CiA technical groups

CiA technical groups are hierarchical structured. The top-level CiA technical group is the CiA Technical Committee (TC); sub-layered are the CiA Interest Groups (IG). There are three active IGs: CANopen, CAN FD and commercial vehicles. The IGs manage their related Special Interest Groups (SIG) and Joint Task Forces (JTF). JFTs are established jointly with other nonprofit associations. All these CiA technical groups develop CiA specifications and recommendations. Each CiA member may participate in any group. The groups decide on consensus, meaning they discuss until everybody agrees on the compromise.

            NameDescriptionChairmen
            Technical committee (TC)
            ScopeMaintenance of CAN-related specifications, such as the generic CAN physical layer or CAN Application Layer (CAL) documents. Approving and monitoring of all CiA interest groups (IG).
            Uwe Koppe, MicroControl
            IG CANopen
            ScopeEnhancement and maintenance of all general CANopen specifications for application layer, physical layer, and additional services and protocols. Releasing of all CANopen-related documents in the DS (Draft Standard) or public status.
            Martin Rostan, Beckhoff
            CANopen JTF CiA/SIIS: Subsea instruments
            ScopeEnhancement and maintenance of CANopen profiles for subsea instruments (SIIS level-2) used in subsea networks, so-called “Christmas trees”.
            vacant
            CANopen JTF CiA/OPC UA
            ScopeInitiation, enhancement and maintenance of profiles for embedding CANopen in the world of OPC UA.
            vacant
            CANopen SIG application layer
            ScopeEnhancement and maintenance of the basic CANopen specification CiA 301 as well as of further additional CANopen application layer functions, such as e.g. access to/from other networks, EDS in XML, layer setting services, security, wake-up handling, conformance testing, and electronic device description.
            Dr. Martin Merkel, HMS
            CANopen SIG Internet of Things
            ScopeDevelopment and maintenance of application programming interfaces and necessary mechanisms for functional addressing.
            Henner Henkel, Wilo
            CANopen SIG programmable devices
            ScopeEnhancement and maintenance of CANopen profiles as well as additional application layer functions, relevant for programmable devices such as e.g. host controllers.
            Dr. Martin Merkel, HMS
            CANopen JTF CiA/EnergyBus: Energy management systems (EMS)
            ScopeEnhancement and maintenance of CANopen profiles for energy management systems that may operate in mobile applications (e.g. light electric vehicles) as well as non-mobile applications (e.g. isolated farms).
            Steffen Rose, emtas
            CANopen SIG contrast media injector
            ScopeEnhancement and maintenance of CANopen profiles for medical add-on devices such as injector, ECG, etc.
            vacant
            CANopen SIG encoder and inclinometer
            ScopeEnhancement and maintenance of the CANopen profile for inclinometer devices and CANopen profile for incremental and absolute, linear and rotary encoders.
            Klaus Matzker, Fraba
            CANopen SIG fluid power
            ScopeEnhancement and maintenance of the CANopen profile for fluid power technology proportional valves and hydrostatic transmissions such as hydraulic proportional valves, pumps and drives. This CANopen profile is based on VDMA profile “Fluid Power Technology”.
            Martin Schindelin, Moog
            CANopen SIG generic I/O modules
            ScopeEnhancement and maintenance of the CANopen profile for generic I/O modules.
            vacant
            CANopen SIG IO-LinkJoachim Uffelmann, ifm ecomatic
            CANopen SIG lift control
            ScopeEnhancement and maintenance of the CANopen application profile for for lift control systems controllers.
            Jörg Hellmich, Elfin
            CANopen SIG measuring devices
            ScopeEnhancement and maintenance of the CANopen profile for measuring devices and closed-loop controllers.
            vacant
            CANopen SIG motion control
            SpecificationsEnhancement and maintenance of the CANopen profile for electric drives. This covers supporting the related IEC working group as well as enhancing the international standard by additional functionality; summarized in further CiA documents.
            vacant
            CANopen SIG municipal vehicles
            ScopeEnhancement and maintenance of the CANopen application profile for refuse collecting vehicles, also known as CleANopen.
            Thomas Kemner, C-Trace
            CANopen SIG power supply
            ScopeEnhancement and maintenance of the CANopen profile for power supply devices
            Lothar Droll, Kniel
            CANopen SIG rail vehiclesvacant
            CANopen SIG special car add-on devices
            ScopeEnhancement and maintenance of CANopen profiles for special purpose car add-on devices such as e.g. blue-lights, radio, equipment for disabled people, taximeter, roof bar, and police.
            Olaf Pfeiffer, ESA
            CANopen SIG truck gateway
            ScopeEnhancement and maintenance of CANopen specifications, and recommendations for gateways between J1939-based systems and CANopen-based systems.
            Ulrich Hiermann, Iveco
            CANopen SIG weighing devices and systems
            ScopeEnhancement and maintenance of CANopen profiles for weighing devices and systems.
            Marco Becker, Pfreundt
            IG CANopen FD
            ScopeThe scope of this IG is the development and maintenance of CiA 13XX series documents, in particular CiA 1301 and CiA 1305. This also includes the CiA 1310 series of conformance test plans and device certification issues. In addition, profile mappings to CANopen FD should be reviewed and commented before they are released as public CiA specifications.
            Dr. Martin Merkel, HMS
            SIG LSS FD
            ScopeThe scope of this SIG is the development and maintenance of the layer setting services (LSS) and protocols for CANopen FD networks.
            Olaf Pfeiffer, Embedded Systems Academy
            SIG TestingUwe Koppe, MicroControl
            SIG Device descriptionTorsten Gedenk, emtas
            SIG Additional application layer functionsAlexander Philipp, emtas
            TF Physical layer
            ScopeThe scope of this TF is the development of device interface recommendations and of network system recommendations for CANopen FD.
            Torsten Krahl, MicroControl
            IG Profiles
            ScopeThe scope of this IG is the development and maintenance of all CiA device and application profiles. This includes the network technology independent operating principles and parameters as well as the mapping to different application layers. The mapping to Classic CANopen and CANopen FD should be done in cooperation with the related IGs.
            vacant
            IG Layer-1/2
            ScopeDevelopment of additional specifications, recommendations and implementation guidelines for CAN FD. This covers CAN FD physical layer recommendations with special regard to topology and bit timing, recommendations with regard to system design as well as with regard to CAN FD controller interfaces. Releasing of all CAN FD-related documents in the DS (Draft Standard) status.
            vacant
            SIG CAN XL
            ScopeThe SIG develops and maintains the next generation of CAN data link and physical layer, providing an extra large payload, and supporting in the data-phase bit-rates exceeding 8 Mbit/s. Additionally, the SIG develops and maintains related conformance test plans.
            Dr. Arthur Mutter, Robert Bosch
            IG Safety/securityHolger Zeltwanger, CiA
            IG J1939
            ScopeEnhancement and maintenance of the CiA 602 series, which specifies the use of CAN FD networks in commercial vehicles. This covers the physical interface, the physical network design, and the application layer. It doesn’t include the specification of signals and parameters.
            vacant