SK Hynix SSD | BeiLuo Distributor

About SSD

Enterprise and client SSDs with high performance, reliability, and data integrity for diverse storage applications

As an authorized distributor of SK Hynix, BeiLuo provides a comprehensive range of SSD products. These products are widely used in industrial control, automotive electronics, consumer electronics, and communication equipment. We offer a complete product line with multiple series to meet various application requirements. All products are genuine and original, backed by professional technical support and comprehensive after-sales service.

Selection Guide: How to Choose the Right SSD

Product List

4 products available

Part Number ↕	Form Factor ↕	Interface ↕	Capacity ↕	Sequential Read ↕	Sequential Write ↕	Package ↕	Stock Status	Action
PE8010	U.2 (2.5 inch 15mm)	NVMe PCIe Gen4 x4	3.84TB	Up to 6,800MB/s	Up to 4,000MB/s	-	In Stock	View Details
PE8030	U.2 (2.5 inch 15mm)	NVMe PCIe Gen4 x4	7.68TB	Up to 6,400MB/s	Up to 3,800MB/s	-	In Stock	View Details
PE6010	U.2 2.5-inch	PCIe Gen4 x4 NVMe	1.92TB	6,000MB/s	2,800MB/s	-	In Stock	View Details
SC401	2.5-inch	SATA 6Gb/s	480GB	560MB/s	510MB/s	-	In Stock	View Details

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Frequently Asked Questions

What is the difference between NVMe and SATA SSDs?

NVMe and SATA SSDs differ in interface and performance: 1) Interface - NVMe uses PCIe lanes (typically x4), SATA uses AHCI protocol over SATA interface, 2) Performance - NVMe delivers up to 7GB/s read speeds, SATA maxes at 600MB/s (6Gb/s), 3) Latency - NVMe offers 10x lower latency than SATA, 4) IOPS - NVMe provides 10-100x higher IOPS for random access, 5) Cost - NVMe is more expensive per GB than SATA, 6) Use cases - NVMe for high-performance workloads, SATA for capacity and cost-sensitive applications.

Use NVMe for high-performance applications requiring fast storage. Select SATA for cost-effective capacity storage.

What does TBW mean and how do I calculate SSD endurance?

TBW (Terabytes Written) indicates SSD endurance: 1) Definition - total bytes that can be written before NAND wearout, 2) Calculation - based on NAND P/E cycles and over-provisioning, 3) DWPD - Drive Writes Per Day = TBW / (365 x years x capacity), 4) Example - 1TB SSD with 600TBW = 0.82 DWPD for 5 years, 5) Consumer vs Enterprise - consumer SSDs typically 100-600 TBW, enterprise SSDs 1-10+ PBW. Select SSD with sufficient TBW for your write workload. For heavy write workloads, consider enterprise SSDs with higher TBW ratings.

Calculate DWPD requirements based on daily write volume. Select SSD with adequate TBW rating for application lifetime.

What is power loss protection (PLP) in enterprise SSDs?

Power Loss Protection (PLP) ensures data integrity during unexpected power failures: 1) Capacitor backup - onboard capacitors provide power to complete in-flight writes, 2) Data flushing - cached data is written to NAND before power loss, 3) Metadata protection - critical metadata is protected and can be recovered, 4) Firmware recovery - SSD can recover to consistent state after power loss, 5) Enterprise requirement - PLP is essential for enterprise applications with critical data. Consumer SSDs typically lack PLP. Enterprise SSDs like SK Hynix PE8010 include comprehensive PLP. Without PLP, power loss can cause data corruption or SSD failure.

Use PLP-enabled SSDs for enterprise applications with critical data. Consumer applications may use standard SSDs without PLP.

How do I optimize SSD performance in my system?

To optimize SSD performance: 1) Enable AHCI/NVMe mode - ensure BIOS is set to AHCI for SATA or NVMe for PCIe SSDs, 2) Update drivers - use latest storage drivers from OS or manufacturer, 3) Enable TRIM - allows OS to inform SSD which blocks are no longer in use, 4) Leave free space - maintain 10-20% free space for optimal performance and wear leveling, 5) Thermal management - ensure adequate cooling as SSDs throttle when overheating, 6) Alignment - ensure proper partition alignment (4KB boundaries). For enterprise SSDs, monitor SMART data and schedule maintenance. SK Hynix SSDs include optimization features that work automatically with proper system configuration.

Configure BIOS properly, enable TRIM, maintain free space, and ensure adequate cooling for optimal SSD performance.

What is the difference between client and enterprise SSDs?

Client and enterprise SSDs differ in design and capabilities: 1) Endurance - enterprise SSDs have higher TBW ratings (1-10 DWPD), client SSDs lower (0.1-0.5 DWPD), 2) Power loss protection - enterprise SSDs include PLP, client SSDs typically do not, 3) Performance consistency - enterprise SSDs maintain consistent performance under heavy loads, 4) Reliability features - enterprise SSDs have enhanced error correction and data path protection, 5) Warranty - enterprise SSDs offer 5-year warranties, client typically 3-5 years, 6) Cost - enterprise SSDs cost 2-3x more than client SSDs. Use enterprise SSDs for servers and critical applications. Client SSDs are suitable for PCs and non-critical workloads.

Use enterprise SSDs for servers and mission-critical applications. Use client SSDs for PCs and cost-sensitive applications.