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Load Balanced Virtual Switches (Erl, Naserpour)

How can workloads be dynamically balanced on physical network connections to prevent bandwidth bottlenecks?

Load Balanced Virtual Switches

Problem

When network traffic on the uplink port for a virtual switch increases, it can cause delays, performance issues and packet loss because the affected virtual servers are sending and receiving traffic via only one uplink.

Solution

Network traffic is balanced across multiple uplinks between the virtual and physical networks.

Application

Extra network interface cards are added to the physical host to accommodate the virtual switch that is configured with multiple physical uplinks.
Load Balanced Virtual Switches: The addition of network interface cards and physical uplinks allows network workloads to be balanced.

The addition of network interface cards and physical uplinks allows network workloads to be balanced.

NIST Reference Architecture Mapping

This pattern relates to the highlighted parts of the NIST reference architecture, as follows:

Load Balanced Virtual Switches: NIST Reference Architecture Mapping
CCP Module 5: Advanced Cloud Architecture

This pattern is covered in CCP Module 5: Advanced Cloud Architecture.

For more information regarding the Cloud Certified Professional (CCP) curriculum, visit www.arcitura.com/ccp.

CCP Module 17: Advanced Cloud Virtualization

This pattern is covered in CCP Module 17: Advanced Cloud Virtualization.

For more information regarding the Cloud Certified Professional (CCP) curriculum, visit www.arcitura.com/ccp.

Cloud Computing: Concepts, Technology & Architecture

This cloud computing mechanism is covered in:

Cloud Computing: Concepts, Technology & Architecture by Thomas Erl, Zaigham Mahmood,
Ricardo Puttini

(ISBN: 9780133387520, Hardcover, 260+ Illustrations, 528 pages)

For more information about this book, visit www.arcitura.com/books.