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Implementing High Performance Computing Fabrics with the Cisco SFS (HPCSFS) v1.0 4 days Lecture/lab
Course outline

Module 1: Fundamentals of High Performance Computing

Lesson 1: HPC Fundamentals

  • Topic: Technical Computing Applications
  • Topic: Technical Computing Challenges
  • Topic: What Is a Cluster?
  • Topic: Types of Clusters
  • Topic: Linux HPC
  • Topic: Windows HPC

Lesson 2: The Basics of HPC Cluster Design

  • Topic: HPC Cluster Components
  • Topic: HPC Network Requirements
  • Topic: HPC Cluster Architecture Solutions
  • Topic: I/O Consolidation with InfiniBand

Lesson 3: InfiniBand Fundamentals

  • Topic: Why InfiniBand?
  • Topic: InfiniBand Solution Architecture
  • Topic: InfiniBand Server Fabric Switches
  • Topic: InfiniBand Blade Switches
  • Topic: InfiniBand Gateways
  • Topic: InfiniBand Host Channel Adapters
  • Topic: InfiniBand Physical Layer
  • Topic: InfiniBand Subnet Manager
  • Topic: InfiniBand Addressing
  • Topic: Quality of Service
  • Topic: Remote Direct Memory Access
  • Topic: Upper-Layer Protocols

Module 2: Designing HPC Server Fabrics

Lesson 1: HPC Cluster General Design Considerations

  • Topic: HPC Cluster Design Overview
  • Topic: HPC Cluster Networking Considerations
  • Topic: HPC Cluster Data Access Considerations
  • Topic: HPC Cluster Server Considerations
  • Topic: HPC Cluster Physical Infrastructure Considerations

Lesson 2: HPC Cluster InfiniBand Design

  • Topic: HPC Cluster InfiniBand Technical Design Considerations
  • Topic: HPC Cluster InfiniBand Cable Plant Design
  • Topic: HPC Cluster InfiniBand Topologies

Lesson 3: Windows Compute Cluster Server and HPC Cluster Design

  • Topic: Windows CCS Technical Design Considerations
  • Topic: Windows CCS topologies

Lesson 4: Linux Clusters

  • Topic: Linux Cluster Technical Design Considerations

Lesson 5: The Clustomizer Tool

  • Topic: What Is Clustomizer?

Module 3: Implementing Server Fabrics with the Cisco SFS

Lesson 1: Cisco SFS Components

  • Topic: The Cisco SFS 7000s
  • Topic: InfiniBand Cabling Best Practices

Lesson 2: Switch Management

  • Topic: Ports and Interfaces
  • Topic: Command Line Interface
  • Topic: Element Manager
  • Topic: Chassis Manager
  • Topic: SNMP
  • Topic: Image Management
  • Topic: User Management

Lesson 3: Subnet Management

  • Topic: How Subnet Management Works
  • Topic: High-Performance Subnet Manager

Lesson 4: Configuring InfiniBand Partitions

  • Topic: What are InfiniBand Partitions?
  • Topic: How Do P_Keys Work?
  • Topic: Creating Partitions

Lesson 5: Cluster Bringup

  • Topic: Cluster Bringup Process Overview
  • Topic: Cluster Bringup Process: Planning
  • Topic: Installing and Cabling Fabric Components
  • Topic: Configuring Ethernet Attributes
  • Topic: Validating the Physical Installation
  • Topic: Preparing to Bring Up Switches
  • Topic: Bringing up the Pod
  • Topic: Troubleshooting Pods
  • Topic: Connecting Pods and Core Switches

Lesson 6: Logging and Monitoring

  • Topic: Port and Card Statistics
  • Topic: Log Viewing
  • Topic: HCA self-testing

Module 4: Building the Unified Compute Fabric

Lesson 1: Unified Fabric Overview

  • Topic: Traditional Versus Unified Fabric Data Center Configuration
  • Topic: Server Fabric Virtual I/O

Lesson 2: MFIO Components

  • Topic: Cisco SFS 3012

Module 5: Configuring the Ethernet Gateway

Lesson 1: Ethernet Gateway Overview

  • Topic: Ethernet Gateways as Virtual IP Interfaces
  • Topic: Ethernet Gateway Configuration Concepts

Lesson 2: SFS Ethernet Gateway Module Installation

  • Topic: Installing and Removing an Ethernet Gateway
  • Topic: Interpreting Ethernet Gateway LEDs

Lesson 3: Ethernet Gateway Configuration

  • Topic: Ethernet Gateway Configuration Dependencies
  • Topic: Configure Ethernet Gateway Trunking
  • Topic: Configure Ethernet Gateway Bridge Groups
  • Topic: Configure Ethernet Gateway Redundancy Groups
  • Topic: Configure Ethernet Gateway Bridging with Additional Partitions

Module 6: Configuring the Fibre Channel Gateway

Lesson 1: Fibre Channel Gateway Overview

  • Topic: Fibre Channel Gateways as Virtual HBAs
  • Topic: Fibre Channel Gateway Control
  • Topic: Fibre Channel Gateway Redundancy

Lesson 2: Installing the Fibre Channel Gateway

  • Topic: Installing and Removing a Fibre Channel Gateway
  • Topic: Interpreting Fibre Channel Gateway LEDs
  • Topic: Recovering from a FC Gateway Failure or Disconnect

Lesson 3: Configure and Verify Fibre Channel over InfiniBand

  • Topic: Configuration Process
  • Topic: Configuring Global Attributes
  • Topic: Virtual WWNN and WWPN Generation
  • Topic: Fibre Channel Switch Zoning
  • Topic: LUN Discovery
  • Topic: Creating Storage Association
  • Topic: Editing ITL

Lesson 4: Storage Setup Process

  • Topic: Linux Storage Setup
  • Topic: Windows Storage Setup
  • Topic: Storage Monitoring
  • Topic: Recovering from a FC Gateway Failure or Disconnect

Appendix A: Boot over InfiniBand

Lesson 1: Boot over InfiniBand Overview

  • Topic: How Boot over InfiniBand Works
  • Topic: Boot over InfiniBand SAN
  • Topic: Boot over InfiniBand PXE

Lesson 2: Configure Remote Server Boot over InfiniBand on Linux

  • Topic: Configuring a Fibre Channel Connection
  • Topic: Installing an Image onto Fibre Channel Storage
  • Topic: Booting an Existing Image
  • Topic: Booting from PXE
Course labs

Lab 1: Using the Clustomizer Tool
Lab 2: Initial Server Fabric Switch (SFS) Activation
Lab 3: Switch Management
Lab 4: Configure InfiniBand Partitions
Lab 5: Configure and Verify the InfiniBand Fabric Using Linux
Lab 6: Fabric General Performance Monitoring
Lab 7: Ethernet Gateway Trunk and Bridge Group Setup
Lab 8: Fibre Channel Gateway, Storage and Initiator-Target-LUN (ITL) Configuration for Linux


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