How to Run SP Collect on EMC CLARiiON CX4 Storage Array

How to Run SP Collect on EMC CLARiiON CX4 Storage Array

How to Run SP Collect on EMC CLARiiON CX4 Storage Array

SPCollect From Navisphere

Step 01: Login to Navisphere

You can login to Navisphere GUI either from SP-A or SP-B ip-address. Make sure to enter the appropriate username and password in this screen to login.

EMC CLARiiON CX4

 

 

 

Step 2. SP Collect Menu for SP-A

From the Storage Tab, click on “+” to expand “Local Domain”, then click on “+” in front of the serial number of the array to expand it further.
Now, select “SP A” (Storage Processor A) and right mouse click, which will display a pop-up menu. In the pop-up menu click on “SP Collect”

EMC CLARiiON CX4

 

 

 

 

 

 

Step 3: Execute SP Collect for SP-A

This will show a confirmation dialogue with question “Do you want to run SP Collect script now?”. Click on “YES” to continue here.
Depending on the size of your array, and other configuration information on your array, this might take some time to finish. But in most cases, it should finish within a minute.
Once it is done, it will display a success message. Click “OK” on this screen.

EMC CLARiiON CX4

 

 

Step 4: Go to File Transfer Manager for SP-A

Go back to the tree, and select the “SP A”, and right mouse click, which will display a pop-up menu. In the pop-up menu click on “File Transfer Manager”.

EMC CLARiiON CX4

 

 

 

 

 

Step 5: Get SP Collect Zip File for SP-A

This will display the following File Transfer Manager screen for storage processor A. The name of the SP Collect file will be in the following format:

{serial number of the array}_SPA_{date and time}_data.zip

For example:

APM000444555777_SPA_2013-10-05_23-43-27_1cc1d0_data.zip

If you’ve run SP Collect multiple times before, you’ll see multiple zip files. Make sure you select the correct file from his list. To make it easier, you can also click on the “Date” column, which will sort by date.
If you like to change the location on the local machine where you need the files to be transferred, click on “Browse” next to “Destination Directory” on the top.
Once you’ve selected the correct SP collect zip file, and a destination directory, click on “Transfer” button, which will transfer the zip file from the array to your local machine.
EMC CLARiiON CX4

 

 

 

Before transferring it will give the following warning message. Click on “Yes” to continue.
Once the transfer begins, you can see the status in the “Transfer Status” section.

Step 6: Repeat the Above for SP-B

Anytime you execute SP Collect, you should do it for both the storage processors (i.e SP A and SP B ).
So, repeat all of the above steps for “SP B” (Storage processor B). But, this time, choose “SP B” in the navigation tree. “SP B” will be right below “SP A” in the navigation tree.
After you are done, you should now have two zip files

Resetting Brocade Silk Worm 200E SAN Switch to Factory Settings: A Step-by-Step Guide

Resetting Brocade Silk Worm 200E SAN Switch to Factory Settings: A Step-by-Step Guide

This Article describes the procedure to do Factory defaults in Brocade Silk Worm 200E SAN Switch.

Step-by-Step Procedure

Perform these steps in order to do factory defaults Brocade Silkworm 200E SAN Switch through console port of switch:

  1. Perform these steps in order to establish a console session to switch:Connect one of the supplied DB-9-to-DB-9 adapters to the PC serial (COM#) port.
    • Connect one of the supplied DB-9-to-DB-9 adapters to the PC serial (COM#) port.
    • Connect the other end of the supplied DB-9 connector to the RS-232 management port on the switch.

Note: The RS-232 management port is labelled CONSOLE.

Brocade Silk Worm 200E SAN Switch

    • Launch HyperTerminal on the PC.

Terminal emulation software enables communication between the storage router and your PC during setup and configuration. The terminal emulation software is frequently a PC application such as HyperTerminal or Putty.

    • Choose these settings:
      • Bits per second: 9600
      • Data bits: 8
      • Parity: None
      • Stop bits: 1
      • Flow control: None

200E SAN Switch

2. Reboot the switch with Power reset and login as admin (default Password: password).

  • Clearing configuration.
    1. SAN-switch#switchdisable
    2. SAN-switch#cfgdisable
    3. SAN-switch#cfgclear
    4. SAN-switch#cfgsave
    5. SAN-switch#configDefault
    6. SAN-switch#switchenable
    7. SAN-switch# reboot

Check the configuration.

  • SAN-switch#cfgshow
  • SAN-switch#zoneshow
Navigator System Data Center AMC Technical Specification

Navigator System Data Center AMC Technical Specification

Navigator System Data Center AMC Technical Specification

Data Center Infrastructure

  • Servers (All Brand make, model, configuration, quantity)
  • Storage systems such as SAN, NAS, and backup appliances.
  • Network infrastructure (Switch, Router, Firewall and Load balancers)
  • Power-related (UPS, PDU, Generators, battery banks)
  • Cooling systems (CRAC, CRAH, chillers)

Service Level Agreements (SLAs)

  • SLA response time metric for different priority levels
  • Uptime, delivery time, response time, and resolution time guarantees
  • Mean Time Between Failures (MTBF) and Mean Time to Repair (MTTR).
  • For SLA breaches Financial Penalties and compensation clause

Preventive Maintenance Schedule

  • Frequency of preventive maintenance activities.
  • Scope of preventive maintenance tasks with a proactive approach with Capacity planning and scaling preparations, cleaning & inspections, firmware updates, Security audits, and vulnerability Management.
  • Database optimization and data integrity checks.
  • Maintenance windows and downtime coordination and Network performance monitoring and optimization.

Contract Terms and Pricing

  • Length of terms — typically one to three years and renewal terms
  • Pricing structure fixed, variable, Magnitude of rate increases.
  • Payment terms and invoicing procedures

Spare Parts and Consumables

  • Spare parts inventory management and replenishment
  • Critical spares and consumables (hard drives, batteries, fans, etc.)
  • Spare parts dropping support for installed systems and lead times

Technical Support and Expertise

  • On-site support engineer availability and coverage
  • Remote support capabilities and tools
  • OEM Certifications and expertise levels of support Engineers

Reporting and Documentation

  • Regular maintenance reports and performance reports
  • Asset inventory and configuration documentation
  • Incident and problem management documentation

Security and Compliance

  • Physical security measures and access controls
  • Data security and encryption standards
  • Compliance with industry standards and regulations

Escalation and Governance

  • Escalation processes and procedures
  • Service review meetings and governance mechanisms
  • Change management and approval processes

Monitoring and Management Tools

  • Data center infrastructure management (DCIM) software
  • Remote monitoring and management (RMM) platform
  • Network monitoring and performance management tools
  • Environmental monitoring (temperature, humidity, airflow)
Best Bet for Backup? Tape Storage or Disk Storage

Best Bet for Backup? Tape Storage or Disk Storage

In the modern software-defined data center, choosing the right data backup solution is crucial for ensuring business continuity and data security. Disk storage often emerges as the preferred choice due to its technical advantages, reliability, security, ease-of-use, and broad ecosystem support. However, tape storage still holds significant benefits for specific use cases like long-term archiving. This blog explores the trade-offs between these two hardware solutions for backing up enterprise data.

Benefits of Tape Storage for Archiving

  • Magnetic Tapes: First mainstream storage device in IT, with the latest standard being LTO-8, introduced in 2017.
  • Mechanics: Data is stored on a thin film requiring a mechanical drive to read and write, similar to cassette tapes but with higher performance.

Cost Efficiency:

  • Lower Hardware Costs: Tape storage is generally cheaper than disk storage, especially SSDs, making it an attractive option for archiving large volumes of data.

Compliance and Long-Term Storage:

  • Ideal for Archiving: Tapes are suitable for businesses with compliance requirements needing long-term data retention, such as pharmaceutical companies, hospitals, and universities.

Security and Data Protection:

  • Offline Storage: Once written and archived, tapes are offline, making them resilient to cyber threats like ransomware.

Performance Considerations:

  • Fast Read/Write Speeds: Modern tape storage can offer high speeds, especially when data is optimized and there are no throughput bottlenecks.

Challenges and Limitations:

  • Physical Handling: Tapes must be physically moved and mounted for access, making them less convenient for frequent data retrieval.
  • Data Compatibility: Compression and encryption on tapes can create compatibility issues, as they often require the same device for data access.

Technical Benefits of Disk Storage

Agility and Flexibility:

  • Software-Defined Storage: Allows pooling of disks, simplifying data management and enhancing flexibility and resiliency.
  • Ease of Use: Disk backups are simpler to manage since data can be accessed from any point without the need for physical handling.

RPO and RTO Advantages:

  • Frequent Backups: Disk storage supports more frequent backups, reducing RPO and ensuring quicker recovery times (RTO).
  • Predictable Recovery: Disk-based recovery is more predictable and less reliant on physical actions, unlike tape-based recovery.

Performance and Accessibility:

  • Non-Linear Access: Unlike tapes, disks allow random access to data, speeding up recovery times and facilitating partial restores.
  • Avoiding “Shoe-Shining”: Disks eliminate the problem of shoe-shining, where tapes need rewinding, reducing transfer speed and durability.

Integration and Automation:

  • Disaster Recovery: Disks integrate well with automated disaster recovery solutions, supporting remote failover and cloud-based recovery options.
  • Cloud Compatibility: Disks are more compatible with cloud environments, supporting modern backup strategies in virtualized data centers.

Reliability Benefits of Disk Storage

Advanced Storage Management:

  • Optimization Technologies: Disks benefit from deduplication, replication, data grooming, and defragmentation, enhancing data integrity and recovery assurance.
  • Error Handling: Disk systems generally offer better error detection and recovery mechanisms compared to tape storage.

Physical Robustness:

  • Durability: Disks are less prone to environmental damage and physical wear compared to tapes, which can be affected by dust, heat, and magnetic fields.

Security Considerations:

  • Access Control: Disk systems support modern security protocols and access controls, reducing the risk of data theft or loss.
  • Scalability: Disks allow IT staff to focus on automation rather than manual handling, improving scalability and operational efficiency.

Ecosystem Benefits of Disk Storage

Innovation and Standardization:

  • Industry Collaboration: Disk storage benefits from ongoing innovation and standardization efforts, ensuring broad compatibility and support.
  • Navigator System Vendor Support: Disk storage solutions are widely supported by Third Party vendors like Navigator System Private Limited, offering comprehensive management tools and integration capabilities.

Advanced Features:

  • Altaro Features: For example, Altaro’s disk backup solutions offer filesystem-based storage, varying disk types, cloud integration, and modern management tools.
  • Inline Deduplication: Highly effective cost-saving tool, often more efficient in disk systems compared to tape.

Performance Options:

  • High-Performance Storage: Disks, including SSDs and NVMe, can meet high RPO requirements, something unattainable with tape storage.

Air-Gapped Backups

Ransomware Protection:

  • Air-Gapping: Involves storing a copy of backups in a highly controlled or inaccessible location, protecting against ransomware.
  • Methods: Includes isolated file shares, different LAN segments, cloud storage, and automated timed connections.

Finally

Trade-offs and Recommendations:

  • Disk Storage: Recommended for modern data centers due to its agility, reliability, and ease of integration with automated and cloud-based systems.
  • Tape Storage: Suitable for long-term archiving where data access is infrequent, benefiting from lower costs and offline security.

Summary Chart:

Attribute Tape Storage Disk Storage
Cost Lower hardware cost Higher hardware cost
Accessibility Requires physical handling Easy, random access
Recovery Speed Slower, unpredictable Faster, predictable
Data Security Offline, resilient to cyber threats Integrated security features
Scalability Manual handling needed Automation-friendly
Compatibility Less modern support Broad ecosystem support
Use Case Long-term archiving Frequent backups, quick recovery

For modern data centers, disk storage offers the best overall solution for backup due to its numerous advantages in performance, reliability, and ease of use. Tape storage remains a viable option for specific archival needs where cost savings and offline security are paramount.

Do you know Navigator System Extends Support for HPE ProLiant Gen 10 Servers! 🔧

Do you know Navigator System Extends Support for HPE ProLiant Gen 10 Servers! 🔧

🔧 Exciting News: Navigator System Extends Support for HPE ProLiant Gen 10 Servers! 🔧

We are thrilled to announce that Navigator System is expanding its support services to include HPE ProLiant Gen 10 servers! As a trusted provider of third-party maintenance solutions, we’re committed to helping businesses like yours optimize their IT infrastructure for peak performance and longevity.

EOSL DATE:

Brand Model EOSL Date
HP PROLIANT DL380 GEN 10 31-03-2028
HP ProLiant DL380 Gen 9 31-01-2025
HP ProLiant DL380 Gen 9 31-01-2025
HP ProLiant DL580 Gen 9 31-05-2024
HP ProLiant DL360 Gen 9 31-10-2023
HP ProLiant DL560 Gen 9 31-10-2023
HP ProLiant DL160 Gen 9 31-01-2022
HP ProLiant DL320e G8 V2 01-10-2021
HP ProLiant DL580 G8 30-09-2021
HP ProLiant DL320e G8 V1 16-08-2021
HP ProLiant DL360e G8 16-08-2021
HP ProLiant DL380e G8 16-08-2021
HP ProLiant DL580 G7 16-08-2021
HP ProLiant DL380p G8 30-06-2021
HP ProLiant DL360p G8 13-06-2021
HP ProLiant DL360 G7 30-04-2018
HP ProLiant DL380 G7 30-04-2018
HP ProLiant DL385 G7 30-04-2018

What Does This Mean for You?

  • Extended Lifespan: Even after the OEM end of support life (EOSL) date, Navigator System will continue to provide comprehensive maintenance and support services for your HPE ProLiant Gen 10 servers.
  • Peace of Mind: With Navigator System as your partner, you can rest assured knowing that your critical infrastructure is in expert hands. Our team of certified technicians will ensure your servers remain operational and reliable, minimizing the risk of downtime.
  • Cost Savings: By choosing Navigator System for your maintenance needs, you can avoid costly upgrades or replacements, maximizing the return on your investment in HPE ProLiant Gen 10 hardware.