Order DRAGEN secondary analysis
Maximize genomic insights with DRAGEN secondary analysis, learn about the latest updates, read FAQs, and find product support.
Maximize analysis performance with a robust, trusted on-premises solution
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The DRAGEN server provides an on-premises solution for highly accurate and comprehensive secondary analysis in a fraction of the time compared with a traditional CPU-based system.
Powered by FPGA (field programmable gate array) technology, it accelerates genomic analysis algorithms, like BCL conversion, mapping and alignment, sorting, duplicate marking and haplotype variant calling.
Engineered with optimized software algorithms, DRAGEN pipelines are continually improved to enhance functionality, accuracy, and speed, addressing common NGS analysis challenges such as lengthy compute time and massive data volumes.
Streamline your oncology clinical research, leveraging local variant calling for somatic oncology applications through interpretation and report generation on a single DRAGEN server.
Now you can access Illumina Connected Insights on-premises via a DRAGEN server, directly pairing DRAGEN secondary analysis with Connected Insights.
A wide variety of lab types choose to integrate a DRAGEN server as they look to scale or improve operational efficiency. This example on-premises workflow outlines the instrument connection, optional workflow scheduler, analysis, and interpretation.
Prepare libraries for a range of applications including WGS, WES, and panels with high-performance library preparation kits.
Sequence libraries using any Illumina sequencing platform.
DRAGEN secondary analysis can analyze whole genomes, exomes, methylomes, and transcriptomes.
Illumina Connected Insights: Available on cloud and DRAGEN server
DRAGEN server specifications
Designed for easy installation, the standard 2U form factor ensures compatibility with industry-standard server racks. A stand-alone local DRAGEN server allows you to prioritize security and compliance with institutional policies. It can also support data from multiple sequencers via network-attached storage.
View more details about DRAGEN analysis features, find product documentation, and learn how to order.
The DRAGEN server comes with the DRAGEN software. However, during initial setup, you may wish to update to the latest version of DRAGEN software available at: https://support.illumina.com/sequencing/sequencing_software/dragen-bio-it-platform/downloads.html.
Each DRAGEN server requires an annual license for the software to perform secondary analysis. There are options depending on your throughput and amount of data to analyze. It starts with a Level 1 license for a throughput of the DRAGEN server 100,000 GB for 1 year.
Yes, you can run the DRAGEN server offline. Do note that you may have to download and install software updates and DRAGEN software license files from another computer and load it to the server locally.
Ideally, no sample data should be kept on the DRAGEN server. It is a compute node. Mounting a network attached storage is recommended. The DRAGEN server supports NFS and CIFS protocols for mounting storage.
Yes, job scheduling software (eg. SLURM) can be updated to include DRAGEN secondary analysis.
Maximize genomic insights with DRAGEN secondary analysis, learn about the latest updates, read FAQs, and find product support.
Learn about the flexible configurations which enable researchers to access DRAGEN analysis via on-premises server, in the cloud, or on-instrument.
DRAGEN apps support a wide range of NGS methods, including WGS, RNA-seq, exome/enrichment, amplicon, 16S metagenomics, and more.
Our approachable and customizable bioinformatics software solutions are built for deep sequencer integration and efficient scaling in order to meet your data needs.
View more details about DRAGEN analysis features, learn how to order, and find product documentation. You can also speak to a specialist to get your questions answered.
Your email address is never shared with third parties.
* Using full disk encryption backed by hardware-based key protection.
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