SKU CMU16GX4M2C3200C16R
Kit de mémoire VENGEANCE® LED 16 Go (2 x 8 Go) DDR4 DRAM 3 200 MHz C16 - LED rouge

219,99 € EUR

Les modules de mémoire CORSAIR DDR4 de la gamme VENGEANCE LED sont conçus pour offrir un look unique par des LED dynamiques, et une précision exceptionnelle par une barre lumineuse créée pour s'associer aux thèmes design de la plupart des cartes mères et composants de PC de jeux. Grâce à la mémoire VENGEANCE LED, même de simples systèmes peuvent paraître exceptionnels.


Compatible avec CORSAIR iCUE

Memory Size
Tested Speed
LED Lighting
Speed Rating
ÉPUISÉ

Éclairage LED époustouflant et surcadençage supérieur tout-en-un.

Que vous mettiez à niveau votre système, bâtissiez une plateforme de jeu ultra-rapide ou tentiez de battre le record du monde de surcadençage, CORSAIR surpassera vos attentes. Bienvenue à VENGEANCE LED dans la famille CORSAIR.

Conçu pour un overclocking haute performance

Chaque module intègre un circuit imprimé hautes performances personnalisé pour une meilleure signalisation et des circuits intégrés triés sur le volet pour un overclocking et une fiabilité supérieurs sur les dernières cartes mères AMD et Intel® DDR4. Les profils XMP 2.0 préconfigurés permettent un surcadençage automatique et fiable.

Éclairage LED chatoyant

Disponibles en coloris uniques avec un éclairage LED personnalisé en harmonie avec le style de votre système.

Dissipateurs de chaleur intégrés

Assurent un refroidissement optimal et améliorent la conductivité thermique.

Garantie à vie limitée

Fiabilité et tranquillité d'esprit.

Carte de circuit imprimé hautes performances et mémoire vive soigneusement sélectionnée

Possibilité de surcadençage supérieur.

Bande passante maximale et temps de réaction précis

Optimisation sur les derniers systèmes DDR4.

Prise en charge de XMP 2.0

Sélectionne automatiquement les paramètres de surcadençage les plus fiables pour la meilleure performance possible et une stabilité totale.

En harmonie avec votre système

Disponible avec des LED rouges, bleues ou blanches, faites briller votre système selon vos envies.

L'ÉCLAIRAGE LED AU TRAVAIL AVEC CORSAIR iCUE

Compatible avec les systèmes Windows Intel® et AMD DDR4, CORSAIR iCUE se charge de faire jouer la magie de l'éclairage LED à votre place. Utilisez la puissance de iCUE pour créer des alertes de température personnalisées, en modifiant le mode d'éclairage des voyants LED de chaque module de mémoire. Vous obtenez une grille de lecture des performances en un clin d'œil. Pour un contrôle accru, l'intégration logicielle sans câble de CORSAIR iCUE permet de surveiller toute une gamme de composants CORSAIR, qu'il s'agisse de ventilateurs de boîtiers ou de systèmes de refroidisseurs liquides Hydro Series haut de gamme.

Un contrôle intelligent. Une infinité de possibilités.

Le logiciel CORSAIR iCUE donnera vie à votre système grâce à son contrôle de l’éclairage RGB dynamique et synchronisé sur l’ensemble de vos produits compatibles iCUE, notamment les modules de mémoire, les ventilateurs, les bandes LED RGB, les claviers, les souris et bien plus encore.

EN SAVOIR PLUS

CONTENU ET CARACTÉRISTIQUES



  • Package Contents

  • 2 x 8GB memory modules
  • Compatibility

  • Intel 100 Series,Intel 200 Series,Intel 300 Series,AMD 300 Series, AMD 400 Series

Caractéristiques techniques

  • Memory Size: 16GB Kit (2 x 8GB)
  • Tested Latency: 16-18-18-36
  • Tested Voltage: 1.35V
  • Tested Speed: 3200MHz
  • Heat Spreader: Anodized Aluminum
  • Package Memory Format: DIMM
  • Performance Profile: XMP 2.0
  • Package Memory Pin: 288
Fan Included
No
Memory Configuration
Dual / Quad Channel
Memory Series
VENGEANCE LED
Memory Type
DDR4
Memory Size
16GB Kit (2 x 8GB)
Tested Latency
16-18-18-36
Tested Voltage
1.35V
Tested Speed
3200MHz
Memory Color
BLACK
LED Lighting
RED
Single Zone / Multi-Zone Lighting
Single Zone
SPD Latency
15-15-15-36
SPD Speed
2133MHz
SPD Voltage
1.2V
Speed Rating
PC4-25600 (3200MHz)
Compatibility
Intel 100 Series,Intel 200 Series,Intel 300 Series,AMD 300 Series, AMD 400 Series
Heat Spreader
Anodized Aluminum
Package Memory Format
DIMM
Performance Profile
XMP 2.0
Package Memory Pin
288
CHARGER PLUS

Why do we need DDR4?

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.

Does DDR4 have XMP?

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.

How does XMP work on DDR4?

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.

Where can I learn more about DDR4?

We’ve authored a whitepaper that provides a much more detailed examination of this new memory technology. You can find it here.

Why am I encountering stability issues with XMP?

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.

Why are there two XMP profiles on my Corsair DDR4?

We include a pair of XMP profiles instead of just one for users who want to control how much power is consumed by the memory. The first XMP profile runs the DDR4 at its specification of 1.2V, while the second offers a higher speed at the cost of bumping the voltage to 1.35V. The first profile, then, is officially supported, while the second is not and instead offers a baseline of what the memory should be able to achieve.

What's the difference between Dominator Platinum DDR4 and Vengeance LPX DDR4?

Vengeance LPX is our mainstream DDR4, utilizing a standard height PCB and heatspreader. Dominator Platinum DDR4 adds a larger, more robust heatspreader as well as compatibility with our Light Bar Kit, Dominator Airflow Platinum fan, and Corsair Link for monitoring voltage and temperature (Airflow Pro required.)

Is DDR4 backwards compatible with DDR3?

No. DDR4 and DDR3 have key notches in different places on the DIMM to prevent them from being mixed up, and Haswell-E and X99 are DDR4 only.

Is DDR4 slower than DDR3?

Because DDR4 uses looser latencies than DDR3 does, it can be slightly slower than DDR3 at the same clock speeds. What makes DDR4 important is that it can easily make up for that deficit by hitting higher clock speeds than DDR3 can. Getting DDR3 to run at 2666MHz or higher requires very careful binning of memory chips and can be very expensive, while 2666MHz is the lowest speed we�re launching DDR4 at.

What can we expect from DDR4 in the future?

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.

I'm running at the default 2133MHz speed, but my system still isn't stable.

Double-check to see which memory slots your DDR4 is installed in against your motherboard’s instruction manual. We’ve found that you have to install your DIMMs in the primary set of memory channels first, in order, to ensure stability. If this checks out, please contact our tech support.