What is Technical Computing?

Technical computing enables data analysis, modeling and simulation and is experiencing significant growth. High-performance computing (HPC) is a subset of the overall market and includes servers used to solve problems that are computationally or data intensive. Now, HPC has expanded to include new industries and new usage models. The result is more availability and more opportunities throughout the technical computing marketplace. Worldwide factory revenue for the HPC technical server market increased by 7.7% year-over-year in 2012, up from $10.3 billion in 2011. Over 70% of members of the NationalCenter for Manufacturing Sciences (NCMS) believe increased adoption of advanced computing would lead to competitive advantages. It means that greater availability plus great demand for HPC systems equals more opportunities for growth.

Technical computing is a valuable tool for many industries. Business view technical computing as a useful way to gain insights and solve business or technical challenges.

Business Analytics

Data, statistical and quantitative analysis, explanatory and predictive modeling and more are used to examine business performance, obtain insights and drive strategic planning.

Financial Analysis

Technical computing aids in the swift creation and processing of financial valuation models for technical analysis.

Manufacturing

Software tools and top-notch computing power aid in Computer-Aided Design (CAD) and Computer-Aided Engineering (CAE) to analyze assemblies simulate models and optimize manufacturing tools.

Climate Modeling

Advanced computational abilities are required for the modeling and simulation of complex weather patterns and forecasting.

Medical Imaging

Technical computing offers greater insight into the processes, structures, health and diseases of the human body-resulting in faster and more accurate diagnoses.

Digital Content Creation (DCC)

Requires the performance enabled by technical computing for 3-D modeling and animation, video editing and compositing, graphics, image editing and more.

Security

High-performance technical computing resources can be used in defense and security for analyzing surveillance data and more.

Energy Exploration

Raw computing power for simulation and computational analysis is required for new energy resource R&D, including research in the oil and gas industries.

Scientific Research

Breakthroughs and discoveries in chemistry, physics and more are possible with today’s technical computing resources.

 

Make the most of Technical Computing Opportunities

High-performance computing is not just for rocket scientists anymore. Technical computing brings benefits at any scale. Today’s computing clusters are easier than ever to configure and deploy, simpler to operate, more accessible and affordable than ever before, and built to enable entirely new capabilities. Getting involved with technical computing can increase revenue, volume, growth, and gain HPC knowledge. It creates high revenue opportunities because HPC is an extremely attractive and lucrative server business with opportunities in a number of different industry segments. Also, HPC is expanding into new areas like government labs, healthcare, oil and gas, financial institutions, education, and biotechnology. It creates higher volume opportunities because additional opportunities for greater purchase volumes with storage, networking, software and services. Quality Intel components are optimized to work together for HPC solutions, meaning quicker, easier deployments. It is an opportunity for growth because HPC is a large server opportunity with an anticipated 7.3% compound annual growth rate over the 2011-2016 forecast period, and revenues of more than $14 billion by 2015. Entry—level technical computing systems provide a perfect starting for customers not yet ready to invest in a more complex HPC cluster. Gaining HPC knowledge is advantageous of growing HPC market opportunities. It gathers information on technical computing user requirements, it learns how to correctly size HPC opportunities, it helps customers, large and small, achieve their technical computing goals, and it gain technical skills in application development and HPC environments.

 

Intel for Technical Computing

Technical computing with Intel has many benefits such as leading performance and performance-per-watt, well-defined HPC application platform, scale clusters for test and optimization, manufacturing process leadership, platform building blocks work great together, and broad software tools portfolio and IA programming model. Some of Intel’s hardware and software that enables HPC success are Intel Software Tools, Intel Xeon Processor E3 Family, Intel Storage, Intel True Scale Fabric, and Intel Xeon Phi Coprocessors.

Intel Software Tools is scalable parallel programming models for today’s multicore and tomorrow’s many-core environments. It has high-performance, standards-driven compliers, libraries, and analysis development tools.

Intel Xeon Processor E3 family

The foundation for HPCA, it’s found inside the Top 500 share and new designs, it has up to 80% greater performance and has broad industry adoption thanks to combination with the Intel Xeon Phi coprocessor.

Intel Storage

Integrates with Intel Xeon processors provide intelligence and computing capacity required to enable HPC-ready storage optimizations. Intel Solid-State Drives and other Non-Volatile Memory technologies improve responsiveness and storage performance.

Intel Xeon Phi Coprocessors

Uses up to tera FLOP of double precision peak performance, the highest parallel performance per wall of any Intel Xeon processor. Its partner ecosystem continues to grow and achieve progress.

Intel True Scale Fabric

Designed from the ground up for the HPC, it is optimally supported for Intel Xeon E3 processors and Intel Xeon Phi coprocessors.

 

Conclusion

There are more opportunities available with high-performance computing. A growing HPC market opportunity and a powerful combination of Intel Xeon processors, Intel Phi coprocessors, server building blocks, and software tools make now the time to take advantage of the benefits enables by technical computing. A wide range of industries can benefit. Technical computing provides a foundation for the swift execution of computations and solving of complex problems, at every scale. HPC is simpler and more affordable than ever. Entry-level technical computing systems provide the perfect starting point. Easy-to-implement, easy-to-use computing clusters make HPC solutions easier than ever to recommend and deploy.