DMA PCI Express communication card CIFX 90E-CCNHSF

with I/O processor

Overview
The cifX PC card family provides a unified hardware and software platform for Real-Time Ethernet and fieldbus communication in PC-based automation. The protocol stack runs autonomously on the card; process data is exchanged with the host via Dual-Port-Memory or DMA. Hilscher netX technology enables multiple Real-Time Ethernet protocols on the same hardware by loading different firmware, while a uniform Hilscher driver and tools simplify integration.

Product headline / summary
Mini PCI Express PC card without heat sink for CC-Link. Designed for communication in PC-based automation systems.

Highlights

• CC-Link Slave (V2.0 and V1.1) Mini PCI Express card
• Uniform user interface across protocols and card formats (Hilscher driver)
• Wide driver support for easy integration into control systems
• Data access via Dual-Port-Memory or DMA (Direct Memory Access)
• Detached network interface available (15 cm or 30 cm cable options)
• Delivered without heat sink

Protocols supported

• CC-Link Slave

Order information (table)
Product name | Part number | Brief description
CIFX 90E-CC\NHS\F | 1291.748 | PC card without heat sink Mini PCI Express - CC-Link
CIFX 90E-CC\NHS\F/30 | 1291.748/30 | PC card Mini PCI Express - CC-Link without heat sink incl. a 30-cm cable

Downloads & software (list)
Datasheets and infosheets are available for the cifX / Mini PCI card family, including product datasheets and device driver documentation (references to manufacturer datasheets and driver information).

Technical specifications

• Form factor: Mini PCI Express
• Heat sink: without heat sink
• Protocol: CC-Link Slave (V2.0 and V1.1)
• Data interface to host: Dual-Port-Memory or DMA (Direct Memory Access)
• Driver support: uniform Hilscher driver across protocols and card formats; C-Toolkit available
• Network interface: detached network interface available (options: 15 cm or 30 cm cable)
• Order variants: standard card and variant with 30 cm detached cable (see order information)
• Typical applications: communication for PC-based automation and integration into PC-based control systems
• Product lifecycle state: Active