Optimizing Network Performance with Wireshark (ONPW)
Who should attend
This course is intended for:
- Network administrators, engineers, and consultants responsible for troubleshooting and performance analysis of networks
- Network experts who just want to answer the question "Why is this application so slow?"
Prerequisites
You should have attended our Wireshark Packet Analysis Boot Camp, or have equivalent knowledge and experience.
You should also have strong TCP/IP fundamentals, akin to what is learned in Cisco's ICND1 or a TCP/IP Fundamentals course.
Course Objectives
After attending this class you will be able to:
- Analyze a complex, meshed network and multi-tier Client-Server architecture
- Identify performance problems
Course Content
This class introduces techniques to identify performance problems. Through many practical exercises, you will learn to identify latencies of network links and active components. The class demonstrates the effect of typical misconfigurations and misconceptions in applications, servers, workstations and networks. Students learn to combine Wireshark with a spreadsheet application to calculate precise response times and present them as meaningful charts.
Duration: 4 days
Price:
- US$ 3,295
United States
| Jul 9-12, 2012 | Sunnyvale/San Jose, CA This is a FLEX course. Time zone: US/Pacific |
Enroll: for online training for classroom training |
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| Aug 20-23, 2012 | Herndon/Reston, VA This is a FLEX course. Time zone: US/Eastern |
Enroll: for online training for classroom training |
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| Nov 12-15, 2012 | Dallas, TX This is a FLEX course. Time zone: US/Central |
Enroll: for online training for classroom training |
Fast Lane is proud to deliver this advanced protocol and performance analysis course. Our instructors, who are also the authors of all the Wireshark courses, are regularly engaged in consulting with customers, performing deep packet analysis and troubleshooting. As a result, this course pulls from the experience of collecting and analyzing Terabytes of packets every year, bringing in the latest protocols and concerns facing network performance optimization.