LED Indicators (ISA Version)

The McPC 10/100 features four diagnostic LEDs. The following are the LED functions on the twisted pair port:

Crossover/Pass-

TX Link

TX 100 Mbps Activity LED

 

Through Switch

TX Activity

Link Fault Detection LED

FX 100 Mbps

 

 

 

Active LED

Auto Negotiation Activity LED

FX Activity

Power Link LED

FX Link LED

Twisted Pair Port

PGreen when the unit has power

AN Green when Auto Negotiation mode is enabled

LFD Green when Link Fault Detection is enabled

100Yellow when a 100 Mbps connection is detected

NOTE

This feature is only available when either Force 10 or Force 100 mode is enabled. For more on this feature, see the Link Fault Detection LED Activity section, below.

Fiber Port

LNK Green when a twisted pair link is established

ACT Yellow when activity is detected on the port

100Yellow when a 100 Mbps connection is detected

Link Fault Detection LED Activity (ISA Version)

When LFD is enabled and a fault occurs on a segment of the media conversion, the various Link LEDs in that conversion will either blink or extinguish. LEDs may react differently depending on the type of end devices in the conversion, whether the McPC 10/100 is in Force 10 or Force 100 mode, where the fault occurs, etc. For questions, please contact Technical Support.

NOTE

Twisted pair AND fiber optic cables must be connected, and the twisted pair

crossover/pass-through switch set correctly, before either LNK LED will glow solid.

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IMC Networks MCPC 10/100 operation manual LED Indicators ISA Version, Link Fault Detection LED Activity ISA Version

MCPC 10/100 specifications

IMC Networks has long been a trusted name in the field of networking solutions, particularly known for its commitment to producing reliable, high-quality equipment. One of its standout products is the MCPC 10/100 media converter, a versatile device designed to facilitate seamless communication in networks that require efficient data transmission over various types of media.

The MCPC 10/100 media converter primarily serves the purpose of converting Ethernet signals between twisted-pair cabling and fiber optic connections. With the rise of fiber optic technology, businesses are increasingly adopting such media converters to ensure that they can leverage both the speed offered by fiber optics and the compatibility of traditional copper cabling. The MCPC allows for a smooth transition between these two media types without compromising data integrity or speed.

A key feature of the MCPC 10/100 is its ability to support both 10BASE-T and 100BASE-TX Ethernet standards. This dual compatibility makes it suitable for legacy and modern network infrastructures alike, allowing enterprises to maintain existing systems while upgrading to more advanced technology.

In terms of performance, the MCPC delivers impressive data transfer rates of up to 100 Mbps, facilitating efficient data handling and ensuring smooth connectivity across various network segments. It supports autonegotiation, which enables the converter to automatically adjust to the highest possible connection speed and compatibility.

Another important characteristic of the MCPC 10/100 is its compact design. The unit's small form factor allows for easy installation in various environments, whether it is within a rack or mounted on a wall. Additionally, it features LED indicators that provide real-time feedback regarding power status and link activity, making troubleshooting straightforward.

The MCPC is also designed for durability and reliability, with a robust construction that can withstand the rigors of industrial environments. It often includes features like surge protection and a wide operating temperature range, ensuring that it can function effectively in diverse conditions.

In conclusion, the IMC Networks MCPC 10/100 media converter is an essential tool for any organization looking to enhance its networking capabilities. Its flexibility, high performance, and solid build quality make it an ideal choice for bridging the gap between copper and fiber networks, thus aiding in the efficient management of data transmission across varied infrastructures.