Description

The N-Tron 112FX4 unmanaged industrial network switch is designed to meet the most demanding communications requirements while providing high throughput and minimum downtime. The 12-port Ethernet switch is the perfect low-cost solution for mission critical data acquisition, control, and Ethernet I/O applications. The 112FX4 includes eight RJ-45 auto-sensing 10/100BaseTX ports. All ports support full/half duplex transmission and use N-Tron’s proven Ethernet switching technology. Setup is easy. The unit automatically configures itself on the network and auto-negotiates both speed and flow control for all copper ports. For fiber optic networks, the 112FX4 supplies four 100BaseFX ports. These connections provide vital support for applications where EMI immunity or communication over long distances (up to 80 km) is required. N-Tron offers
singlemode or multimode options, as well as SC- or ST-style connectivity.

The 112FX4 is a brilliant plug-and-play solution for unmanaged operations,
eliminating virtually all network collisions. Designed with advanced communication
processing, store-and-forward programming and memory for up to 8,000
MAC-addresses, this powerful unit handles the demands of even the most
complex networks. Intelligent auto-sensing ports instantly recognize and resolve
10/100BaseTX, MDIX and duplex conflicts. For added convenience, LEDs are
provided to display link status and activity for each port.

Features:

• Compact Size, Small Footprint
• Full IEEE 802.3 Compliance
• Unmanaged Operation
• Eight 10/100BaseTX RJ-45 Ports
• Four 100BaseFX Ports with SC or ST Connectors
• Extended Environmental Specifications
• -40°C to 80°C Operating Temperature
• >2M Hours MTBF
• Supports Full/Half Duplex Operation
• Auto Sensing 10/100BaseTX, Duplex, MDIX
• Full Wire Speed Communication
• Store-and-Forward Technology
• Redundant Power Inputs (10-49 VDC)
• ESD Protection Diodes on all RJ-45 Ports
• Surge Protection Diodes on Power Inputs
• LED Link/Activity Status Indication
• Hardened Metal DIN-Rail Enclosure