Nvidia Launches Quadro 4000 For Mac
The Quadro 4000 ($1,199 list) is the lower-high-end model in Nvidia’s line of workstation video cards. It’s positioned between the and the, and delivers performance generally in keeping with that position. Though you’ll want to stick with the Quadro 5000 if you’re determined to make every frame count, the Quadro 4000 is still effective across a broad range of professional applications, and a special version of the card for the Mac adds some extra platform-agnostic attractiveness. Hiio la fiesta download for mac. As is true of the other cards in Nvidia’s consumer and workstation lines alike, the Quadro 4000 is based on the company’s relatively new Fermi architecture. This manifests itself in 256 CUDA parallel processing cores; they’re matched up with 2GB of GDDR5 RAM for the frame buffer, which runs across a 256-bit memory interface and results in bandwidth of 89.6GBps. This memory, however, does not support error-correcting code (ECC); if you need to be sure that each and every bit is in place, you can find ECC on the Quadro 5000 and its $5,000 bigger brother, the Quadro 6000.
Trust 1400t driver for mac. CUDA Application Support: In order to run Mac OS X Applications that leverage the CUDA architecture of certain NVIDIA graphics cards, users will need to download and install the 6.5.18 driver for. Do more, faster with the NVIDIA® Quadro® 4000 for Mac professional graphics solution. For Workstation. Quadro solutions are designed, built and backed by NVIDIA to ensure the highest standards of quality, delivering industry leading performance, capabilities and reliability.
PNY nVidia Quadro 4000 For Mac 2GB GDDR5 256-bit PCIe Graphics Card VCQ4000MAC-T. If you're an artist, designer, or video professional with an Apple Mac Pro, you can accelerate your entire workflow wi. Apple MAC PRO Nvidia Quadro 4000 2GB PCI-E Video Card 4K 8800 680 5870 7950. Jul 23, 2013 I currently have a Mac Pro 12 core, 32 GB RAM, OWC PCI SSD and fast RAIDs with Mac OS 10.8.4, a Quadro 4000 and Premiere Pro CC. I like the performance but I'm always looking to get better performance, especially with real time playback / editing of native formats such as AVCHD. The Quadro 4000 processing unit for Mac is designed, built and supported by NVIDIA to provide best in class performance, reliability, compatibility and stability with professional Mac applications.
Nvidia claims the Quadro 4000 can process up to 890 million triangles per second. Like other Fermi cards, the Quadro 4000 supports DirectX 11, OpenGL 4.1, and Shader Model 5.0, in addition to Nvidia’s proprietary Mosaic feature (for spreading applications across as many as eight displays) and stereoscopic 3D technology. (For this you may connect the necessary 3D glasses via USB, or install an optional bracket on the card that adds a three-pin DIN port; just know that going the latter route will force you to give up a second expansion slot.) In Adobe’s and CS5.5 video editing package, you’ll also additional speedy boosts; the software’s new Mercury Playback Engine was designed exclusively to take advantage of Fermi’s capabilities. You’ll only need one free PCI Express (PCIe) x16 slot for the Quadro 4000; it uses a sufficiently thin fan–heat sink unit that will not block a second slot the way the Quadro 5000 or Quadro 6000 will. (The Quadro 4000 will take full advantage of the newer and faster PCIe 2.0 standard.) The card measures 9.5 inches in length, which is still short enough that it should fit in almost any case with no issue.
Nvidia Quadro Drivers
The PC version of the Quadro 4000 sports one dual-link DVI-I port and two DisplayPort jacks, which lets you connect either one or two 2,560-by-1,600 displays simultaneously. On the Mac-oriented card, you’ll find only two output ports: one DVI and one DisplayPort. In both cases, Nvidia rates the Quadro 4000’s TDP as 142 watts. In our CineBench R11.5 OpenGL rendering test, the Quadro 4000 managed 58.75 frames per second (fps); we saw similar results in our SiSoftware Sandra GPGPU tests, with the card attaining 342, 317.9, and 375.5 megapixels per second using OpenCL, Compute Shader, and CUDA methods respectively. In both cases, the Quadro 4000 lands almost precisely between the Quadro 2000 and the Quadro 5000, leaning just a bit toward the latter. This relationship continued to make itself evident when we ran the Quadro 4000 through the SPECviewperf 11 benchmark suite, which measures cards’ performance on eight different high-intensity professional applications. The biggest leap we saw came with the Maya 3D compositing test, when run at 1,920-by-1,080 resolution: The Quadro 2000 turned out 36.99 frames per second (fps), but the Quadro 4000 jolted it to 76.18fps.