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start [2016/11/03 14:35] vorstart [2022/04/26 11:39] vor
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-====== RECS|Box Wiki ======+====== christmann RECS User Manuals ======
  
-===== Hardware Overview =====+=== t.RECS User Manual ===
  
-Christmann offers the RECS<sup>(r)</sup>%%|%%Box microserver architecture in [[documentation:Introduction#Chassis|different chassis]]:+  - [[doc_trecs:introduction|Introduction]] 
 +  - [[doc_trecs:server_installation|Server installation]] 
 +  - [[doc_trecs:physical_interface|Physical interface]] 
 +  - [[doc_trecs:software_interface|Software interface]] 
 +  - [[Documentation:RECSDaemon|RECSDaemon]]
  
-<imgcaption img1|RECS|Box Compute Unit - Antares>{{ :documentation:img_4295_freigestellt.jpg?nolink&400|}}</imgcaption>+=== RECS|Box 4 (Deneb, Durin) User Manual ===
  
-  - Classical rack server, 6 baseboard slots, integrated power supply, 1U (Codename Antares) +  - [[doc_recs4:introduction|Introduction]] 
-  - One meter long rack server with side-cooling, 18 baseboard slots, external power supply needed, 1U (Codename Arneb) +  - [[doc_recs4:server_installation|Server installation]] 
-  - External power supply for several Arneb, 1U (Codename Alasco)+  - [[doc_recs4:physical_interface|Physical interface]] 
 +  [[doc_recs4:software_interface|Software interface]] 
 +  - [[Documentation:RECSDaemon|RECSDaemon]]
  
-On every baseboard, different compute modules can be plugged, e.g. the newly developed hardware accelerated ARM module. The FPGA based accelerator can boost the energy efficiency of your application to a factor of over 120 compared to a classical CPU implementation and still [[https://www.fips-project.eu/wordpress/news/energy-efficiency-dna-sequence-alignment-doubled-using-fips-methodology-reconfigurable-hardware/|double energy efficiency compared to an optimized GPU implementation]]. 
  
-===== Free testing =====+=== RECS|Box 3 (Arneb, Antares) User Manual ===
  
-Interested in testing out the hardware? [[mailto:[email protected]|Drop us a mail]]! \\ +  - [[doc_recs3:introduction|Introduction]] 
-[[https://www.fips-project.eu/wordpress/news/public-web-portal-testbed/|Hardware access]] to heterogeneous and fully equipped hardware is possible through a collaboration with PSNC. PSNC (the Poznan Supercomputing and Networking Center) in development and testing of the RECS<sup>(r)</sup>%%|%%Box microserver architecture in various research projects, e.g. [[http://fips-project.eu/|FiPS]] and [[http://m2dc.eu/|M2DC]].+  [[doc_recs3:server_installation|Server installation]] 
 +  - [[doc_recs3:physical_interface|Physical interface]] 
 +  - [[doc_recs3:software_interface|Software interface]] 
 +  [[Documentation:RECSDaemon|RECSDaemon]] 
 +  - [[Documentation:PXE Server|PXE server]]
  
-===== Documentation =====+See the [[Documentation:User Manual|Table of contents]] or download the complete manual as [[https://recswiki.christmann.info/wiki/UserManual.pdf|PDF file]].
  
-==== User Manual ====+=== RECS|Box Atlas (Evaluation kits) ===
  
-  [[Documentation:Introduction]] +  [[https://recswiki.christmann.info/download/Atlas/Getting_started.pdf|Getting started guide]] (PDF file) 
-  - [[Documentation:Server installation]] +  [[https://recswiki.christmann.info/download/RECS_Master/RECS_Master_latest.zip|Management software for Host PC]]
-  - [[Documentation:Physical interface]] +
-  - [[Documentation:Software interface]] +
-  - [[Documentation:RECSDaemon]] +
-  - [[Documentation:PXE Server]] +
- +
-[[Documentation:User Manual|Table of contents]], download as [[https://recswiki.christmann.info/wiki/UserManual.pdf|PDF File]].+