High Performance Computing Service Provider

High Performance Computing (HPC) services at 4XFast Technologies provide powerful computing solutions for complex data analysis, simulations, and research tasks. Leveraging cutting-edge hardware and software, we deliver enhanced processing speed and scalability to meet the demands of industries such as healthcare, finance, and scientific research. Our HPC services ensure optimized performance, reduced time-to-insight, and reliable infrastructure to handle large-scale computational workloads.

Optimize your computational projects with our Advanced High-Performance Computing Lab Configuration services. We specialize in designing and implementing HPC environments tailored to your specific needs, ensuring peak performance for complex simulations, data-intensive tasks, and machine learning workloads. Our expert team handles everything from hardware selection and network setup to software installation and system tuning, providing you with a robust and efficient HPC infrastructure that drives innovation and accelerates research and development.

In the data center and in the cloud, Altair s industry-leading HPC tools let you orchestrate, visualize, optimize, and analyze your most demanding workloads. Top500 systems and small to mid-sized computing environments alike rely on Altair to keep infrastructure running smoothly. With longstanding hardware and cloud provider partnerships, we handle the integrations for you so your team can focus on moving business forward.

The High-Performance Cluster for Developing Digital Twins is an advanced computing platform designed to simulate, analyze, and optimize complex systems in real time. Digital Twin technology creates a virtual replica of physical systems such as electric vehicles, industrial machinery, or powertrains, enabling engineers and researchers to predict behavior, test scenarios, and optimize performance without physical trials. This cluster is ideal for R D labs, automotive research centers, EV development, and industrial simulation environments, providing high computational power for multi-physics simulations, real-time control, and AI-based predictive analysis. Key Features High-performance parallel computing architecture for real-time simulation. Supports multi-domain Digital Twin development: mechanical, electrical, thermal, and control systems. Enables real-time interaction with HIL systems, sensors, and actuators. Scalable architecture for distributed computing and cloud integration. High-speed data acquisition, storage, and analytics for large simulation datasets. Compatible with MATLAB/Simulink, LabVIEW, ANSYS, or custom simulation platforms. Designed for EV powertrain, robotics, industrial automation, and IoT system research. Includes high-speed network, redundant storage, and backup for uninterrupted operations.

We offer specialized high-performance desktop computer services designed for power users, creators, engineers, and enterprise environments. Our services include custom configuration, hardware installation, OS setup, and optimization for demanding workloads such as 3D design, simulations, video editing, AI development, and data processing. We ensure maximum performance through precise tuning of CPU, GPU, memory, and storage. Our team provides ongoing maintenance, security updates, diagnostics, and rapid troubleshooting to keep systems running at peak efficiency. We also offer upgrades, performance benchmarking, data protection solutions, and integration with enterprise networks, delivering fast, reliable, and scalable desktop computing solutions.

Maayan Technologies offers end-to-end HPC services for enterprises, research labs, universities, and engineering teams. We support the complete lifecycle from requirement assessment and architecture design to procurement, installation, configuration, and managed operations. Our HPC services include CPU/GPU cluster setup, networking (InfiniBand/Ethernet), storage (parallel/NAS/SAN), job scheduling, monitoring, security, and user onboarding. We also provide optimization and training for CUDA, MPI, and high-throughput workloads. HPC Services Include: HPC Cluster Design Architecture GPU Computing / AI Infrastructure Enablement Installation, Configuration Commissioning Scheduler Setup (Slurm/others) + User Access High-Speed Networking (InfiniBand/Ethernet) Storage Backup Integration Performance Benchmarking Tuning Managed Services / AMC / 24x7 Support (SLA)

HPC (HIGH PERFORMANCE COMPUTING) CLUSTERSHPC clusters are characterized by many cores and processors, lots of memory, high-speed networking, and large data stores- all shared across many rack-mounted servers.GPU CLUSTERSA GPU cluster is a computer cluster in which each node is equipped with a Graphics Processing Unit (GPU). By harnessing the computational power of modern GPUs via General-Purpose Computing on Graphics Processing Units (GPGPU), very fast calculations can be performed with a GPU cluster.VISUALIZATION CLUSTERSA visualization cluster is an HPC cluster with the addition of powerful graphics cards, normally designed to work in sync with each other to tackle high-resolution and real time simulations.

ION has been delivering high performance compute clusters for more than a decade to customers throughout the Americas. Based on Intel's Xeon E5-2600 V2 series processors, our current generation of HPC offerings is the fastest, densest and most affordable ever. Use the ION E5 Cluster Configurator below, select the number of nodes, the processors and RAM for each node, an interconnect and optional storage nodes. Then click "Request a Quotation" to get immediate pricing and an emailable quotation.

Investing in high-performance and technical computing is a strategic and competitive decision. High-performance computing (HPC) computational power and speed can help you: Deliver research results fasterImprove time to science and marketPropel new results and discoveriesDevelop and innovate new and game-changing products When you need more capacity to scale your environment and accommodate ongoing growth, the portfolio of solutions from Ninth Dimension can provide your total compute requirements. If you need pure performance, Ninth Dimension can design solutions geared to absolute performance. If capacity and scale are top priorities in your environment, Ninth Dimension will design solutions that can carry you through the next set of grand and exascale challenges. And if you just need systems sized to help your organization get ahead of your competitor, we have production-ready systems for all sizes, missions and charters. Ninth Dimension offers datacenter integration, annual maintenance, incident response services for HPC & Enterprise customers. We offer services that include installation of supercomputers, HPC clusters, storage clusters, user training, system administration training, parallel file system administration training, porting of applications to high-performance systems, benchmarking and Infiniband management. Large HPC systems are complex and expensive to implement, and we could provide expertise in designing, integrating, deploying systems while minimizing risk for end users. Read our solutions in detail: Our HPC experts work with end users to identify their specific needs and requirements. Using the most relevant technology and products, our team of system design engineers develop a balanced system design to match your budget and performance requirements. Our engineers then explain how our design helps achieve customer goals. Our engineers are experts in all components of high performance compute systems at various layers - including hardware, interconnects, protocols, file systems, operating systems, compilers, applications, schedulers, management software, etc. At each layer, your organization faces the daunting task of choosing the right components from a plethora of technologies & products like the latest multi-core Xeon, AMD CPUs, PCI-Express expansion, Infiniband network, storage cluster, SAS & SATA storage, cluster management solutions, monitoring system, systems management and more. We help see through the complexity and deliver the best solution for your needs.

The Cockpit High-Performance Computer (HPC) is the one-box solution for all cluster and infotainment functions. It is the heart of the user experience in the car and enables maximum personalization for drivers and passengers. Continental provides the full set of hardware and software building blocks to provide customized Cockpit HPCs solutions for any vehicle architectures. Benefits Features Scalable and fully customizable Cockpit HPC portfolio from entry up to high-end Further integration with e.g. ADAS visualization and cabin sensing Digital twin and tool landscape for efficient development for all involved parties Unprecedented power for great user experience and driving e.g. 3D lightfield display and augmented reality HUD

SyncHPC is multi-cloud, multi-scheduler HPC.

Accelerate product development, improve supply chain efficiency and achieve faster time-to-market with CCS high performance computing (HPC) solutions and services. Extensive experience in handling multiple architectures, HPC application management for multiple domains and problem solving, domain consulting for complex computational problems. CCS highly experienced team with experience in managing India's most advanced HPC platform vendor agnostic approach efficient, reliable systems at lowest TCO. Solutions services which have an impact across the HPC value chain. Global client partnerships/technology partnerships. Acquisition of computational research laboratories . Built HPC Eka 1800 node/14,400 cores cluster. Pioneered commercial HPC cloud in the India and among the largest commercial HPC clouds globally. CCS Offers :- HPC consulting design, build. HPC parallelization optimization. HPC managed services. Solutions benefit.

Dini Group's FPGA boards for ASICs prototyping and High Performance Computing (HPC) Dini Group - Xilinx FPGA Boards Dini Group offers latest generation FPGA boards dedicated to ASIC emulation and prototyping. These are a series of Xilinx FPGA boards: DNV7F1A: Virtex-7 Based FPGA board. DNPCIe_10G_K7_LL: Kintex-7 Based FPGA Board. DNMEG_V6HXT: Virtex-6 HXT DNPCIe_10G_HXT_LL: Ethernet Packet Analysis Engine, Latency Optimized Virtex-6 HXT DN2076k10: Virtex-6 Based 7 FPGA ASIC Prototyping board. DNV6F6PCIe: Virtex-6 Based 6 FPGA ASIC Prototyping board. DNV6_F2PCIe: Virtex-6 Based 2 FPGA ASIC Prototyping board. DN-DualV6-PCIe-4: Virtex-6 Based 2 FPGA ASIC Prototyping board.

Description: High-Performance Software Systems Service provides robust, scalable, and optimized software solutions designed for maximum speed, efficiency, and reliability. These services include performance tuning, cloud-based architecture, real-time data processing, and efficient resource utilization to handle high workloads with minimal latency. With a focus on security, scalability, and seamless integration, high-performance software ensures smooth operations for mission-critical applications. Ideal for enterprises, fintech, healthcare, and other industries requiring fast and dependable systems, these services enhance productivity, reduce downtime, and improve user experience.

Run compute-intensive workloads with HPC cloud services powered by Shakti Cloud. Ideal for AI training, simulations, analytics, and large-scale processing.

Welcome to the world of High Performance Computing (HPC), where computing power reaches extraordinary heights, surpassing what typical desktop computers or workstations can achieve. HPC represents a groundbreaking approach to tackle large-scale challenges in science, engineering, and business. At its core, HPC harnesses the immense capabilities of parallel processing and supercomputers to execute advanced and complex applications. This innovative system revolves around the integration of administration and computational methods, aiming to develop cutting-edge parallel processing systems. The genesis of HPC stems from the ever-growing need for faster processing speeds. By synergizing diverse technologies such as computer architecture, algorithms, system software, programs, and electronics, HPC creates a unified and dynamic environment that swiftly and efficiently unravels intricate problems. In scientific research, engineering breakthroughs, and even business analytics, HPC emerges as a game-changer, propelling us forward into a realm of unparalleled computational prowess. Its ability to handle vast volumes of data and intricate computations positions it as a beacon of progress in the modern digital era. As we continue to push the boundaries of technological innovation, HPC stands at the forefront, ready to tackle the most demanding and intricate challenges of today and tomorrow. Join us in this exciting journey as we unlock the true potential of High Performance Computing, revolutionizing the way we solve problems and paving the way for a more advanced and connected world.

Feasibility consulting and impact analysis of leveraging large numbers of Intel servers to provide scalable computing

Netweb's HPCC solutions are built using leading industry-standard building blocks and best-in-class partner products. The result is a highly scalable HPCC solution that can deliver exceptional performance and manageability at a fraction of the cost of competing solutions. We offer a wide choice of systems and interconnects allowing you to choose the best solution for your requirements. Our systems range from single socket to quad-socket and in various form-factors including the revolutionary Twin1U which packs two servers inside a single 1U chassis to deliver unparalleled density. This 0.5U density (84 server nodes in a standard 42U rack) combined with optional onboard InfiniBand or 10GbE makes these platforms an excellent choice for high-performance computing (HPC) clusters where space, cost, energy-efficiency and density are high priorities. Our 10-blade server system based on the SBI-7125C-T3 blade is an extremely cost-effective supercomputer. This solution now provides the scientific community the opportunity to enable a personal supercomputer next to their desks with the same computing power previously only available via large server installations in a dedicated IT room. This optimized blade solution features 93% power supply efficiency, innovative and highly efficient thermal and cooling system designs, and industry-leading system performance-per-watt (300+ GFLOPS/kW), making it the greenest, most power-saving blade solution. Large Memory SMP systems HPC applications have always needed faster and larger systems, historically served by SMP systems. The dominance of SMP was due to the ease of deployment, management and programming. However, these fully proprietary systems were expensive as they used custom processors, custom chipsets and ASICs to create high-speed backplanes as well as custom Operating Systems (OS).SMP systems require significant investment in system-level architecture by computer manufacturers as well as substantial amount of development time.The result of the high R D investment is an expensive solution that uses proprietary technology based on custom hardware and components. To date, most of the SMP systems with 8 processors or more utilize non-x86 processors, which is a large contributor to the high price of SMP systems. In addition to the high price, these systems generally "lock" the end customer into a specific computer manufacturer due to its proprietary hardware architecture and software stack. An alternative for large SMP systems was the adoption of commodity server clusters connected with high-speed interconnects. Cluster solutions deliver more performance than traditional SMPs, but are more difficult to program, implement and manage. It leads to higher OS deployment cost and complexity such as network boot or other centralized OS deployment techniques are required, resulting in a need for higher IT skill sets. Providing the application with access to common storage requires use of cluster file-system, SAN or NAS deployments. In addition to complexity, cluster deployment poses two challenges at the application level. i) Specific programming model is needed to accommodate the distributed nature of the computing resource ii) Each processor can access only the "cluster" node's local memory, which is usually limited. Netweb delivers a software-based computing-architecture that combines the advantages of shared-memory systems and the price points of commodity clusters by leveraging off-the-shelf x86 components.

VizExperts partners with AMD Stream Computing to bring multi-teraflop computational capability at extremely low price points. In partnership with Advanced Micro Devices on their Stream Computing platform, VizExperts offers highly optimized plugins for various applications and algorithms as well as software development tools like extensions to AMD s Brook compiler.

When scaling up means going beyond a server, we engineer and manage solutions to cope with the most demanding applications for unparalleled uptime and performance. Scale across servers with load balancers and failovers to eliminate downtime and single-points of failure.

? High Performance Computing Solutions From CRAY Inc. USA

Advances in semiconductor and computing technologies have increasingly enabled the scientific and engineering community to explore experiment on cutting edge scientific domains. Historically, lot of theoretical data and compute bound science and engineering problems got a computational boost through use of supercomputers and computer clusters. But with the advent of GPGPUs and Multi/Manycore, things are even changing for better; research scientists and engineers may now think of having a personal desktop supercomputer for his/her exclusive use rendering a deterministic computation bandwidth. Many complex scientific and engineering problems can now be computationally modeled faster with multicore advancements. One need not wait for days to get a computation result from their clusters. Multi/Many-core and GPU technologies hold the promise for delivering the same results within hours. But at the same time the computer scientists are also faced with a new challenge in putting the theoretical and mathematical models into high performing computable algorithms. Such algorithmic models are quite data intensive and needs great degree of parallelism to produce faster results and superior graphical visualization. These computations need to exploit and utilize the underlying compute platform architecture to the fullest. HPC service practice at Intecore delivers the right ingredients for your high performance application needs. Services offered in High Performance Computing: Performance Engineering for HPC Applications Algorithms Analysis, Re-factoring for Multicore/GPU Accelerated platforms HPC applications development on NVIDIA CUDA Based platforms Applications Algorithm performance optimization Architecture specific optimization Migration of HPC Applications to CUDA based platforms Migration of HPC Applications to OpenCL based platforms Visualization Application Development. Our skills are in the parallelism technologies space but we do not claim to be experts in the areas of the specific scientific stream of the HPC domain, which is better conceived as our customers area. But, as a team of engineers and computer science professionals we are able to appreciate and understand the customer s problem space and the algorithmic intent faster when we interact with the core domain teams. All projects are collaboratively executed in a closely integrated fashion with our customers. Applications under HPC Practice: Video and Image Processing Visual Computing / Professional Visualization Seismic Imaging Computational Finance

High Performance Computing (HPC) Services provide advanced computational power and infrastructure to solve complex scientific, engineering, and data-intensive problems that exceed the capabilities of standard computing systems. HPC leverages parallel processing, supercomputers, and clusters to deliver massive processing speed, enabling faster simulations, data analysis, and modeling. These services cater to industries such as research, finance, healthcare, engineering, and media, where large-scale computations and rapid data processing are critical for innovation and decision-making. Key Features: Powerful Compute Clusters Access to high-speed CPUs, GPUs, and accelerator technologies for parallel processing. Scalable Infrastructure Ability to scale resources dynamically to handle variable workloads. Advanced Storage Solutions High-throughput, low-latency storage optimized for large datasets and fast I/O operations. Optimized Software Stack Pre-configured libraries, compilers, and frameworks for scientific computing, AI, and big data analytics. Job Scheduling Resource Management Efficient workload distribution with resource managers like SLURM or PBS. Secure Multi-Tenant Environment Isolation and security for multiple users or research teams sharing resources. Cloud On-Premise Hybrid Options Flexible deployment models tailored to data sovereignty and performance needs.

Cloud computing services deliver computing resources like storage, processing power, and applications over the internet, enabling users to access them on demand and pay only for what they use, without needing to manage physical infrastructure.

27" HIGH END iMAC / 3.4Ghz Core i7 / 16GB RAM / HUGE 2TB DRIVE / 3 YEAR WARRANTY

C-DAC's HPC programmes are focused towards creating an Eco-system to derive full benefits from HPC systems to address grand challenge problems and advancing Fundamental Science, Research and Industrial competitiveness. C-DAC continues to evolve research and development work towards building infrastructure and collaboration in National Grid Computing Initiative (Garuda). It also continued its efforts towards developing and porting applications on PARAM Yuva. These include Disaster Management, Bio-informatics, Computer Aided Engineering (CAE), Computational Fluid Dynamics (CFD), etc.

Hinditron offers a whole spectrum of computing solutions for Scientific and Engineering applications from low-end servers, through mid range to the very high-end supercomputers. Hinditron has enjoyed continuous growth in these segments since inception, bringing solutions from world class companies, always remaining true to its vision and mission, focusing on its core competencies, while responding to changing market conditions and customer's needs. To achieve these goals, Hinditron has developed and nurtured strategic alliances with a few selected key technology suppliers and has strived to build and enhance these relationships over the years. The partners are chosen in a manner that these alliances enable Hinditron to remain at the forefront in innovations and deliver cutting edge solutions to the market place. This combined with technical excellence of its professional team, an enduring commitment to customer service and satisfaction, a long term approach and swift reaction to changing market needs remain the hallmark of Hinditron's core philosophy. Alliances and product range: Cray Inc. : A global technology leader and a name synonymous with High Performance and Supercomputing, Cray provides innovative and highly differentiated platforms from standards based entry level and mid range HPC systems to Massively Parallel Processing (MPP) systems capable of scaling to multiple Petaflops of sustained application performance. Boston Ltd. : With over 18 years of expertise and experience in providing high performance servers and workstations conventional CPU based as well as the fast emerging GPU based- Boston Ltd offers world class products through its technology alliance and marketing partnership with the highly renowned Supermicro and NVidia. Boston India Ltd, a fully owned subsidiary of Boston Ltd, UK, has local manufacturing facilities. NVidia : A world leader in Graphics processing, NVidia's expertise in programmable GPUs has led to breakthroughs in parallel processing which makes Supercomputing inexpensive and widely accessible. CUDA, NVidia's parallel processing architecture, is increasingly being used by the scientific, education and other communities. Bright Computing : Bright Computing makes software for managing groups of computer servers and associated equipment. Examples include: Clusters for High Performance Computing (HPC), Private, hybrid and public clouds, Grids of HPC clusters and Data centers. Through its partnerships with these companies, Hinditron is in an excellent position to offer an entire gamut of computing and storage solutions to the scientific and engineering community. With offices in all major cities in India, staffed by experienced and highly skilled marketing and technical/application support professionals, Hinditron can offer a range of services to supplement the product offerings.

When scaling up means going beyond a server, we engineer and manage solutions to cope with the most demanding applications for unparalleled uptime and performance. Scale across servers with load balancers and failovers to eliminate downtime and single-points of failure.