- Desktop graphic card benchmark list full#
- Desktop graphic card benchmark list Pc#
- Desktop graphic card benchmark list series#
Desktop graphic card benchmark list full#
You can check out the full list of laptops we tested here. The results you'll see in the charts are an average of several systems with the same configuration. We configure all laptops we test with dual-channel memory, decent airflow into the coolers, and set them to stock power settings. On the laptop side, our usual test notes apply. We chose these components to roughly match what is on offer in most gaming laptops: typically you get an Intel six-core CPU like the Core i7-10750H at most reasonable price points, while 16GB of memory is a common starting point as well. Our desktop platform for this test is configured with a relatively modest Intel Core i5-10600K, 16GB of dual-channel DDR4-3200 memory with XMP enabled. With that said, we haven't gone all out with our desktop test system to absolutely crush gaming laptops. That's how these systems are generally configured in the real world, so these results will show you the actual difference between a gaming laptop and desktop, not between a gaming laptop and a weird gimped desktop.
Desktop graphic card benchmark list Pc#
This means that yes, the desktop PC will also have a more powerful CPU with better cooling, and faster memory. There's no CPU downclocking or power limiting, this is designed to be a realistic comparison between desktop and laptop platforms. Like our previous comparisons between desktops and laptops, this isn't designed to be a direct GPU comparison where we lock down the desktop platform to the same specifications and level of performance you'd get from a laptop. Hopefully this will make it much clearer next time you're buying a new gaming system, knowing what level of performance you're getting. With that, we're going to unravel in today's review the exact performance difference you can come to expect between Nvidia's desktop and laptop GPUs of the same name, covering all options from the GTX 1660 Ti up through to the RTX 2080 Super. This is in spite of vastly different power targets, clock speeds and ultimately performance. Nvidia feels that by using the same physical GPU with the same number of shaders, they can brand their laptop GPUs the same as they do on the desktop.
We could go on with examples across the rest of the line-up, but you get the point. This reduces memory bandwidth in addition to featuring lower clock speeds. But if you get a low-power Max-Q mobile variant of the RTX 2070 Super, you'll see just 11 Gbps memory, compared to 14 Gbps on the desktop. The base design is again similar, both variants deliver 8GB of GDDR6 memory on a 256-bit bus. That means that purely based on rated clock speeds, the desktop card can clock 28% higher in the best case, and potentially over 50% higher if we compare it to the lowest power mobile configuration. The laptop variant has a power limit anywhere from 80 to 115W, with boost clocks between 11 MHz. The desktop card features a 215W power limit, which allows the GPU to clock at 1770 MHz boost or higher. While both the desktop and laptop variants use the same physical GPU - the same 12nm TU104 die complete with 2560 CUDA cores is actually there - other aspects are very different. Let's take the RTX 2070 Super as an example. To some customers that aren't as familiar with Nvidia's GPU line-up, at a glance it looks like these laptops are offering the same GPU and therefore the same performance as what you'd get from an equivalent desktop gaming PC. This continues across the entire line, from below the GTX 1660 Ti right up to the highest option, the RTX 2080 Super. In 2020, you can buy laptops that feature "RTX 2070 Super" GPUs inside, but sometimes you'll get a Max-Q variant, sometimes you won't. Knowing what you are getting however, is as confusing as ever. We're also seeing new CPU options through Intel's 10th-generation, and the return of AMD to gaming laptops with Ryzen 4000. This latest wave of 2020 gaming laptops uses Super GPUs at the high-end, in the form of the RTX 2070 Super and RTX 2080 Super which we've reviewed already.
Desktop graphic card benchmark list series#
On the graphics side, Nvidia has released the RTX Super series for desktops and more recently laptops. Since then, we've seen refreshes to laptop and desktop hardware. This difference expanded to a whopping 42% difference when comparing the desktop RTX 2070 to Nvidia's low power RTX 2070 Max-Q variant. Using hardware available in early 2019, we found that the desktop RTX 2070 was on average 19% faster than the RTX 2070 mobile chip at 1080p. The original investigation was prompted by Nvidia's confusing naming scheme, where laptop and desktop GPUs have the exact same name but certainly feature vastly different performance. laptop graphics performance, a revisit of a topic we last covered over a year ago when Nvidia launched their first mobile GeForce RTX GPUs.
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