Adata Value 4GB DDR3L-1600 CL11 1.35V/ 1.5V Dual Voltage Desktop Memory Module

Overview:

ADATA utilizes leading technology and strict control of each step of memory module production process to bring you unbeatable value in the Premier Pro™ Series DDR3L-1600 (CL11). In densities of 4GB, these modules are positioned to provide users with highest-quality memory at a competitive price. Installing more memory to enhance the performance of your computer is still one of the most cost-effective approaches. With adequate memory, operating systems and applications will be able to show higher performance, allowing you to simultaneously perform more work. In business or at leisure, the Premier Pro series gives full play to your system’s potential.

Features:

Every Stage of Production Strictly Controlled
ADATA Premier Pro™ Series memory modules are in full compliance with JEDEC (Joint Electron Device Engineering Council) standards, but with further testing and vetting processes to assure quality.

100% Burn-In
Each ADATA Premier Pro™ Series memory module is subjected to 100% burn-in test, thus excluding premature failure of DRAM and guaranteeing that each memory module is factory quality.

Electrical Interference and Noise Test
Each Premier Pro™ Series memory module undergoes rigorous electrical interference and noise testing to eliminate problems caused by electrical interference.

Extensive Cell Disturbance Pattern Testing
Tests include scan, march, gallop, jump, and butterfly. In one 4-GB memory module, every one of the 34,359,738,368 cells must be validated by the defect screening test to guarantee its functionality, reliability and compatibility within any operating environment.

Ease of Use with the best Protection
Premier Pro™ Series modules are tested with a hefty guard band (the extreme test parameters) to ensure high-tolerance for noises or imperfections that may exist in the system. This extra testing protocol ensures that every module is resistant to interference from noise and instability, providing users with the most stable and robust execution environment.