La memoria Vengeance LPX se ha diseñado para overclocking de alto rendimiento. El disipador de calor, fabricado en aluminio puro, permite una disipación térmica más rápida; la placa impresa de ocho capas administra el calor y proporciona una capacidad superior para incrementar el overclocking.
sku: CMK16GX4M2B3000C15R
La memoria VENGEANCE LPX se ha diseñado para overclocking de alto rendimiento. El disipador de calor está hecho de aluminio puro, lo cual permite una disipación térmica más rápida, mientras que el circuito está diseñado especialmente para obtener el mayor rendimiento, mantener a raya el calor y proporcionar una capacidad superior para incrementar el overclocking. Cada circuito integrado está seleccionado individualmente para el máximo potencial de rendimiento.
Parte de nuestro exhaustivo proceso de pruebas incluye la verificación del rendimiento y de la compatibilidad de prácticamente todas las placas base del mercado, y de algunas que no lo son.
Una sola opción de configuración adaptará automáticamente su kit VENGEANCE LPX a la mayor velocidad segura. Obtendrá un rendimiento extraordinario, totalmente fiable, sin bloqueos ni otros comportamientos extraños.
La sobrecarga del overclocking está limitada por la temperatura de funcionamiento. El diseño único del disipador de calor de VENGEANCE LPX retira de manera óptima el calor de los circuitos integrados y lo conduce a la trayectoria de refrigeración de su sistema, con lo que puede pedirle todavía más.
Cada módulo VENGANCE LPX está construido a partir de un PCB de rendimiento personalizado y circuitos integrados de memoria rigurosamente seleccionados. El eficaz disipador del calor proporciona una refrigeración eficaz para mejorar el potencial de overclocking.
El formato de pequeñas dimensiones la convierte en la opción perfecta para los chasis más pequeños o para cualquier sistema cuyo espacio interno sea escaso.
El aspecto de los mejores sistemas de alto rendimiento está a tono con la excelencia de su funcionamiento. La VENGANCE LPX está disponible en distintos colores para combinar con su placa base, sus otros componentes, su chasis o… sencillamente con su color favorito.
El formato DDR4 está optimizado para los sistemas DDR4 más recientes y ofrece frecuencias más elevadas, mayor ancho de banda y menor consumo energético que los módulos DDR3. Se ha verificado la compatibilidad de los módulos VENGEANCE LPX DDR4 para toda las placas base de la serie DDR4, lo que asegura un rendimiento rápido y fiable. Compatibilidad con XMP 2.0 para un overclocking automático sin problemas. Y están disponibles en distintos colores para combinar con su estilo personal.
Hay una razón por la que los campeones mundiales del overclocking, los jugadores entusiastas extremos y los ensambladores de sistemas de máximo nivel confían en CORSAIR cuando se trata de memorias de alto rendimiento que pueden instalar con confianza y orgullo. Ya se trate de romper sus propios récords o de ensamblar una plataforma de juegos de ensueño, puede confiar en la memoria CORSAIR.
Su inversión en rendimiento está protegida. Todas nuestras memorias están respaldadas por una garantía limitada de por vida.
There are four major reasons why DDR4 is set to replace DDR3: it's capable of hitting faster speeds, it's capable of hitting higher densities (16GB DIMMs are expected in 2015), it has improved error correction built into the baseline specification, and it consumes less power for equivalent or better performance than DDR3. In short, while DDR3 is butting up against its limitations today, DDR4 still has a tremendous amount of room to scale.
Yes! We have been working hard with all major motherboard vendors to ensure compatibility with our high speed DDR4 memory, and that includes XMP. DDR4 employs a new specification, XMP 2.0, while DDR3 remains on XMP 1.3.
Very similarly to DDR3, but with some caveats. For starters, Haswell-E tops out at a 2666MHz memory strap, which is very low for what DDR4 can do. Since XMP specifies speeds in excess of 2666MHz, your motherboard BIOS has to compensate somehow. Typically, when XMP tells the motherboard to use a higher memory speed than 2666MHz, the motherboard BIOS will bump the BClk strap from 100MHz to 125MHz. That's normal, but that change will also increase the clock speed of the CPU itself; a well-designed BIOS will compensate and bring the CPU clock speed in line.
While we've been working around the clock with motherboard vendors to maximize compatibility and performance, these technologies are all very new. If you have trouble with stability using either XMP profile, we recommend either manually entering the speed and timings the DDR4 is rated for or running your memory at its default speeds until your motherboard vendor provides a BIOS update to improve stability.
We're launching DDR4 at up to 3000MHz speeds and 8GB per stick densities, but that's just this year alone. DDR4 is expected to hit 16GB densities in 2015, allowing your X99 motherboard to support a staggering 128GB of memory (provided it has eight memory slots). In short, it's gonna get bigger, and it's gonna get faster.
How do I make a warranty claim?
Prior to submitting your warranty claim, we recommend checking the Corsair knowledge base at https://support.corsair.com/ first, where you can find answers to commonly-asked questions. You can also receive troubleshooting assistance by clicking Ask a Question or proceed with product replacement by clicking Request an RMA.
Valid warranty claims should be processed through the retailer where the item was purchased during the first thirty (30) days after purchase. This period may vary depending on where you purchased your product; please verify the return policy with the retailer where you purchased your product. Any warranty claims that cannot be processed through your original point our purchased should be submitted to Corsair at https://support.corsair.com/
What are Corsairs replacement options?
Corsair offers the following Warranty fulfillment options:
Standard Replacement:
Through Corsairs Standard Replacement process, Corsair will issue an approved RMA number for the return and replacement of your defective product(s). Our Standard Replacement processing time from receipt of your product(s) to the replacement product(s) shipment is 1-3 business days plus transit time.
Express Replacement:
At Corsair, we understand the need to be up and running at all times! To minimize down time, we offer an Express Replacement RMA process. Through this process Corsair will ship your replacement product(s) prior to receiving your defective product(s). This process requires a valid Credit Card where a holding fee will be applied for the cost of the product until the returning product(s) are received by Corsair. To avoid being fully charged for the Express Replacement product(s), the defective product(s) must be received by Corsair within 10 business days from the date your Express Replacement order is shipped.
Accessory Product Request:
Experiencing a problem with a Corsair Component Product? Many of Corsair products have easy to install replacement accessories which will resolve the issue and prevent the need to return the entire product for replacement.
Where do I ship my items?
Corsair operates multiple RMA receiving locations worldwide. Your RMA confirmation will specify the specific return address you must use when sending your RMA package. This will be your standard return location and should not be changed without prior approval from Corsair. Any packages received at an unauthorized location may be refused and returned to the sender at the senders expense.
Lot codes for Corsair products can generally be found in the follow locations. For more specific information, please view the Corsair knowledge base Lot Code article for a particular product series.
Audio:
Headset: code is located on the earcup?s arm.
Speakers: code is located on the back of the subwoofer.
Case: the code is located on the case?s back panel.
Cooling: the code is located on the radiator.
Flash: the code is located on the unit?s packaging, near UPC barcode.
Flash SSD: the code is located on the label on top of the SSD.
HID:
Mice: the code is located on the label taped next to the USB connector.
Keyboard: the code is located on the packaging near the UPC barcode.
Memory: the code is on the memory module?s label. PSU: The code is on the PSU?s label, next to the serial number.