The latest Quadro GPUs, with the exception of the Quadro P3000, are VR-ready. Quadro is the way to go if you're looking to design the world's next tallest skyscraper, run the human genome or make the next blockbuster film. According to the company, the latest generation of Quadro GPUs features up to three times the performance and twice the computing power and memory of its predecessors, rivaling their desktop counterparts. Nvidia's Quadro line can be found in most mobile workstations doing the heavy lifting for programs like AutoCad or the Unreal 4 Engine. Good For: Engineering, Game Design, VR and Researchīad For: Affordability, Battery Life and Weight GPU Lines Nvidia Quadro: Exclusive to Workstations
#Nvidia geforce 930m vs intel hd graphics 5500 mobile gaming series
AMD is currently on the Polaris-based Radeon RX460 and R-9 series of its mobile GPUs, leaving behind the M300 series. This time around, Nvidia made the jump from its Pascal architecture to Turing while the Intel-powered chips moved from Skylake to Kaby Lake. Similar to Intel, every year or two Nvidia launches a new GPU generation that's faster, more powerful and more battery-friendly than the previous line. Similar to CUDA Cores, the more you have, the more powerful the chip is. Stream Processors perform mathematical computations needed for rendering graphics. That means that the more CUDA Cores a chip has, the more powerful it is.ĪMD - Stream Processors: Responsible for processing all data flowing in and out of the GPU, Stream Processors are AMD's answer to CUDA Cores. Thousands of Cores can be packed onto a chip, which is necessary for all those mathematical computations that render all your shiny graphics. Nvidia - CUDA Cores: CUDA (Compute Unified Device Architecture) is Nvidia's programming language that can control the GPU in specific ways to perform tasks with greater speed and efficiency. Memory Speed: This is your VRAM speed, which is measured in MHz (megahertz) and determines the frequency of data passed between the VRAM and GPU. However, depending on your system's power and thermals, you can raise the boost speed past the factory set rate. This is the absolute minimum speed your GPU will run at under non-stressful applications.īoost Clock: Boost clock is the minimum amount of boost speed you can get from your GPU. Measured in megahertz (MHz), the base clock is your video card's speed in non-stress testing applications. But keep in mind that bandwidth is affected by memory clock speed, type and width.īase Clock: This is pretty straightforward. A video card with high memory bandwidth can render images faster and at higher quality. Memory Bandwidth: One of the main things to consider when choosing a GPU, memory bandwidth measures the rate that data can be read or stored into the VRAM by the video card, which is measured by gigabyte per second (GB/s). But before you get lost in a world of techie jargon, here are some of the more important ones to keep in mind. Just like your laptop, your GPU comes with a set of specs. GPU Specs: Cores, Base Clock and Memory Speed
The more powerful the chip, the higher the number. That means that even though the company has worked its way up to it 8th-generation Kaby Lake processors, the corresponding integrated GPUs are rocking model numbers in the 600s (example: Intel HD Graphics 630) rather than 700.
Unlike their CPUs, Intel GPUs don't follow the serial-number-naming convention. And if you see an X at the end, it means that you've got the faster version of the original GPU. The last number in the series represents the revision number. The next digit corresponds to the performance tier with the higher numbers representing higher performance levels. The number directly after represents the generation (the higher the number, the newer the generation). However, for the 400 series, the current generation, AMD has ditched the M designation and labeled every chip in the lineup RX regardless of performance capability. The "M" placed before the second batch of numbers represents mobility and designates that the chip is for mobile devices, such as laptops and tablets. R5 and R3 refer to the company's entry-level chips. For instance, the R9 suffix represents AMD's high-performance line, while R7 is more midtier. AMD GPUs typically carry the Radeon moniker followed by a prefix, which designates the chip's performance.
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