Vengeance Low Profile heat spreaders have a reduced height of 1.03". They're designed for high-performance systems with extra-large CPU coolers, small form factor system builds, or any other space-constrained application where you need high-performance memory but standard Vengeance modules might not fit.
Notebook memory 32GB DDR5 4800 SO-DIMM MN32GSD54800-SB PNY DDR5 memory features faster speeds, greater bandwidth, lower power consumption, and enhanced thermal performance for a noticeable improvement in PC response times during memory-intensive application use. PNY DDR5 memory modules are rigorously engineered and tested to ensure stable, reliable performance in real-world computing environments.
Notebook memory 32GB DDR5 5600 SO-DIMM PNY DDR5 memory features faster speeds, greater bandwidth, lower power consumption, and enhanced thermal performance for a noticeable improvement in PC response times during memory-intensive application use. PNY DDR5 memory modules are rigorously engineered and tested to ensure stable, reliable performance in real-world computing environments.
GET BETTER PC PERFORMANCE WITH A PNY DDR5 PC MEMORY UPGRADEWant to work with the latest memory-intensive applications like graphic design and video-editing tools? Like to keep lots of browser windows open for work, school, or play? Is your PC having trouble keeping up? A DDR5 5600MHz memory upgrade from PNY gives you the speed you need to get the most out of your current Windows notebook PC. For more than 40 years, PNY has been rigorously sourcing, testing, and manufacturing memory upgrades for thousands of the most popular PC platforms. No matter what you do on your PC, you'll do it better and faster with a DDR5 5600MHz upgrade from PNY. DDR5 5600MHz PERFORMANCEPNY DDR5 memory features faster speeds, greater bandwidth, lower power consumption, and enhanced thermal performance for a noticeable improvement in PC response times during memory-intensive application use. PNY DDR5 memory modules are rigorously engineered and tested to ensure stable, reliable performance in real-world computing environments.
