Transition Networks MIL-SM2401MAF manual

		Set bandwidth in or out		Switch (config)#
		rate. The value rage is		Switch (config)#
	Interface	rate. The value rage is		interface
Bandwidth [in	Interface	(0~999), and zero of		interface
Bandwidth [in	configuration	(0~999), and zero of	Disable	fastEthernet 0/1
out] [value]	configuration	the value is disable	Disable	fastEthernet 0/1
out] [value]	mode	the value is disable		Switch (config-if)#
	mode	(The module can’t be		Switch (config-if)#
		(The module can’t be		bandwidth in 50
		setting)		bandwidth in 50
		setting)

		Use the state interface
		configuration		Switch (config)#
		command to specify		Switch (config)#
	Interface	command to specify		interface
State [Enable	Interface	the state mode of		interface
State [Enable	configuration	the state mode of	Enable	fastEthernet 0/1
Disable]	configuration	operation for Ethernet	Enable	fastEthernet 0/1
Disable]	mode	operation for Ethernet		Switch (config-if)#
	mode	ports. Use the disable		Switch (config-if)#
		ports. Use the disable		state disable
		form of this command		state disable
		form of this command
		to disable the port.

				Switch (config)#
	Interface			interface
show interface	Interface	show interface		fastEthernet 0/1
show interface	configuration	show interface		fastEthernet 0/1
configuration	configuration	configuration status		Switch (config-if)#
configuration	mode	configuration status		Switch (config-if)#
	mode			show interface
				show interface
				configuration

MIL-SM2401MAF specifications

The Transition Networks MIL-SM2401MAF is a robust, military-grade Ethernet media converter designed to facilitate seamless communication within demanding environments. This media converter is specifically engineered to support the transmission of Ethernet data over long distances while ensuring reliability and performance in challenging conditions.

One of the standout features of the MIL-SM2401MAF is its dual-port configuration, which includes both a 10/100/1000Base-T port and a 1000Base-X SFP (Small Form-factor Pluggable) slot. This design allows users to connect various network devices, such as switches, routers, or servers, over copper or fiber connections. The flexibility of using an SFP slot ensures compatibility with different types of fiber media, catering to a broad range of networking needs.

The MIL-SM2401MAF supports extended ranges for data transmission, significantly surpassing the limitations of traditional Ethernet connections. With the ability to operate over multimode fiber up to 550 meters and single-mode fiber up to 10 kilometers, this device is ideal for long-haul communication within military applications and other critical infrastructure setups.

Another notable characteristic of the MIL-SM2401MAF is its compliance with military standards, ensuring durability and resilience in harsh environments. It is designed to withstand extreme temperatures, electromagnetic interference, and vibration, making it suitable for deployment in field operations or industrial settings. The device is also compliant with MIL-STD-810, which includes rigorous testing for environmental conditions.

In terms of power, the MIL-SM2401MAF offers flexible options, designed to accommodate various power sourcing needs. It can operate on a wide voltage range, enhancing its applicability in different situations while also including features for power redundancy.

Advanced features such as link fault pass-through, auto-negotiation, and automatic cable detection further enhance its reliability and ease of use. The simple plug-and-play operation means users can quickly integrate it into existing network infrastructure without needing extensive setup or configuration.

In summary, Transition Networks' MIL-SM2401MAF Ethernet media converter stands out as a versatile, high-performance solution suitable for military and industrial applications. Its combination of dual-port functionality, extended range capabilities, military-grade construction, and advanced operational features make it an invaluable tool for ensuring reliable communication in even the most challenging environments.