- NVIDIA GTX275 896MB GRAPHICS VIDEO CARD FOR MAC PRO INSTALL
- NVIDIA GTX275 896MB GRAPHICS VIDEO CARD FOR MAC PRO FULL
- NVIDIA GTX275 896MB GRAPHICS VIDEO CARD FOR MAC PRO PC
- NVIDIA GTX275 896MB GRAPHICS VIDEO CARD FOR MAC PRO SERIES
- NVIDIA GTX275 896MB GRAPHICS VIDEO CARD FOR MAC PRO TV
NVIDIA GTX275 896MB GRAPHICS VIDEO CARD FOR MAC PRO INSTALL
You can install up to two Radeon Pro MPX Modules of any configuration in your Mac Pro.
NVIDIA GTX275 896MB GRAPHICS VIDEO CARD FOR MAC PRO TV
Zotac and Palit cards have original TV-Out interfaces that require a special adapter to output video to a TV set via S-Video or RCA. So, if this feature is important to you, make sure the bundle contains a special audio cable. That is, the graphics card does not have an audio codec, but it receives audio signal from an external sound card.
NVIDIA GTX275 896MB GRAPHICS VIDEO CARD FOR MAC PRO SERIES
Graphics cards of this series feature soundcard connectors for transmitting audio stream to HDMI (via a DVI-to-HDMI adapter). Besides, width of the housing does not change along the card, so a motherboard should have 30mm of empty space behind the used and the neighboring PCI-E x16 slots.
NVIDIA GTX275 896MB GRAPHICS VIDEO CARD FOR MAC PRO PC
So a PC case should be large enough to accommodate this device. I'll stress the important point once again: all cards are 270 mm long, just like the 8800 GTX/Ultra.
Or you will have to find a flexible SLI bridge (which are very rare) that allows some offset between connectors.
NVIDIA GTX275 896MB GRAPHICS VIDEO CARD FOR MAC PRO FULL
They can work only with their full counterparts from Palit. This card has a drawback: for some strange reason SLI connectors were moved in comparison with the reference design, so it's impossible to use the card from Palit (based on this PCB) in a SLI configuration with other GTX 2xx solutions (of the reference design). However, Palit would have hardly manufactured such products at a sacrifice. Is it really cheaper to design a PCB with 16(!) memory chips on one side from scratch than to buy a ready solution from NVIDIA? I don't believe it.
It just lacks two memory chips, so the bus is automatically reduced to 448 bits, and memory volume is reduced from 1024MB to 896MB. Moreover, we can see on the photos that Palit uses a sterling 512-bit PCB for its GTX 275 (and most likely for the GTX 260), which was apparently designed for the GTX 285. But now NVIDIA sells not only ready cards, but also GPUs, and some vendors can make cards on their own.
So all partners offered the same cards, only labels, frequencies, and bundles were different. Until quite recently, all such cards were manufactured by third-party plants by NVIDIA's orders.
But the Palit product is very interesting.įor one, it's the first card of this level (Hi-End) in our lab, which is manufactured by a NVIDIA partner. The cards from BFG and Zotac are actually copies of the reference design, so there is no point in discussing them. In fact, the only difference between GTX 260 and 275 is in their cores: the number of stream processors in the former is cut down, while the latter has 240 stream processors as in the GTX 285. It was based on the 448-bit bus and had only 14 memory seats. However, later on engineers designed a new PCB for the GTX 260 to reduce manufacturing costs. The fact is, the first GTX 260 were based on the GTX 280 design (512-bit), only the number of memory chips we decreased from 16 to 14, thus cutting the bus down to 448-bit and reducing memory volume to 896 MB. Pay attention to the comparison with the old GTX 260 (it's well posed, as both GTX 260 and GTX 275 have a 448-bit memory bus). Reference card NVIDIA GeForce GTX 260 (old version)Ĭomparison with the reference design, back view These memory chips are designed for the maximum frequency of 1250 (2500) MHz.Ĭomparison with the reference design, front view