#ZOTAC GT 240 DRIVER SOFTWARE#
DriverPack software is absolutely free of charge. I then assumed that the cards that had been benchmarked were DDR3 and not DDR5. NVIDIA GeForce GT 240 benchmarks, NVIDIA GeForce GT 240 performance data from and the Phoronix Test Suite. Simply choose from nvidia geforce gt240 ddr5 be 100% Linux-related. Having said that, the GeForce GT 240 is certainly powerful enough to warrant SLI, and the lack of support for this new model is a disappointment since it is featured on the GeForce 9600-series cards being replaced.Climb onto a newer flagship with the ultimate hardware. According to my math skills, that means that roughly 12 in every 10,000 gamers are running more than one GeForce 9600 in SLI. According to the survey, only about 2% of gamers are running multi-GPU systems, and the GeForce 9600 GSO and GT represent about 6% of graphics cards out there. While Nvidia's position is certainly understandable, we find the news disappointing, as even low-end cards like the GeForce 9500 GT are often equipped with SLI support.Īs far as users upgrading instead of buying a second card, Nvidia is absolutely correct: with the knowledge that the GeForce GT 240 will be replacing the GeForce 9600 GSO and GT, we had a look at Steam's Hardware Survey.
#ZOTAC GT 240 DRIVER UPGRADE#
The company let us know that the GeForce GT 240 does not support SLI, and that Nvidia "typically hasn’t supported SLI for sub-$99 products, as users typically upgrade instead of buying a second card." Confused, we asked Nvidia for a bit of clarification.
#ZOTAC GT 240 DRIVER DRIVER#
However, the driver panel wouldn't show us the option to enable SLI. Hoping that SLI might be supported over the PCI Express bus, we tried running our two test samples together. The GeForce GT 240 lacks a feature that both the GeForce 9600 GSO and GT have offered since they were introduced: an SLI bridge connector. This really brings the fight to the Radeon HD 4670, previously the undisputed performance king of reference cards without a PCIe power cable requirement.
:strip_exif()/i/2000786550.jpeg "zotac gt 240 driver")
GeForce GT 240 distinguishes itself as the only reference card in this performance range without a dedicated power connector. Nvidia's implementation of GDDR5 helps bridge the performance gap between 128-bit cards like the Radeon HD 4670 and 256-bit cards like the GeForce 9600 GT. It's also the first time we've seen GDDR5 used on a card destined for the sub-$100 market. GDDR5 was one of AMD's aces when it launched the Radeon HD 4800-series cards, and this is Nvidia's first use of the technology. The beauty of this is that it allows the GeForce GT 240 to offer similar memory bandwidth to GDDR3-equipped cards sporting a 256-bit memory interface (like the GeForce 9600 GT), but it keeps memory costs down. This is very important, as GDDR5 offers two times the theoretical memory bandwidth per clock compared to DDR2 or GDDR3. While the GeForce GT 220 is limited to DDR2 and GDDR3, the new GeForce GT 240 can be coupled with either DDR3 or GDDR5. The biggest differentiator favoring Nvidia's GeForce GT 240 is its memory support. As a result, the GTX 285 sports a total of 240 processor cores, 80 texture units, and eight ROPs capable of handling 64 pixels per clock, with all of the ROPs contributing to a 512-bit memory bus. There are eight 64-bit raster-operator partitions (ROPs) capable of handling eight raster operations per clock cycle each. Each TPC also has eight texture-management units (TMUs). The GeForce GTX 285 has 10 texture-processing clusters (TPCs) with 24 individual streaming processors (SPs) (or cores) in each one. We will go over the major specifications.
We're not going to delve too deep into the GT200 architecture, since we've done that already in our GeForce GTX 280 launch article, which you can check out here. Just like the G 210 and GT 220 before it, the new GeForce GT 240 is based on the same GT200 architecture that spawned the GeForce GTX 200-series. MPEG-2, MPEG-4 Part 2 Advanced Simple Profile, H.264, VC1, WMV, DivX version 3.11 and later Video Format Support for GPU Decode Acceleration
0 kommentar(er)
