Space-saving workstation compatible with Nanopore MinION Mk1D
We were asked to purchase a desktop PC that meets the requirements for the Oxford Nanopore MinION Mk1D. The OS is Ubuntu 24.04. […see next]
We were asked to purchase a desktop PC that meets the requirements for the Oxford Nanopore MinION Mk1D. The OS is Ubuntu 24.04. […see next]
We were consulted about introducing a workstation for the purpose of acquiring multi-view images using industrial cameras and inferencing using deep learning. Eight cameras were connected via a PoE hub and synchronized. […see next]
See detailed Docker setup instructions (TEGSYS) After installing Ubuntu, first install Docker. After setting up Ubuntu on WSL2, you will be prompted to choose "What next?" […see next]
A customer working on single-cell RNA-seq analysis asked us about building an environment based on PC-11781. […see next]
A client engaged in machine learning research using large-scale language models contacted us to discuss the introduction of a high-performance PC for local verification. The client's budget was approximately 250 to 500 million yen. […see next]
A customer working on materials analysis using first-principles calculations (Quantum ESPRESSO) requested a dedicated Linux environment that can handle faster and larger-scale calculations. […see next]
A bioinformatics research client reports on nanopore sequencing using Oxford Nanopore Technologies' MinION Mk1D […see next]
We received a consultation regarding the introduction of a PC for use with 3D CAD and simulation software "nTop." […see next]
A customer working on research into medical access consulted us about introducing workstations after looking at Case No. PC-11075. […see next]
A customer working on research into medical access consulted us about introducing workstations after looking at Case No. PC-11075. […see next]
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