dopamanhattan.blogg.se

1. GPU Z ASUS ROG VS GPU Z WITHOUT ASUS ROG DRIVER
2. GPU Z ASUS ROG VS GPU Z WITHOUT ASUS ROG FULL
3. GPU Z ASUS ROG VS GPU Z WITHOUT ASUS ROG FREE

In fact, a look at the performance of the GX700 with and without the dock shows a performance gap even in everyday tasks like word processing. Nevertheless, the ASUS ROG GX700 topped most of the charts here, especially when it was docked. However, because it is reflective of the average workload of a typical user, it does not really highlight the strengths of the respective gaming systems. PCMark 8 attempts to measure the real-world performance of various test systems by putting them through real-world programs and productivity applications. Note: We didn't manage to get figures for the Adobe application tests on the ROG GX700, which is why those results are absent. The scores we got below are representative of the 1TB model, so you should expect slightly lower storage scores on the 512GB configuration, but all other performance numbers should be fairly accurate. The GX700 is listed in the table above as having just 512GB of SSD storage (RAID 0) because that's the highest capacity you can get locally, but our review unit actually came with 1TB of SSD storage, also in RAID 0. We ran the notebooks through our usual benchmark suite as below:

GPU Z ASUS ROG VS GPU Z WITHOUT ASUS ROG FULL

Here’s a full list of the notebooks we’ll be looking at: We also included notebooks with dual NVIDIA GeForce GTX 980M cards to get a better idea of how the desktop-class GeForce GTX 980 will perform compared to the best possible mobile graphics configurations. We’ve rounded up a handful of high-performing notebooks for our comparisons, with the lowest graphics specification being a fairly respectable NVIDIA GeForce GTX 970M. If the ROG GX700 has piqued your interest, you’re probably wondering how it compares to all the other top-end gaming notebooks out there.

GPU Z ASUS ROG VS GPU Z WITHOUT ASUS ROG DRIVER

The presence of a universal adapter driver for UWP.Real-time data sensors (depending on adapter):.Supported Technologies (CUDA, PhysX, OpenCL, DirectCompute, DirectML, Vulcan, Ray Tracing, OpenGL).The presence of a bunch of adapters in the system (SLI / CrossFire).Video Memory Frequency (Standard / Actual).The width of the bus between the GPU and the video memory.Type of video memory and its manufacturer.The number of shader processors and their type.The number of raster output units (ROP) and texture mapping (TMU).Identifier of the manufacturer of the video adapter according to PCI SIG.Video adapter submission date (internal BIOS date).The name of the video card in the operating system.The GPU-Z program can at the same time additionally determine the temperature and frequency of the core, the frequency of video memory and the speed of rotation of the cooler and conduct an online comparison of the device with other similar products. The program displays the technical characteristics of the graphics processor and its video memory, that is, it determines the manufacturer and name of the video adapter, the type of video processor and its characteristics, the size and type of video memory, the date and version of the video BIOS, the date and version of the video driver, and also displays the graphics technologies and standards supported by the video processor.

GPU Z ASUS ROG VS GPU Z WITHOUT ASUS ROG FREE

GPU-Z is a free application for displaying technical information about a video adapter (video controller / video card / video module) running under Microsoft Windows. GPU-Z is a lightweight utility designed to provide you with all the information about your video card and GPU.