Currently Max-Q graphics cards are available for GTX 1050, GTX 1050 Ti, GTX 1060, GTX 1070 and GTX 1080. These graphics cards are power efficient and generate less heat compared to their standard versions. These Max-Q Nvidia graphics cards are specified with the word Max-Q written after their model number e.g. Nvidia Max-Q graphics card is the power-efficient variant of a standard graphics card (mostly high-end GPUs) used in laptops.
Here RTX 20 series graphics cards are built on the latest Turing GPU architecture, and GTX 10 series are built on the Pascal GPU architecture.Ĭheckout: Best Gaming Laptops with GeForce 10 series Graphics Cards What is Max-Q Nvidia Graphics Card in Laptop? These are the best Laptop Graphics Cards from Nvidia.
Must Read: Best eGPU Box or External Graphics Card for Laptops Best Laptop GPUs from Nvidia
Here in this post, I am going to list down the best laptop graphics cards from Nvidia and AMD for gaming, professional graphics work, and casual gaming.
You may be able to upgrade MXM Graphics Cards on some laptops but it really depends on the laptop model and manufacturer. Some Laptop Graphics Cards are MXM Graphics Cards and they connect in the Mobile PCI Express Module (MXM) slot of your laptop. These laptop graphics cards are also known as mobile GPUs because of their smaller size and use in mobile computers or laptops. However, let’s not dwell on the past and let’s see how well the R7 260X stacks up against the current market offerings.Both AMD and Nvidia make graphics cards for laptops. The R7 260X is more powerful than an AMD Radeon HD 5870 – the flagship of three generations ago (and a graphics card that I still run inside my own personal rig). Despite the seemingly “mediocre” specifications it’s worth noting that the R7 260X is still a great card. The R7 260X uses the same Bonaire GPU as the HD 7790 did with 896 GCN cores. This has come at a power cost according to what AMD say, the TDP has been uprated from 85W to 115W but will that show up in testing? As mentioned previously the memory is now a standard 2GB configuration as opposed to the either 1GB or 2GB on the HD 7790. API support is also updated – going from DX 11.1 and OpenGL 4.2 to DX 11.2, OpenGL 4.3 and Mantle API support is also introduced. That sees an increase in TFLOPS from 1.79 to 1.97. Those higher clock speeds are quite substantial with a boost from 1000MHz to 1100MHz on the core and 6000MHz to 6500MHz on the memory – that’s roughly 10% on both. That said the R7 260X does bring some improvements such as 2GB of GDDR5 as standard (instead of that being a more expensive luxury like it was on the HD 7790) and higher clock speeds. In fact it is more or less identical to the HD 7790 which came to market at about $150 when it was released but can now be had for as low as $115. In particular the R7 260X we have here today is AMD’s $139.99 offering based on the HD 7790. The AMD R7 260X is another of AMD’s “new” graphics cards that is actually based on a rehashed card from the HD 7000 series. Having already checked out the AMD R9 280X and AMD R9 270X for today’s launch it is now time to take a look at something from the mainstream R7 series and in particular we have the R7 260X with us in this review.