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OSA-Express Implementation Guide

by Mike Ebbers, Wonjin Chung, Dody Kurniadi, Joselito Manoto

June 2014

Intermediate to advanced

292 pages

English

IBM Redbooks

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1.1 Introduction to the Open Systems Adapter1.1.1 Operating modes1.2 OSA-Express for ensemble connectivity1.2.1 Intraensemble data network (IEDN)1.2.2 Intranode management network (INMN)
2.1 Software support2.2 Hardware and software definitions for the OSA2.2.1 Modes of operation and addressing support2.3 OSA Support Facility (OSA/SF) requirements2.4 Quick Start tables2.4.1 OSA function support2.4.2 Quick Start tables for IBM z/OS and z/VM operating systems2.5 Policy-based networking
3.1 Configuration chart3.2 Hardware Configuration Definition3.2.1 Channel path definition3.2.2 Control unit definition3.2.3 Device definition3.2.4 Generating the IOCDS input from the HCD3.2.5 Dynamic reconfiguration
4.1 QDIO environment4.2 Hardware Configuration Definition4.3 Missing-interrupt handler for QDIO4.4 Customizing the z/OS network environment4.4.1 Defining OSA devices to the z/OS Communications Server for QDIO4.4.2 TCP/IP definitions4.5 Activation4.5.1 Verifying that devices are online4.5.2 VTAM activation4.5.3 TCP/IP devices4.6 Relevant status displays4.7 Systems Network Architecture support for QDIO mode

5.1 QDIO environment5.2 Hardware Configuration Definition5.3 Missing-interrupt handler for QDIO5.4 Customizing the z/VM network environment5.4.1 TCP/IP definitions5.5 Activation5.5.1 Verify that devices are online5.5.2 Activate the TCP/IP devices5.6 Relevant status displays
6.1 Configuration information6.2 Hardware definitions6.3 Creating and activating the OSA configuration6.4 Customizing the z/OS network environment6.4.1 VTAM definitions6.4.2 TCP/IP definitions6.5 Activating the connections6.5.1 Verifying that devices are online6.5.2 VTAM activation6.5.3 TCP/IP activation6.6 Relevant status displays
7.1 Configuration information7.2 Hardware definitions7.3 OSA configuration and OAT definitions7.4 Network definitions7.4.1 VTAM definitions7.4.2 TCP/IP definitions7.5 Activating the connections7.5.1 Verifying that devices are online7.5.2 VTAM activation7.5.3 TCP/IP activation7.6 Relevant status displays
8.1 QDIO compared to non-QDIO in z/VSE8.1.1 TCP/IP stacks in z/VSE8.1.2 TCP/IP setup with OSA CHPID in QDIO mode8.1.3 TCP/IP setup with OSA CHPID in non-QDIO mode8.2 Related publications
9.1 Virtual MAC overview9.1.1 Virtual MAC concept9.1.2 Virtual MAC address assignment9.2 Virtual MAC implementation9.2.1 Verification
10.1 VLAN overview10.1.1 Types of connections10.1.2 VLAN tagging basics10.2 General VLAN design considerations10.2.1 VLAN configuration example10.2.2 Sharing an OSA port with the same VLAN ID10.2.3 Primary and secondary router support with VLANs10.2.4 Operating system support10.3 VLAN support for the IBM z/OS operating system10.3.1 VLAN implementation10.3.2 Configuring OSA with VLAN ID10.3.3 Verification10.4 VLAN support in the IBM z/VM operating system10.4.1 z/VM native VLAN support10.4.2 Verification10.5 VLAN support for the z/VSE operating system10.6 VLAN support for the Linux operating system10.6.1 VLAN implementation10.6.2 Verification
11.1 Virtual switch description11.1.1 VSWITCH controller11.1.2 Network interface card11.1.3 VSWITCH capabilities11.2 Our VSWITCH environment11.3 Configuring a Layer 2 VSWITCH11.3.1 Define the virtual switch environment11.3.2 Authorize the guest system access to the virtual switch11.3.3 Connect the guest systems to the VSWITCH11.3.4 Verify the virtual switch configuration11.3.5 Creating definitions for Layer 2 support: SUSE and Red Hat Linux11.3.6 Setting up Layer 2 for the guest systems11.3.7 Making permanent device and network definitions11.4 Configuring VLAN support11.4.1 Define VLAN capabilities to the virtual switch11.4.2 Authorize Linux guests access to the virtual switch with VLAN IDs11.4.3 Add VLANs to the guest systems11.4.4 Add VLAN support to the z/OS TCP/IP stacks11.4.5 Configure trunk mode in the Ethernet switch for the OSA connections11.4.6 Verify the VLAN11.5 Enabling port isolation11.5.1 Port isolation off, systems sharing VSWITCH and OSA11.5.2 Port isolation on, systems sharing VSWITCH and OSA11.6 VEPA mode11.6.1 Promiscuous mode11.6.2 Link aggregation
OSA-Express feature descriptions by version
Setting up the Network Traffic AnalyzerUsing the Network Traffic Analyzer featureNetwork Management Interface API for diagnosing problemsReferences
HMC advanced facilities for OSAView code levelConfiguring OSA channels on/off
IBM z/OS commandsz/VM commandsDefining and coupling a NIC using CP commandsLinux on System z TCP/IP commands
Setup requirements and overviewSetting up OSA/SF in the z/OS environmentInstalling OSA/SF GUI on a workstationUsing the OSA/SF GUI
Creating the OSA configurationCreating the OAT fileActivating the OSA configuration
Default modeHardware configuration definition requirementsDisplaying the default OATCustomizing z/OS TCP/IPActivation
Sample environmentz/OS definitionsz/VM TCP/IP profile
ARP takeover descriptionARP takeover definitionsVerifying ARP takeover
RMF for the Open Systems AdapterRMF Monitor II output
z/VM virtual switch authorization
IBM RedbooksOther publicationsOnline resourcesHow to get IBM RedbooksHelp from IBM
IntroductionBusiness problem and business valueReference architecture useRequirementsInfoSphere BigInsights predefined configurationInfoSphere BigInsights HBase predefined configurationDeployment considerationsCustomizing the predefined configurationsPredefined configuration bill of materialsReferencesThe team who wrote this paperNow you can become a published author, too!Stay connected to IBM Redbooks
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Content preview from OSA-Express Implementation Guide

IBM System x Reference Architecture for Hadoop: IBM InfoSphere BigInsights Reference Architecture

Introduction

The IBM® System x® reference architecture is a predefined and optimized hardware infrastructure for IBM InfoSphere® BigInsights™ 2.1, which is a distribution of Apache Hadoop with value-added capabilities that are specific to IBM. The reference architecture provides a predefined hardware configuration for implementing InfoSphere BigInsights 2.1 on System x hardware. The reference architecture can be implemented in two ways to support MapReduce workloads or Apache HBase workloads.

•MapReduce is a core component of Hadoop that provides an offline, batch-oriented framework for high-throughput data access and distributed computation.

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