EPICS Home Page

FREE AND OPEN SOURCE

EPICS is developed as a public open source project. The source code is freely available according to the EPICS Open License.

DEVELOPED COLLABORATIVELY

EPICS was created through collaborative contributions from scientific facilities since a long time. It is the preferred choice for complex, large scale distributed control system applications.

POWERFUL AND RELIABLE

The launch of EPICS 7 marks the biggest change of the EPICS code base for over 10 years. The new, feature-rich pvAccess protocol enables many new applications with unprecedented performance and capacity. Read more


PROJECTS USING EPICS


The EPICS collaboration includes many dozens of projects, across disciplines, sizes and continents.




  • 2018-11-16
    June 2019 Meeting Announced
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    ITER will host the Spring 2019 EPICS Collaboration Meeting, which will be held from 3-7 June 2019 at the ITER site in Cadarache, 45 km north-east of Aix-en-Provence, France.

    Check the meeting website for more details.

  • 2018-10-12
    Base 3.15.6 Released
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    Base-3.15.6 of the “stable” release series is now available for download.
    Please visit the appropriate release page for details, and be sure to read the Release Notes.

  • 2018-09-18
    Base 3.14.12.8 Released
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    Base-3.14.12.8 is now available for download. Visit the appropriate release page for details, and be sure to read the Release Notes. Documentation may continue to be updated over the next few days.


Experimental Physics
and Industrial Control System

EPICS 7 – New Major Release

The new major release of EPICS Base expands the capabilities of EPICS beyond the well-established process control layer, familiar from EPICS 3.  To support scientific and other applications that need higher levels of abstraction, a powerful structured data system and an efficient data transfer protocol have been added. Read More


What is EPICS?

EPICS is a set of software tools and applications which provide a software infrastructure for use in building distributed control systems to operate devices such as Particle Accelerators, Large Experiments and major Telescopes. Such distributed control systems typically comprise tens or even hundreds of computers, networked together to allow communication between them and to provide control and feedback of the various parts of the device from a central control room, or even remotely over the internet. Read More