Corsair Launches Dominator Titanium: Up to DDR5-8000 Speeds & 192GB Capacity
The Dominator Titanium brings high-end performance and capacities to content creators, gamers, and enthusiasts alike.
Corsairs fresh take on their renowned Dominator series of memory debuts with a new design, but keeps some of the charateristic Dominator DNA from previous memory generations. Amongst the slighter changes, one of the new features is being able to customize the interchangeable top bar – as Corsair calls it. Corsair now sells fin accessories to customise your memory to help it fit into your build. Naturally, instead of paying for the top bars, 3D printing enthusiasts are already printing their own top bars to customise their Dominator Titanium memory. Infact, Corsair is encouraging 3D printing custom top bars on their webpage. Aside from the differences, the Dominator Titanium modules retain many features of the pervious designs, such as the Corsair DHX cooling solution and the 11 individually addressable RGB LEDs.
Corsair has launched the Dominator Titanium with both AMD and Intel owners in mind, there will be an equal number of AMD EXPO and Intel XMP 3.0 kits. These kits look identical in terms of design, so make sure you check the product description before buying to make sure you get the right kit. Another way to spot the difference: only Intel XMP modules will be black or white while AMD EXPO memory will only come in grey.
There are ample capacities to choose from, dual-channel options include 2x16GB, 2x24GB, 2x32GB and 2x48GB. Quad-channel options are limited to 4x16GB, 4x24GB and 4x48GB. Data rates range from DDR5-6000 up to DDR5-8000 (with overclocking) with DRAM voltages varying from 1.35V to 1.45V.
Corsair will be releasing first edition memory kits to commemorate the Dominator Titanium launch. Corsair will only release 500 memory kits per SKU. First edition kits will only come in capacities of 2x16GB, 2x24GB and 2x32GB. There will be 3 available data rates, DDR5-6000, DDR5-6600 and DDR5-7200. The memory modules will draw and average of 1.4V from the motherboard regardless of capacity and data rate.
