User Tools

Site Tools


amira

Differences

This shows you the differences between two versions of the page.

Link to this comparison view

Both sides previous revision Previous revision
Next revision
Previous revision
amira [2025/01/11 19:22]
bioimaging
amira [2026/04/07 18:46] (current)
bioimaging
Line 26: Line 26:
   * CPU: Intel i9 9900X (10x2 cores) @3.5GHz (max 4.4GHz)   * CPU: Intel i9 9900X (10x2 cores) @3.5GHz (max 4.4GHz)
   * RAM: 128 GB DDR4   * RAM: 128 GB DDR4
-  * Graphics: nVidia GeForce ​RTX2070 ​GB VRAM+  * Graphics: nVidia GeForce ​RTX3060 ​12 GB VRAM
   * OS: Windows10 Pro 64 Bits   * OS: Windows10 Pro 64 Bits
-  * Data storage: 1TB SSD + 8Tb HHD (both temp space only!)+  * Data storage: 1TB SSD (C:) + 8Tb HHD (D:) + 2TB SSD (E:) (temp space only!)
      => Data is automatically deleted after 3 months of inactivity!      => Data is automatically deleted after 3 months of inactivity!
  
Line 34: Line 34:
 ===== Software Installed ===== ===== Software Installed =====
  
-  * {{:AMIRA_icon.png?35|}} **[[https://​www.thermofisher.com/​pt/​en/​home/​electron-microscopy/​products/​software-em-3d-vis/​amira-software.html|AMIRA]]**+  * {{:amira_icon.png?35|}} **[[https://​www.thermofisher.com/​pt/​en/​home/​electron-microscopy/​products/​software-em-3d-vis/​amira-software.html|AMIRA]]**
       * Amira v2020; SOFTWARE FOR 2D-5D MICROSCOPY IMAGE VISUALIZATION AND ANALYSIS       * Amira v2020; SOFTWARE FOR 2D-5D MICROSCOPY IMAGE VISUALIZATION AND ANALYSIS
  
-  * {{:GEN5_icon.png?35|}} **[[https://​www.agilent.com/​en/​product/​cell-analysis/​cell-imaging-microscopy/​cell-imaging-microscopy-software/​biotek-gen5-software-for-imaging-microscopy-1623226|Gen5]]**+  * {{:gen5_icon.png?35|}} **[[https://​www.agilent.com/​en/​product/​cell-analysis/​cell-imaging-microscopy/​cell-imaging-microscopy-software/​biotek-gen5-software-for-imaging-microscopy-1623226|Gen5]]**
       * BioTek Gen5 Software for Imaging & Microscopy       * BioTek Gen5 Software for Imaging & Microscopy
  
amira.1736619724.txt.gz ยท Last modified: 2025/01/11 19:22 by bioimaging