Prodotti

The EtherCAT Design Tool is a tool for the rapid and cost-saving development of EtherCAT applications (devices). It administers device databases, from which an object dictionary and an initialization function in C-code, an Electronic Data Sheet and the documentation are produced automatically. Furthermore it simplifies the configuration of the EtherCAT Protocol Stack and of the EtherCAT Driver Packages.

The Ethernet Hub from port is a generic VHDL design for FPGAs and CPLDs. In conjunction with port's POWERLINK Enhanced Ethernet MAC it offers a fast and easy connection to an POWERLINK network. .

For comfortable and easy configuration and object dictionary management, port provides its Unified DesignTool Platform which enables the user to develop communication solutions using port stacks rapidly. 

The individual functionality for each stack is realized by plug-ins for each protocol. So the user has only to learn how to work with one tool. 

The PROFINET DesignTool contains the Unified DesignTool Platform as well as the plug-in for port’s PROFINET IO stack. 

Universal ANSI-C conform and hardware independent software library for the Ethernet POWERLINK protocol.

CC-Link IE TSN builds on the benefits of CC-Link IE by improving communication functions and synchronization accuracy. The demand for TSN support will therefore continue to increase as this technology enables different networks to be combined on the same main line and to provide real-time communication through time synchronization.

CC-Link IE TSN builds on the benefits of CC-Link IE by improving communication functions and synchronization accuracy. The demand for TSN support will therefore continue to increase as this technology enables different networks to be combined on the same main line and to provide real-time communication through time synchronization.

The EtherCAT Protocol Stack provides all required services for a compliant communication according to the EtherCAT Standard IEC61158. . It facilitates easy and fast development of EtherCAT Slave devices. The functional range can be extended by additional modules. Access to the hardware is carried out via a hardware abstraction layer. These drivers are available for selected hardware.

Ethernet/IP is an Industrial Ethernet protocol specified by the ODVA (Open DeviceNet Vendor Association), which use the application layer "Common Industrial Protocol" (CIP™) already known from DeviceNet. This common application layer supporting Industrial Ethernet as well as the classic CAN-based fieldbus DeviceNet allows a universal connection of automation components from the fieldbus level over the control level up to the enterprise level.

Tool for the graphical inspection and configuration of CANopens devices in a CANopen network. The embedded scripting ability makes it possible to access the implemented CANopen protocol services and to write test or control applications with a minimum of effort. Standard DS-301 network master.

The CANopen Device Monitor is a CANopen Master tool for the graphical inspection and configuration of CANopen devices in a CANopen network. The embedded scripting ability provides access to the implemented CANopen services and makes it possible to write test or control applications with a minimum of effort.

The information on how to display the device object dictionary is obtained from the EDS file of the device (EDS - Electronic Data Sheet, text- or XML format according to ISO 15745) or can be scanned from the device directly. Special device configurations can be loaded, stored and scanned from DCF files. Additionally, configurations of complete networks can be saved in project files.

The CANopen Driver Packages are the driver modules of the CANopen Library by port. The Driver Packages are the keys for the usage of the target system independent protocol library. They are designed for both target systems with and without operation systems.

The CANopen Driver Packages (DP) provide access to the hardware of the CANopen Library of port. The Driver Packages are the keys for the usage of the target system independent of CANopen Library. They are designed for target systems with and without operation systems.

While the largest part of the CANopen protocol stack is written in 100% portable ANSI-C, there is still the driver package, which is partly tailored to be used with specific compilers and tool chains. This is caused by different methods of acessing the hardware or defining interrupt service routines.

In order to increase synergies, accelerate development cycles and offer better services to our customers port has strategic company partnerships on different levels with chip manufacturers and compiler manufacturers in order to increase our capabilities and customer benefit.

• Atmel
• Cosmic
• Freescale
• Infineon
• ST Microelectronics
• Tasking, port partner page at Tasking, partners page at port
• Texas Instruments
• RENESAS
• TI 
• Spansion
• XILINX
• XMOS

The tables below, listing our supported hardware, will refer to these partners.