Subject: General Tech, Graphics Cards | March 6, 2013 - 08:02 PM | Scott Michaud
Tagged: quadro, nvidia
Be polite, be efficient, have a plan to Kepler every card that you meet.
The professional graphics market is not designed for gamers although that should have been fairly clear. These GPUs are designed to effectively handle complex video, 3D, and high resolution display environments found in certain specialized workspaces.
This is the class of cards which allow a 3D animator to edit their creations with stereoscopic 3D glasses, for instance.
NVIDIA's branding will remain consistent with the scheme developed for the prior generation. Previously, if you were in the market for a Fermi-based Quadro solution, you would have the choice between: the Quadro 600, the 2000, the 4000, the 5000, and the 6000. Now that the world revolves around Kepler... heh heh heh... each entry has been prefixed with a K with the exception of the highest-end 6000 card. These entries are therefore:
- Quadro K600, 192 CUDA Cores, 1GB, $199 MSRP
- Quadro K2000, 384 CUDA Cores, 2GB, $599 MSRP
- Quadro K4000, 768 CUDA Cores, 3GB, $1,269 MSRP
- Quadro K5000, 1536 CUDA Cores, 4GB + ECC, $2,249 MSRP
This product line is demonstrated graphically by the NVIDIA slide below.
Clicking the image while viewing the article will enlargen it.
It should be noted that each of the above products have been developed on the series of GK10X architectures and not the more computationally-intensive GK110 products. As the above slide alludes: while these Quadro cards are designed to handle the graphically-intensive applications, they are designed to be paired with GK110-based Tesla K20 cards to offload the GPGPU muscle.
Should you need the extra GPGPU performance, particularly when it comes to double precision mathematics, those cards can be found online for somewhere in the ballpark of $3,300 and $3,500.
The new Quadro products were available starting yesterday, March 5th, from “leading OEM and Channel Partners.”
A Workstation All-in-One
While consumers know HP for its substantial market share in the world of desktops and notebooks, perhaps more important to HP's bottom line is the company's server and workstation business. While we all know what servers do there might be some confusion about what a workstation is and what it does.
Workstations are usually defined as computers used by content creators and despite that fact that you burned that DVD of your family vacation, that's not quite the same. Brands like Xeon, Quadro, FirePro and Opteron are what you will find different in a workstation class computer versus a standard computer or laptop. And while technology enthusiasts will debate the actual differences between these components, the fact is that the market demands them.
Today we are taking a quick look at the HP Z1 Workstation, a unique workstation in that it resides in the shell of an all-in-one computer. But not just your normal AIO - this is a 27-in 2560x1400 display with a chassis that opens up for easy access to components inside.
Once we show you how the processor, SSD, Quadro graphics and everything else works inside I think you will see the appeal of this kind of system even for professionals that require the stability and software support of a workstation class device. Check out our Video Perspective below and then continue on for some more photos and benchmark results from the HP Z1 Workstation!
The side profile shows the HP Z1 is slim enough but still holds a lot of hardware.
You'll find two USB 3.0 ports, Firewire, audio connections and a card reader near the bottom.
The power button, activity lights and eject button live up top.
Subject: General Tech, Graphics Cards | August 10, 2012 - 05:34 AM | Tim Verry
Tagged: tesla, quadro, nvidia, maximus, kepler, gk110
At SIGGRAPH 2012 NVIDIA announced a refresh of its Maximus workstation platform technology. Maximus is a technology aimed at professionals that work with simulations or content creation and editing. The updated platform features a Tesla K20 accelerator card as well as a Kepler-based NVIDIA Quadro K5000 graphics card. The K5000 in particular has 4GB of GDDR5 memory on a 256-bit bus and 1536 CUDA cores. NVIDIA states that the Quadro graphics card has 2.1 Teraflops of single precision compute power and draws 122 watts.
The K20 on the other hand features a GK110 Kepler GPU with Dynamic Parallelism and Hyper Q features that reportedly enable more than 1 Teraflop of peak double precision performance. Unfortunately, we do not know much more than that on the new K20 Tesla card as the exact specifications are still listed as “to be announced.” It is slated for a Q4 2012 release.
The Quadro K5000 workstation GPU
Beyond the hardware itself, the company’s Maximus platform has received software support from several high-profile software companies and system integrators. Some of the companies that certify and support Maximus are Adobe, Autodesk, Mathworks, and Paradigm among others. Dell, Fujitsu, HP, Lenovo, and Supermicro are OEMs that support the hardware and manufacture Maximus-powered workstations.
The Tesla K20 accelerator card.
The second-generation Maximus technology will be available in desktop workstations as early as December 2012. Further, the NVIDIA Quadro K5000 will be available for purchase as a separate discrete card in October 2012 for $2,249 (MSRP). The Tesla K20 will (for now) only be available integrated in a workstation, but NVIDIA lists the MSRP at $3,199.
More information on the NVIDIA Maximus refresh can be found in the company’s press release.
Subject: General Tech | May 14, 2012 - 03:31 PM | Jeremy Hellstrom
Tagged: tesla, quadro, nvidia, maximus, GTC 2012, BOXX
There are many professional level products to be seen at this years GPU Technology Conference, one of the more impressive being NVIDIA Maximus technology. That takes the power of a Quadro and couples it with the new Tesla GPUs for impressive live rendering and CAD applications. These products are not for gamers more for game designers and graphical artists, but the technology its self is still something to keep your eyes on.
One of the vendors you will see is BOXX, with several different lines of computers are designed to 3ds Max, CATIA V6 Live Rendering, SolidWorks and other professional level HPC applications. With a NVIDIA Quadro 6000 6 GB, a Tesla 2075 6 GB and a 240GB SSD for cache and programs you will be rendering like never before.
Ryan will be at the GTC so keep an eye on the page for news from that show when it begins in the middle of this week. NVIDIA's Maximus technology is sure to feature in some of these stories but do keep in mind this is the GTC and not the GDC so new game previews are unlikely though new benchmark software and proof of concept game engines might be.
"3DBOXX workstations featuring NVIDIA Maximus technology combine the visualization and interactive design capability of NVIDIA Quadro GPUs with the high-performance computing power of NVIDIA Tesla C2075 GPUs into a single system."
Here is some more Tech News from around the web:
- GTC 2012: Not your average vendo-loveathon @ The Register
- Ubuntu Developer Summit 12.10 Recap @ Phoronix
- Using a Lenovo All-In-One? Grab a fire extinguisher! @ The Register
- Tenda Portable Wireless AP/Router W300M @ Kitguru
- OC3D @ i45 Spring Event
Subject: Graphics Cards | August 9, 2011 - 05:08 PM | Tim Verry
Tagged: virtual graphics, tesla, quadro, project maximus, nvidia
It's that time of year again, SIGGRAPH is upon us. The same graphics showcase that brings oohs and ahhs over the latest in ray tracing generated graphics each year has seen NVIDIA bring multi-GPU, scalable Tesla computing power and professional graphics for mobile devices delivered using the Internet at SIGGRAPH 2011. The multi-GPU and cloud based graphics technologies have been dubbed Project Maximus and Virtual Graphics respectively.
According to Engadget, Project Maximus sees NVIDIA opting to recommend a lower end Quadro card and combining it with an almost infinitely scalable Tesla powered cluster. The light Quadro card would handle all of the graphics duties in displaying the desktop and applications' output while the attached Tesla processors would be responsible for handling all of the underlying computationally intensive calculations. This option will be especially interesting for businesses and professional designers as they will be able to allocate to each user only the power they need to get the job done, and future upgrade-ability would improve by allowing more Tesla processors to be added as opposed to a whole graphics system overhaul. Engadget quoted NVIDIA in further clarifying that in some programs, "better performance is achieved by adding a Tesla companion processor, as opposed to scaling up the primary Quadro graphics. Users still require as much graphics as possible."
Virtual Graphics on the other hand is NVIDIA's technology preview that aims to bring quality graphics to numerous devices so long as they have a solid internet connection. Much like onlive is able to stream games to low end computers, NVIDIA's virtual graphics technology seems to be pushing professional level graphics to mobile devices by using graphics card clusters based in the cloud to deliver much more graphical prowess than the mobile SoC (System on a Chip) graphics processors can provide alone. Branching off from Virtual Graphics technology is Project Monterrey, which is an initiative to bring NVIDIA Quadro level graphics on an application agnostic basis to any device capable of maintaining a solid internet connection.
Adobe and Autodesk have already signed on as software partners, and HP will be delivering a three GPU workstation later this year. More photos of the NVIDIA presentation are available over at Engadget.
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