Hong Kong – November 1, 2019 – INNO3D, a leading manufacturer of pioneering high-end multimedia components and various innovations is thrilled to announce the new range of INNO3D fans including the TWIN X2 OC RGB and GAMING OC X2, while also adopting the popular TWIN X2 and COMPACT on existing GPUs. So what GPU will get what fan? Take a look at the list below.
RTX 2060 SUPER GAMING OC X2
RTX 2060 SUPER TWIN X2 OC RGB
GTX 1660 SUPER TWIN X2 OC RGB
GTX 1660 SUPER TWIN X2
GTX 1660 SUPER COMPACT
RTX 2060 GAMING OC X2
RTX 2060 TWIN X2 OC RGB
GTX 1660 Ti TWIN X2 OC RGB
GTX 1660 TWIN X2 OC RGB
Our engineers were at the drawing board and had the task of designing two new fans to essentially target customers with specific requirements when purchasing their graphics card. High on the list of requests was the need for the INNO3D GTX 16 series to have RGB so that even the less hardcore gamers can also enjoy and marvel at the colour cycling display when playing their favourite games. It is not all form and no function, far from it – the RGB cooler has dual 9cm fan with the best balance of noise and cooling performance. The cooler houses a big heatsink with 3 heatpipes for efficient heat dissipation while made up of an 8-layer PCB with 8 pin power input for stable overclocking. All this in a relatively small form factor with the length of just 22cm.
The next cooler to come out the design house is the Gaming OC X2. Comprising of two large 10cm fans and unique cooling system to enhance the way it’s cooled – perfect for all Gaming OC fans who require a little more performance to their cooling. It’s also powered by the Turing architecture packed with more punch thanks to additional cores and increased clocks.
The cooling system comprise of 4 heatpipes that are 975mm in length and a huge aluminium heatsink giving a surface area of 438,244mm². It also has bidirectional air flow, two paths for heat dissipation to perform brilliantly keeping heat at bay, and it manages to do so quietly. It is quiet, effective and cool.
The new INNO3D Gaming OC X2 is a result from nearly a year of process tuning and architectural optimizations that deliver the fastest gaming performance in traditional rasterized games and the flood of blockbuster titles implementing real-time ray tracing. In addition, they offer the best performance-per-watt and performance-per-dollar of any gaming GPU in their class.
When you choose to power your favourite titles with INNO3D GeForce GTX or RTX series, you will appreciate the sheer power of the unique cooling designs assisted with the twin large fan blades (10cm for Gaming OC X2 and 9cm for TWIN X2 OC RGB) to power through your games to experience absolute realism with games coming to life with super-fast ray tracing. Ray tracing delivers physical accurate shadows, reflections, and lighting. And tap into Tensor Cores for super-powerful AI-processing. Advanced memory, performance boosts, and processing technologies are your super powers to tackle your favourite titles.
Senior Product Manager Ken Wong commented “Our job has become easier with thanks to our popular social network pages and forums around the world where we see what our loyal fans want from INNO3D. We opted for a huge dual 10cm fan size for the Gaming OC X2 even for the RTX 2060 Super and below, because why not. The RGB was even easier, fans also wanted to experience colourful RGB without having to pay top dollar for an INNO3D graphics card. As a result, the TWIN X2 OC RGB was born”. Click here to find out more.
Years of R&D has allowed INNO3D to make technological advancements, continously pushing the boundaries and bolster their expertise in the graphics card inudstry. It has elevated INNO3D to a point that makes a difference for high-end gamers and design creation professionals achieving high performance with outstanding temperature control and at super quiet noise levels.
INNO3D is now working hard to make the new INNO3D and Gaming OC models available at all premium resellers across the region. For more information about INNO3D products, please visit www.inno3d.com or contact firstname.lastname@example.org.