Corsair Vengeance RGB grau DIMM Kit 32GB, DDR5-6000, CL30-36-36-76, on-die ECC

Vengeance RGB RAM-Module gab es bereits mit DDR4 und nun wurden die farbenfrohen Blickfänger von Corsair auch endlich mit DDR5 neu aufgelegt. Neben einem raffinierten Design mit eindrucksvoller RGB-Beleuchtung bekommt man hierbei natürlich auch das neueste an DDR5-Technologie und -Performance. Dabei reichen die SKUs von 5200 bis 6600 Mbps in der Taktrate, 2x 16 bis 2x 32 GB bei der Kapazität und zudem gibt es die Kits auch noch in schwarz und weiß. Die schwarze DDR5-6000 CL36 2x 16 GB Variante sehen wir uns im heutigen Test genauer an.

Now that we have benchmarked this memory, performed a bit of overclocking, and checked out the accompanying Corsair iCUE software, there is a fair amount to go over. Being that DDR5 is brand new to AMD, there are considerations to be had when deciding which memory is best for your system and personal needs. We will start off this section with what Corsair could improve upon to make a better product, and try to wrap things up on a positive note.

Now that we have benchmarked this memory, performed a bit of overclocking, and checked out the accompanying Corsair iCUE software, there is a fair amount to go over. Being that DDR5 is still in its infancy, new developments and public opinion are shifting more often as we are nearing the one year mark since the consumer release of DDR5. We will start off this section with what Corsair could improve upon to make a better product, and try to wrap things up on a positive note.

Vengeance RGB RAM modules were already available with DDR4 and now the colorful eye-catchers from Corsair have finally been relaunched with DDR5. Besides a sophisticated design with impressive RGB lighting, you of course get the latest in DDR5 technology and performance here. The SKUs range from 5200 to 6600 Mbps in clock speed, 2x 16 to 2x 32 GB in capacity, and the kits are also available in black and white. In today’s review we will take a closer look at the black DDR5-6000 CL36 2x 16 GB variant.