DNF-4-1G - FlatRACK™ 1G Ethernet I/O DAQ Platform

DNF-4-1G - FlatRACK™ 1G Ethernet I/O DAQ Platform
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Main features
  • Accommodates installation of up to four I/O boards
  • Complete DAQ interface to any input/output/sensor type
  • Standard rack-mountable 1U chassis: 16.75″ W x 7.2″ D x 1.75″ H
  • Accommodates up to four I/O front-loading I/O boards
  • Compatible with >50 interchangeable I/O boards
  • Two independent Gigabit (1000/100/10Base-T) Ethernet Interfaces
  • Inter-RACK and multiple RACK sync Interface
  • AC & DC powered versions available
  • Rugged: 3 g Vibration, 50 g Shock, -40 to +70°C
  • Real-time: 1,000 I/O scans in <1 millisecond
  • Complete Windows, Linux and RTOS support
  • LabVIEW,™ MATLAB®, and Simulink support and more
  • Available in two power supply versions:
    • AC (alternating current)
    • DC (direct current, 9–36 VDC)
DNF-4-1G-AC-CPU 8347 Data acquisition and control chassis (1U) with 8347 CPU – Supports SSD, IEEE-1588.
DNF-4-1G-AC-CPU 8347E Data acquisition and control chassis (1U) with 8347E CPU – Supports SSD, IEEE-1588, 128 MB Flash.
DNF-4-1G-AC-CPU i.M6X SoloX Data acquisition and control chassis (1U) with SoloX / i.MX6 CPU – Supports SSD, IEEE-1588, 1 GB RAM, 8 GB Flash.

The DNF-4-1G is a compact, rugged, and highly integrated Ethernet I/O data acquisition platform. Its 1U FLATRACK form factor offers a low-profile footprint, ideal for space-constrained applications requiring up to four I/O boards per chassis.

The platform is perfectly suited for environments where point-to-point signal conditioning and patch panel wiring are to be avoided.

The backplane electronics are identical to those in UEI’s proven PowerDNR RACKtangle series.

The DNF-4-1G series features :

  • Two Gigabit Ethernet interfaces (100/10 Base-T compatible)

  • Front-loading slots for quick deployment and simplified configuration

These features enhance usability, improve performance, and simplify I/O reconfiguration.

The backplane contains no active electronic components, ensuring high system availability (maximum MTBF, minimum MTTR) for mission-critical applications.

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