Hitachi SVP F 00 Series

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Tip: C:\MAPP

indicates the installation directory of the storage

management software and SVP software. If the installation directory is

not C:\Mapp, replace C:\Mapp with the appropriate installation

directory.

3. The information of the port numbers to be used in the SVP is displayed. For the

ports whose numbers ar

e not allocated, Not Dened is displayed.

4. A completion message appears. Press any key to continue.

5. Close the command prompt.

Viewing the port number to be used in the SVP

Chapter 14: Changing and initializing SVP port numbers

Service Processor Technical Reference 226

Main Page

Default Chapter4
- Table of Contents4
Preface9
- Intended Audience9
- Document Conventions9
- Changes in this Revision10
- Conventions for Storage Capacity Values11
- Accessing Product Documentation12
- Getting Help12
- Comments12
Chapter 1: SVP Overview13
Chapter 2: Physical SVP (Windows 7) Hardware Description17
- SVP Front Panel17
- SVP Rear Panel18
- Service Processor (Windows 7) Hardware Specifications18
- Physical SVP (Windows 7) Electrical Specifications19
- Physical SVP (Windows 7) Environmental Specifications20
Chapter 3: Physical SVP (Windows 10 Enterprise) Hardware Description22
- SVP Front Panel22
- SVP Rear Panel23
- Service Processor (Windows 10 Enterprise) Hardware Specifications23
- Physical SVP (Windows 10 Enterprise) Electrical Specifications24
- Physical SVP (Windows 10 Enterprise) Environmental Specifications25
Chapter 4: Installing the Hitachi Vantara-Supplied SVP26
- Physical SVP Network Configuration26
  - Physical SVP LAN Port Assignment27
  - Default IP Address Settings28
- Installing a Physical SVP29
Chapter 5: Installing the SVP Software on a Customer-Supplied Server44
- Minimum Requirements for Installing the SVP Software on Customer-Supplied Server44
- Setting up the SVP Locale44
- Configuring the Operating System45
- Configuring Internet Information Services90
- Installing the SVP Software92
Chapter 6: Installing the SVP Software on an Oracle Linux KVM Host100
- Physical Network Connection for an Oracle Linux KVM-Based SVP100
- Minimum Requirements for an Oracle Linux KVM SVP101
- Hyper-Threading102
- Configuring the Oracle Linux KVM-Based SVP103
- Where to Go from here106
Chapter 7: Installing the SVP Software on a Vmware Esxi Host107
- Setting up the SVP Locale107
- Network Connection for Virtual SVP107
  - Virtual SVP Requirements108
- Hyper-Threading109
- Configuring the Virtual SVP109
- Configuring the SVP Guest os112
- Installing the SVP Software158
- Deploying a Cloned Virtual SVP165
- Detecting SVP Failures166
Chapter 8: Installing the SVP Software on a Microsoft Hyper-V Server 2012 R2 Virtual Machine168
- Setting up the SVP Locale168
- Network Connection for Hyper-V168
- Minimum Requirements for Hyper-V Server 2012 R2 VM169
- Installing and Configuring Hyper-V on Windows 2012 R2 Server170
- Installing the SVP Software on a Guest os171
Chapter 9: Upgrading the SVP Software176
- Stopping the Service in each Storage System176
- Upgrading the SVP Software Only177
- Upgrading the Storage Management, SVP Software, and Storage System Firmware182
  - Stopping the SVP Service189
  - Upgrading the SVP Software Using Storage Device List190
- Downgrading the SVP Software193
Chapter 10: Security Patch and Antivirus Software194
- Online Update194
- Offline Update195
- Installing Antivirus Software on the SVP195
Chapter 11: Setting up SSL Encryption197
- About SSL197
- SSL Encryption of the Storage System197
- Setting up SSL Communications199
- Updating the SVP Server Certificate200
- Creating a Private Key (.Key File)200
- Creating a Public Key (.Csr File)200
- Acquiring a Signed Certificate for the Private Key202
- Acquiring a Signed and Trusted Certificate202
- Removing the Passphrase from an SSL Certificate202
- Converting the SSL Certificate into the PKCS#12 Format203
- Uploading the Signed Server Certificate of the SSL Communication between the SVP and Client PC204
- Returning the Certificate of the SSL Communication between the SVP and the Client PC to the Default204
- Uploading the Certificate to the SVP205
- Uploading the Certificate to the Web Server206
- Returning the Web Server Certificate to the Default206
- Resolving Security Certificate Messages207
- Blocking HTTP Communications to the SVP207
- Releasing HTTP Communications to the SVP208
Chapter 12: Changing the Storage IP Address209
- Using the SVP to Set the Storage System IP Address209
- Changing Storage System Information in the Storage Device List210
Chapter 13: Changing the SVP IP Address212
- Changing the SVP IP Address in Windows 7212
- Changing the SVP IP Address Using Storage Device List212
Chapter 14: Changing and Initializing SVP Port Numbers214
- Changing SVP Port Numbers214
- Initializing SVP Port Numbers218
- Behavior When Changing SVP Port Numbers219
- Reallocating Automatically Allocated Port Numbers221
- Initializing Automatically Allocated Port Numbers222
- Changing Range of Port Numbers to be Allocated Automatically223
- Initializing Range of Port Numbers to be Allocated Automatically225
- Viewing the Port Number to be Used in the SVP225
Chapter 15: Editing the Storage Device List227
Chapter 16: Deleting and Registering the Storage System236
- Deleting the Registered Storage System from the Storage Device List236
- Registering the Storage System on the SVP237
Chapter 17: Back up and Restore the SVP248
- Backing up the SVP Configuration248
- Restoring the SVP Configuration249
Chapter 18: Rebooting the SVP250
- Shutting down the SVP250
- Restarting the SVP250
Chapter 19: Replacing the Hitachi Vantara-Supplied SVP251
- Detecting SVP Failures251
- Replacing the Physical SVP252
- Recovering the Operating System252
  - Backing up the os253
  - Restoring the os253
- Configuring the Replacement Physical SVP253
Chapter 20: Troubleshooting272
- Troubleshooting the Spanning Tree Protocol272
- SVP Emergency Logon Procedure272
Appendix A: SVP Replacement List274

Hitachi SVP F 00 Series - Page 226

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