SO-DIMM 32 GB DDR5-4800, memoria nero, CMSX32GX5M1A4800C40, Vengeance

VENGEANCE DDR5 SODIMM DDR5 memory expands laptop and small-form-factor PC capabilities by offering higher frequencies and increased capacities. Designed for demanding tasks and gaming, this module delivers faster load times and improved multitasking performance while maintaining compatibility with many Intel and AMD systems.

Advantages

The VENGEANCE DDR5 SODIMM installs in minutes and is compatible with a wide range of Intel® and AMD® gaming and performance laptops, small-form-factor PCs, and Intel NUC kits. It automatically configures to maximum supported speed on compatible systems without requiring BIOS adjustments, providing immediate performance gains. Each module undergoes rigorous screening and testing under extreme conditions to ensure reliability.

Key specifications

• Memory type: DDR5 SODIMM
• Compatibility: Intel® and AMD® gaming/performance laptops, small-form-factor PCs, Intel NUC kits
• Installation: User-installable, installs in minutes for most compatible systems
• Automatic configuration: Sets to maximum supported speed on compatible systems (no BIOS settings required)
• Reliability: Rigorously screened and tested under extreme conditions

How to use

Power off the laptop or small-form-factor PC and disconnect power sources. Open the memory compartment according to the device manufacturer’s instructions, remove the existing SODIMM if necessary, and align the VENGEANCE DDR5 SODIMM with the slot notch. Firmly insert at an angle and press down until the module clicks into place, then reassemble the device and power it on. The module will automatically configure to the maximum supported speed on compatible systems; no BIOS changes are typically required.

Recommendations

Verify system compatibility with your device manufacturer or motherboard documentation before purchase and ensure you have the correct DDR5 SODIMM form factor. For optimal results, install modules in matched pairs where supported and handle modules by the edges to avoid electrostatic damage.