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© 2009 VMware Inc. All rights reserved Networking From Physical to Virtual

Networking From Physical to Virtual

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Networking From Physical to Virtual. 100% Physical Environment. Devices on Management Network. Devices on iSCSI /NFS Network. OS A pps. OS A pps. VLAN 15. VLAN 10. Trunk. Physical Network. Physical and Virtual Environment. Devices on Management Network. - PowerPoint PPT Presentation

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Page 1: Networking From Physical to Virtual

© 2009 VMware Inc. All rights reserved

NetworkingFrom Physical to Virtual

Page 2: Networking From Physical to Virtual

2 Confidential

100% Physical Environment

Physical Network

VLAN 10 VLAN 15

Devices on iSCSI/NFS

Network

Devices on Management

Network

OSApps

OSApps

Trunk

Page 3: Networking From Physical to Virtual

3 Confidential

Physical and Virtual Environment

Physical Network

VLAN 10 VLAN 15

Devices on iSCSI/NFS

Network

Devices on Management

Network

OSApps

OSApps

ESX1

Trunk

Page 4: Networking From Physical to Virtual

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Creating a Virtual Machine

OSApps

Page 5: Networking From Physical to Virtual

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# of Network Cards

Page 6: Networking From Physical to Virtual

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Selecting the VLAN/Network for the Virtual Machine

Page 7: Networking From Physical to Virtual

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Selecting the Network Card

Page 8: Networking From Physical to Virtual

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A Virtual Machine is a set of files

Page 9: Networking From Physical to Virtual

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MAC Address

Page 10: Networking From Physical to Virtual

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What does the OS see for NIC?

Page 11: Networking From Physical to Virtual

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What does the OS See?

Page 12: Networking From Physical to Virtual

© 2009 VMware Inc. All rights reserved

Confidential

vNetwork Standard Switch

Page 13: Networking From Physical to Virtual

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Physical and Virtual Environment

Physical Network

VLAN 10 VLAN 15

Devices on iSCSI/NFS

Network

Devices on Management

Network

OSApps

OSApps

ESX1

Trunk

Page 14: Networking From Physical to Virtual

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Base Networking Configuration

Page 15: Networking From Physical to Virtual

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Creating a Port Group for Virtual Machine

Page 16: Networking From Physical to Virtual

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Selecting the Physical Network Card(s)

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Setting the VLAN for 1st Port Group

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Adding Additional Port Groups

Page 19: Networking From Physical to Virtual

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VMkernel – Virtual Network Cards for ESX

Page 20: Networking From Physical to Virtual

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Types of Traffics for VMkernel

Page 21: Networking From Physical to Virtual

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VSS - Load Balancing

Page 22: Networking From Physical to Virtual

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VSS - Network Failover Detection

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VSS - Security

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VSS - Traffic Shaping

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VSS - Completed Networking

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Physical with 1 ESX Host

Physical Network

VLAN 10 VLAN 15

Devices on iSCSI/NFS

Network

Devices on Management

Network

OSApps

OSApps

ESX1

Trunk

Page 27: Networking From Physical to Virtual

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Physical with 2 ESX Hosts

Physical Network

VLAN 10 VLAN 15

Devices on iSCSI/NFS

Network

Devices on Management

Network

OSApps

OSApps

VLAN 10 VLAN 20

Devices on iSCSI/NFS

Network

Devices on Management

Network

OSApps

OSApps

ESX1 ESX2

Trunk

Page 28: Networking From Physical to Virtual

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VMotion

Physical Network

VLAN 10 VLAN 15

Devices on iSCSI/NFS

Network

Devices on Management

Network

OSApps

OSApps

VLAN 20

Devices on iSCSI/NFS

Network

Devices on Management

NetworkOS

Apps

ESX1 ESX2

Trunk

Page 29: Networking From Physical to Virtual

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VMotion

Physical Network

VLAN 10

Devices on iSCSI/NFS

Network

Devices on Management

Network

OSApps

VLAN 15 VLAN 20

Devices on iSCSI/NFS

Network

Devices on Management

Network

OSApps

OSApps

ESX1 ESX2

Trunk

Page 30: Networking From Physical to Virtual

© 2009 VMware Inc. All rights reserved

Confidential

vNetwork Distributed Switch

Page 31: Networking From Physical to Virtual

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VMware Distributed Switch

Physical Network

VLAN 10 VLAN 15

Devices on iSCSI/NFS

Network

Devices on Management

Network

OSApps

OSApps

VLAN 10 VLAN 20

Devices on iSCSI/NFS

Network

Devices on Management

Network

OSApps

OSApps

ESX1 ESX2

UpLink1

UpLink2

UpLink3

Trunk

Page 32: Networking From Physical to Virtual

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VMware Distributed Switch

Physical Network

VLAN 10 VLAN 15

Devices on iSCSI/NFS

Network

Devices on Management

Network

OSApps

OSApps

VLAN 10 VLAN 20

Devices on iSCSI/NFS

Network

Devices on Management

Network

OSApps

OSApps

ESX1 ESX2

UpLink1

UpLink2

UpLink3

Trunk

Page 33: Networking From Physical to Virtual

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VMware Distributed Switches

Page 34: Networking From Physical to Virtual

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DVS – Base Configuration

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DVS – New Port Group

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DVS – Types of Port Groups

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DVS – Port Group Configuration

Page 38: Networking From Physical to Virtual

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DVS – Configured with 2 Port Groups

Page 39: Networking From Physical to Virtual

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DVS – Load Balancing

Page 40: Networking From Physical to Virtual

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DVS – Add Hosts

Page 41: Networking From Physical to Virtual

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Virtual NICs

Page 42: Networking From Physical to Virtual

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Networking – Final Configuration

Page 43: Networking From Physical to Virtual

© 2009 VMware Inc. All rights reserved

Confidential

Cisco Nexus 1000v

Page 44: Networking From Physical to Virtual

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Cisco Nexus 1000v

Physical Network

VLAN 10 VLAN 15

Devices on iSCSI/NFS

Network

Devices on Management

Network

OSApps

OSApps

VLAN 10 VLAN 20

Devices on iSCSI/NFS

Network

Devices on Management

Network

OSApps

OSApps

ESX1 ESX2

UpLink1

UpLink2

UpLink3

Trunk

Page 45: Networking From Physical to Virtual

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Networking – Installation VSM

Page 46: Networking From Physical to Virtual

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Networking – Installation VEM

Page 47: Networking From Physical to Virtual

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Configuration the VSM

Page 48: Networking From Physical to Virtual

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Networking

Page 49: Networking From Physical to Virtual

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Keep your process consistent

Network Administrator view

N1k-VSM# sh port-profile name Ubuntu-VMport-profile Ubuntu-VM description: status: enabled capability uplink: no capability l3control: no system vlans: none port-group: Ubuntu-VM max-ports: 32 inherit: config attributes: switchport mode access switchport access vlan 95 no shutdownassigned interfaces: Vethernet2 Vethernet4

Server Administrator view

Page 50: Networking From Physical to Virtual

© 2009 VMware Inc. All rights reserved

Confidential

Blade Chassis Configuration

Page 51: Networking From Physical to Virtual

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Blade Chassis with 2 Blades using Standard Switch

Blade Chassis

Physical Network

VLAN 10 VLAN 15

Devices on iSCSI/NFS

Network

Devices on Management

Network

OSApps

OSApps

VLAN 10 VLAN 20

Devices on iSCSI/NFS

Network

Devices on Management

Network

OSApps

OSApps

ESX1 ESX2

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Blade Chassis with 2 Blades using Distributed Switch

Blade Chassis

Physical Network

VLAN 10 VLAN 15

Devices on iSCSI/NFS

Network

Devices on Management

Network

OSApps

OSApps

VLAN 10 VLAN 20

Devices on iSCSI/NFS

Network

Devices on Management

Network

OSApps

OSApps

ESX1 ESX2

UpLink1

UpLink2

UpLink3

Page 53: Networking From Physical to Virtual

© 2009 VMware Inc. All rights reserved

Confidential

VMware Network IO Control

Page 54: Networking From Physical to Virtual

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Network IO Control

Blade Chassis

Physical Network

VLAN 10 VLAN 15

Devices on iSCSI/NFS

Network

Devices on Management

Network

OSApps

OSApps

VLAN 10 VLAN 20

Devices on iSCSI/NFS

Network

Devices on Management

Network

OSApps

OSApps

ESX1 ESX2

Page 55: Networking From Physical to Virtual

© 2009 VMware Inc. All rights reserved

Confidential

Switch Feature Comparison

Page 56: Networking From Physical to Virtual

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Switch Feature Comparison – 1 of 3

FeatureESX 3.5: Standard vSwitch

VMware 4u1: vNetwork Standard

Switch

VMware 4u1: vNetwork

Distributed Switch

Cisco Nexus 1000V 1.2

Switching FeaturesLayer 2 Forwarding Yes Yes Yes Yes

IEEE 802.1Q VLAN Tagging Yes Yes Yes Yes

Multicast Support (IGMP v2 and v3) Yes Yes Yes Yes

IGMPv3 Snooping - - - Yes

VMware VMotion Support Yes Yes Yes Yes

Network VMware VMotion (Network Policy) - - Yes Yes

Upstream Switch ConnectivityVirtual MAC Pinning Yes Yes Yes Yes

EtherChannel Yes Yes Yes Yes

Virtual Port Channels - - - Yes

Link Aggregation Control Protocol (LACP) - - - Yes

Load Balancing Algorithms Virtual Switchport ID Yes Yes Yes Yes

Source MAC Yes Yes Yes Yes

Source and Destination IP Yes Yes Yes Yes

Source and Destination MAC - - - Yes

Source and Destination Port IP - - - Yes

Additional Hashing Options - - - Yes

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Switch Feature Comparison – 2 of 3

FeatureESX 3.5: Standard vSwitch

VMware 4u1: vNetwork Standard

Switch

VMware 4u1: vNetwork

Distributed Switch

Cisco Nexus 1000V 1.2

Traffic Management Features Tx Rate Limiting (from virtual machine) Yes Yes Yes Yes

Rx Rate Limiting (from virtual machine) - - Yes Yes

iSCSI Multipathing - Yes Yes Yes

Quality-of-service (QoS) markingDifferentiated Services Code Point (DSCP) - - - Yes

Type of Service - - - Yes

Class of Service - - - Yes

Security FeaturesPort Security Yes Yes Yes Yes

VMware VMSafe compatible Yes Yes Yes Yes

Private VLANs (PVLANs) - - Yes Yes

Local PVLAN enforcement - - - Yes

Access Control Lists (ACL) - - - Yes

DHCP Snooping - - - Yes

IP Source Guard - - - Yes

Dynamic ARP Inspection - - - Yes

Virtual Service Domain - - - Yes

Page 58: Networking From Physical to Virtual

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Switch Feature Comparison – 3 of 3

FeatureESX 3.5: Standard vSwitch

VMware 4u1: vNetwork Standard

Switch

VMware 4u1: vNetwork

Distributed Switch

Cisco Nexus 1000V 1.2

Management FeaturesVMware vCenter Support Yes Yes Yes Yes

Third Party Accessible APIs Yes Yes Yes Yes

Network Policy Groups Yes Yes Yes Yes

VMware port mirroring (promiscuous) Yes Yes Yes -

Multi-Tier Policy Groups (inheritance) - - - Yes

SPAN - - - Yes

ERSPAN - - - Yes

Netflow v9 - - - Yes

SNMP v3 Read/Write - - - Yes

CDP v1/v2 Yes Yes Yes Yes

Syslog ** ** ** Yes

Packet Capture & Analysis - - - Yes

Radius/TACACS+ - - - YesConfiguration and management console and interface VI Client VI Client VI Client to VMware

vCenter ServerVMware vCenter

and Cisco CLIIPv6 for Management - Yes Yes Yes

NX-OS XML API - - - Yes

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ICONS

Nexus 1000

Nexus 1KV VSM

Workgroup Switch