Biwin Storage Industrial SSDs

Industrial SSDs have several key differences: (1) Temperature range - Industrial: -40°C to +85°C, Consumer: 0°C to 70°C

(2) Power loss protection - Industrial SSDs include capacitors to protect data during unexpected power loss

(3) Endurance - Higher TBW ratings and pSLC caching for write-intensive applications

(4) Consistency - Industrial firmware optimized for predictable performance

(5) Testing - Extended burn-in and environmental testing

(6) Longevity - Longer product lifecycle and availability. Industrial SSDs cost 30-50% more but provide the reliability needed for mission-critical applications.

Choose industrial SSDs for harsh environments, 24/7 operation, or mission-critical systems.

Power loss protection (PLP) is critical for data integrity: (1) How it works - onboard capacitors provide temporary power to flush data from cache to NAND during power failure

(2) Protection level - protects both user data and mapping tables

(3) Applications - essential for industrial, automotive, and any application with unreliable power

(4) Without PLP - risk of data corruption, file system damage, or complete SSD failure

(5) Capacitor types - tantalum capacitors or supercapacitors depending on design

(6) Verification - Biwin industrial SSDs undergo power cycling tests to verify PLP functionality. For any application where data integrity is critical, PLP is essential.

Power loss protection is essential for industrial and mission-critical applications.

Power loss protection (PLP) is a critical feature in Biwin industrial SSDs that prevents data corruption during unexpected power failures. The system works by: (1) Monitoring power supply voltage in real-time

(2) Detecting power drop before it affects operation

(3) Using onboard capacitors to provide temporary power

(4) Completing pending write operations to NAND flash

(5) Safely flushing data from DRAM cache to permanent storage. This ensures data integrity even in unstable power environments. PLP is essential for industrial applications where unexpected shutdowns can occur, such as factory automation, transportation systems, and outdoor installations. Biwin's PLP implementation provides comprehensive protection for mission-critical data.

Choose industrial SSDs with PLP for applications with unstable power or mission-critical data.

Biwin industrial SSDs support extended temperature ranges for harsh environments: (1) Standard industrial: -40°C to +85°C operating temperature

(2) Extended range: Some models support -40°C to +90°C

(3) Storage temperature: typically -55°C to +95°C. These wide ranges ensure reliable operation in: outdoor installations with seasonal variations, factory floors with high heat, cold storage facilities, transportation vehicles, and aerospace applications. The SSDs use industrial-grade components rated for extreme temperatures, including NAND flash, controller, and passive components. Thermal management features include temperature sensors, thermal throttling to prevent overheating, and conformal coating for moisture protection. Always verify specific model specifications for exact temperature ratings.

Select industrial SSDs with temperature range matching your operating environment.

Biwin industrial SSDs use different NAND types for various reliability requirements: pSLC (pseudo-SLC) uses TLC NAND in SLC mode, storing only 1 bit per cell instead of 3. This provides: 10x higher endurance (30K-100K P/E cycles vs 3K for TLC), better data retention, faster write speeds, and lower power consumption. pSLC is ideal for write-intensive applications like logging, databases, and boot drives. TLC offers higher capacity at lower cost, suitable for read-intensive applications. Biwin's industrial product line includes both options, allowing customers to choose based on endurance requirements and budget. For mission-critical applications requiring maximum reliability, pSLC is the recommended choice despite higher cost per GB.

Choose pSLC for write-intensive applications. TLC is suitable for read-intensive use cases.

Biwin industrial SSDs are designed to withstand harsh mechanical environments: (1) No moving parts - solid-state design inherently resistant to shock and vibration unlike HDDs

(2) SMT components - surface-mount technology provides better mechanical stability

(3) Underfill protection - critical chips are underfilled to prevent solder joint failure

(4) Conformal coating - protects against moisture and contaminants

(5) Ruggedized connectors - enhanced retention for M.2 and SATA connectors. Tested to MIL-STD-810G standards for shock (1500G/0.5ms) and vibration (20G RMS). This makes them ideal for: factory automation with machinery vibration, transportation applications, aerospace systems, and outdoor installations. The robust construction ensures data integrity in the most demanding physical environments.

Industrial SSDs are ideal for high-vibration environments. No additional mounting needed in most cases.

Biwin industrial SSD lifespan depends on NAND type, capacity, and usage patterns: pSLC models can last 10+ years in typical industrial applications with 30K-100K program/erase cycles per block. For a 128GB pSLC SSD with 50K P/E cycles, this translates to 6.4 petabytes of total writes. In a typical industrial application writing 100GB per day, this equals over 175 years of operation. TLC industrial models offer 3K-10K P/E cycles, suitable for less write-intensive applications. Biwin provides SMART monitoring tools to track wear levels and predict remaining lifespan. The actual lifespan is typically limited by the controller or other electronics rather than NAND wear. With proper thermal management and appropriate NAND type selection, Biwin industrial SSDs can operate reliably for the entire lifecycle of industrial equipment.

Use pSLC for maximum lifespan in write-intensive applications. Monitor SMART data for predictive maintenance.

Biwin industrial SSDs are designed to meet stringent military and aerospace requirements: (1) MIL-STD-810G - shock and vibration testing

(2) MIL-STD-202G - environmental testing including temperature cycling

(3) AEC-Q100 - automotive qualification (select models)

(4) Conformal coating - meets IPC-CC-830 standards for moisture protection

(5) Extended temperature - qualified for -40°C to +85°C operation

(6) Radiation tolerance - some models designed for aerospace applications. For aerospace and defense applications requiring full military qualification, contact LiTong FAE to discuss custom screening and documentation. Biwin can provide detailed qualification reports, traceability documentation, and long-term supply agreements required by aerospace and defense customers. Standard industrial products meet most industrial automation requirements.

Contact LiTong FAE for military/aerospace qualification requirements and custom screening options.

Biwin industrial SSD lead times vary based on product type and order volume: Standard industrial products typically have 4-6 week lead times due to extended testing and qualification processes. Custom configurations (firmware, labeling, screening) may require 8-12 weeks. For large volume orders or long-term supply agreements, contact LiTong to discuss scheduling and allocation. LiTong maintains strategic inventory of popular industrial SSD models for immediate delivery on standard configurations. Emergency expedite options are available for critical applications. Long-term supply agreements (LTSA) can secure supply for 3-5 years with guaranteed pricing and delivery schedules. For automotive-qualified products, lead times may be longer due to additional AEC-Q100 testing requirements. Always plan for industrial SSD procurement well in advance of production needs.

Plan for 4-6 week lead times. Contact LiTong for LTSA and volume pricing.

Selecting between SATA and NVMe industrial SSDs depends on application requirements: Choose SATA III when: legacy system compatibility is required, cost is a primary concern, power consumption must be minimized, or the application is read-intensive with modest performance needs. SATA provides up to 550MB/s sequential read, sufficient for many industrial applications. Choose NVMe when: maximum performance is required for data-intensive applications, low latency is critical for real-time systems, high IOPS are needed for database or logging applications, or future-proofing the system. NVMe PCIe 3.0 x4 provides up to 3500MB/s, while PCIe 4.0 reaches 7000MB/s. Consider the host system's interface support - older industrial systems may only support SATA. For new designs, NVMe is recommended for performance headroom. Biwin offers both options with identical industrial-grade reliability features.

SATA for compatibility and cost. NVMe for maximum performance. Both offer industrial reliability.