NVIDIA® Parabricks® is a scalable genomics analysis software suite that leverages full-stack accelerated computing to process data in minutes. Compatible with all leading sequencing instruments, it supports diverse bioinformatics workflows and integrates AI for accuracy and customization. A cost-effective and space-saving solution, Parabricks is ideal for large-scale genomics projects focused on advancing disease understanding and management.
Optimize germline analysis down to 10 minutes–the fastest application of BWA-MEM and GATK on the market.
Experience up to 108X speedups over CPU-only solutions, reducing computing costs by up to 50 percent.
Create powerful, customized workflows by configuring accelerated tools in Workflow Description Language (WDL) and Nextflow.
Fine-tune DeepVariant for more accurate variant calling with the DeepVariant training framework.
Parabricks is available as a public container on NVIDIA NGC™ for use on premises or any cloud service platform or provider. For customers who need support for Parabricks in clinical workflows, large sequencing projects, high-throughput platforms, or other workflows that require immediate assistance, NVIDIA offers NVIDIA AI Enterprise.
Compare the benefits of Parabricks with NVIDIA AI Enterprise
Parabricks microservices allow users to effortlessly access applications for accelerating genomics analysis. To deploy anywhere and self-host AI applications and data, NVIDIA NIM for an accelerated runtime on inference models and CUDA-X™ Microservices for NVIDIA-accelerated SDKs and tools provide the fastest and highest-performing production AI.
Parabricks is powered by NVIDIA DGX™ Cloud, an end-to-end AI platform for developers that offers scalable capacity built on the latest NVIDIA architecture and co-engineered with the world’s leading cloud service providers.
Get access to NVIDIA AI Enterprise solutions with a free hands-on lab on NVIDIA Parabricks.
Access documentation, tutorials, and community support for Parabricks.
NVIDIA Parabricks is a GPU-accelerated software suite for secondary genomic analysis. Parabricks is compatible with all leading sequencing instruments and supports diverse bioinformatics workflows.
Parabricks increases speed, reducests cost, and boosts accuracy for secondary genomic analysis.
Yes, Parabricks matches the results of open-source tools, so you can switch out open-source tools and get the exact same results with Parabricks. The latest benchmarks from the 4.3.1 release can be found in the table below.
Performance time in minutes. 30x whole genome sequenced for FQ2BAM, BWA-Meth, DeepVariant, and Haplotype Caller with Illumina data. 50x tumor-normal whole genome sequenced for Mutect2 with Illumina data.
Parabricks is available as a public container on NVIDIA NGC™ for use on premises or any cloud service platform or provider.
For customers who need support for Parabricks in clinical workflows, large sequencing projects, high-throughput platforms, or other workflows that require immediate assistance, NVIDIA offers NVIDIA AI Enterprise.
Parabricks can be run on public cloud providers, platforms and partners, and on premises.
Hardware Requirements
Software Requirements
Parabricks is supported on most NVIDIA enterprise GPUs, including A100, A6000, A40, A30, A10, L40, T4, and V100 Tensor Core GPUs.
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