Understanding IP Storage Protocols - Training Course Description  
  This seminar provides a comprehensive understanding of the current development and deployment of IP Storage including IPFC, FCIP, iFCP, mFCP, iSCSI and how standard TCP/IP networks are used in today's IP based storage applications. Today's emerging IP-based technologies are SANs that require the combination of Fibre Channel and IP based Storage and servers. This seminar examines the maze of information surrounding IP based storage solutions. This seminar starts out with an overview of storage networking concepts including DAS, NAS, SAN, switching, layered protocol, and naming & addressing conventions. Also provided is a comprehensive examination of the TCP/IP protocols used in Storage Networks. This course provides particular focus on iSCSI and TCP/IP and also examines the performance acceleration approach of TCP/IP Offload Engines. This course is recommended for any engineer, manager, developer, or person who requires an understanding of all IP Storage applications that are being deployed in today's IT solutions.

Course  Outline

Course Introduction
Storage Networking Basic Concepts
Storage Networking Overview DAS, NAS, SAN & CAS
· Network vs. Storage
· Basic Storage Networks DAS, NAS, SAN, CAS
· LAN, MAN, AN, SmAN
· External & Internal SAN
· Virtual SCSI Cables P-SCSI, FC, SAS, Gigabit Ethernet
· SNIA Shared Storage Model
· Standards Organizations
Storage Networking Concepts
· Circuit Switch vs. Packet Switch
· Connection-Oriented vs. Connectionless
· Layered Protocols
· Flow Control
· Payload Integrity
· Names vs. Addresses
· Segmentation, Convergence & Reassembly
· Hardware Offload
IP Storage - Storage Networking & IP
· IP-Based DAS, NAS, SAN
· LAN vs. SAN Benefits
· LAN & SAN Information Flow Requirements
· Great Expectations
· TCP, IP, Ethernet Overview
· IP Storage Overview
· InfiniBand and IP Storage
IP over Fibre Channel (IPFC)
· IPFC Overview
· Data Structure
· Error Policy and ARP Handling
Fibre Channel over IP (FCIP)
· FC Fabric Merge
· FCIP Overview
· FCIP Data Structure
· Tunneling Requirements
· Errors & Timers
· Flow Control Considerations R-RDY & TCP Sliding Windows
· FCIP Issues
internet Fibre Channel Protocol (iFCP)
· iFCP Overview
· iFCP Data Structure
· How iFCP Works?
· Name and Address Considerations
· iFCP Address Penalty
· iFCP Address Translation
· iFCP Issues
metro Fibre Channel Protocol (mFCP)
· mFCP Overview
· Why UDP for Campus?
internet Small Computer Systems Interface (iSCSI)
· iSCSI Overview
· iSCSI Data Structure
· iSCSI History
· Storage Bridge/Router
· Storage Gateways
· Traditional FC, NAS, and iSCSI Offload
· TCP/IP Offload Engine (TOE) Overview
· SAN Performance Comparisons
· High Availability and Multi-Path Approaches


IP Storage Emerging Technologies
· Implementation & Standards
· SAN over IP Multicasting
· Z-SAN
iSCSI & the Internet Protocol Suite
iSCSI & the Internet Protocol Suite Architecture
· Open Systems Interconnection (OSI)
· The Internet Protocol Suite (IPS)
· OSI vs. IPS vs. Fibre Channel
· iSCSI Definition
· iSCSI Data Structures
· TCP Segment Streaming
Transport Layer – TCP, UDP
· TCP & UDP Addressing
· Port Numbers & Sockets
· User Datagram Protocol UDP & UDP Header
· Transmission Control Protocol TCP & TCP Header
· 2 Armies Problem
· TCP Connections and Data Flow
· TCP Recovery – ACK and SACK
· TCP Timers
· TCP Flow Control – Sliding Windows
Internet Layer – IP
· Internet Protocol IP Overview
· IPv4 vs. IPv6
· IP Headers
· MTU and Fragmentation
· IP Names and Addresses
· Subnets, Supernets and CIDR
· IP Network Address Translation NAT
iSCSI & TCP/IP Offload Engines
· What is a TOE?
· Why are TOEs required?
· What are TOEs used for?
· The difference between TOEs
Network Interface Layer
· Ethernet
· Token Ring
· SLIP
· PPP
· X.25
· ISDN
· Frame Relay
· ATM
Network Interface Layer - Ethernet
· Ethernet Overview
· Ethernet Technology
· Ethernet Media
IP Storage & iSCSI Resources
· Standards
· IETF and IPS
· Web sites
· Books
Course Summary

Who Should Attend: This seminar is targeted towards developers, integrators, managers, marketing personnel, technical writers and others with a need for an understanding of storage area networks as implemented using iSCSI technology.
Prerequisites: An understanding of current computer interfaces or networks is useful, but not absolutely necessary.
 
Course Length:

2 days