Axiom Analysis Suite advances genotyping data analysis with a single-source software package to enable complete genotyping analysis of all Axiom arrays and copy number analysis on select Axiom arrays

Axiom Analysis Suite integrates single nucleotide polymorphism (SNP) genotyping, insertion/deletion (indel) detection, and off-target variant (OTV) calling of simple and complex genomes as well as copy number detection in an easy-to-use graphical interface. Combining the power of Axiom Genotyping Console (GTC), Array Power Tools (APT), and SNPolisher, the software automates the Axiom genotyping best-practices workflow to offer accurate results in a single step for export in PLINK, VCF, or TXT formats. Discover and quickly extract copy number information with newly added capabilities.

Download the latest version of Axiom Analysis Suite (version (64-bit)) below and install by following the instructions in the Axiom Analysis Suite User Guide. This version is compatible with Microsoft Windows™ 7 Professional (SP 1) and Microsoft Windows 10 (64-bit) Professional operating systems and Quad Core 2.83 GHz systems with a recommended 16 GB RAM. The software cannot be used to analyze data from the Genome-Wide Human SNP Array 6.0 or any other legacy Affymetrix genotyping arrays.


Axiom Analysis Suite 4.0

With Axiom Analysis Suite you can run complete genotyping analyses of all Axiom arrays. In addition to select human designs enabled for copy number analysis with 4.0, version 4.0.1 includes select agrigenomics array designs (canine, bovine, chicken and porcine) that are enabled for targeted and de-novo copy number discovery in select regions or genome-wide with integrated workflows: Copy Number Fixed Regions and Copy Number Discovery. Easily export and visualize copy number variations and regions of LOH in a variety of formats (such as VCF and Integrative Genomics Viewer-compatible). Axiom Analysis Suite 4.0 or higher also supports analysis using earlier versions of library files. We recommend that each user also create their own reference files.

View our copy number-enabled Axiom catalog arrays (PDF) ›

For custom array designs, please contact the microarray chip design team at to determine if CNV-specific library files for your array can be generated. A fee may be applied for generating new library files.

Note: Axiom Analysis Suite versions 3.1 and earlier do not support Axiom copy number analysis. Axiom Analysis Suite versions 1.1.0 and earlier do not support Axiom analysis library files created after April 2016.

Easy-to-use single click for complete analysis

  • Select array type and import sample files and their attributes, select workflow, select analysis configuration settings, and set QC thresholds in the updated Analysis Configuration window.
  • Use default settings or customize settings for your specific analysis needs.

Discover and quickly visualize copy number variations

Complete genotyping analysis in one package

  • Complete the best practices workflow with the click of one button. Perform sample and plate QC, genotype high-quality samples, and filter SNPs into defined classifications.
  • Use default or custom views to visualize results. Review plate-level QC heat maps and box plots, evaluate sample performance with box plots and scatter plots, and view individual SNP cluster plots.
  • Interact with external tools (AxLE).
  • Export results in multiple file formats for use in downstream analysis for all or subset of samples.

Copy number recommended workflow

  • Execute targeted (Copy Number Fixed Regions) or de novo (Copy Number Discovery) workflow on your sample data.
  • Use provided reference or create your own using Copy Number Reference Creation workflow.
  • Quickly export results in multiple file formats for all or subset of samples for further analysis.
  • Visualize copy number data in tool of choice such as Integrative Genomics Viewer.

Automatically categorize SNPs into six main cluster types

  • View SNP cluster graphs, which are generated for each marker, allowing a detailed look at the performance of SNPs of interest.
  • Classify each SNP into cluster types for ease of interpretation and to prevent misinterpretation of genotype calls.
  • Manually edit genotype calls for one or more samples for a single marker with the Change Call function.

For a complete list of features, please download the latest release notes.

Technical documentation

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