The newly announced Barco MXRT-7500 is a high-end display controller for medical imaging. It uses the AMD FirePro W7000 core and adds medical imaging specific driver enhancements. Specifically the MXRT-7500 uses PCIe 3.0 and can drive up to four full resolution displays attached via DisplayPort 1.2 for ultra-fast loading of medical images and large datasets. The drivers are optimized to work with Barco’s Nio and Coronis display products (e.g. the new Coronis 6MP diagnostic color display system with LED backlights) as well as its MediCal QAWeb software solution and the leading PACS (picture archiving and communications system) applications.
Compared to the previous generation, the MXRT-7500 achieves, on average, a 34% performance improvement on 2D benchmarks, a 28% improvement on OpenGL 3D benchmarks, and a 40% improvement on DirectX 3D benchmarks.
From Supercomputing 2013, the Glen Mathews of the AMD FirePro team talks about the new passively cooled server GPU, the FirePro S10K 12 GB Edition, with up to 3 times greater performance than the previous 6GB model.
Also at the show is a large focus on OpenCL, particularly with Apple’s Mac Pro announcement using dual AMD FirePro GPUs.
The new AMD FirePro S10000 12GB Edition is the world’s first server graphics card to feature 12GB of memory. Announced just in time for next week’s SC13, the card is designed for ‘big data’ high-performance computing (HPC) workloads delivering the highest peak single and double precision floating point performance in a single server graphics card product. It fully supports PCIe 3.0, ECC memory and DirectGMA.
With this card, memory hungry applications can now take advantage of the GPU for compute workloads and OpenCL acceleration. Each of the 56 Compute Units on the 12GB Edition (28 per GPU) are designed to handle two compute and one graphics operation at the same time, enabling independent scheduling and work item dispatch for more efficient multi-tasking.
Performance benefits will also accrue to applications that require high-speed, high capacity video memory such as Genetic Sequencing, Computational Fluid Dynamics, Structural Mechanics, Numeral Analytics, Reservoir Simulation, Automated Reasoning, and Weather Forecasting.
Importantly the GPU features passive cooling for high-density datacenter computing integration. You can see the AMD FirePro S10000 12GB at Supercomputing 13, booth #1113. The card is slated for general availability in spring 2014.
The processing power of AMD FirePro W-series GPUs basically means they can keep up with data as fast as it can be fed to them. If you are feeding 4K data to the GPU from spinning hard disks or even SSDs, the GPU will be waiting for data transfer and not performing at its full capacity. That is where Fusion-io app technology comes in - Interview from IBC 2013.
Sapphire has released a passively-cooled AMD FirePro S10000 Dual GPU server graphics card. The card delivers up to 5.91 TFLOPS of single precision and up to 1.48 TFLOPS of double precision floating point performance, able to handle 2 compute & 1 graphics operation simultaneously. But unlike earlier active fan cooled versions, this version is ideal for high density datacenter computing.(See TechNationNews for more.
The S10000 Passive is compatible with leading hypervisor technologies from Citrix, VMware and Microsoft, features 6GB of memory and AMD RapidFire technology to ensure low latency, high performance computing experiences, and its dual-GPU design helps to maximize deployment density.
Full OpenCL support in applications such as Maya, Adobe Premiere Pro CC, Sony Vega Pro, etc
Performance supported by high-quality software drivers finely tuned to work optimally with leading applications in media and entertainment as well as CAD/CAM/CAE
AMD’s Enduro power management technology to optimize battery life. The power features are inherently dynamic, delivering instant performance when needed and adjusting GPU requirements when in idle mode.
“As the world becomes more mobile, HP’s challenge is to continue to provide reliable, high-performance technology that professionals can take anywhere,” said Jeff Wood, vice president, Worldwide Product Management, Commercial Solutions Business Unit, HP. “When combined with professional graphics from AMD, the addition of the HP ZBook 14 to our industry-leading line of Z Workstations provides professionals with reliable workstation performance in a thin and light form factor.”
Dell today announced its new workstation portfolio featuring 4th gen Haswell Core i5 and i7 for mobile workstations (M4800 and M6800) and Xeon CPUs for towers (T5610 and T7610) each with the latest AMD FirePro graphics.
This AMD FirePro professional graphics and Dell Precision workstations blog describes how AMD has worked closely with Dell to create exceptional mobile workstations with full support for OpenCL. Now even mobile system can deliver massive compute performance for applications that leverage massively parallel graphics processor acceleration, speeding up application performance and enabling new features.
The SFF tower (about 30% smaller in size than competitor products) supports the AMD FirePro 2270, while the mini tower support graphics cards that can draw up to 150 watts of power for the creation of mid-tier 3D content.
Dell’s Precision R7610 Rack Workstation is the worlds fastest 2U rack system. One rack workstation with 4 AMD FirePro GPUs (e.g. FirePro W5000) can service 4 users simultaneously, working on very demanding graphics tasks, on-site or in different locations.
Great video explaining and showing Stony Brook University’s Reality Deck. This is the world’s first gigapixel display, comprising more than 1.5 billion pixels using 416 HD monitors and 72 AMD FirePro graphics cards, and 18 AMD FirePro S400 cards syncing video signals to create one contiguous display.
This blog gives some of the details: “In total, 416 Samsung S27A850D LED monitors were used, each running at a native resolution of 2560 x 1440 pixels. To drive this many monitors, 72 AMD FirePro graphics cards were divided amongst 18 computer systems, or nodes, and each node fitted with an AMD FirePro S400 sync module to synchronize the output across all graphics cards and systems. Each AMD FirePro graphics card fed six monitors, and each node housed four AMD FirePro graphics cards. ”
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