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Network controllers
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Network access controller (NAC) - NETX 6
The netX 6 is a member of Hilscher’s family of highly integrated network controllers with a new system architecture optimized for communication and maximum data throughput.
Connected...
Connected...
Network access controller (NAC) - NETX 6
The netX 6 is a member of Hilscher’s family of highly integrated network controllers with a new system architecture optimized for communication and maximum data throughput.
Connected...
Connected...
Network access controller (NAC) - NETX 10
The netX 10 has a triple-core architecture with a central 32-bit/100 MHz ARM CPU, a 32-bit/100 MHz RISC controller as communication system for all field...
Network access controller (NAC) - NETX 10
The netX 10 has a triple-core architecture with a central 32-bit/100 MHz ARM CPU, a 32-bit/100 MHz RISC controller as communication system for all field buses or as an Ethernet port and a further 32-bit/100 MHz RISC controller for fast signal processing.
It functions as a compact single chip solution in automated devices with network connection, such as I/Os, drives, sensors or ID systems.
The Protocol Execution Controller xPEC is adapted by replacing the microcode on the determining processing of the status machine protocol and the communication functions of the respective network.
It functions as a compact single chip solution in automated devices with network connection, such as I/Os, drives, sensors or ID systems.
The Protocol Execution Controller xPEC is adapted by replacing the microcode on the determining processing of the status machine protocol and the communication functions of the respective network.
Network access controller (NAC) - NETX 51
Real-Time Ethernet systems are successfully used and further developed in many applications. The demands made on the resources and functionalities of network controllers are therefore increasing. The network controllers netX 51 / 52 bank on the further developed netX...
Network access controller (NAC) - NETX 51
Real-Time Ethernet systems are successfully used and further developed in many applications. The demands made on the resources and functionalities of network controllers are therefore increasing. The network controllers netX 51 / 52 bank on the further developed netX 50 communications architecture, which features considerably more internal storage capacity and additional function units. The netX 51 hardware is compatible with the netX 50. The netX 52 contains the same silicon, but dispenses with an external memory bus, and due to its smaller housing, is more cost-effective. These three components are thus optimized for designing modular or compact slaves, or as a Real-Time Ethernet controller on a high-performing CPU. The communication channels take all actual and future requirements from the PROFINET Specification V2.3, such as „Dynamic Frame Packing,“ into consideration. Furthermore, the new PHYs manufactured by Renesas are applied, ensuring faster throughput times and expanded diagnosis properties.
Network access controller (NAC) - NETX 52
Real-Time Ethernet systems are successfully used and further developed in many applications.
The demands made on the resources and functionalities of network controllers are therefore...
The demands made on the resources and functionalities of network controllers are therefore...
Network access controller (NAC) - NETX 52
Real-Time Ethernet systems are successfully used and further developed in many applications.
The demands made on the resources and functionalities of network controllers are therefore increasing.
The network controllers netX 6 / 51 / 52 bank on the further developed netX 50 communications architecture, which features considerably more internal storage capacity and additional function units.
The netX 51 hardware is compatible with the netX 50.
The netX 52 contains the same silicium, but dispenses with an external memory bus, and due to its smaller housing, is more cost-effective.
The netX 6 is pin-compatible with netX 52, but requires a host CPU to execute the protocol stack.
The demands made on the resources and functionalities of network controllers are therefore increasing.
The network controllers netX 6 / 51 / 52 bank on the further developed netX 50 communications architecture, which features considerably more internal storage capacity and additional function units.
The netX 51 hardware is compatible with the netX 50.
The netX 52 contains the same silicium, but dispenses with an external memory bus, and due to its smaller housing, is more cost-effective.
The netX 6 is pin-compatible with netX 52, but requires a host CPU to execute the protocol stack.
Network access controller (NAC) - NETX 100
The netX is a highly integrated network controller with a new system architecture optimized for communication and maximum data throughput.
Based on the 32-bit CPU ARM 926EJ-S cycled at 200 MHz, it possesses a memory management unit, caches, DSP and Java...
Based on the 32-bit CPU ARM 926EJ-S cycled at 200 MHz, it possesses a memory management unit, caches, DSP and Java...
Network access controller (NAC) - NETX 100
The netX is a highly integrated network controller with a new system architecture optimized for communication and maximum data throughput.
Based on the 32-bit CPU ARM 926EJ-S cycled at 200 MHz, it possesses a memory management unit, caches, DSP and Java...
Based on the 32-bit CPU ARM 926EJ-S cycled at 200 MHz, it possesses a memory management unit, caches, DSP and Java...
Network master controller
Water and wastewater processing plants have found an ideal network master station in EIMs Controlinc M124N. Capable of controlling up to 124 valve actuators, this Mini-Master provides the security...
Network master controller
Water and wastewater processing plants have found an ideal network master station in EIMs Controlinc M124N. Capable of controlling up to 124 valve actuators, this Mini-Master provides the security of built-in redundancy for uninterrupted operation.
Common valve actuator control functions are pre-configured and ready to monitor and control valves from the LCD panel or host computer.
The M124N also provides Modbus network ports for networking with DCS, SCADA, or PLCs for total plant control. Supports EIMs proven Controlinc E>Net network, including ring topology, with up to 124 valve actuators per master. Multiple M124N Masters may be networked to the Host computer for automation of thousands of valves, data acquisition and control of other equipment.
Common valve actuator control functions are pre-configured and ready to monitor and control valves from the LCD panel or host computer.
The M124N also provides Modbus network ports for networking with DCS, SCADA, or PLCs for total plant control. Supports EIMs proven Controlinc E>Net network, including ring topology, with up to 124 valve actuators per master. Multiple M124N Masters may be networked to the Host computer for automation of thousands of valves, data acquisition and control of other equipment.