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by Aditya Banuaji, Franco Pinto, Ryotaroh Sawada, Martin Soellig, Octavian Lascu
IBM z14 Model ZR1 Configuration Setup
Front cover
Notices
Trademarks
Preface
Authors
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Chapter 1. Introduction
1.1 High-level goal
1.2 Scope
1.3 Dynamic Partition Mode
1.4 Tools
Chapter 2. Planning considerations for CPC in PR/SM mode
2.1 Scenarios
2.1.1 Scenario 1: Upgrading an existing IBM Z server to a z14 ZR1
2.1.2 Scenario 2: Installing a new z14 ZR1 server
2.1.3 Differences in planning for the two scenarios
2.2 Tools
2.3 IBM Resource Link
2.4 Hardware Configuration Definition tool
2.4.1 Hardware Configuration Manager
2.5 CHPID Mapping Tool
2.5.1 HCD and the CMT
2.6 Other tools
2.6.1 Input/output configuration program
2.6.2 World Wide Port Name Prediction Tool
2.6.3 Coupling Facility Structure Sizer
2.6.4 Power Estimation Tool
2.6.5 Shared Memory Communications Applicability Tool
2.6.6 zBNA Tool
2.7 Hardware Management Console/Support Element setup
2.7.1 Defining the HMC Activation Profiles
2.7.2 Cryptographic configuration
2.7.3 Defining the LPAR Group Control
2.7.4 Defining the Console (HMC part)
2.7.5 Support Element settings
2.7.6 Setting up Server Time Protocol
2.8 Activities centered on the IODF
2.8.1 Logical channel subsystems
2.8.2 Defining partitions
2.8.3 Defining Storage I/O - FICON and FCP
2.8.4 Defining the IBM zHyperLink Express
2.8.5 Defining Network
2.8.6 Defining the console (OSA-ICC)
2.8.7 Defining coupling and timing only links
2.8.8 Planning considerations for zEDC
Chapter 3. Preparing for a new z14 ZR1
3.1 Hardware features
3.2 Upgrading a z13s to a z14 ZR1: Maintaining existing serial number (Frame roll MES)
3.2.1 Scenario overview
3.2.2 Creating the work IODF from the current 2965 production IODF
3.2.3 Repeating the 2965 processor to be replaced
3.2.4 Coupling Link information messages
3.2.5 Deleting any unsupported items in the repeated 2965
3.2.6 Changing the M/T 2965 to 3907 and deleting the 2965
3.2.7 Deleting the 2965 processor definition
3.2.8 Reconnecting the CF channel paths that were not migrated
3.3 Saving and restoring OSA configuration data
3.3.1 Using OSA/SF to save and restore OSE OAT configuration data
3.3.2 Exporting and importing OSA-ICC configuration data with OSA Advanced Facilities
3.3.3 Using OSA Advanced Facilities to set OSA parameters
3.4 Installing a new z14 ZR1 into an existing environment
3.4.1 Scenario overview
3.4.2 Creating a work IODF from the current production IODF
3.4.3 Adding the new 3907 processor
3.5 Saving and restoring any OSA configuration data
3.5.1 Using OSA/SF to save and restore OSE OAT configuration data
3.5.2 Export and import OSA-ICC configuration data with OSA Advanced Facilities
3.5.3 Using OSA Advanced Facilities to set OSA parameters
3.6 Extra steps and processes
Chapter 4. Mapping CHIDs to CHPIDs by using the CMT
4.1 Validating the 3907 work IODF
4.2 Creating the IOCP for the CHPID Mapping Tool
4.3 Assigning CHIDs to CHPIDs using the CMT
4.4 Importing the CFReport file into the CHPID Mapping Tool
4.5 Importing the 3907 IOCP file into the CHPID Mapping Tool
4.6 Resolving CHPIDs with CHID conflicts
4.7 Resolving hardware issues
4.7.1 Resetting Incompatible (Hardware - I/O) entries
4.7.2 Resetting “Error: No hardware foundâ€
4.7.3 Resetting “Select at least one adapter typeâ€
4.7.4 Resetting “Required hardware for type IOCP_type not availableâ€
4.7.5 Resetting “CHID_1 moved to new channel ID: CHID_2â€
4.8 Manual mapping to resolve CS5 CHPIDs
4.9 Processing Automatic Mapping then CU Priority
4.10 CHPIDs not connected to control units
4.11 Creating CHPID Mapping Tool reports
4.11.1 CHPID Report
4.11.2 CHPID to Port Report, sorted by location
4.11.3 CHPID to CU Report
4.12 Creating an updated IOCP
4.13 HCD: Updating the 3907 work IODF with CHIDs
4.14 More steps and processes
Chapter 5. Production IODF and setting up the CPC
5.1 Building the 3907 production IODF
5.2 Writing the IOCP to the 2965 processor using HCD
5.3 Creating a Reset Profile on the 3907 Support Element
5.3.1 Background activities that occurred
5.3.2 Building the Reset Profile and pointing to required IOCDS
5.3.3 Setting up and verifying the Reset Profile
5.4 Creating an Image Profile on the 3907 Support Element
5.4.1 Image Profile: General page
5.4.2 Image Profile: Processor page
5.4.3 Image Profile: Security page
5.4.4 Image Profile: Storage page
5.4.5 Image Profile: Options page
5.4.6 Image Profile: Load page
5.4.7 Image Profile: Crypto page
5.4.8 Image Profile: Time Offset
5.4.9 Image Profile: Saving
5.5 Performing a Power-On Reset of the 3907
5.5.1 Coupling Facility Links
5.5.2 Server Time Protocol configuration
5.6 Building and verifying Load (IPL) profiles
5.7 Building and verifying LOADxx Members in SYS#.IPLPARM
5.8 Communicating information about the new z14 ZR1
Chapter 6. Configuring network features
6.1 Preparation for defining and customizing OSA-Express
6.2 Defining OSA Express to your I/O configuration
6.2.1 Choosing the OSA-Express CHPID type
6.2.2 Defining the OSA-Express to IO configuration
6.2.3 Confirm your OSA-Express IO definition
6.3 Customizing OSA-Express using OSA Advanced facilities
6.3.1 Configuring OAT and SNA LLC2 timer for OSE channel
6.3.2 Setting OSA parameters using OSA Advanced Facilities
6.3.3 Confirming your OSA customization
6.4 Shared Memory Communications (SMC-R and SMC-D)
6.5 Channel-To-Channel connection
6.5.1 FICON CTC: Preparing
6.5.2 FICON CTC: Implementation
6.5.3 FICON CTC: Management
Chapter 7. Defining console communication
7.1 Preparing console definition
7.2 Defining the OSA-ICC
7.3 Defining a new OSA-ICC configuration by using OSA Advanced facilities
7.3.1 Saving and restoring OSA-ICC configuration
7.4 Verifying the OSA-ICC definition
7.4.1 z/OS commands
7.4.2 OSA-ICC console initial window
Chapter 8. Preparing for Sysplex and configuring Server Time Protocol
8.1 Preparing for Parallel Sysplex
8.2 Preparing for non-sysplex system time synchronization
8.3 Server Time Protocol overview
8.3.1 Using external time source
8.4 Configuring the HMC as an NTP server
8.4.1 Configuring HMC time source and NTP server
8.4.2 NTP Broadband Authentication (optional)
8.5 New in HMC V2.14.0: Manage System Time task
8.5.1 Setting CTN member restriction menu
8.6 Single-server STP-only CTN
8.6.1 Configuring a new STP-only CTN
8.6.2 Verifying new CTN configuration
8.6.3 Configuring External Time Source
8.6.4 Verifying the ETS configuration
8.7 Adding the z14 ZR1 server to a CTN
8.7.1 HMC operations to add the CPC to the CTN
8.7.2 Verifying that the system is added to the CTN
8.8 Assign an STP role to the CPC
8.8.1 HMC operations to assign or modify STP Role
8.8.2 Verifying assigned server roles
Chapter 9. Defining Coupling Facility links
9.1 Coupling connectivity options on z14 ZR1
9.1.1 Coupling connectivity for Parallel Sysplex on z14 ZR1
9.1.2 Internal coupling
9.1.3 Integrated Coupling Adapter Short Reach
9.1.4 Coupling Express Long Range
9.1.5 Preparing to define coupling facility links
9.2 Coupling Express Long Range
9.2.1 CE LR: Implementation
9.2.2 CE LR: Managing the configuration
9.3 Integrated Coupling Adapter Short Range
9.3.1 ICA SR: Implementation
9.3.2 ICA SR: Managing the configuration
9.4 Defining an STP timing-only link by using ICA SR
9.4.1 STP timing only: Implementation
9.4.2 STP timing-only links: Managing the configuration
9.5 CF LPAR setup and CFCC Level 22
9.5.1 Coupling Facility Level 22
Chapter 10. Specialized features
10.1 Crypto Express6S
10.1.1 Crypto Express6S overview
10.1.2 Planning for Crypto Express6S configuration
10.1.3 Configuring Crypto Express6S
10.1.4 Handling cryptographic coprocessors by using ICSF
10.2 zEnterprise Data Compression feature
10.2.1 zEDC overview
10.2.2 Planning for zEDC configuration
10.2.3 Configuring zEDC
10.2.4 Handling zEDC
10.3 Virtual Flash Memory
10.3.1 VFM overview
10.3.2 Planning for VFM configuration
10.3.3 Configuring VFM
10.3.4 VFM management
10.4 Shared Memory Communications over RDMA (SMC-R)
10.4.1 SMC-R overview
10.4.2 Planning for SMC-R configuration
10.4.3 Configuring SMC-R
10.4.4 SMC-R Management
10.5 Shared Memory Communications - Direct Memory Access
10.5.1 SMC-D overview
10.5.2 Planning for SMC-D configuration
10.5.3 Configuring SMC-D
10.5.4 SMC-D management
10.6 IBM zHyperlink Express
10.6.1 IBM zHyperlink Express overview
10.6.2 Planning for zHyperlink Express configuration
10.6.3 Configuring zHyperlink Express
Chapter 11. Adding LPARs and OSCONFIGs
11.1 Defining more I/O by using HCD
11.2 OSCONFIGs and Logical Partition definitions
11.2.1 Defining another OSCONFIG
11.2.2 Defining more operating system LPARs in a CSS
Chapter 12. Adding storage devices
12.1 Defining more I/O using HCD
12.1.1 Defining FICON switches (Directors, SANs, and SAN switches)
12.2 FICON CHPIDs, switches, and DASD control units
12.2.1 Defining FICON CHPIDs and connecting them to a FICON switch
12.2.2 Defining FICON CHPIDs for direct connect to a 2107 Control Unit
12.2.3 Defining FICON CHPIDs for switched connect to a 2107 Control Unit
12.2.4 Defining 3390B devices to an OSCONFIG and EDT/Esoteric
Chapter 13. Adding network devices
13.1 Defining more I/O using HCD
13.2 OSA CHPID definitions
13.2.1 Defining OSC CHPIDs
13.2.2 Defining OSC CHPID connections to an OSC Control Unit
13.2.3 Defining 3270-X devices to an OSCONFIG
13.2.4 Defining 3270-X devices to NIP within an OSCONFIG
13.2.5 Defining OSD CHPIDs
13.2.6 Defining OSD CHPID connections to an OSA Control Unit
13.2.7 Defining OSA and OSAD devices to an OSCONFIG
13.2.8 Defining OSE CHPIDs
13.2.9 Defining OSE CHPID connections to an OSA Control Unit
13.2.10 Defining OSA and OSAD devices to an OSCONFIG
13.2.11 Defining OSM CHPIDs
13.2.12 Defining OSM CHPID connections to an OSM Control Unit
13.2.13 Defining OSA-M devices to an OSCONFIG
13.3 IQD CHPIDs for Hypersockets
13.3.1 Defining IQD CHPIDs
13.3.2 Defining IQD CHPID connections to an IQD Control Unit
13.3.3 Defining IQD devices to an OSCONFIG
Chapter 14. Adding coupling connectivity
14.1 Defining more I/O using HCD
14.2 Coupling Facility LPARs, CS5, CL5, and ICP CHPIDs
14.2.1 Defining Coupling Facility LPARs in a CSS
14.2.2 Defining CS5 CHPIDs
14.2.3 Defining a Coupling Facility link with CS5 CHPIDs
14.2.4 Defining CL5 CHPIDs
14.2.5 Defining a Coupling Facility link with CL5 CHPIDs
14.2.6 Defining ICP CHPIDs
14.2.7 Defining a Coupling Facility link with ICP CHPIDs
Chapter 15. Adding PCIe devices
15.1 Defining more I/O by using HCD
15.2 PCIe feature definitions
15.2.1 Overview
15.2.2 Defining an ISM PCIe function
15.2.3 Defining a RoCE-2 PCIe function
15.2.4 Defining a zEDC EXPRESS PCIe function
15.2.5 Defining a zHyperLink PCIe function
Chapter 16. Configuring a z14 ZR1 server by using Dynamic Partition Manager
16.1 Introduction
16.1.1 Prerequisites
16.1.2 Planning considerations
16.1.3 Considerations for I/O features
16.1.4 Enabling DPM
16.2 Configuring Server Time Protocol
16.2.1 Configuring External Time Source on the Support Element
16.2.2 Configuring the Coordinated Timing Network (HMC)
16.3 Configuring partitions
16.3.1 Checking system resources
16.3.2 Preliminary task: Storage configuration
16.3.3 Configuring a Linux partition
16.3.4 Configuring a z/VM partition
16.3.5 Configuring a Secure Service Container partition
16.3.6 Configuring partitions by using Advanced menus
16.3.7 Changing partition properties
Appendix A. Additional material
Locating the web material
Using the web material
Related publications
IBM Redbooks
Online resources
Help from IBM
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IBM z14 Model ZR1 Configuration Setup
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ISBN 073845821x
SG24-8560-00
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