Memory Overcommit with a VM that is part of a Guest Cluster
6 VMware supports Shared VMDK with EagerZeroedThick and doesn’t support vMotion/Memory Overcommit of VMs in Guest Cluster
2 Guest
vSphere Hypervisor / vSphere 5.x Ent+ Information: http://www.vmware.com/pdf/vsphere5/r51/vsphere-51-configuration-maximums.pdf, http://pubs.vmware.com/vsphere-50/topic/com.vmware.ICbase/PDF/vsphere-esxi-vcenter-server-50mscs-guide.pdf, http://kb.vmware.com/kb/1037959
Porovnání:Dynamic Resource Management
VMware
Microsoft
DRS (Distributed Resource
Scheduling)
Může automaticky přesouvat VM
mezi hosty v závislosti na zátěži
(VMotion)
Rozšířená funkcionalita
Global scheduler
Dynamically workload across resource
pools
vAPP–Manage VMs as a group
Distributed Power Management
Vyžaduje vCenter
VMM PRO (Performance
Resource Optimization)
Může automaticky přesouvat VM
mezi hosty v závislosti na zátěži
(Live Migration)
Může upozornit nebo spustit
migraci automaticky dle zátěže
Vyžaduje SCOM/SCVMM
Agenti v guest OS > pokud nastane
problém s aplikací, mohu něco
udělat
VMware Comparison
Capability
Hyper-V (2012 R2)
vSphere Hypervisor
vSphere 5.5 Ent+
Incremental Backup
Yes
No1
Yes1
Inbox VM Replication
Yes
No1
Yes1
Replication Capability
Hyper-V Replica (R2)
vSphere Replication
Inbox with Hypervisor
Virtual Appliance
Asynchronous
Asynchronous
30 secs, 5 mins, 15 mins
15 Minutes
Tertiary
Secondary
Planned Failover
Yes
No
Unplanned Failover
Yes
Yes
Test Failover
Yes
No
Simple Failback Process
Yes
No
Automatic Re-IP Address
Yes
No
Yes, 15 points
No
Yes, PowerShell, HVRM
No, SRM
Architecture
Replication Type
RTO
Replication
Point in Time Recovery
Orchestration
vSphere Hypervisor / vSphere 5.x Ent+ Information: http://www.vmware.com/products/vsphere/buy/editions_comparison.html, http://www.vmware.com/products/datacenter-virtualization/vsphere/compare-kits.html
VMware Memory Management
Transparent page sharing (TPS)
Ballooning
Hypervisor swapping
Memory compression
Úspora TPS na jeden spuštěný Windows server ~150-200MB (jen OS bez
aplikací), 4kB -2MB Page
Pokud používám moderní aplikace, potřebuji
řešit vysokou dostupnost v rámci virtualizace?
VMware vSphere Editions vs Microsoft Suite
-
Host RAM – 4TB
Host logical CPU – 320
vCPU per VM – 64
vRAM per VM – 1TB
64TB virtual disk
USB
Virtual HBA
- vSerial port
- Storage API
- DRS, DPM
-
Storage and Net I/O
Distributed Switch
Host Profiles
Auto Deploy
SR-IOV
Storage DRS
-
Health monitoring
Capacity management
Operation DashBoard
vShield endpoint
-
High availability (32)
Data Protection
vMotion
Replication
Hot Add
Fault Tolerance
Storage vMotion
Update Manager
Thin provisioning
Geo cluster
- Guest Patch
management
- Included OS licenses
- VDI included
- RDMA support
- Storage tiering for
commodity disks
- Storage encryption
- Storage Deduplication
- Aplication / service
monitoring
- VM Activation
- IP Address Rewrite
http://blogs.technet.com/b/keithmayer/archive/2013/09/24/vmware-or-microsoft-comparing-vsphere-5-5-and-windows-server-2012-r2-at-a-glance.aspx /
http://www.vmware.com/why-choose-vmware/robust/robust-foundation
Cenové porovnání 3 servery 50VMs
(2x6core/server, konsolidace 1:8,~2GB/VM-64GB;2+1spare)
VMware
•Operating System
Microsoft
•Operating System
–Windows Server 2012
Datacenter 132.200Kč x 3 =
396.600Kč
(OEM 75.500 x 3 = 226.500Kč)
–Windows Server 2012 Datacenter
132.200Kč x 3 = 396.600Kč
(OEM 75.500 x 3 = 226.500Kč)
•Virtualization Platform
478.638CZK
–ESXi Server included w/ vSphere
•Management Platform
Navíc pro
implementaci
–vSphere 5.1 Enterprise (1vCenter
server)
83.343 x 6 = 500.058Kč
46.180 x 6 = 277.080Kč
•Celkem 1.173.738Kč (OEM 170.100)
+ Win Server pro Management
+ Win Server pro Backup
+ DPM,…
+ vCenter AppSpeed, Operations - $$??
•Virtualization Platform
–Hyper-V included w/WS12
•Management Platform
–System Center Management Suite
Datacenter 99.500 x 3 =
298.500Kč
•Total 695.100Kč (OEM -170.100)
Dell list price 22.4.2014
Cenové porovnání 3 servery 50VMs
(2x6core/server, konsolidace 1:8,~2GB/VM-64GB;2+1spare)
VMware
Microsoft
• Operating System
•Operating System
–Windows Server 2012 Datacenter
132.200Kč x 3 = 396.600Kč
(OEM 75.500 x 3 = 226.500Kč)
–Windows Server 2012
Datacenter 132.200Kč x 3 =
396.600Kč
(OEM 75.500 x 3 = 226.500Kč)
•Virtualization Platform
–ESXi Server included w/ vSpehere
181.272CZK
•Management Platform
•Virtualization Platform
Navíc pro
–vSphere 5 Standard
–Hyper-V included w/WS12
implementaci
23.705 x 6 = 142.230Kč
•Management Platform
6.507 x 6 = 39.042Kč
•Celkem 577.872Kč (OEM -170.100)
- Partially included in WS12
•Total 396.600Kč (OEM -170.100)
Resp. 0Kč
Dell list price 22.4.2014
Namísto závěru
VMware vSphere
Microsoft Hyper-V + SC
 Déle na trhu
 Funguje na jakémkoliv
Windows certified
hardware
 Lepší správa paměti
 Již vlastníte Hyper-V, proč
jej nevyužít?
 Podpora více OS
 Stejné nástroje pro správu
jako pro zbytek IS
 Možnost kombinací na
fyzickém serveru
Oběd, přejeme Vám dobrou chuť, začínáme ve 12:30
https://www.yammer.com/newworldofit
Váš názor je pro nás velice
důležitý,podělte se s námi o něj
Multihypervisor a migrace
Agenda
What is MultiHypervisor
Migrating to Hyper-V
Migrating to Azure
Partner Solutions
Summary
Multihypervisor
Do not rely on single provider………….
Migrate easily between platforms
Provide cost efective Solution per service
Cloud Models
On Premises
Infrastructure
Applications
Applications
Data
Data
Data
Runtime
Runtime
Middleware
Middleware
Middleware
O/S
O/S
O/S
Virtualization
Virtualization
Servers
Servers
Storage
Storage
Networking
Networking
You manage
Data
You manage
Applications
Runtime
Managed by Microsoft
Virtualization
Servers
Storage
Networking
O/S
Virtualization
Servers
Storage
Networking
Managed by Microsoft
Applications
Managed by Microsoft
(as a Service)
Middleware
(as a Service)
Software
(as a Service)
Runtime
You manage
Platform
Hypervisor share growth
Hyper-V is gaining in share of shipments while VMware declines
Hyper-V vs VMware
60.0%
50.0%
Q2
CY2008
Q2
CY2009
1 Year
40.0%
30.0%
Microsoft
Hyper-V
20.0%
VMware
ESX
Q2
Q2
CY2010 CY2011
Q2
CY2012
Q2
CY2013
Q2
CY2014
2 Years
4 Years
5 Years
Current
3 Years
Change
Since
Hyper-V
Released
10.0%
0.0%
1
2
3
Series1
4
5
6
7
Series2
Source: IDC WW Quarterly Server Virtualization Tracker, September 2014. Hyper-V and ESX + vSphere shares based on percent market share among all x86 new hypervisor deployments (nonpaid and paid). x86 hypervisor shipments include those sold on new servers, new nonpaid
hypervisor deployments aboard new servers, and new hypervisor sales and nonpaid hypervisor deployments on installed base servers. Share gains for Hyper-V and ESX + vSphere come in part from market share transfers from older products from same vendors.
2014 Gartner x86 Virtualization Magic Quadrant
Thomas Bittman, Mark Margevicius, Philip Dawson, July 2, 2014
Microsoft a leader four consecutive years
Download the report at no cost
http://www.gartner.com/technology/reprints.do?id=1-1WR6HLK&ct=140703&st=sb
This graphic was published by Gartner, Inc. as part of a larger research document and should be evaluated in the context
of the entire document. The Gartner document is available upon request from Microsoft. Gartner does not endorse any
vendor, product or service depicted in its research publications, and does not advise technology users to select only those
vendors with the highest ratings. Gartner research publications consist of the opinions of Gartner's research organization
and should not be construed as statements of fact. Gartner disclaims all warranties, expressed or implied, with respect to
this research, including any warranties of merchantability or fitness for a particular purpose. All statements in this report
attributable to Gartner represent Microsoft’s interpretation of data, research opinion or viewpoints published as part of a
syndicated subscription service by Gartner, Inc., and have not been reviewed by Gartner. Each Gartner publication speaks
as of its original publication date (and not as of the date of this presentation). The opinions expressed in Gartner
publications are not representations of fact, and are subject to change without notice.
Confidently virtualize workloads
Enterprise-class flexibility, scale & performance for top-tier workloads
SQL Server 2012
64 vCPU support drove 6x performance
increase over previous version of HyperV6.3% overhead compared with physical
Exchange 2013
Virtualized 48,000 simulated users on a
single Hyper-V host across 12 VMs with
low response times
SharePoint 2013
Scaled to more than 2 million concurrent
heavy users across 5 VMs on a single
Hyper-V host
SAP World Record
SAP ERP 6.0 three-tier
configuration running on
SQL Server 2012 and completely
virtualized on Hyper-V
Oracle software
Run certified Oracle software
with full support on Windows Server,
Hyper-V and in Microsoft Azure.
Microsoft Virtual Machine Converter
Free standalone tool for conversion of physical & virtual servers
MVMC 3.0
Standalone tool to convert and migrate either
physical servers or VMware-based virtual
machines & disks to Hyper-V and Microsoft Azure.
Benefits
Deployed with minimal dependencies.
Native support for Windows PowerShell for
powerful automation capabilities
Wizard-driven GUI for ease of use.
Simple to download, install and use.
Fully supported by Microsoft.
Supports the conversion of the latest Guest OS’s,
along with conversion from the latest vSphere
hosts, to Hyper-V hosts.
Microsoft Virtual Machine Converter
Physical Conversion: Supported Source & Destination Hosts
Physical OS
WS2008 / R2
WS2012 / R2
Windows Vista
Windows 7 / 8
Microsoft Hosts
(with Hyper-V enabled)
WS2008 R2 SP1 (VHD)
WS2012 (VHD)
WS2012 R2 (VHD)
Microsoft Virtual Machine Converter
Converting a Physical OS: The Process
Hyper-V
4. Data copied to MVMC conversion host
3. MVMC triggers Volume
Shadow Snapshot of volumes
Windowsbased OS
1. Connect to source OS, install agent
& run system scan.
2. Select volumes, Configure VM
settings & choose target Hyper-V host
4. Validate/fix-up,
create VM &
attach VHD
VIDEO
P2V with MVMC 3.0
Microsoft Virtual Machine Converter
Virtual Machine Conversion: Supported Source & Destination
Hosts
Microsoft Azure
VMware Source
vCenter 4.1
vCenter 5.1
vCenter 5.5
ESX/ESXi 4.1
ESXi 5.1
ESXi 5.5
Microsoft
Azure
VHD Only
Microsoft Hosts
(with Hyper-V enabled)
WS2008 R2 SP1 (VHD)
WS2012 (VHD/VHDX)
WS2012 R2
(VHD/VHDX)
Microsoft Virtual Machine Converter
Supported Guest Operating Systems
Supported Guest OS’s1
VMware VMs
Hardware Version: 4, 7, 8, 9 &
10
Windows Server 2008 (x86/x64)
Windows Server 2008 R2 (x64)
Windows Server 2012 (x64)
Windows Server 2012 R2 (x64)
Windows Vista Enterprise (x86/x64)2
Windows 7 Pro/Ent/Ultimate (x86/x64)2
Windows 8 Pro/Ent (x86/x64)2
Windows 8.1 Pro/Ent (x86/x64)2
RHEL 5/6 (x86/x64)3
Ubuntu 10.04/12.04 (x86/x64)3
SLES 11 (x86/x64)3
CentOS 5/6 (x86/x64)3
Debian GNU/Linux 7 (x86/x64)3
Oracle Linux 5/6 (x86/x64)3
1. Microsoft Azure does not support x86 guests
2. Microsoft Azure does not support Windows Client guests.
3. Please refer to documentation for converting Linux guests – additional pre-requisite steps may be required.
Microsoft Virtual Machine Converter
Supported VMware Virtual Disk Configurations
VMware Host & VM
Supported Virtual Disk Types
monolithicFlat
monolithicSparse
twoGbMaxExtentFlat
twoGbMaxExtentSparse
streamOptimized
vmfs
vmfsSparse
delta disk conversion
Microsoft Virtual Machine Converter
Additional Requirements
On the Destination Hyper-V Host
User account must have write access to UNC path
on Hyper-V host, used to copy the new virtual hard
disks.
Hyper-V host must have enough capacity available
for new virtual hard disks.
Windows Guests
For online conversion, disable firewall, enable RDP
& ensure VMware Tools are installed.
VM should be domain-joined.
Remote access through WMI is enabled on source
VMware VM.
Account being used for conversion is part of an AD
domain, and has local administrator rights on VM.
Microsoft Virtual Machine Converter
Additional Requirements
On the Destination Hyper-V Host
User account must have write access to UNC path
on Hyper-V host, used to copy the new virtual hard
disks.
Hyper-V host must have enough capacity available
for new virtual hard disks.
Linux Guests
Target VM requires VMware Tools to be installed.
SSH required to remove VMware Tools – ensure
SSH is enabled and prepared to accept input on
port 22.
Root credentials currently required – su/sudo not
currently supported.
Refer to documentation for more details.
Microsoft Virtual Machine Converter
Additional Requirements when converting to Microsoft Azure
VMware -> Microsoft Azure
MVMC 3.0 performs virtual machine
conversions to VHDs and uploads the disks to
Microsoft Azure Blob Storage.
Pre-Requisites
Add a management certificate for Microsoft
Azure that can be used for authentication with
your subscription ID on Microsoft Azure.
You have a storage account to upload and
store the converted VHDs in Microsoft Azure.
To convert and upload to Microsoft Azure, you
have to install Windows PowerShell Runtime
3.0 on the machine on which MVMC 3.0 is
running.
See documentation for guidance.
Microsoft Virtual Machine Converter
Converting a VMware VM: The Process
Microsoft
Azure
Windows
& Linux
VMs
Hyper-V
3. VMDK to VHD/VHDX Copy & Conversion
4. Validate
Disk
2. Checkpoint VM
& Uninstall VMware Tools
VMware
vCenter/ESX
i
5b. Copy
VHD to
Microsoft
Azure
Storage
1. Connect to vCenter/ESXi & Select Target
Guest
5a. Connect
to Hyper-V,
Copy VHD/x,
Create VM
VIDEO
V2V with MVMC 3.0
Migration Automation Toolkit
Free solution to automate & scale MVMC VM Conversions
Migration Automation Toolkit for MVMC
Series of PowerShell scripts that wrapper MVMC
with automation to perform multiple virtual machine
conversions simultaneously, not physical.
Free to download, edit and customize
Uses free SQL Server Express (or other SQL
Server editions) to store information about the
conversion process
Supports multiple simultaneous conversions per
MVMC machine
Scales out across ‘Helper Nodes’ – multiple
machines running MVMC and scripts all
coordinated from central node
More helper nodes = more conversions
simultaneously.
More info: http://blogs.technet.com/b/privatecloud/archive/2014/04/08/migration-automation-toolkit-for-mvmc-2-0.aspx
Migration Automation Toolkit
Converting VMs with MVMC & MAT: The Process
Helper Machines
Physical/Virtual OS with
MVMC 3.0
4. Scale
Hyper-V
1. Collect
vSphere
2. Order
Physical/Virtual OS with SQL Server
MAT Control Machine
User Ordered List
VIDEO
MAT 4 MVMC
Migrating to Azure
Migration Accelerator
PREVIEW
Move physical, VMware, AWS and Hyper-V virtual machines to Azure
Heterogeneous
Supports VMware, AWS, Hyper-V and physical
servers.
One solution to orchestrate Azure cloud adoption
throughout your environment.
Fast, pain-free migrations
From discovery & network reconfiguration through to
Azure VM provisioning, the Migration Accelerator
handles it all
Application consistency
Simplify multi-tier application migrations to Azure,
with the ability to detect and stage most applications.
Automatically orchestrates the startup order of
applications in Azure
Migration Accelerator
PREVIEW
Move physical, VMware, AWS and Hyper-V virtual machines to Azure
Near-zero downtime and data loss
Replicate and test your workloads on Azure before
committing to a cutover.
After an initial sync, data replication between your
assets and Azure is near synchronous, with minimal
impact to production systems.
When you’re ready, Migration Accelerator will switch
the primary to Azure for a seamless migration.
Migrate for free
While in limited preview, Migration Accelerator is free
and available only in North America.
You pay only for any Azure services consumed.
There is no SLA for Azure services in public preview
http://azure.microsoft.com/en-us/features/migrationaccelerator/
Migration Accelerator
PREVIEW
Move physical, VMware, AWS and Hyper-V virtual machines to Azure
Key Components
1. Mobility Service: light weight OS-based service installed on target.
Captures data in real time & syncs source volumes to target
2. Process Server (PS): On-premises server that facilitates
communication between the Mobility Service and target virtual
machines in Azure. Provides caching, queuing, compression,
encryption and bandwidth management
Migration
Accelerator
Portal
5
3. Configuration Server (CS): Manages the communication between
the Master Target and the MA Portal. Installed on a dedicated Azure
VM in your Azure subscription. Regular
synchronization occurs between the CS and MA Portal
3
4. Master Target (MT): Target for replicating disks of
on-premises servers. Installed within a dedicated
Azure VM in your Azure subscription. Disks are
attached to the MT to maintain duplicate copies.
5. MA Portal: Multitenant portal to discover,
configure protection and migrate your
on-premises workloads into Azure.
2
1
VMware, AWS,
Hyper-V &
physical servers
Process
Server
Config
Server
4
Master
Target
Microsoft Azure
VIDEO
Migration Accelerator
Partner Solutions
Comparing Migration Options
High-level comparison for free & licensed conversion tools
5nine V2V
Easy Converter
Xtreme
VM Migrator
NetIQ
PlateSpin Migrate
Vision Solutions
Double-Take Move
NetApp
Project Shift
Small/Medium
Medium/Large
Large
Large
Large
ESX/ESXi 4.1 -> 5.5
ESX/ESXi 4.1, 5.1, 5.5
Any
Any
Any (req. Array)
Windows & Linux
Windows & Linux
Windows & Linux
Windows & Linux
Windows & Linux
Hyper-V
Hyper-V
Hyper-V
Any
Hyper-V
VMware Tools
Not Removed
Removed
Removed
Not Removed
Removed
Agent/Service
No
No
Yes
Yes
No
Minutes/Hours
Minutes/Hours
Seconds/Minutes
Seconds/Minutes
Seconds/Minutes
PowerShell (Full Ed.)
SC Orchestrator
Custom Scripts
PowerShell/MAT
MAT4Shift
Costs
Free or Buy
Full Edition
Buy IP or Incl.
with consultancy
Per Migration
Cost
Per Migration
Cost
Incl. with
Array
Supportability
5nine
Supported
Xtreme Consulting
Supported
NetIQ
Supported
Vision Solutions
Supported
NetApp
Supported
Scale
Source Hosts
Source Guests
Target
Downtime
Automation
Vision
Solutions:
Double-Take
Move
'Anywhere to Anywhere' Migrations
Highest Flexibility for Migration
Double-Take Move provides the highest level
of flexibility for migrating workloads between
environments.
Supports Physical to Physical, Physical to
Virtual, Virtual to Physical.
Supports migrating to/from/between Clouds.
Significantly reduced downtime when
compared with MVMC 3.0’s disk conversions.
Key Considerations
Double-Take Move requires an agent installed
within the sources and target operating
systems.
Per-VM migration cost.
Source
Target
Vision
Solutions:
Double-Take
Move
Near-Zero Downtime Migrations
Applications
Operating
System
Applications
Any IP Network
Operating
System
Double-Take Filter
File System
Hardware
Layer
Wan Optimized
3 levels of data
compression & bandwidth
limiting capabilities
Initial Mirror of Data
File System
Hardware
Layer
Vision
Solutions:
Double-Take
Move
Customer Success with VMware Migration: TeleComputing
Driven to Save Costs
From Datacenters in Norway & Sweden,
delivering 2,400 hosted applications to
approximately 75,000 end users every day at
more than 800 small and midsize businesses
10,000 VMs on 3,500 physical servers.
Needed to grow beyond current datacenter, but
additional VMware licenses hugely expensive.
Chose to switch, but needed to move in small
maintenance windows.
Integrated Double-Take Move with System
Center for automated operations.
http://www.microsoft.com/casestudies/Windows-Server-2012Datacenter/TeleComputing/Hosting-Provider-Migrates-from-VMware-toHyper-V-Trims-Licensing-Significantly/710000003723
MAT
for
Double-Take
Move
Automating Vision Solutions' Double-Take Move with 'MAT4Move'
MAT4Move
Enhances Double-Take Move with additional
capabilities such as:
-
VMware VM Discovery
-
VMware Tools Removal
Free download available from the Vision Solutions
Customer Care Support Central Portal
More info: http://blog.visionsolutions.com/2014/02/04/migration-automation-toolkit-mat-for-double-take-move-easy-migrations-to-hyper-v/
NetApp: Project Shift
Rapid Virtual Machine Conversion – Powered by the Array
Data ONTAP, FlexClone & WAFL
Process involves cloning the data blobs from one
format to another, writing any unique differences
as needed.
For VMware to Hyper-V, we clone from the flat
VMDK into the new VHD/VHDX, writing any
headers and metadata as needed.
Take a VMDK on an NFS data store and shift it to
a VHD/VHDX in seconds.
Supports conversion of Windows Server & Linux,
and latest versions of Hyper-V & vSphere.
Only writing the difference in the file format not
the contents of the virtual disk itself.
Requires a NetApp storage device that is running
Data ONTAP 8.2 or later, running in Cluster mode
More info: https://communities.netapp.com/community/netapp-blogs/msenviro/blog/2013/08/02/mat-powered-by-project-shift,
http://gallery.technet.microsoft.com/MAT-powered-by-Shift-343f242d
Summary
Which
tool?
Migration to Hyper-V or Microsoft Azure
Migration to…
Hyper-V
Azure
MVMC 3.0 & MAT
Migration Accelerator
5nine V2V Easy Converter
Xtreme VM Migrator
NetIQ PlateSpin Migrate
Vision Solutions Double-Take Move
NetApp Project Shift
MVMC 3.0
Vision Solutions Double-Take Move
The
Microsoft
Datacenter
TCO
Tool
Visualize the savings with migration to Microsoft
The Datacenter TCO Tool
Compares the TCO of running a Microsoft
datacenter solution based on WS2012 R2, SC2012
R2 and Microsoft Azure to a VMware solution
consisting of the vCloud Suite and vCloud Air.
When to use?
Existing VMware customers that are considering
migrating their vSphere infrastructure to Hyper-V, or
want to run new workloads on Hyper-V.
Output
Customized report including payback period for
migration investment (in months), total $ savings
over three years (year by year cash flows)
compared to VMware, and TCO comparisons &
detailed breakdown of cash flows and costs by year
http://www.datacentertcotool.com/
Key takeaways
Windows Server 2012 R2 & System Center 2012 R2 provide
a greater number of key capabilities for virtualizing &
managing your workloads, without additional costs.
The Datacenter TCO Tool can provide you with deeper
insight into the compelling economics achieved through
moving to a Microsoft platform.
For customers who want to migrate their workloads, various
migration tools are available, each
with different features, & price points.
Windows Azure
Windows Azure is An Economic Discussion
Not A Technical Discussion
Global
Footprint
Data remain in region

pay only for what you use
cloud services
application
building blocks
Most common scenarios
Výkon podle potřeby
• Rostoucí agenda
• Část dne/měsíce/roku
Geografická
dostupnost
• Aplikace úřadů
• Zkušenost občanů
Vysoká dostupnost
• Spolehlivost IT
• Přístup odkudkoli
Krátká životnost
• Granty, žádosti o
podporu
• Průzkumy
Mobilita a přístup
• Mobilní zaměstnanci
• Externí dodavatelé
Data a zálohování
• Zálohování dat
• Dlouhodobá archivace
dat
Disaster Recovery
• Data mimo datacentrum
• Jednoduchý start
Řízení identity
• Jednotná identita
• Více-faktorové
ověřování
Addressing storage challenges with StorSimple
Storage Today
Microsoft Azure StorSimple
Primary Storage
Manage
data growth
Lower storage
costs
Simplify data
protection and
disaster recovery
Increase business
agility
Archival Storage
Disk-based Backup
StorSimple
Remote Replication
Tape backup and DR
Reduce storage costs by 40-60%
99.95% monthly SLA
VMware vCloud Air
vCloud® Air™ is a public cloud platform built on the trusted foundation of vSphere
Infrasructure as a Service
DEVOPS SERVICES
DB AS A SERVICE
OBJECT STORAGE
MOBILITY SERVICES
CLOUD MANAGEMENT
Otázky a odpovědi
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