Travel Ready Gigabit Ethernet Wdm Bidirektionaler Singlemode Medienkonverter - Us Warehouse [PNxnREa3]

Gigabit Ethernet WDM Singlemode Media Converter

Intellinet's Gigabit Ethernet WDM Singlemode Media Converter is a versatile solution designed to seamlessly integrate glass fiber cables into existing copper cable networks, allowing for a cost-effective and effortless LAN upgrade. This innovative converter operates transparently, ensuring that the performance and functionality of your network remain unchanged while expanding support for both copper and fiber media.

Key Features and Specifications

The converter utilizes WDM (Wavelength Division Multiplexing) technology, enabling data transmission and reception on separate wavelengths through a single fiber. This not only reduces installation costs but also provides a higher level of flexibility. Key features include:

• SC-Port (Single Mode) with bidirectional transmission for up to 20 km range
• Data transmission rate: 10/100/1000 Mbit/s
• WDM technology uses only one fiber for data transmission and reception on separate wavelengths
• Receiving (RX) wavelength: 1550 nm; Transmitting (TX) wavelength: 1310 nm
• 10/100/1000Base-TX RJ45-Port with a maximum range of 100 m (Cat5e or higher)
• RJ45-Port with Auto MDI/MDI-X support
• LEDs for device status indication
• Supports Jumboframes up to 9 KByte
• Can be used as a standalone converter or with the 14-slot media converter enclosure, Model 507356
• External power supply, 5 V
• Completely NDAA-compliant
• 3-year warranty

Practical Applications and Benefits

With its compact design, this media converter is perfect for desktop applications with limited space as well as wall-mounted distributors. Multiple converters can be installed in an Intellinet 19" media converter enclosure, offering enhanced flexibility. The ability to connect distant workgroups and facilitate building-to-building connections without additional access points makes this converter an ideal choice for various scenarios, including office buildings, data centers, and educational institutions. Its robust performance and reliability ensure a seamless and efficient network experience.