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1366x768 grid autosport1/10/2023 ![]() The original Tomb Raider is such a great game that it would be difficult to see it go, but now with Rise of the Tomb Raider available, once there are some more data points for the new version, the old one will have to be relegated to the history books. The SLI GT80 Titan is a bit closer, but still isn’t in the same league. Once again, Shadow of Mordor has been a good test for notebooks, with previous generation devices barely getting an average of 60 FPS on Ultra settings, but the GTX 1080 has no such problems, with the new laptop having a framerate 242% of the GTX 980M in the Clevo P750ZM. GRID is more CPU bound than some other games, at least on the same GPU architecture, but Core i7-6700K with GTX 1080 has no issues. Once again, the giant leap in performance is on display here. ![]() At 115 fps, this is the first game to come close to the 120 Hz of the display, but still the gulf between the GTX 980M and the GTX 1080 is gigantic. ![]() This epic RPG from Bioware is one of my favorite games ever, and at maximum settings it can really punish graphics cards too. ![]() Once again, the GTX 1080 demolishes this test with 170 frames per second on our enthusiast settings. There is also a great amount of data going back many years, which is helpful too. This game is getting a bit long in the tooth, but it has still been a decent notebook benchmark when turned up to Ultra settings. Still it’s fun to see just how far these can go, and the GTX 1080 sets a ridiculous score of 1677 frames per second in T-Rex. Once there are a couple more data points, we’ll have to move to the newer versions of GFXBench, but this mobile focused test is really not a stress at all on any desktop GPU. Even the SLI GTX 980M in the MSI GT80 Titan has no chance against a single GTX 1080. Here it is already apparent just how much of a jump in performance the NVIDIA GTX 1080 is compared to the GTX 980M in the outgoing models. Futuremark’s 3DMark is a long-standing graphics test, and makes for an easy comparison across devices. 3DMarkįirst up is a couple of synthetic tests. To compare the Clevo P870DM2 to any other notebook we’ve tested, check out the notebook bench. We’ve run the laptop through our gaming tests, with a couple of new ones added as well. Thanks to Mythlogic for sending us one right after launch so we could check it out. GTX 1080 in a notebook is a serious jump in capabilities. Even the short lived GTX 980 for notebooks had only 2048 CUDA cores at 1064 MHz. Compare this to the outgoing GTX 980M which was pretty dominant in its time, which had just 1536 CUDA cores with a 1038 MHz core clock. The only difference is a small drop in the core clock rate to keep the TDP in check, but it does keep the same 1733 MHz boost clock. The GTX 1080, which is the card outfitted in the review unit, features the same 2560 CUDA cores as the desktop part, the same 8 GB of 10 Gbps GDDR5X, and the same ROPs as the desktop card. The change was so significant that NVIDIA has completely rebranded the notebook parts with the same branding as the desktop parts, and it’s not just an illusion. NVIDIA High-End Mobile GPU Specification Comparison With the launch of Pascal, they finally get to exploit a new 16 nm TSMC process to improve performance and efficiency across the board. Maxwell was a fantastic launch by NVIDIA, but it was the final play on the 28 nm process they had been using for so long. This is our first look at Pascal in a notebook, and it really can’t be understated just what a big transition this is on the notebook side. This is really the section that is the most interesting.
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