He Dell SCv2020 5H3XX is a key component in Dell’s SC series enterprise storage systems. The model number “5H3XX” typically refers to a 1.8 TB 10K RPM SAS hard drive specifically designed for Dell’s SCv2020 arrays. In essence, it’s a building block of reliable, high-performance storage used in data centers, virtualized servers, and enterprise infrastructures.
The SCv2020 is part of Dell’s Compellent storage family, which focuses on flexible scalability and tiered data storage. Within this ecosystem, the 5H3XX drive plays an integral role in providing fast, redundant, and easily replaceable storage capacity.
Technical Specifications of Dell SCv2020 5H3XX
To begin with, the 5H3XX drive is engineered for enterprise workloads that demand high reliability and continuous operation. Consequently, below is a summary of its core specifications:
| Feature | Specification |
|---|---|
| Capacity | 1.8 TB |
| Interface | SAS (12 Gbps) |
| Rotational Speed | 10,000 RPM |
| Cache | 128 MB |
| Form Factor | 2.5-inch SFF with Dell hot-swap carrier |
| Power Usage | ~7.4 W active |
| MTBF | Around 2 million hours |
| Compatibility | Dell SCv2020 / SC Series Arrays |
These specs make it clear that Dell SCv2020 5H3XX is optimized for performance and endurance, fitting well within mission-critical environments that require 24/7 operation.
Role of 5H3XX Within Dell SCv2020
Moreover, the 5H3XX drive serves as one of the essential storage elements in Dell’s SCv2020 array. In fact, each drive not only contributes to a larger storage pool but also works within various RAID levels to effectively balance performance, redundancy, and capacity.
In the SCv2020:
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Drives like the 5H3XX form the performance and capacity tiers.
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The system can hold up to 24 SAS drives internally.
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The array supports automatic data tiering, moving frequently accessed data to faster drives while relegating less active data to slower tiers.
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Hot-swappable design ensures drives can be replaced without downtime.
Thus, the Dell SCv2020 5H3XX isn’t just a storage device—it’s part of an intelligent ecosystem built for uptime and adaptability.
Compatibility and System Support
Ultimately, compatibility ensures stability. In addition, the 5H3XX drive is Dell-certified, which means that it successfully passes Dell’s rigorous quality assurance for SCv2020 systems. Therefore, using certified components guarantees:
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Firmware compatibility with Dell’s management tools.
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Optimal temperature regulation and cooling airflow.
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As a result, there is a reduced risk of read/write errors and, consequently, fewer unexpected drive drops.
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Seamless monitoring and reporting through Dell Storage Manager.
Using non-certified drives might seem cost-effective initially, but it can lead to errors, degraded performance, or even unsupported configurations. For enterprise reliability, always opt for Dell-validated parts like 5H3XX.
How to Install or Replace a 5H3XX Drive
Generally, replacing or installing a Dell SCv2020 5H3XX drive is a straightforward process. In addition, it can be done hot, meaning without shutting down the system. Therefore, here’s a simplified version of Dell’s recommended method.
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Identify the Faulty Drive
Check system alerts or LEDs. A failed drive typically shows an amber light. -
Prepare the Replacement
Ensure the new 5H3XX is compatible and that its firmware matches the SCv2020’s version. -
Remove the Bezel
Gently remove the front cover to access the drive bays. -
Eject the Old Drive
Press the release latch and pull the drive handle outward. -
Insert the New 5H3XX
Slide it firmly into the bay until it clicks into place. -
Verify Detection
Use Dell Storage Manager to confirm the drive is recognized and rebuilding begins automatically. -
Reattach the Bezel
After confirmation, reinstall the front cover.
Thanks to Dell’s redundant RAID configurations, you can perform replacements without service interruption.
Performance Advantages of Dell SCv2020 5H3XX
The Dell SCv2020 5H3XX provides several benefits for enterprise users:
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Balanced Speed and Capacity: 10K RPM rotational speed provides fast data access, while 1.8 TB capacity offers solid storage per disk.
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Enterprise Reliability: With an MTBF of about 2 million hours, it’s designed for continuous 24/7 workloads.
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Hot-Swappable: Supports instant replacement during live operation.
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SAS Interface: The 12 Gbps SAS connection ensures efficient communication with minimal latency.
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Seamless Integration: Perfect fit within Dell’s Storage Manager ecosystem for simplified monitoring and performance tracking.
These features make the Dell SCv2020 5H3XX a robust performer in business environments needing dependable data throughput.
Limitations of Dell SCv2020 5H3XX
Despite its strengths, it’s important to understand its limitations:
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Mechanical Nature: Being a spinning disk, it’s slower than SSDs in random I/O operations.
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Lower Storage Density: 1.8 TB per drive can seem modest compared to modern multi-terabyte SSDs.
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Power Usage: Mechanical drives consume more power and generate more heat.
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Potential Firmware Constraints: Firmware mismatches can lead to errors if drives aren’t updated properly.
Still, for hybrid arrays, the 5H3XX remains an economical and reliable tier for warm or cold data.
Best Practices for Using Dell SCv2020 5H3XX
To ensure optimal performance and lifespan:
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To begin with, you should always keep drive firmware updated to the latest Dell-approved versions, so that the system continues to run smoothly and securely.
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Monitor SMART attributes regularly.
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Use consistent drive models in RAID groups.
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Additionally, make sure to maintain proper airflow and temperature so that the drives continue to operate efficiently and reliably.
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Keep spares on hand to replace failures immediately.
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Balance tiers with SSDs for hybrid performance gains.
Following these practices enhances reliability, reduces downtime, and ensures smooth data operations.
Ideal Use Cases for Dell SCv2020 5H3XX
The Dell SCv2020 5H3XX performs best in the following scenarios:
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Virtualized Environments – Suitable for hosting virtual machines that demand reliable throughput.
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Database Servers – Performs well for mid-tier databases with moderate IOPS requirements.
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File Storage and Backup – A great choice for secondary storage or archiving.
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Hybrid Cloud Infrastructure – Works efficiently when combined with SSDs for tiered data storage.
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Small to Mid-Size Businesses – Ideal for organizations seeking enterprise reliability without full flash-array costs.
Its combination of endurance, performance, and flexibility makes it a smart investment for diverse workloads.
Understanding Dell SCv2020 Architecture
The SCv2020 system was designed with modular scalability in mind. Here’s how the 5H3XX integrates:
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Dual controllers for redundancy.
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SAS backplane supporting up to 24 drives.
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Expansion options using external enclosures.
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Furthermore, RAID and tiering are efficiently managed by Dell’s Storage Center OS, thereby ensuring optimal data distribution and performance balance across all drives.
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Balanced power and cooling system to support dense configurations.
This intelligent architecture ensures the 5H3XX operates efficiently and contributes to the system’s performance stability.
Troubleshooting Dell SCv2020 5H3XX Issues
Common problems and their possible fixes:
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Drive Not Recognized – Reseat the drive and verify firmware compatibility.
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Slow Rebuild Times – Check controller load and ensure no other drives are degraded.
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Amber Fault LED –Consequently, it indicates a hardware fault; therefore, replace the drive promptly to prevent potential data loss or system instability.
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Temperature Alerts – Improve ventilation and verify fan operation.
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Repeated Failures – Could point to a faulty backplane or power module, not just the drive.
Routine monitoring and maintenance minimize the risk of data loss and ensure stable performance.
Future of Drives Like Dell SCv2020 5H3XX
While SSD technology continues to dominate performance tiers, drives like 5H3XX still play a significant role in hybrid and archival systems. They offer:
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Cost-effective storage per GB.
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Proven reliability for warm and cold data.
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Compatibility with legacy and current Dell storage platforms.
In future storage strategies, drives such as Dell SCv2020 5H3XX will continue serving as dependable capacity tiers supporting flash-accelerated performance environments.
Frequently Asked Questions
What is Dell SCv2020 5H3XX?
It’s a Dell-branded 1.8 TB 10K SAS drive used in the SCv2020 storage array.
Can I replace a 5H3XX drive while the system is running?
Yes, it’s hot-swappable, allowing replacements without downtime.
Is 5H3XX an SSD?
No, actually, it’s a mechanical hard disk (HDD); moreover, it features a 10,000 RPM spindle.
How many 5H3XX drives can I use in SCv2020?
Up to 24 drives can be installed in the base chassis.
What’s the main advantage of using 5H3XX?
Its blend of reliability, speed, and compatibility makes it ideal for mid-range enterprise workloads.
Does Dell still support 5H3XX?
Yes, it remains supported for systems still under Dell’s enterprise warranty or maintenance programs.
Conclusion
The Dell SCv2020 5H3XX remains a dependable workhorse in enterprise storage solutions. Its proven SAS interface, robust build, and hot-swap functionality ensure consistent data availability. Although newer SSDs dominate performance tiers, the 5H3XX holds its ground as a cost-effective, reliable choice for hybrid arrays and backup storage.
Ultimately, for organizations that value stability, scalability, and Dell-certified reliability, the Dell SCv2020 5H3XX therefore continues to deliver remarkable service even amid today’s rapidly evolving data landscape.