![]() ![]() ![]() I say that for obvious reasons: the graphics card market is anything but healthy today and finding any modern graphics card at MSRP is a struggle. The RTX 3070 Ti is a $599 graphics card, straddling the RTX 3070 at $499 and the RTX 3080 at $699. In the RTX 3070 Ti's case, that's a slightly more shaky tightrope walk than the RTX 30-series cards before it.Īnd it carries through into pricing, too. In operation, the RTX 3070 Ti chewed through 291W of power, while the RTX 3070 stuck to 222W.Ī larger GPU and thirstier GDDR6X chips beget greater power demands and more heat generation, that's a given, but the unequal increases with this card are perhaps proof of the balancing act that modern GPUs must maintain for peak power efficiency and performance. The RTX 3070 comes with a TDP of 220W while the RTX 3070 Ti demands 290W. ![]() It's a given, then, that the RTX 3070 Ti consumes more power from the PSU than the RTX 3070. It's still a happy enough medium for any case with decent airflow, but the 3070 Ti has been the hottest of all the Founders Edition cards in our testing. That's pretty toasty by today's standards. With a slightly tougher job keeping the RTX 3070 Ti's components cool, the card ends up reaching higher temperatures under load than I had expected: 75☌ on average across three runs of Metro: Exodus at 4K. This cooler redesign may be essential to the internal overhaul. Also there are more heatpipes than the RTX 3070 FE, with a total of six running through the RTX 3070 Ti to wick heat away from the GPU, memory, and VRM components rapidly. Nvidia calls this 'flow-through cooling' and it's something you'll spot on the RTX 3080 and above too. In essence, it looks the part of the RTX 3070 cooler except it's a little longer, and that allows Nvidia to mount a single fan on both sides of the card. Nvidia has opted for a new Founders Edition shroud with the RTX 3070 Ti, a sort-of middle ground between the RTX 3070 and RTX 3080 FE coolers. Its greatest strength may not be in exceptional price or game-changing performance but instead in the mere fact it exists.īack to the RTX 3070 Ti for a moment and let's talk construction. More on that in the performance section below. The deciding factor is, of course, gaming performance, and once again there's plenty to talk about when comparing Nvidia Ampere and AMD RDNA 2. In memory terms, then, you have the speedier, smaller GeForce RTX 3070 Ti facing down the slower, more capacious Radeon RX 6800. That puts it at a loss next to the 16GB AMD Radeon RX 6800, which launched a bit too pricey at $579 for consideration next to the RTX 3070, but is now nominally a little cheaper than the $5 Ti. Yet while GDDR6X offers Nvidia speed beyond the grasp of the competition, it has only seen fit to load 8GB of the fancy memory onto the RTX 3070 Ti. I'd expect it to stay that way, too GDDR5X memory remained an Nvidia-exclusive for the duration of its life. Nvidia is, so far, the only GPU manufacturer to offer it in its products. Micron doesn't offer it out freely, either. So there's great pedigree in that memory technology, which is at the bleeding edge of high-bandwidth chips today. It's not quite doubly effective in practice, unfortunately for us, but it has allowed its manufacturer, Micron, to deliver 19Gbps with GDDR6X, while GDDR6 manages just 14Gbps. GDDR6X's secret is PAM4 signalling, which effectively doubles the number of signals the memory transmits with each clock. ![]()
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