Examples of using Switchlan in English and their translations into German
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Colloquial
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Official
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Ecclesiastic
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Medicine
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Financial
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Ecclesiastic
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Political
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Computer
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Programming
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Official/political
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Political
SWITCHlan is fit for the future.
We couldn't do research this way without SWITCHlan.
SWITCHlan- secure, stable and powerful.
This wouldn't be a problem now, because SWITCHlan is designed to be highly redundant.
SWITCHlan is breaking down barriers and facilitating cutting-edge research.
SWITCH plans redundant connections to the SWITCHlan network wherever possible.
SWITCHlan is more than just a smoothly functioning data network for universities.
Digitale Gesellschaft has beenoperating two new Tor exit nodes in SWITCHlan since the end of April 2018.
Felix Kugler: SWITCHlan has been around for 30 years!
You played an important role in the most recent upgrade of the SWITCHlan network, the ALPSTEIN project.
The SWITCHlan academic network is created with a maximum bandwidth of 128 Kbit/s.
SWITCH built the current generation of SWITCHlan from 2014 to 2016 as part of the ALPSTEIN project.
SWITCHlan does much more than just provide internet access to all academics in Switzerland.
We also try to separate the two routers from each other geographically for redundant SWITCHlan connections.
On top of this, SWITCHlan is protected by SWITCH-CERT, our Computer Emergency Response Team.
The universities,Federal Institutes of Technology and other organisations connected to SWITCHlan are all well represented.
SWITCHlan combines the three key components needed to conquer the greatest challenges of the coming years.
This automatic protective function makes SWITCHlan extremely robust against fibre interruptions, hardware failures or power outages.
Experimental setup for molecular spectroscopy at the University of Basel, which will be supplied with a high-precision frequency from METAS in Bern via SWITCHlan.
The second article illustrates how SWITCHlan is for the first time being used not to transport data, but highly accurate frequencies.
Did you know that Swiss researchers helped to deliver the Nobel prizewinning proof of the Higgs boson-and that they depend on the SWITCHlan high-speed network?
If one drop of water equals one bit, SWITCHlan would be transporting the equivalent of two times the volume of water in Lake Zurich each month.
The datasets will be accessible both for computation within SWITCHengines andfor access via SWITCHlan in case of computation with existing computing clusters in Switzerland.
After all, our SWITCHlan network is based on optical fibre, and we consider it our job to give the researchers access to our expensive infrastructure and expertise.
The SWITCH foundation is aware of the major role it plays here,which is why it operates the SWITCHlan university and research network for Switzerland with maximum stability, performance and security.
We offer our clients SWITCHlan connections with all electrical components duplicated. If one router fails, for instance, the second automatically handles all data traffic.
This new generation of hardware has also allowed us to continue operating SWITCHlan with the same long-standing team of network engineers- even though the number of connections has nearly doubled in the last 10 years.
In addition to SWITCHlan connections, connections to the international research networks and the commercial Internet are also at risk from hardware defects, fibre-optic outages and power cuts.
And with our powerful, robust and flexible network, SWITCHlan will continue to meet the highest performance, stability and security demands for many years to come.
With today's basic optical infrastructure, SWITCHlan is theoretically capable of transmitting 88connections at 100gigabits per second each on every individual fibre-optic line.