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To remedy this the NVIDIA Quadro K4000 has vents along the top of the card and just above the rear I/O panel. The above picture clearly shows that there is not much vent space dedicated on the rear I/O panel due to the display outputs. Moving to the top of the card, we see that the single slot cooling solution vents to the rear of the chassis. Even after monitors were put into standby to conserve power, the issue plaguing the consumer AMD solution was quickly fixed.
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The only fix was to reboot the system which can be difficult with multiple applications open for the workflow. The issue occurred across multiple driver versions and across video out ports.Īfter swapping the test bed to the K4000 we saw completely different behavior.
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NVIDIA Quadro K4000 IO PanelĪ significant note here is that our previous AMD HD6970 GPU failed to consistently power dual HP ZR30W professional 30″ IPS displays under Windows 8, consistently dropping the second display to sub 2560×1600 resolution.
They can drive high-resolution professional graphics. For many users the two DisplayPort out ports are going to be key.
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There are two full DisplayPort connectors as well as a single DVI-I connector. Moving to the display output side we can see the NVIDIA Quadro K4000’s three primary outputs. For those looking for a passively cooled rack mount solution there are other options available. Practically speaking the single slot design means that this card can be used in virtually any workstation that has a PCIe x16 slot free. One can see that the cooler is a single slot active cooling unit that exhausts to the rear.
Unlike desktop parts, professional series graphics cards and Tesla accelerators are commonly sold directly under the NVIDIA label. The NVIDIA Quadro K4000 card is branded by NVIDIA itself. NVIDIA’s Keplar architecture found on the Quadro K4000 was a major improvement over previous generations in terms of power consumption making the K4000 a 80w maximum power part. The K2000 and the K600 / Quadro 410 are considered the entry level cards.
In terms of where the card falls in NVIDIA’s current product portfolio, the NVIDIA Quadro K6000 and K5000 cards are considered the two options above the K4000 in the product hierarchy. These have major real-world performance implications. Furthermore, and something we specifically use, some applications can take advantage of NVIDIA CUDA technology to accelerate functions such as the Blur Gallery and new Smart Sharpen in Photoshop CC. The key here is that the extra QA resources help ensure that work is completed accurately and work time is not lost due to driver errors.
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NVIDIA has an extra layer of QA for its Quadro professional drivers and tests them with specific applications such as SolidWorks, AutoCAD, Siemens NX, Adobe Creative Cloud products and a host of other applications. These drivers provide support for many expensive applications and unlock enhanced capabilities such as Adobe Premiere Pro’s Mercury Engine.įor those unfamiliar with the market, and see the pricing as much higher than desktop parts, there is an important component that should be addressed. Instead NVIDIA pairs its GPU technology with “professional” graphics drivers. As most professional users will attest to these cards are not meant for gaming. Of course, for relatively lower cost, the cards sell for around $800 new which is on the lower end of the professional graphics card side of the spectrum. The NVIDIA Quadro K4000 is a workstation class graphics card with a simple focus: provide a low power, and relatively lower cost professional graphics solution.
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