Key Features

405FX, 405FXE, & 405TX Industrial Ethernet Switches

The 405TX and 405FX Unmanaged Industrial Ethernet Switches support high speed layer 2 switching between ports.

The 405TX is an affordable 5 port unmanaged switch that is capable of auto negotiating 10/100 Mb and half/full duplex communications. The N-TRON 405TX is housed in a ruggedized steel enclosure, and provides 5 Category 5 compliant 10/100-BaseT connections for high performance network design, and hub/repeater upgrades.

The 405FX is a 5 port unmanaged switch that has 4 ports identical to the 405TX, plus an additional multimode fiber optic up-link port, capable of 2 Kilometers of 100 Mb communications without the use of repeaters.

The 405FXE is a 5 port unmanaged switch that is similar to the 405FX, but with extended range. The N- TRON 405FXE utilizes a singlemode fiber transceiver that is capable of 15 Kilometers of 100 Mb communications.

Both the 405FX and 405FXE utilize the IEEE compliant SC or ST duplex connector for fiber optic communications. The 4 10/100Base-TX ports utilize the RJ45 shielded connector.

All N-TRON switches come housed in a steel ruggedized Din-Rail enclosure, designed to withstand the most demanding industrial applications, and have been fully tested and certified at industrial environmental extremes. All 405 Units operate on 10-30VDC @ 0.2A.

Full IEEE 802.3 & 100BASE-FX Compliance

Extended Environmental Specifications

Support for Full/Half Duplex Operation

LED Link/Activity Status Indication

Auto Sensing Speed and Flow Control

Up to 1.0 Gb/s Maximum Throughput

Industry Standard DIN-Rail Enclosure

(Revised 2010-11-15)

405FXE-ST-YY, 405FX-SC, 405FX-ST, 405FXE-SC-YY specifications

The N-Tron 405FXE-SC-YY, 405FX-ST, 405FX-SC, and 405FXE-ST-YY are advanced series of industrial Ethernet switches developed by N-Tron, a renowned name in network solutions for harsh environments. These devices are engineered to provide robust and reliable connectivity for mission-critical applications in manufacturing, transportation, and other demanding industries.

One of the key features of the N-Tron 405FXE-SC-YY and its counterparts is their support for Gigabit Ethernet on all ports, allowing for high-speed data transfer. This ensures that large volumes of data can be processed efficiently in real-time, making these switches ideal for applications requiring low latency and high bandwidth.

The 405FX series is built with a rugged metal housing, which enhances its resilience against harsh environmental conditions. With an extended operating temperature range, these switches can function in temperatures from -40°C to +85°C, making them suitable for deployment in extreme settings, from outdoor installations to facilities prone to temperature fluctuations.

Another important characteristic of the N-Tron series is their advanced Layer 2 switching capabilities. They support various networking protocols such as IEEE 802.1Q VLAN tagging, which allows for segmented traffic for enhanced security and performance. The switches are also capable of rapid spanning tree protocol (RSTP), improving network redundancy and minimizing downtime.

The inclusion of features like Power over Ethernet (PoE) in models such as the 405FXE-ST-YY enables the powering of devices like IP cameras and access points directly through the Ethernet cable. This simplifies installation and reduces the need for additional power supplies, which is particularly advantageous in expansive networks.

Furthermore, the N-Tron 405FX series boasts plug-and-play functionality for easy installation and maintenance. The switches come equipped with LED indicators that provide real-time status updates, facilitating quick troubleshooting.

In summary, the N-Tron 405FXE-SC-YY, 405FX-ST, 405FX-SC, and 405FXE-ST-YY series stand out for their high-speed performance, robust build quality, and advanced networking features. They provide a reliable solution for industrial environments that require seamless connectivity and minimal downtime, ensuring critical operations can continue without interruption.