![]() ![]() It also uses a Core i7-10870H instead of AMD's newer and faster Ryzen 5000 APUs, although this could be due to availability - Intel's 10th-gen CPUs are shipping now, while Ryzen is in a stock shortage. While it is portable, it's not the slimmest chassis. I'm a big fan of the build quality on this Aorus 15G laptop, the finish has a nice texture and the keyboard is great. Desktop frame for 2 full graphic cards software#The Aorus 15G is also capable of running the RTX 3070 at 90-105W but to avoid making this review overly long, we're sticking to the base default configuration, which will show a practical range of how the RTX 3070 Laptop GPU can perform - but buyers should note that the Aorus 15G is a little faster when you set a higher mode in Gigabyte's software utility. Our 80-95W configuration is found inside the Gigabyte Aorus 15G, a slim and premium gaming system. Today we're benchmarking two laptops that use the RTX 3070 Laptop GPU - one with a base power rating of 80W, and another with 115W, giving us a good look at the range of possible performance you can get out of this GPU.ĭynamic Boost 2.0 provides up to an additional 15W of power in both systems when CPU utilization is light, so the TGP ranges are 80-95W in the lower power model, and 115-130W in the higher power model, although typical power usage falls in the middle of that range while gaming. This naming convention can be a bit confusing for laptop buyers as the 80W and 125W variants will produce different levels of performance, however in the last few weeks Nvidia has mandated that OEMs display the GPU's TGP on laptop's spec sheets, a considerable improvement. Additional power can be sent to the GPU through Dynamic Boost 2.0 as well, so most RTX 30 Laptop GPUs have a power range they operate within. The minimum TGP is 80W - which is equivalent to the former Max-Q variant, a moniker which Nvidia is no longer using - the maximum is 125W, with lots of options in-between. Speaking of power, the RTX 3070 Laptop GPU is available in a range of power options that OEMs can use depending on the cooling provided by a given laptop. Ultimately, to take a 220W desktop GPU and shove it down into a 80-125W realm, some things need to be sacrificed, and for this generation it's both the GPU core configuration and clock speeds. Boost clock speeds are also over 100 MHz lower for the laptop variant in the best cases, while the 8GB GDDR6 memory configuration remains the same. Both use GA104 silicon but the desktop GPU features 5888 CUDA cores, compared to just 5120 on the laptop version. Specification wise, the RTX 3070 Laptop GPU doesn't follow the exact same core configuration as its desktop counterpart. Today we are checking out Nvidia's new GeForce RTX 3070 Laptop GPU, a product that's already available in a handful of gaming laptops, and is the faster and more expensive sibling of the RTX 3060 Laptop GPU we reviewed a few weeks ago. What's going on here? Is this a problem? Let's get benchmarking! But they don't even get close to delivering the same performance. One is destined for desktop PCs, and the other is a gaming laptop. The graphics processors inside the two products shown below have the same name: RTX 3070. ![]()
0 Comments
Leave a Reply. |
Details
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |