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GeIL Evo Potenza 8GB (2 x 4GB) 288-Pin DDR4 2133 (PC4-17000) Desktop Memory, Retail Box , Limited Lifetime Warranty.
Product Overview
Potenza, the Italian word for ¿power¿, hence the name of GeIL¿s latest top of the line DDR4 Gaming Memory ¿ EVO POTENZA. Speed of up to 2133MHz in a Dual Channel Kit, the DDR4 EVO Potenza is designed for the latest Intel X99 chipset for maximum performance and compatibility.
The GeIL EVO Potenza is equipped with the Potenza heat-spreader, designed with GeIL¿s MTCD ¿ Maximum Thermal Conduction & Dissipation technology for superior cooling efficiency. EVO Potenza is the new DDR4 performance benchmark that powers up your desktop.
Highlights
Features
Maximum Thermal Conduction & Dissipation (MTCD Technology)
The EVO POTENZA is equipped with the latest Potenza heat-spreader for superior cooling efficiency. Thanks to MTCD (Maximized Thermal Conduction & Dissipation) technology, the Potenza heat-spreader conducts heat generated by the IC efficiently for superb heat dissipation. Superb heat dissipation keeps your memory modules¿ temperature in check and ensures stable and reliable performance. This thermal solution operates with no extra power cable, water tube, electric fans, or maintenance.
Die-hard Burn-in Technology
The process is designed to expose memory modules to enhanced stress before leaving the factory, forcing weak chips to fail before they¿re shipped to customers. This process significantly reduces the number of memory modules that suffer from early failure. ¿Early failure¿ describes the malfunction of memory (and other electronic components) long before their expected demise.
The Die-hard Burn-in Technology process is conducted in the custom-made burn-in chamber ¿ DBT-1, testing up to 1000 pieces of modules simultaneously. The modules are slotted onto custom-made boards in place of regular motherboards with GeIL¿s own designed burn-in testing software and user interface. The DBT-1 is able to elevate temperature up to 100 degrees Celsius with burn-in time of as long as 24 hours aging modules to at least three months.¿
Specifications
