Chromium
Provider 
Founded 2012
Sells To Enterprise
Pricing Model Recurring, Software
Ownership Public

Chromium partitions and barcodes individual cells for sequencing-based single-cell analysis.
Chromium is a single-cell analysis platform from 10x Genomics that combines cell partitioning instruments, assay reagents, and sequencing library preparation. Its workflows support molecular measurements from individual cells or nuclei, including gene expression and other assay-specific readouts.
Research laboratories use Chromium to generate barcoded partitions and prepare libraries for sequencing. The platform uses gel beads in emulsion to associate molecular information with individual cells, allowing researchers to examine cellular composition and variation across biological samples.
| Attribute | Chromium | Flux, Onyx, SPC Innovator Kit | |
|---|---|---|---|
| Provider | |||
| Founded | 2012 | 2016 | |
| Sells To | Enterprise | — | |
| Pricing Model | Recurring, Software | — | |
| Ownership | Public | Venture-backed |
Provider 
Founded 2012
Sells To Enterprise
Pricing Model Recurring, Software
Ownership Public
Provider 
Founded 2016
Sells To —
Pricing Model —
Ownership Venture-backed


Tapestri encapsulates and barcodes single cells for genomic and multiomic sequencing.
BD Rhapsody HT Xpress partitions and barcodes single cells for multiomics sequencing research.


This Atrandi kit prepares individually barcoded microbial genomes for single-cell sequencing analysis.


Automated picodroplet platform that encapsulates, screens, sorts, and dispenses single cells with four-color fluorescence detection.

Tapestri encapsulates and barcodes single cells for genomic and multiomic sequencing.

BD Rhapsody HT Xpress partitions and barcodes single cells for multiomics sequencing research.
This Atrandi kit prepares individually barcoded microbial genomes for single-cell sequencing analysis.

Automated picodroplet platform that encapsulates, screens, sorts, and dispenses single cells with four-color fluorescence detection.

TaiM 4 encapsulates individual cells in microfluidic droplets for single-cell sequencing preparation.
