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Because of the large size of single cell RNA-Seq data sets and the computationally-intensive tools used in single cell analysis, we have amended our system requirements and recommendations for installations with the Single Cell toolkit.
Up to 100,000 cells per analysis
Required
Linux:
UbuntuUbuntu® 12.04, Redhat®
616.10, CentOS® 6.10, or newer
CPU: 64-bit 2 GHz quad-core processor
Memory: 64 GB of
RAM RAM
Local scratch space
: None1: 1 TB with cached or native speeds of 2GB/s or higher
Storage:
1 1 TB available for data
Recommended
Linux:
UbuntuUbuntu®
1216.04, Redhat®
617.6, CentOS®
67.6, or newer
CPU: 64-bit 2 GHz quad-core processor
Memory: 128 GB of
RAM RAM
Local scratch space
: 500 GB with cached 1: 2 TB with cached or native speeds of 2GB/s or higher
Storage:
1 1 TB available for data
More than 100,000 cells per analysis
Required
Linux:
UbuntuUbuntu®
1216.04, Redhat®
617.6, CentOS®
67.6, or newer
CPU: 64-bit 2 GHz quad-core processor
Memory: 256 GB of
RAM RAM
Local scratch space1:
1 2 TB
with cached with cached or native speeds of 2GB/s or higher
Storage:
1 4 TB available for data
Recommended
Linux:
UbuntuUbuntu®
1216.04, Redhat®
617.6, CentOS®
67.6, or newer
CPU: 64-bit 2 GHz quad-core processor
Memory: 512 GB of
RAM RAM
Local scratch space1:
1 10 TB
with cached with cached or native speeds of 2GB/s or higher
Storage:
1 10 TB available for data
For fastest performance:
Newer generation CPU cores with avx2 or avx-512 are recommended.
Performance scales proportionality to the number of CPU cores available.
Hyper thread cores (threads) scales performance for most operations other than principal component analysis.
Optimization tips for Cluster installations1 Contact Partek support for recommended setup of local scratch storage
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