how to use evga precision x 16 refresh rate

The memory speed of 14 Gbps (1,750 MHz) matches the reference part, as do most other cards from board partners. On the memory side, the KO Ultra Gaming includes the same 6GB of Samsung-made GDDR6, which sits on a 192-bit bus. The latter is a 75 MHz bump over reference speeds (1,365/1,680 MHz base/boost respectively), and the clock speed increase will bring better performance than a reference-clocked card. This means a 17% drop in ray tracing core count, tensor core count, TMUs and in the L0/L1 cache.Ĭlock speeds on the KO Ultra Gaming are set at 1,365 MHz base with a boost rated to 1,755 MHz. Since the Turing architecture scales with the number of SMs, all core compute values scale down with it. This yields 1,920 shaders, 48 ROPs and 120 TMUs. The RTX 2060 KO and KO Ultra feature a 30 SM configuration versus the RTX 2060 Super's 34 SMs and the RTX 2070’s 36 SMs. The die is manufactured using TSMC’s 12nm FinFET Nvidia (FFN) process, placing 13.6 billion transistors in a 545 mm² area. TU104 is larger and has more solder points than TU106, so manufacturers can't use the same board for both chips. That makes sense, as the PCB is physically different from a regular 2060 card. However, an EVGA rep told us the KO card “.is and will continue to be TU104 for the foreseeable future”. According to an email we received from EVGA, the answer no. Those considering this card for compute tasks like Blender may be wondering if there’s a way to tell before buying what die is under the hood. However, as other sites have shown, when rendering in Blender, the card performs better than its namesake, landing between the RTX 2060 FE and the RTX 2070 Super Founders Edition. For gaming purposes, this is simply an RTX 2060. The odd choice of underlying silicon here is an interesting fact, but it has few real-world implications.

How to use evga precision x 16 refresh rate