Information on computers and servers at the BIOP, protocols, setups and howto's. = Remote control of BIOP Computers = If you want to connect remotely to a computer we recommend using **Remote Desktop Manager** and not TeamViewer. # Ask for the remote access to a computer by asking to a BIOP staff (via e-mail or in person) # Start Remote Desktop Manager on your local computer and enter the address using the AD-name (from the table below). | Windows | the program is already installed | | Mac | install the [[ https://itunes.apple.com/us/app/microsoft-remote-desktop/id1295203466?mt=12 | windows remote desktop client ]] | |Linux | install the client [[ https://remmina.org/how-to-install-remmina/ | Remmina ]] | (IMPORTANT) **Logging off your remote session** {F21760948, size=full} (IMPORTANT) Ex: To connect to the //**CF01 - Zeiss LSM 700 IN1**// enter // **PTBIOPPC4**// (NOTE) For MAC users, if the AD-name is not sufficient, try the AD-name followed by intranet.epfl.ch , ie //**SV-01-183.intranet.epfl.ch**// (NOTE) From outside EPFL: Use the [[ https://www.epfl.ch/campus/services/ressources-informatiques/network-services-reseau/acces-intranet-a-distance/clients-vpn-disponibles/ | VPN client]] and enter the AD-name followed by intranet.epfl.ch , ie //**SV-01-183.intranet.epfl.ch**// == SafeNet == PCs that are not running Windows 10 are migrated to a SafeNet which needs a special protocol for remote connections, Please see our [[ bioimaging_and_optics_platform_biop/computers-servers/safenet ]] page. //BTW To know who's logged in on any computer, type `qwinsta /server:Computer_name` in a windows command prompt// = Computers List = |AD Name| Common Name| SafeNet Name | |-----------|------------------|-----------------| |Microscopes| |--------------| |SV-01-183|CF01 - Zeiss LSM 700 IN1|PTBIOPPC4| |SV-01-186|CF02 - Zeiss LSM 700 IN2|PTBIOPPC5| |SV-01-184|CF03 - Zeiss LSM 700 UP1|PTBIOPPC6| |SV-01-185|CF04 - Zeiss LSM 700 UP2|PTBIOPPC7| |SV-01-371|CF05 - Zeiss LSM 710| |SV-01-312|CF07 - Leica SP5 Multiphoton|PTBIOPPC9| |SV-01-309|CF10 - Visitron CSU-W1| |SV-01-316|CF13 - Leica SP8 FLIM| |SV-01-317|CF13P - Leica SP8 FLIM SymPhoTime| |SV-01-335|CF14 - Leica SP8 STED 3X| |SV-01-367|CF15 - Leica SP8 Upright I| |SV-01-368|CF16 - Leica SP8 Upright II| |SV-01-369|CF17 - Leica SP8 Inverted I| |SV-01-376|CF18 - Nikon CSU-W1| |SV-01-334|WF01 - Leica DM5500| |SV-01-212|WF03 - Olympus CELL R|PTBIOPPC1| |SV-01-272|WF04 - Olympus CELL XCELLENCE|PTBIOPPC2| |SV-01-121|WF06 - Olympus AX70| |SV-01-079|WF07 - Zeiss Axioplan| |SV-01-377|WF08 - NIKON Stereology| |SV-01-261|WF09 - Nikon SIM/STORM| |SV-01-273|WF10 - Olympus Slide Scanner 1| |SV-01-015|WF12 - ZEISS Lightsheet Z1 Acquisition| |SV-01-013|WF12P - ZEISS Lightsheet Z1 Processing| |SV-01-117|WF13 - Olympus Slide Scanner 2| |SV-01-333|WF14 - Zeiss PALM MicroBeam|PTBIOPPC10| |SV-01-366|WF15 - Operetta CLS| |SV-01-381| LSS Acquisition | |SV-01-154| LSS Analysis | | AD Name | Common Name | Inventory Number | |------------|-------------------|----------------------| | BIOP PCs | |------------| | SV-01-308 | PC64-2 - Pink Panther | B083558 | | SV-01-250 | PC64-3 - Red Panda| B067222 | | SV-01-222 | PC64-4 - Squared Cell| B062554 | | SV-01-026 | PC64-6 - Mantis Shrimp| B087963 | | SV-01-090 | PC64-7 - Peacock Spider| B202725 | | SV-01-098 | PC64-? - Fluorescent Platypus | B128909 |