July 26, 2010
This morning, synchronized with the opening of the 37th Annual Siggraph International Conference, NVIDIA announced that it had partnered with PEER 1 to provide the industry’s first large-scale hosted GPU cloud. According to the announcement, the system will run the RealityServer 3D web application service platform to further enable animators, product designers, and others who rely on advanced 3D applications to propel their business or research forward without the need for an in-house CPU cluster.
Although this is not the first hosted GPU cloud in history, it is certainly the first of its kind in terms of scale. NVIDIA must have seen a growing market need to deliver its RealityServer platform enough to form the partnership to make it available to the masses--and this comes as big news to those who otherwise were barred from entry due to high upfront GPU cluster costs.
According to Sumit Gupta, Product Manager at NVIDIA’s Tesla GPU Computing (CUDA) Group, the market need for such a cloud was clear for a wide range of HPC application and uses. “There is widespread demand for hosted GPU clouds for markets such as financial services, 3D application rendering (with RealityServer and iray), scientific computing, and pharmaceutical and bioinformatics applications.”
Gupta notes that such a cloud is not a new concept for the company. He stated, “Similar GPU clusters have been built and used for quite some time. Several supercomputing centers and government labs have GPU clusters that researchers log into remotely in a similar fashion. In other words, the use of GPUs in such clouds is well understood and established.”
Prior to NVIDIA’s GPU-as-a-Service announcement, most of their scientific and industrial users were deploying their GPU applications on their own in-house GPU clusters. However ,with the ability to have on-demand access to comparable services, this not only lengthens the ability to reach new users, but provides the possibility for a new competitive landscape for business reliant on GPU clusters for their core operations.
Gupta stated that in addition to these possibilities, customers have the capability to test scaling of their application on a large GPU system before they invest in their own and possibly avoid buying their own if the investment looks unsteady. Furthermore, those who do already have an in-house GPU cluster can offload peak demand to the cloud instead of waiting or postponing workloads.
So, what would users be sacrificing if they chose to run their GPU applications in the cloud versus on site? According to NVIDIA’s Gupta, “there are no performance limitations for compute-intensive applications. For graphics-intensive applications, this cloud is useful for remote rendering, but not for interactive graphics rendering.”
While this still extends the reach of the NVIDIA RealityServer platform, these limitations do not generally touch the target audience for this announcement. When asked who this cloud news is aimed at, Gupta replied that their GPU cloud “has been primarily built for customers who use the compute capability of GPUs. NVIDIA’s GPUs are based on the massively parallel CUDA architecture, which enables the GPU to be used both for graphics and general purpose computing. NVIDIA’s GPU is programmable using C, C++, and Fortran as well as driver APIs like OpenCL, DirectCompute, and OpenGL.”
Larger Servings of Reality for More Users
The RealityServer platform for cloud computing, which is in effect a combination of GPUs and software that sends highly realistic 3D applications across the web was announced in October, 2009. It allowed for the development of more complex 3D web-based applications and opened the door to opportunity for developers and enterprises alike due to the extended capabilities that went beyond other 3D application development and deployment options.
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