Allied Telesis AT MMC2000/SP / Fibre media converter / GigE / 10Base-T, 100Base-TX, 1000Base-T, 1000Base-X, 100Base-X / RJ-45 / SFP (mini-GBIC) / up to 550 m / 850 nm | AT-MMC2000/SP-960

Description

The Allied Telesis MMC2000 series of Gigabit mini media converters leverages its smaller size to not only help the environment with a small carbon footprint, but also to save space in its working environment. Despite its compact size, the MMC2000 series delivers all the power and functionality of standard-size media converters.

Allied Telesis AT MMC2000 / SP | AT-MMC2000/SP-960

Special Features

• Convert speed as well as media type
• Store-and-forward switching mode
• Auto-negotiation and Auto MDI / MDIX
• Jumbo packets support
• Link / activity LED per port
• Smart MissingLink feature
• SFP connector
• Optimal power supply
• Wall-mountable
• Locking power supply jack

Product features

• Extend networks
  The MMC2000 series is designed to extend the distance of a network by converting Gigabit data between twisted-pair and fiber-optic cabling. The MMC2000 features a 1000X fiber port and a twisted-pair port. The fiber-optic port features an SFP connector. The twisted-pair port has an RJ-45 connector with a big operating distance.
• VLAN support
  The MMC2000 switches are fully compatible with extra long data packets, enabling them to be used in high-performance networks.
• Small and flexible
  The smaller size and external power supply of the MMC2000 series allows them to be used almost anywhere.
• Smart MissingLink (SML)
  The Smart MissingLink (SML) feature monitors network connections and provides notification when network segments fail, allowing network managers to quickly identify the source and location of failed segments and minimize downtime.
• Link Restoration feature
  The Link Restoration feature allows the devices, in cases of power failure, link loss or other interrupted service, to automatically restore the link without the need to restart / reset them.
• Power-saving design
  The MMC series features low power usage, making it very power-efficient.