Tecnologías de Virtualización de Microsoft Miguel Hernández Consultor Pre-venta I.T. MVP / MCTS Windows Server Virtualization [email protected]http://undercpd.blogspot.com David Cervigón Luna Ingeniero Preventa – Datacenter Microsoft Ibérica [email protected]http://blogs.technet.com/ davidcervigon
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Tecnologías de Virtualización de Microsoft (Miguel Hernández)
Presentación de Miguel Hernández sobre la Virtualización de Microsoft en el I Congreso Internet del Mediterráneo celebrado en Alicante.
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Tecnologías de Virtualización de Microsoft
Miguel Hernández
Consultor Pre-venta I.T.MVP / MCTS Windows Server [email protected]://undercpd.blogspot.com
Particiones hijas (Máquinas Virtuales):32-bit (x86) y 64-bit (x64)RAM: Hasta 64 GB de memoriaSMP con 2/4 Procesadores Lógicos
384 VMs en ejecución concurrente por host O 512 Procesadores Virtuales.Hasta 16 nodos por Cluster: 1000 VMs por cluster o 384 VMs por nodoAlmacenamiento: Formato VHD y acceso Pass-Through a discoNetworking: Soporte a NLB, VLAN Tagging, TCP Offload, VMQ, Jumbo Frames…Live Backup: Integración con Volume Shadow ServiceEstándar DMTF para interfaz de gestión por WMISnapshotsManipulación Offline del virtual hard disk
Demo
Funcionalidades de Hyper-V
Demo
Dynamic Memory
Windows Server 2008 R2 Hyper-V vs. Microsoft Hyper-V Server 2008 R2
Microsoft Hyper-V Server 2008 R2 (HVS)
Descarga gratuita que incluye el hypervisor y todos los componentes
necesarios para virtualizar (Windows Kernel, drivers, red, almacenamiento…)
Hyper-V
VM
Hardware
Partición Padre
VM
Microsoft Hyper-V Server
Hyper-V como role de Windows Server 2008 R2
Disponible como role en una instalación “full” o
“Server Core” de Windows Server 2008
Hyper-V
VM
Hardware
Partición Padre
Windows Server
VM
Hyper-V
MISMAS FUNCIONALIDADES
Demo
Hyper-V Server
Demo
HA / Live Migration
Demo
Virtualización del Escritorio
Workload Optimization Suite
• Backup in realtime• System state restore• Continous data protection
• Minimum data loss• Minimum downtime
• X2X migrations
• Simple desktop and server management
• Streaming Desktops
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Virtual to Virtual
Physical to Physical
Physical to Virtual
Virtual to Physical
Full Server Failover
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How Double-Take Replication Works
OperatingSystem
HardwareLayer
File System
Any IP Network
Applications
OperatingSystem
Double-Take Filter
HardwareLayer
File System
Applications
Advantages :
• Real Time Asynchronous Replication,
• Bandwidth optimization,
• Intelligent compression,
• Byte level replication,
• VSS snapshot integration
• Data consistency with sequential data transmission,
S.T.A.R : Sequential Transfer Asynchronous Replication
Double-Take Filter
QUEUEING:Memory: 32-1024 MB (128 MB default).HDD :Size depents on infrastructure.
Double-Take : Failover & Failback
IP-Failover DNS-Failover
Advantages :• Faster Failover• No DNS rights necessary
Disadvantages : • Not possible between different subnets
Advantages :• Online Restore / low Downtime• No subnet limits
• Auto discovery, guest level policies, & guest protection schema• One click failover and failover management
– Unlimited number of VMs
Full Server Failover + Host Virtualization
• No need to install VMs on the target• Offline VMs on target• No OS/Application licensing on the target• Support of Windows Server 2003-2008 (no Cluster)
Hyper-V Environment
Gracias
Miguel Hernández
Consultor Pre-venta I.T.MVP / MCTS Windows Server [email protected]://undercpd.blogspot.com