HLUWDXXXXXG – DDR5 UDIMM Desktop Armor Performance
| Model | Form | Capacities | Speed Tiers | Voltage |
|---|---|---|---|---|
| HLUWDXXXXXG | DDR5 UDIMM 288 pin | 16GB/24GB/32GB | 5600MHz/6000MHz/6400MHz | 1.1V~1.4V |
Product Description
Power Up. Stay Cool. Perform Faster.
The HLUWD Series DDR5 Desktop Memory is designed for gaming PCs, performance desktops, and creative workstations, combining high-speed DDR5 performance with a durable armor-style heat spreader for enhanced stability under demanding workloads.
With speed options of 5600MHz / 6000MHz / 6400MHz and capacities of 16GB / 24GB / 32GB, the HLUWD Series delivers the bandwidth and flexibility needed for modern gaming, multitasking, content creation, and professional applications.
DDR5 Desktop Memory — HLUWDXXXXXXG
DDR5 UDIMM | 288-Pin | 5600MHz / 6000MHz / 6400MHz
Available Capacities: 16GB / 24GB / 32GB
Operating Voltage: 1.1V–1.4V
Built for high-performance desktop platforms, delivering fast data transfer, responsive multitasking, and stable performance for demanding applications.
Recommended For
🎮 Gaming Desktop Upgrades | 🎨 Creative Workstations | 🖥️ High-Performance PCs | 💻 Content Creation & Multitasking
Built for High-Speed Performance
Up to 6400MHz DDR5 Speed
High-speed DDR5 bandwidth helps improve system responsiveness and supports demanding gaming and productivity workloads.
Armor-Style Heat Spreader
Designed to help improve heat dissipation and maintain stable operation during extended high-load use.
Flexible Capacity Options
Choose from 16GB, 24GB, or 32GB configurations to match different gaming, productivity, and professional requirements.
288-Pin UDIMM Design
Standard DDR5 desktop UDIMM form factor for compatible next-generation desktop platforms.
Optimized Operating Voltage
Supports 1.1V–1.4V, depending on frequency and configuration, balancing performance and power efficiency.
Built for Speed. Designed for Stability.
From mainstream DDR5 5600MHz upgrades to high-speed 6400MHz performance builds, the HLUWD Series delivers the speed, capacity, and thermal design needed for modern desktop systems.
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