description.md

@@ -2,25 +2,25 @@
 
 # Nodes configuration
 
-The configuration has a frontal node, named `irma-atlas`, and 4 compute nodes `irma-atlas[1-4]`.
+The configuration has a frontal node, named `atlas`, and 4 compute nodes `atlas[1-4]`.
 
-## Frontal node `irma-atlas`
+## Frontal node `atlas`
 
-* 64 cores on 4 sockets (AMD Opteron 6386 SE 2.8 Ghz),
-* 512 GB of RAM,
-* 2.4 TB of storage on SSD, (directory: /ssd)
-* 70 TB for data storage (10'000 rpm HDD), (directory: /data)
-* NFS mount to access laboratory data, (such as /home)
+* 64 cores on 4 sockets (AMD Opteron 6386 SE 2.8 Ghz)
+* 512 GB of RAM
+* 2.4 TB of storage on SSD (directory: `/ssd`)
+* 70 TB for data storage (10'000 rpm HDD) (directory: `/data`)
+* NFS mount to access laboratory data (such as `/home`)
 
-## Compute nodes `irma-atlas[1-4]` (x4)
+## Compute nodes `atlas[1-4]` (x4)
 
 * 24 cores on 2 sockets (Intel Xeon E5-2680 v3 2.50GHz), hyperthreaded
 * 256 GB of RAM
-* 1 TB scratch dir (/scratch)
-* NFS mount to access frontal node data: /ssd and /data
-* NFS mount to access laboratory data, (such as /home)
+* 1 TB scratch dir `/scratch`
+* NFS mount to access frontal node data: `/ssd` and `/data`
+* NFS mount to access laboratory data (such as `/home`)
 
-Since the 25th of novembre 2015, the `irma-atlas4` node has been equipped with 2 NVIDIA K80 GPGPU cards.
+Since the 25th of novembre 2015, the `atlas4` node has been equipped with 2 NVIDIA K80 GPGPU cards.
 
 Everything is interconnected with both 10Gb Ethernet cards and 40Gb Infiniband cards.
 The workload manager is [slurm](https://computing.llnl.gov/linux/slurm/).