AddOn Panasonic CF-WMBA802G Compatible 2GB DDR2-800MHz Unbuffered Dual Rank 1.8V
$254.99 CAD
AddOn Panasonic CF-WMBA802G Compatible 2GB DDR2-800MHz Unbuffered Dual Rank 1.8V
$254.99 CAD
Impossible de charger la disponibilité du retrait
AddOn Panasonic CF-WMBA802G Compatible 2GB DDR2-800MHz Unbuffered Dual Rank 1.8V 200-pin CL6 SODIMM
This Panasonic® CF-WMBA802G compatible 2GB DDR2-800MHz Dual Rank Unbuffered 1.8V 200-pin CL6 SODIMM 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.
- 800 MHz speed with Unbuffered signal and CL6 latency to execute routine softwares at a steady pace
- SODIMM 2 GB of memory to refine your computer's performance
- DDR2-800/PC2-6400 operates at up to 400 MHz data 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 |
| Country Of Origin: China |
| Brand Name: AddOn |
| Compatibility: Panasonic Toughbook M25664G60 |
| Form Factor: SODIMM |
| Manufacturer: AddOn |
| Product Model: CF-WMBA802G-AA |
| Product Name: 2GB DDR2 800MHZ 200-pin SODIMM F/Panasonic Notebooks |
| Manufacturer Part Number: CF-WMBA802G-AA |
| Manufacturer Website Address: http://www.addoncomputer.com |
| Number Of Pins: 200-pin |
| Limited Warranty: Lifetime |
| Thickness: 0.50" (12.70 mm) |
| Weight (Approximate): 8 oz (226.80 g) |
| Taa Compliant: No |
| Packaged Quantity: 1 |
| Feature1: 800 MHz speed with Unbuffered signal and CL6 latency to execute routine softwares at a steady pace |
| Feature2: SODIMM 2 GB of memory to refine your computer's performance |
| Feature3: DDR2-800/PC2-6400 operates at up to 400 MHz data bus speed with minimal power consumption and as a result, you get optimal computer performance with an improved memory heat dissipation |