IDC's Technical Computing service is the leading global provider of strategic business planning information on high-performance technical server system environments for the public and private sectors (government, industry, and academia). By examining advanced technologies, major user requirements, applications, and adoption dynamics, this service provides insight into the behavior of existing and emerging segments within the computationally and data-intensive technical computing market. This service includes inquiry hours with IDC HPC analysts.
- Competitive segments (from workgroup systems to high-end supercomputers)
- Segmentation by processors, OS, architectures, and price bands
- Regions (North America, EMEA, Japan, Asia/Pacific, and ROW)
- Technical server market dynamics and vendor market share
- Coprocessors, accelerators, and heterogeneous architectures
- Technical cluster, grid, and cloud models and initiatives
- Operating systems, support software, and programming models
- Power, cooling, and facilities requirements and trends
- Technical application performance and developments
- Emerging markets such as cloud computing and high-performance data analysis (Big Data needing HPC)
- Processor, storage, interconnect, and file system trends
- Worldwide Technical High-Performance Systems Census
- Worldwide Technical High-Performance Systems Forecast and Analysis
- Worldwide High-Performance Analytics Systems Forecast and Analysis
- Major Industry Announcements
In addition to the insight provided in this service, IDC may conduct research on specific topics or emerging market segments via research offerings that require additional IDC funding and client investment.
- Will the high-performance server market continue to exhibit healthy growth? Who will be the next wave of buyers?
- Which segments are driving the technical computer market?
- Which application areas have the greatest affinity for which architectures and processors?
- What are the best opportunities for high-performance analytics?
- Will clouds emerge as economically important topologies for technical users?
- How will technical markets adopt multicore processors and coprocessors such as GPUs, MICs, and FPGAs?
- What are the trends in important emerging markets such as China, Russia, India, Korea, Singapore, and Brazil?
ACCELEWARE LTD., ALLINEA SOFTWARE LIMITED, Advanced Micro Devices, Inc., Amazon.com, Inc., Atos S.A., Autodesk, Inc., Blue Arc, Cisco Systems, Inc., Clustercorp, Cray Inc., DataDirect Networks, Inc., Dell Inc., EMC Corporation, ET International, Inc., Emcien, Inc., Eurotech S.p.A., Fujitsu Limited, Hewlett-Packard Company, Hitachi, Ltd., Huawei Technologies Co., Ltd., IBM, Intel Corporation, Lenovo Group Limited, LexisNexis Group, Liquid Cool, Lockheed Martin Corporation, Mellanox Technologies, Ltd., Micron Technology, Inc., Microsoft Corporation, Mitrionics AB, Myricom Incorporated, NEC Corporation, NVIDIA Corporation, NetApp, Inc., Northrop Grumman Corporation, PENGUIN COMPUTING INC, Pervasive Software Inc., Rogue Wave Software, Inc., SAP AG, SAS Institute Inc., SPANSION INC., Silicon Graphics International Corp., Super Micro Computer Inc., T-Platforms, T-Systems International GmbH, Tech-X Corporation, Teratec, UNIVA CORP, Unisys Corporation, VMware, Inc., Virident Systems, Inc., Wipro Limited, Xilinx, Inc., Xyratex Ltd.
Program Vice President, High-Performance Computing
Research VP, HPC Group
Research Vice President, High Performance Computing