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Powering High-Performance Computing and Artificial Intelligence With Lenovo

More enterprises than ever need high-performance computing to run intense workloads including big data analytics, artificial intelligence, and financial modelling. Here’s why they are turning to Lenovo.

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Improving risk analytics, shortening product development cycles, and simulating the behaviour of materials at nanoscale have something in common—the need to model, forecast, and analyse complex relationships using Artificial Intelligence. High-Performance Computing will help your business meet the enormous demands on your data and compute infrastructure.

Meet these demands and realise faster time to value, improve critical decision making, fuel innovation, and accelerate results with powerful Lenovo high-performance computing (HPC) systems, storage, software, networking, and pre-integrated solutions for compute-intensive and big data applications. HPC solutions from Lenovo power the most forward-looking workloads, while lowering TCO and improving performance.

Lenovo Solutions for Engineering Analysis

The defence and transportation industries, including automotive, aerospace, rail, and shipping are rapidly changing. Financial pressures are growing while the expectation for innovation remains high with increased pressure for faster time to market.

Lenovo HPC systems, software, and integrated solutions provide you with an optimised high-performance infrastructure and managed environment for your product design and engineering applications. These offerings are ideal platforms to help accelerate the design and simulation of parts, components, or full-body simulations. Lenovo HPC solutions excel at processing and managing industry applications in diverse disciplines such as structural mechanics (structural integrity/vibration analysis/acoustics); computational fluid dynamics (aerodynamics/HVAC/cooling/combustion); explicit analysis (crash/impact); and computer aided design (CAD) via remote 3D Virtual Desktop Infrastructure (VDI).

The Lenovo Solutions for Engineering Analysis offers a flexible, yet powerful approach to configuring and deploying low-cost, high-performance engineering clusters for computer-aided engineering (CAE). Using a domain-specific, building-block approach, Lenovo provides a fast and simple way of ordering and deploying optimised CAE clusters sized to your needs.

Enable Digital Transformation With High-Performance ComputingDownload Factsheet

Lenovo Solutions for Healthcare

Personalised healthcare with novel drug and treatment options are advancing at a rapid pace. Healthcare and life sciences organisations are incorporating new methods of big data analysis, drug discovery, and delivery to enable personalised medicine and to deliver diagnoses and treatment regimens based on an individual’s unique genetic makeup reducing side effects and improving patient outcomes. Advancements like these are becoming a reality thanks to new genomic sequencing techniques, big data analysis, and process improvements, which utilise High-Performance Computing (HPC) infrastructure for analysis and data management.

Lenovo offers high-performance and large memory systems, software, and solutions to meet the diverse needs of pharmaceutical, genomics, and healthcare companies. Providing an optimised, high-performance infrastructure and managed big data environment, Lenovo High-Performance Computing (HPC) solutions for Life Sciences are designed with a building-block approach to simplify cluster management and accelerate time-to-results for all your compute- and data-intensive computing needs.

Benefits of HPC-Driven AI in Healthcare

Lenovo Solutions for Financial Services

With growing regulatory demands and increased focus on risk analysis, financial services companies are looking for better insights into market needs and ways to improve IT performance to meet these demands while reducing operating costs. Banks and other financial firms must constantly assess their risk exposure to comply with current regulations, using complex analysis that requires greater compute resources.

At the same time, brokerage firms, exchanges, and other trading organisations are implementing the latest high-frequency trading solutions to seize emerging opportunities and maximise gains. For these organisations, the race to zero latency continues. Finding new ways to increase workload performance, improve data throughput, and alleviate processing and networking bottlenecks is critical to achieve near-instantaneous decision making. Lenovo can help.

Lenovo and its ecosystem partners offer a broad portfolio of solutions that can help financial services organisations manage risk and capitalise on new opportunities without becoming locked into expensive, complex, proprietary environments. Solutions from Lenovo and its partners range from high-performance servers, storage systems, and networking equipment to file system and grid management software. These offerings enable organisations to accommodate compute- and data-intensive applications and deliver results rapidly.

Benefits of HPC-Driven AI in BFSI

University of Birmingham


Established: 1900
Student Body: 33,830
Nobel Prize Winning Alumni: 10

The University of Birmingham is the UK’s fourth-largest university. It’s data centre has limited air cooling capacity. Lenovo; the university’s Research Computing Team; and its business partner, OCF; co-developed a cooling technology that’s expected to cut cooling energy costs by up to 83 percent and permit substantially denser server configurations.

Watch Case Study

Biogemma


Founded: 1997
Research: Maize, Wheat, Canola, Sunflower
Employees: 80

Biotech firm Biogemma needed to ramp up its computational power to enable faster analysis of larger and more complex genomic data sets. By deploying an HPC cluster based on Lenovo NeXtScale nx360 M5, and a large-memory system based on a Lenovo System x3850 X6 server, the firm significantly increased performance—cutting run times from hours to minutes.

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Caris Life Sciences


Mission: Enabling Precision Medicine
Clinical Cases: 120,000+
Headquarters: Irving, Texas

As it transforms personalised cancer treatment, Caris Life Sciences needed to more efficiently process, analyse, manage and store terabytes of laboratory-generated data. It deployed an HPC solution with NeXtScale System servers. The solution speeds diagnostic options and improves its ability to make sense of vast, complex and ever changing volumes of molecular data.

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Lenovo: An Industry-Leading High-Performance Computing Portfolio

Designed for performance, reliability, scalability, and compelling TCO, Lenovo’s range of High-Performance Computing (HPC) solutions meets the needs various workloads and price-points. Spanning entry x86 servers through supercomputers, converged storage servers, and intelligent cluster solutions, Lenovo can provide you with the right system to meet your high-performance computing and big data needs.

The ThinkSystem SD650 is a direct water cooled solution designed to operate by using warm water, up to 45°C (113°F). Chillers are not needed for most customers, resulting in lower TCO. Its n1200 DWC enclosure is designed to optimise density and performance.

Suggested Use: Large-scale cloud and virtualization infrastructures, analytics workloads.

The Lenovo ThinkSystem SD530 is an ultradense and economical two-socket server in a 0.5U rack form factor. With four SD530 servers installed in either the ThinkSystem D2 Enclosure or ThinkSystem Modular Enclosure, you have an ideal high-density 2U four-node (2U4N) platform.

Suggested Use: Enterprise and cloud workloads, HPC, branch office or remote office needs.

The Lenovo ThinkServer SD350 is an ultradense and economical two-socket server in a 0.5U rack form factor. With 4 SD350 servers in the ThinkServer n400 enclosure, you have an ideal high-density 2U four-node (2U4N) platform, ideal for building solution-based appliances at a low cost.

Suggested Use: Cloud, MSP, CSP, HPC, hyperconverged solutions, branch office or remote office needs.

Lenovo remains #2 on the TOP500 list of the most powerful supercomputers in the world list in terms of total systems, while closing the gap to the #1 position. A highlight for Lenovo on this new list is that the world’s largest pure Skylake system (BSC) and the world’s largest heterogenous Skylake System (Cineca) run on Lenovo’s hardware.


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