LASTINGIN DDR4 ECC RAM: Industrial-Grade Reliability
Commercial Batch Upgrade Ideal: Minimum order quantity of 1, with in-stock availability for fast delivery. Perfect for enterprises, schools, and internet cafes looking to upgrade multiple desktops at once. Competitive pricing makes bulk orders cost-effective.
Personal Use Versatility: Suitable for home users—whether you’re a casual gamer, student, or remote worker. 4GB for basic tasks, 8GB for gaming and multitasking, and 16GB for professional work—there’s an option for everyone.
Durable Construction: 8-layer PCB circuit board with ceramic capacitor particles ensures stability and longevity. Corrosion-resistant pins and protective casing prevent damage from electrostatic discharge and physical wear.
High-Speed Performance: 2400MHz/2666MHz/3200MHz frequencies deliver fast data transfer, reducing lag in games and speeding up application load times. Optimized CAS latency ensures responsive performance.
Eco-Friendly Operation: 1.2V/1.35V low voltage design saves energy and reduces heat, contributing to a cooler and more efficient system. Lower power consumption also means lower utility bills.
Silent & Reliable: No moving parts result in silent operation, making it suitable for any environment. ECC technology adds an extra layer of reliability, ensuring error-free performance for years.
Brand Trust: Manufactured by LASTINGIN in Guangdong, China, a trusted brand with a focus on quality. Original components and comprehensive testing ensure each module meets high standards, backed by a 3-year warranty.
Key Features
- Silent operation ideal for noise-sensitive environments
- Compact dimensions: 14×10×9 cm with 0.100 kg weight
- Energy-efficient 1.2V/1.35V operation reduces power consumption
- Stable performance for professional and gaming applications
- Chemical immersion gold fingers for enhanced wear resistance
- Anti-electromagnetic interference protection
- Ergonomic plug-and-play installation
Technical Specifications
| Capacity |
4GB, 8GB, 16GB variants |
| Frequency |
2400MHz, 2666MHz, 3200MHz (PC4-17000/PC4-19200/PC4-21300/PC4-25600) |
| Voltage |
1.2V/1.35V operation |
| CAS Latency |
CL15/CL17/CL19/CL21/CL22 options |
| Quality |
Original DRAM chips with comprehensive testing |
Performance Advantages
Gaming & High-Performance Applications
High-frequency options (2666MHz/3200MHz) provide lightning-fast data transfer, reducing input lag and ensuring smooth frame rates in demanding games. Available in 8GB/16GB capacities with optimized CAS latency for rapid data access.
Thermal Resilience
Reliable operation from 0°C to 95°C with aluminum alloy heat dissipation. Rigorous testing includes PCB inspection and temperature tests (-40℃ to 85℃). Supports demanding creative software and rendering applications.
Recommended Applications
| Office Desktops |
4GB/8GB for document processing and video conferencing |
| Gaming Desktops |
8GB/16GB for demanding games |
| Design & Rendering |
16GB for large design files and professional software |
| Commercial Batch Upgrades |
Ideal for enterprises, internet cafes, and schools |
Quality Assurance
Features ECC (Error-Correcting Code) technology for real-time data error detection and correction. Built with robust construction that resists electrostatic discharge, voltage spikes, and physical damage. All modules undergo 100% functional testing and burn-in trials to ensure reliability.
Low Voltage Operation: 1.2V/1.35V energy-efficient design reduces power consumption without sacrificing performance.
Plug-and-Play Convenience: Ergonomic design ensures easy installation with no additional software or complex setup required.
Long-Term Performance Stability: Original DRAM chips and high-speed PCB prevent speed degradation over time.
Comprehensive Testing: Undergoes extended burn-in testing, functional verification, and environmental trials to ensure reliability.
Competitive Pricing: Available at $10-28, offering exceptional value for industrial-grade quality.
Warranty Protection: 3-year tamper-proof warranty covers manufacturing defects and performance issues.
