The memory isn’t locked down, so the sky is the limit there. Why is that? NVIDIA has placed overclocking restrictions on the GeForce GTX 750 Ti and right now the BIOS only allows the CUDA cores to be overclocked by 135MHz. Some manufactures will be putting a 6-pin PCie video card power connector on the boards, but from what we can tell it should be needed even when overclocking.
Gtx 750 ti 2gb graphic card benchmark 1080p#
NVIDIA has taken notice of the boom in Mini-ITX gaming PCs and think that the GeForce GTX 750 Ti is a perfect match for someone looking to build a 1080P small form factor (SFF) gaming PC as you need just a 300W power supply and there is no 6-pin power connector needed on the GeForce GTX 750 Ti reference card.
Gtx 750 ti 2gb graphic card benchmark upgrade#
NVIDIA believes that the GeForce GTX 750 Ti will be about a 2x performance upgrade at a fraction of the power use for those still using a GeForce GTX 550 Ti video card from 2010. NVIDIA says that gamers generally upgrade their video card on every four years on average and that the new GeForce GTX 750 Ti will give those people a huge boost in power efficiency. The really cool thing is that NVIDIA’s GM107 has higher performance specs and has a slightly lower TDP even though it has 570 million more transistors at the same 28nm manufacturing process! The NVIDIA GK107 ‘Kepler’ GPU had just 384 CUDA cores with 1.3 billion transistors and a die size of 118mm 2. The GM107 ‘Maxwell’ GPU has 640 CUDA cores with 1.87 Billion transistors and a die size of 148mm 2. Here is a nice table that shows a high-level comparison of the GM107 Maxwell GPU versus the previous generation Gk107 Kepler GPU. This allows them to to better control the CUDA cores on each particular Maxwell GPU and really helps improve the efficiency. The image above shows a very high-level block diagram that highlights the fact that NVIDIA greatly reduced the shader block sizes into smaller clusters with added control logic. Maxwell logic is better so they can control more cores controls fewer cores. Added more control logic to the CUDA cores. Maxwell has 135% more performance per core and twice the performance per watt.
![gtx 750 ti 2gb graphic card benchmark gtx 750 ti 2gb graphic card benchmark](https://s3.amazonaws.com/gamersctrl/2018/11/11021642/1586678326-1-600x600.jpg)
NVIDIA has taken everything they’ve learned from their Tegra line of mobile processors and the Kepler desktop and enterprise processors and put all that expertise to good use in Maxwell.
![gtx 750 ti 2gb graphic card benchmark gtx 750 ti 2gb graphic card benchmark](https://www.bhphotovideo.com/images/images2500x2500/asus_gtx950_m_2gd5_geforce_gtx_950_graphics_1237453.jpg)
Kepler was on manufactured on the 28nm process and was essentially an upgrade from the previous Fermi architecture that was done on the 40nm process node. Kepler was revolutionary for performance per watt when it came out and so it Maxwell. NVIDIA says that the Maxwell architecture used on the new GM107 (the GPU core used on the GeForce GTX 750 and 750 Ti) has allowed them to produce the most efficient GPU ever built.
![gtx 750 ti 2gb graphic card benchmark gtx 750 ti 2gb graphic card benchmark](https://i.ebayimg.com/images/g/AEMAAOSw1u9buNVx/s-l400.jpg)
NVIDIA heavily focused on performance per watt with Maxwell and it clearly shows as the GeForce GTX 750 Ti 2GB video card measures just 5.7-inches in length with a tiny heatsink and doesn’t require any internal power connectors! NVIDIA has been developing Maxwell for a number of years and have decided to launch entry-level discrete graphics cards with the new technology first in the $119 to $149 price range. NVIDIA today announced the new GeForce GTX 750 Ti and GTX 750 video cards, which are very interesting to use as they are the first cards based on NVIDIA’s new Maxwell graphics architecture. NVIDIA GeForce GTX 750 Ti 2GB Video Cards Arrive