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Enterprise Networks: No Tool Left Behind June 2016 ©2016 NETSCOUT Help your tools manage the network migration beyond 10G

Enterprise Networks: No Tool Left Behind

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Page 1: Enterprise Networks: No Tool Left Behind

Enterprise Networks: No Tool Left Behind

June 2016

©2016 NETSCOUT

Help your tools manage the network migration beyond 10G

Page 2: Enterprise Networks: No Tool Left Behind

AGENDA HIGHLIGHTS

• Going beyond 10G

• Key requirements

• Real-world solutions to migration headaches

• Architecture planning and takeaways

David VanValkenburgSolutions architecture managerNETSCOUT

SPEAKER:

©2016 NETSCOUT

Page 3: Enterprise Networks: No Tool Left Behind

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EXPONENTIAL GROWTH AND NEW DATA CENTER DEMANDS 2014 – 2018

©2016 NETSCOUT

Page 4: Enterprise Networks: No Tool Left Behind

EVOLVING NEEDS

©2016 NETSCOUT 4

The need to optimize packet flows

Make service assurance platform

more efficient

Rate of Change: Higher bandwidth

links with older tools

Challenges in scaling monitoring and

visibility

IT workload challengesSLAs

Data Center evolution

Page 5: Enterprise Networks: No Tool Left Behind

Bring existing tools along as your network migrates to higher speeds

©2016 NETSCOUT

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WHAT IS A PACKET FLOW SWITCH?Network Centralized Tools

Application Performance Management

Network Performance Management

Customer Experience Management

Security

From the Network To the Tools

An Appliance to Optimize Packet Flow

©2016 NETSCOUT

Page 7: Enterprise Networks: No Tool Left Behind

Network Centralized Tools

Application Performance Management

Network Performance Management

Customer Experience Management

Security

SPEED CONVERSION: Extend the life of the tools

100G 10G

Speed ConversionPFS

Filtering

Replication

Slicing Stripping

Speed Conversion Aggregation Load Balance

De-Duplication

Page 8: Enterprise Networks: No Tool Left Behind

Network Centralized Tools

Application Performance Management

Network Performance Management

Customer Experience Management

Security

FILTERING: Reduce the amount of extraneous traffic

FilterPFS

Filtering

Replication

Slicing Stripping

Speed Conversion Aggregation Load Balance

De-Duplication

Page 9: Enterprise Networks: No Tool Left Behind

Network Centralized Tools

Application Performance Management

Network Performance Management

Customer Experience Management

Security

SLICING: Strip unnecessary payload

SlicingPFS

Filtering

Replication

Slicing Stripping

Speed Conversion Aggregation Load Balance

De-Duplication

Page 10: Enterprise Networks: No Tool Left Behind

Network Centralized Tools

Application Performance Management

Network Performance Management

Customer Experience Management

Security

STRIPPING: Enable processing of encapsulated packets

StrippingPFS

Filtering

Replication

Slicing Stripping

Speed Conversion Aggregation Load Balance

De-Duplication

Page 11: Enterprise Networks: No Tool Left Behind

Network Centralized Tools

Application Performance Management

Network Performance Management

Customer Experience Management

Security

LOAD BALANCING: Share the burden

Load BalancePFS

Filtering

Replication

Slicing Stripping

Speed Conversion Aggregation Load Balance

De-Duplication

Page 12: Enterprise Networks: No Tool Left Behind

Network Centralized Tools

Application Performance Management

Network Performance Management

Customer Experience Management

Security

DEDUPLICATION: Streamline packet flows

De-Duplication

Filtering

Replication

Slicing Stripping

Speed Conversion Aggregation Load Balance

PFS

De-Duplication

Page 13: Enterprise Networks: No Tool Left Behind

PFS ENABLES OPTIMIZED PACKET FLOW

to help tools see more and work better

Security

NGFW

IDS

IPS

Network Centralized ToolsPFS

Page 14: Enterprise Networks: No Tool Left Behind

Case studies

©2016 NETSCOUT

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CASE STUDY: Multiple datacenters Full visibility with distributed

packet flow switches and TAPs

10G and 100G traffic is aggregated, speed converted and load balanced across multiple 1G/10G tools

Complete traffic feed to external customers/users

Site 1:

Site 2:

6 x 100G 8-32 x 10G

60 x 10G 8-32 x 1G

10G tools

1G tools

Packet flow switch

Packet flow switch Packet flow switch©2016 NETSCOUT

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CASE STUDY: Enterprise Service Assurance

InfiniStream for UC

Servers

PFS 3903

Switches

PFS Manager

InfiniStream for NPM

PFS 3901

PFS 3901 PFS

3901

PFS 3903

Expand visibility for NPM and new Unified Communications across multiple sites Centralized packet flow

management and control—from anywhere

Highly resilient and scalable for growth

nGeniusONE integration for improved port identification and reporting

©2016 NETSCOUT

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ARCHITECTURE PLANNING

• Not just a “one-tool”-based project

• Balance current and future needs

• Determine scope and key requirements

©2016 NETSCOUT

Page 18: Enterprise Networks: No Tool Left Behind

UNIFIED PACKET PLANE

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NO NETWORK TOOL LEFT BEHIND!

• Retain investment in existing tools

• Simplify adds, tests and changes

• Support both performance assurance and cyber security

Page 20: Enterprise Networks: No Tool Left Behind

Additional Resources

NE TSCOUT. COM

• Listen to the live webinar here• How To Select A Security Visibility Solution