Customizable sequencer for large-scale population genomics
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Customizable sequencer for large-scale population genomics

DNBSEQ-T10×4RS focuses on satisfying ultra-high throughput sequencing needs. A single set of DNBSEQ-T10×4RS can produce about 50,000 WGS per year. Different from ordinary sequencing flow cell and closed reaction systems used in most platforms, DNBSEQ-T10×4RS uses dip-immersion biochemistry and open systems to achieve the best balance among sequencing read length, throughput, data quality and cost.



Ultra-high throughput:

Data Output: 76.8Tb/run                       

Max cost efficiency:

Biochemical reagents can be reused to 

reduce the cost of consumables.

Super Customization:

Whole process can be customized to deliver 

50,000 to millions WGS needs


DNBSEQ-T10×4RS Performance parameters
Product Model DNBSEQ-T10×4RS
Flow cell/Run 8
Lane/Flow cell 1
Effective Reads/Flow cell*

45 B (PE100)

32 B (PE150)

Read Length



*  The maximum number of effective reads are based on a specific standard library run, and the actual application library will fluctuate depending on the sample type and library construction method.

DNBSEQ-T10×4RS Performance

Read Length

Data Output Data Quality Q30 * Run Time **
PE100 72 Tb >85% ~96 h
PE150 76.8 Tb >85% ~108 h
* The percentage of bases above Q30 is obtained by averaging metrics for runs using standard libraries. Actual performance is influenced by sample type, library quality and insert length, among other factors.

** The run time includes flow cell loading, sequencing, and generation of Cal. file. Cal. file is a binary file format generated by MGI sequencer basecall software.

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