AddOn HP 4VN07AA Compatible Factory Original 16GB DDR4-2666MHz Dual Rank x8 1.2V 260-pin CL19 SO-DIMM
$642.18 CAD
AddOn HP 4VN07AA Compatible Factory Original 16GB DDR4-2666MHz Dual Rank x8 1.2V 260-pin CL19 SO-DIMM
$642.18 CAD
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AddOn HP 4VN07AA Compatible Factory Original 16GB DDR4-2666MHz Dual Rank x8 1.2V 260-pin CL19 SO-DIMM
This HP® 4VN07AA Compatible Factory Original 16GB DDR4-2666MHz Dual Rank x8 1.2V 260-pin CL19 SO-DIMM is 100% guaranteed to be compatible with your system and to work right the first time. Adding additional memory is the best way to increase the performance of your system. All our memory is built to strict JEDEC standards to meet or exceed the Tier 1 OEM's factory requirements. Our products are also guaranteed by federal law to not affect or void OEM warranties.
- 2666 MHz memory speed with Unbuffered signal and CL15 latency for great multitasking capability
- SODIMM 16 GB of memory to maintain symmetry with processor and hard drive and bring out the ultimate computing experience
- DDR4-2666/PC4-21300 operates at an effective bus speed with minimal power consumption and as a result, you get optimal computer performance with an improved memory heat dissipation
| Product Type: RAM Module |
| Taa Compliant: No |
| Country Of Origin: China |
| Brand Name: AddOn |
| Compatibility: HP EliteBook:
HP ProBook:
|
| Form Factor: SODIMM |
| Manufacturer: AddOn |
| Product Name: 16GB DDR4 SDRAM Memory Module |
| Manufacturer Part Number: 4VN07AA-AA |
| Manufacturer Website Address: http://www.addoncomputer.com |
| Number Of Pins: 260-pin |
| Packaged Quantity: 1 |
| Limited Warranty: Lifetime |
| Feature1: 2666 MHz memory speed with Unbuffered signal and CL15 latency for great multitasking capability |
| Feature2: SODIMM 16 GB of memory to maintain symmetry with processor and hard drive and bring out the ultimate computing experience |
| Feature3: DDR4-2666/PC4-21300 operates at an effective bus speed with minimal power consumption and as a result, you get optimal computer performance with an improved memory heat dissipation |