Today’s healthcare IT infrastructure must be agile, scalable and cost-effective to deliver customized patient care anywhere — without sacrificing continuous innovation. Whether your data center is a traditional, hardware-based model or evolving toward a next-generation software-defined design, Lenovo ISG solutions powered by Intel® Xeon® Scalable Processors are the smarter choice to deliver smarter healthcare for all.
Lenovo GOAST architecture is enabling CSIR-IGIB to dig deeper into the genetic roots of disease to advance cancer research.
Tracking the paradigm shifts in the healthcare industry.
Empowering Intelligent Transformation to Address Humanity’s Greatest Challenges.
See how Lenovo is disrupting the healthcare space with innovative solutions, empowering researchers to redefine healthcare and deliver the promise of smarter healthcare.
Providing excellent patient care in a new, state of the art hospital.
See how Lenovo GOAST is helping researchers develop effective AI-based genome sequencing models for predicting and preventing the onset of life-threatening diseases.
See how modern technologies like high-performance computing, AI and automation are helping lower genome sequencing barriers and save lives faster.
Our experts are happy to help you find the right solution for your needs. Reach out and let us know how we can help.
Read the Lenovo sponsored IDC Whitepaper to learn how you can leverage high-performance compute infrastructure to address the genomic data challenge in the life sciences industry.
Key insights include:
Lenovo GOAST 3.0 powered by Intel®, is a high-performing system engineered to meet the HPC demands of bioinformatics applications. As an Intel Select Solution, GOAST 3.0 leverages an architecture of carefully selected hardware tuned to accelerate bioinformatics and multi-omics Analytics at GPU-level speeds but at CPU-level costs. Accelerated execution speeds mean you get to process more samples, find answers faster, and make breakthroughs that much sooner.
18X-45X speed up*
2-Socket
24C CPUs
384GB RAM
67X-167X speed up*
8-Socket
28C CPUs
1.5TB RAM
GOAST 3.0 server powered by Intel®, comes with pre-configured hardware and pre-installed Omics tools to get you up and running on day one, or it can be fully customized with the Bioinformatics tools of your choice. Running GOAST 3.0 is as easy to use as a plug-and-play system, and unlike DIY solutions, GOAST 3.0 gives you access to a turnkey, pre-optimized set-up delivering high performing results from day one.
GOAST 3.0 excels at running the embarrassingly parallel applications and sequential workflows so common in Bioinformatics including multi-omics (genomics, transcriptomics, proteomics) applications. For example GOAST 3.0 is turning omics analytics, a process that used to take days, down to minutes: from 48 hours to 18 minutes for mapping and variant calling (54 min. end-to-end)—that’s a 160x speed-up. More genomes processed means higher lab productivity, deeper insights, and discoveries that save more lives sooner.
GOAST 3.0 server powered by Intel®, delivers GPU-level performance at CPU-level costs. By leveraging an optimized CPU-based architecture and the open source software researchers already know and trust, GOAST 3.0 can deliver accelerated analytics at costs up to 50% less than solutions relying on hardware accelerators.
GOAST 3.0 benefits extend beyond genomics and transcriptomics. The optimizations in the GOAST 3.0 architecture will benefit any sequential workflows requiring high core, high memory, and/or high I/O—i.e. most bioinformatics applications. For example, Lenovo will help you scale out GOAST 3.0 to support bioinformatics workloads such as Molecular Dynamics, CryoEM, Phylogenetics, simulations, etc. all on a single, optimized GOAST 3.0 platform.
GOAST 3.0 comes with pre-configured hardware and pre-installed Omics tools to get you up and running on day one, or it can be fully customized with the Bioinformatics tools of your choice. Running GOAST 3.0 is as easy to use as a plug-and-play system, and unlike DIY solutions, GOAST 3.0 gives you access to a turnkey, pre-optimized set-up delivering high performing results from day one.
GOAST 3.0 excels at running the embarrassingly parallel applications and sequential workflows so common in Bioinformatics including multi-omics (genomics, transcriptomics, proteomics) applications. For example GOAST 3.0 is turning omics analytics, a process that used to take days, down to minutes: from 48 hours to 18 minutes for mapping and variant calling (54 min. end-to-end)—that’s a 160x speed-up. More genomes processed means higher lab productivity, deeper insights, and discoveries that save more lives sooner.
The GOAST 3.0 server delivers GPU-level performance at CPU-level costs. By leveraging an optimized CPU-based architecture and the open source software researchers already know and trust, GOAST 3.0 can deliver accelerated analytics at costs up to 50% less than solutions relying on hardware accelerators.
GOAST 3.0 benefits extend beyond genomics and transcriptomics. The optimizations in the GOAST 3.0 architecture will benefit any sequential workflows requiring high core, high memory, and/or high I/O—i.e. most bioinformatics applications. For example, Lenovo will help you scale out GOAST 3.0 to support bioinformatics workloads such as Molecular Dynamics, CryoEM, Phylogenetics, simulations, etc. all on a single, optimized GOAST 3.0 platform.
Connect with our experts for the right solution to accelerate your next life saving discoveries.
