Enterprise Storage Solution

Application

Description

High-performance enterprise storage solution with NVMe SSDs and 3D NAND for data centers and cloud infrastructure

Core Advantages

3D NAND Technology Advanced 176-layer 3D NAND provides high density, performance, and reliability

NVMe Optimization Optimized NVMe controller and firmware for consistent low latency

Workload Intelligence Intelligent caching and wear leveling optimize for mixed workloads

Power Efficiency Industry-leading power efficiency reduces data center operating costs

TCO Advantage High capacity and performance reduce total cost of ownership

Recommended Bill of Materials (BOM)

Item	Part Number	Description	Quantity	Datasheet
1	PE8030	30.72TB NVMe SSD for primary storage	24	📄 Download
2	PE8010	15.36TB NVMe SSD for hot tier	12	📄 Download
3	HMCG88MEBRA115N	DDR5 for server memory	32	📄 Download

Applications

Database acceleration

Virtualization infrastructure

Cloud storage services

Big data analytics

Content delivery networks

Technical Specifications

S S D Capacity

Up to 30.72TB

Sequential Read

Up to 7,000 MB/s

Sequential Write

Up to 3,800 MB/s

Random Read I O P S

Up to 1,000,000

Random Write I O P S

Up to 180,000

Latency

<100μs (99.99%)

Endurance

1-3 DWPD

Warranty

5 years

Customer Success Stories

Cloud Service Provider

Cloud Computing |

Challenge

Needed high-capacity, high-performance storage for cloud database service with strict latency requirements

Solution

Deployed SK Hynix PE8030 30.72TB NVMe SSDs in storage servers with intelligent tiering

Results

Financial Services Company

Financial Services |

Challenge

Required low-latency storage for high-frequency trading platform with 99.999% availability

Solution

Implemented SK Hynix PE8010 NVMe SSDs with RAID configuration and hot standby

Results

FAE Expert Insights

Michael Park

Senior FAE - Enterprise Storage

10 years

Professional Insights

Enterprise storage requirements have evolved dramatically with the growth of data-intensive applications. In my experience working with data center customers, the shift from SATA/SAS to NVMe SSDs has been transformative. SK Hynix NVMe SSDs provide the performance and reliability that modern enterprises demand. The key to successful implementation is understanding workload characteristics and designing storage tiers appropriately. For mixed workloads, I recommend combining high-capacity PE8030 for capacity tier with PE8010 for performance tier. Thermal design is also critical - these high-performance drives require adequate cooling to maintain consistent performance.

Key Takeaways

NVMe provides 10x performance improvement over SATA
High-capacity drives reduce server sprawl
Workload analysis drives optimal configuration
Thermal management ensures consistent performance

Decision Framework

Enterprise Storage Decision Framework

Steps:

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Ready to Implement This Solution?

Contact our FAE team for design support and quotes

Frequently Asked Questions

What is the advantage of NVMe SSDs over SATA SSDs?

NVMe SSDs provide dramatic performance improvements: 1) Interface - PCIe Gen4 x4 provides 8GB/s bandwidth vs SATA's 600MB/s, 2) Protocol - NVMe optimized for flash vs AHCI designed for HDDs, 3) Latency - <100μs vs 500μs+ for SATA, 4) IOPS - 1M+ vs 100K for SATA, 5) Queue depth - 64K queues vs 32 for SATA. For enterprise applications, NVMe is essential for modern performance requirements.

Use NVMe for all new enterprise deployments. SATA only for legacy compatibility.

How do I select the right SSD capacity?

SSD capacity selection: 1) Current data size - calculate current storage requirements, 2) Growth rate - project 3-5 year growth (typically 30-50% annually), 3) Over-provisioning - enterprise SSDs have built-in over-provisioning, 4) Performance - larger SSDs often provide better sustained performance, 5) Cost - balance capacity needs with budget constraints. Common enterprise sizes: 3.84TB, 7.68TB, 15.36TB, 30.72TB.

Size for 3-year growth with 20% margin. Contact FAE for capacity planning assistance.

What endurance rating do I need?

SSD endurance depends on write intensity: 1) Read-heavy (databases, analytics) - 1 DWPD sufficient, 2) Mixed workload (virtualization, general purpose) - 1-3 DWPD recommended, 3) Write-intensive (caching, logging) - 3+ DWPD required. DWPD = Drive Writes Per Day. Calculate based on daily write volume divided by drive capacity. SK Hynix SSDs provide endurance ratings from 1-10 DWPD.

Calculate DWPD requirement based on write workload. Contact FAE for endurance analysis.

How do I ensure data reliability?

Enterprise SSD data protection: 1) End-to-end data path protection - CRC/ECC on all data transfers, 2) Power-loss protection - capacitors ensure data in flight is written, 3) RAID - implement RAID for redundancy (RAID 10 for performance, RAID 6 for capacity), 4) Monitoring - use SMART monitoring for predictive maintenance, 5) Backup - maintain backups for critical data. SK Hynix SSDs include comprehensive data protection features.

Implement RAID and monitoring. Use enterprise SSDs with power-loss protection.

What form factor should I choose?

Form factor selection: 1) U.2 (2.5-inch) - most common, hot-swap compatible, up to 30.72TB, 2) E1. S (ruler) - dense front-loading servers, up to 15.36TB, 3) E3. S - emerging standard for high-capacity drives, 4) M.2 - boot drives and caching, not for primary storage. Choose based on server compatibility and density requirements.

Use U.2 for general purpose, E1. S for dense storage servers.