

The frequency and stability of the overclocking memory when automatic reading of the overclocking value (XMP or D.O.C.P) is turned on will vary depending on the difference between the motherboard and CPU.And honestly, since the Level 20 GT is designed to let you mount a graphics card vertically, it would be nice if Thermaltake had just included this cable in the box with the chassis.For more details about how to control the lighting effect by the software(ASUS Aura Sync / GIGABYTE RGB Fusion 2.0 / MSI Mystic Light Sync / ASROCK-Polychrome Sync), please visit the official website of the software developer(ASUS/GIGABYTE/MSI/ASRock) Our only complaints about this cable: For the purposes of this build, it seems like a wasted opportunity to add more RGB lights. And Thermaltake just happens to make one that works well with its Level 20 GT case. Graphics Card Riser Cable: Thermaltake PCI-e X16 Riser Cableīecause we want to show off our colorfully lit graphics card by mounting it vertically, we needed a PCIe X16 riser cable.And while the Intel drive is much faster than the Team Group SSD, from a strictly RGB perspective, the Optane SSD is a PCIe add-in card that would have been nearly-impossible to see behind our graphics card, anyway. We were originally planning to use the RGB-equipped Intel Optane 905p as our boot drive, but it didn’t arrive in time for this story. But its RGB lights are surprisingly excellent, better than most of the other components here, save maybe for the Aorus graphics card. Team Group’s Delta RGB drive is far from the fastest, even as SATA-based SSDs go.
