Gigabit Ethernet

TONEX, Inc.
Dallas, Texas, United States

Course Format: Classroom | E-learning | Virtual Class | Online | On-site | Blended | Self-paced

Course Description:

'' Introduction
100BASE-T
1000BASE-T
100BASE-TX, 1000BASE-X, and 1000BASE-T
10-Gigabit Ethernet
1000BASE-T as a high-speed solution for three application spaces where horizontal copper cabling exists
1000BASE-T uplinks from desktop switches to aggregating switches
Data centers for server switching
Wiring closet switches for 10/100/1000 bandwidth to the desktop
Admission control
Traffic detection and classification
QoS/class of service (CoS)
ACLs

Objective of 1G and 10G Ethernet

IEEE 802.3 Higher Speed Study Group (HSSG)
MAC Client server interface.
IEEE 802 Functional Requirements
10Gb/s at MAC/PLS service interface
What is the 10 Gigabit Ethernet Alliance (10 GEA)
IEEE 802.3 Task Force

Why Gigabit Ethernet?

Architecture
The architecture of the Gigabit Ethernet protocol
Physical interfaces
802.3x flow control,
Media connectivity options
The Gigabit Ethernet standards effort and the timing for Gigabit Ethernet
Comparison of Gigabit Ethernet and ATM technologies
Gigabit Ethernet topologies
Migration strategies to Gigabit Ethernet
The challenges involved in accelerating to 1 Gbps
IEEE 802.3 Ethernet
ANSI X3T11 Fibre Channel
Physical layer
Frame format
MAC protocol
Flow control
Symbol rate
Data rate
Encoding (PCS)
Gibagit Ethernet in LAN, MAN & WAN
Advantages and Disadvantages
Future market of 10G Ethernet
How does Gigabit Ethernet differ from previous versions of Ethernet?

Differences between Gigabit Ethernet and other speeds of Ethernet
Long Wavelength and Short Wavelength Lasers over Fiber-Optic Media
150-Ohm Balanced Shielded Copper Cable (1000BASE-CX)
Long-haul (40+ km) optical transceiver
Physical medium dependent (PMD) interface for single mode fiber
LAN physical layer (PHY) or wide area network (WAN PHY)
Building metropolitan area networks (MANs)
WAN PHY option
Gigabit Ethernet transported across existing SONET (synchronous optical network) OC-192c
SDH (synchronous digital hierarchy) VC-4-64c infrastructures
Advantages and Disadvantages
Future Market of 10GB Ethernet
Gigabit Ethernet in LAN, MAN & WAN

Gigabit Ethernet in the LAN
Gigabit Ethernet in the MAN over Dark Fiber
Gigabit Ethernet in the MAN over DWDM
Gigabit Ethernet in the WAN
Applications for ISPs and NSPs
How does the deployment of Gigabit Ethernet compare with that of ATM in the MAN and for WAN access?

Differences
Similarities
Quality of Service and traffic policing
Capabilities that approach those provided by ATM
Advanced traffic engineering technologies
The options for QoS
Guaranteed QoS
Class of service (CoS)
Resource Reservation Protocol (RSVP) for IP as well as other mechanisms for Internetwork Packet Exchange (IPX
Applications for Gigabit Ethernet

Gigabit Ethernet in Local Area Networks
Gigabit Ethernet in Metropolitan and Storage Area Networks
Gigabit Ethernet in Wide Area Networks
Gigabit Ethernet in the market place
Gigabit Ethernet Protocol Architecture Overview

IEEE 802.3 Ethernet specification
ANSI X3T11 Fibre Channel specification
Physical Interface Characteristics
FC-0 from the Fibre Channel specification
Serializer/Deserializer
The serializer/deserializer
8B/10B Encoding
MAC Layer
Full-duplex transmission systems
Half-duplex transmission systems
Upper Layers
IEEE 802.3 standard
Ethernet and IEEE 802.2 Logical Link Control (LLC)
LLC and multiple upper layer protocols (including TCP/IP and SPX/IPX)
Technical overview of Gigabit Ethernet Protocol Stack

Architectural Model of IEEE 802.3z Gigabit Ethernet
Carrier Sense Multiple Access/Collision Detection (CSMA/CD)
OSI 7-Layer Stack
OSI Model layers 1 [physical] and 2 [data link])
Gigabit Ethernet Protocol Stack Physical Layer Architecture ReconciliationSublayer 10GMII (10-Gigabit Media Independent Interface) PCS (Physical CodingSublayer) PMA (Physical Medium Attachment) PMD (Physical Medium Dependent) in details MDI (Medium Dependent Interface) Data Rate Pacing Mechanism
Serializer/Deserializer
802.3z and 802.3ab Physical Layers
The Gigabit interface converter (GBIC)
Short wavelength (SX), long wavelength (LX), and long-haul (LH) interfaces
The Fibre Channel physical medium dependent (PMD) specification
Multimode fiber-optic cable
Single-mode fiber-optic cable
Special balanced shielded 150-ohm copper cable
Medium Access Control (MAC)
MAC Frame Format
IEEE 802.3 Ethernet frame format.
The Logical Link Control (LLC)
LLC protocol data units (PDUs)
Destination service access point (DSAP)
Source service access point (SSAP)
IP and IPX
Subnetwork Access Protocol
SNAP frame
Coding Techniques

The Fibre Channel FC-1 layer
8B/10B encoding schema
Zxx.y
Gigabit Ethernet encoding/decoding as specified in the FC-1 layer of Fibre Channel
4B/5B encoding used in FDDI
4B/5B encoding and its rejection for Fibre Channel because of its lack of DC balance
PAM-5
Forward Error Correction
Gigabit Ethernet Testing and Analyzing

Full-bandwidth capture
Slicing and filtering
Configurable event trigger
Protocol Decoding
Statistical Analysis
Bit Error Rate (BERT) analysis
Bus-specific triggering
Bus-specific filtering
Ultra-deep Memory
Command-Level
State-Level
Histogram Displays
Timing Mode
State Mode
Capture Errors
Ethernet/ARP/LLC
IP Gigabit Ethernet Multimode Interface
IP/ICMP
TCP
UDP
Supporting iSCSI
Migration to Gigabit Ethernet

Related Standards
IEEE 802.1p
Generic attribute registration protocol (GARP)
GARP multicast registration protocol (GMRP
GARP VLAN registration protocol (GVRP)
IEEE 802.1Q
IEEE 802.3x
Operation of IEEE 802.3x Flow Control
IEEE 802.3ab
Gigabit Ethernet Products

Case Studies
The Marketplace
Vendors
Trends ...''

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School Address:

The Centrum
3102 Oak Lawn Avenue, Suite 700
Dallas, Texas 75219 USA

Training Locations:
Dallas, TX
California, Oregon and Washington States (Chapman University Campuses)


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