ANSI INCITS 419 : 2008(S2018)

Foreword
Introduction
1 Scope
2 Normative References
  2.1 Overview
  2.2 Approved references
  2.3 References under development
  2.4 ITU-T references
  2.5 IETF references
3 Definitions and conventions
  3.1 Common definitions
  3.2 FC-BB_IP definitions
  3.3 FC-BB_GFPT definitions
  3.4 FC-BB_PW definitions
  3.5 Editorial Conventions
  3.6 List of commonly used acronyms and abbreviations
      3.6.1 General
      3.6.2 FC-BB_IP
      3.6.3 FC-BB_GFPT
      3.6.4 FC-BB_PW
  3.7 Symbols
  3.8 Keywords
4 FC-BB-4 Structure and Concepts
  4.1 FC-BB-4 backbone mappings
  4.2 FC-BB-4 reference models
  4.3 FC-BB-4 models overview
      4.3.1 FC-BB_IP
      4.3.2 FC-BB_GFPT
      4.3.3 FC-BB_PW
  4.4 FC-BB-4 requirements
      4.4.1 Fibre Channel Class support
      4.4.2 Payload transparency
      4.4.3 Latency delay and timeout value
      4.4.4 QoS and bandwidth
      4.4.5 In-order delivery
      4.4.6 Flow control
  4.5 FC-BB-4 SW_ILS codes
5 FC-BB_IP Structure and Concepts
  5.1 FC-BB_IP overview
  5.2 VE_Port functional model
      5.2.1 FC-BB_IP interface protocol layers
      5.2.2 E_Port/F_Port FC interface
      5.2.3 FC Switching Element (SE) with FC routing
      5.2.4 FC-BB_IP protocol interface
      5.2.5 IP network interface
  5.3 B_Access functional model
      5.3.1 FC-BB_IP interface protocol layers
      5.3.2 B_Port FC interface
      5.3.3 FC-BB_IP protocol interface
      5.3.4 IP Network Interface
  5.4 FC-BB_IP Network Topologies
  5.5 Mapping and message encapsulation using TCP/IP
      5.5.1 Encapsulated frame structures
      5.5.2 TCP/IP encapsulation
  5.6 FC-BB_IP Protocol Procedures
      5.6.1 Overview
      5.6.2 Procedures for platform management
      5.6.3 Procedures for connection management
      5.6.4 Procedures for error detection recovery
      5.6.5 FC-BB_IP system parameters
  5.7 FC-BB_IP service considerations
      5.7.1 Latency delay
      5.7.2 Throughput
      5.7.3 Reliability
      5.7.4 Quality of Service (QoS)
      5.7.5 Delivery order
      5.7.6 IP multicast and broadcast
      5.7.7 Security and authentication
6 Transparent FC-BB (FC-BB_GFPT and FC-BB_PW) Structure and Concepts
  6.1 Applicability
  6.2 FC-BB_GFPT overview
  6.3 FC-BB_PW overview
  6.4 Transparent FC-BB functional model
      6.4.1 Transparent FC-BB initialization
      6.4.2 Transparent FC-BB initialization state machine
      6.4.3 Login Exchange Monitors
      6.4.4 Port initialization parameter observation and
             modification
      6.4.5 Handling of BB_SCs, BB_SCr, and R_RDY Primitive
             Signals and BB_Credit initialization
      6.4.6 Transparent FC-BB Primitive Signals
      6.4.7 Transparent FC-BB flow control
      6.4.8 Adaptation of FC information for Transparent FC-BB
      6.4.9 WAN Holdoff Timeout Value (WAN_HOLDOFF_TOV)
      6.4.10 Transparent FC-BB frame compression encoding
Annex A (informative) FC-BB_GFPT Interoperability Guidelines
      A.1 GFPT-specific interoperability guidelines

Presents distinct Fibre Channel mappings resulting in the following models: - FC-BB_IP (FC over TCP/IP backbone network) - Transparent FC-BB.