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Physics Network Integration

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Presentation on theme: "Physics Network Integration"— Presentation transcript:

1 Physics Network Integration
Chris Hunter

2 Physics network team Chris Hunter : Network Manager
David Newton : Media Services Manager Room DWB 663 Media Services DWB L5 Phone 73501

3 What we do? Manage and monitor the Physics network
Physics Firewall Activating network ports / repair of network ports Monitoring network traffic flows Wireless system Physics_S Adds and changes to the Physics phone system new VoIP system to be introduced 2nd quarter 2017 in the DWB and Theoretical Physics, rest of the department 4th quarter 2017 Swipe card system, swipe and proximity

4 Network Sockets & Concentration Points
Not all sockets are live, please contact with the port label and room number. Please do not connect any CAT5 wall sockets together as shown in the picture. Please register personal laptops at 16 network concentration points (NCP’s) in the Denys Wilkinson Building alone. Level 2 NCP hub of the Physics network with 2 x 10Gb fibre connections going to each of the Physics buildings. All wall sockets are capable 1Gb/s connections. Backbone connection currently 10Gb/s University backbone is currently 2x(2x10Gb/s), a redundant active passive pair giving 20Gb/s total.

5 Physics Wireless Network
Local Wifi is available in all public areas within Physics via the SSID Physics_S, we do not guarantee that all offices are covered due to cost constraints. If you are shifting large amounts of data it is better to use the wired network. Anyone with a Physics network account can connect. Clients connected to the Physics_S wireless network are part of the /16 subnet, with 802.1x authentication. Help on connecting to Physics_S can be found at

6 OUCS wireless network OWL-VISITOR and OWL-VPN are available, via the OWL ssid. Eduroam is available, connect using your Remote Access Account, different from your SSO or Nexus account Details about both OWL & Eduroam at

7 Access to Physics Services remotely
Virtual Private Network (VPN) vpn.physics.ox.ac.uk works with Microsoft, Linux and OSX clients, uses Physics authentication domain help at Best to setup Windows client with Automatic as the VPN type, the client will then try a number of VPN types, our VPN server supports PPTP and SSTP, PPTP often gets blocked a the client end because the required GRE protocol is blocked. We have issues with new installs of macOS Sierra working with SSTP which we are still looking to resolve IT services VPN details at

8 Access to Physics Services remotely
Webdav Client independent access to Windows files (download only) is available via a web browser using the URL Windows clients allow access to a webdav server by defining a network location in the Windows File Explorer. OSX clients, in the finder use the connect to server option, connecting to the URL above. Access to Particle Physics drives (/home/data)

9 Access to Physics Services remotely
WinSCP Available on Physics Self Service on managed Windows systems.

10 Access to Physics Services remotely
Remote Desktop RDP (screen sharing) Connection to Managed Windows clients is available from the Remote Desktop Client in Windows XP onwards. Terminal Services We have a number of multi-user servers available Windows, Linux and Mac.

11 Network Security Connecting unmanaged systems to the Physics Cable Network Unmanaged systems first need to be registered at During registration your will agree that Your system if fully patched Your system is running a Firewall You are running an up-to-date anti virus program Be careful when opening s, look out for phishing s.

12 Network Security Sophos Anti Virus Software
Updates, out of date AV is no use Download Sophos for personal laptops running:- Sophos 10.3 for XP, Vista, Windows7 and 8 at Linux at Free Sophos for Mac OS X

13 Connecting to Nexus email
Web mail available at using Internet Explorer and Firefox currently. Configuring clients and using Nexus

14 Access to Physics Services from unmanaged systems
Printing from a Windows Mac Printing Linux Printing

15 Physics self service Under Programs\Physics Self Service

16 FAQ’s http://www.physics.ox.ac.uk/it/mswindows/faq.htm

17 Questions?


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