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miConverter
miConverter
TM
Rack-mount 18-Module chassis for miConverter
miniature media converter modules*
Provides high-density ber distribution from UTP
switches
Two chassis can be mounted in 3U of rack space
Standard 19” rack-mount dimensions allow space-
saving and convenient installation
Media converters are secured in place. Reliable
connection is maintained at all times
Available in universal AC, 24VDC and 48VDC
models
Supports commercial (0 to 50°C) and wide (-40 to
65°C) operating temperature ranges
Completely software independent with no
installation of drivers required
Media converter modules are hot-swappable
Peace-of-mind reliability backed by a lifetime
warranty and free 24/7 technical support
*18-Module Chassis does not support the miConverter S-Series modules.
miConverter
18-Module Chassis
For miConverter Media Converter Modules
The miConverter 18-Module Power Chassis is a cost-
effective mounting and powering solution for miConverter
miniature media converters. This compact chassis is ideal
for consolidating multiple media converters into a high-
density, rack mountable form factor. It can be deployed in
Service Provider, Enterprise and Government applications
where ber optic links are distributed from UTP switch
equipment. The miConverter chassis is suitable for Fiber-
to-the-Desk, Campus LAN/WAN ber networks and hybrid
copper/ber networks.
The chassis holds eighteen miConverter 10/100, 10/100
Plus, Gx and GX/T copper to ber media converter modules
with barrel-style DC connectors. It provides centralized
power for all installed modules, and eliminates the need
for individual power supplies. It is available with a single
universal AC, 24VDC or 48VDC internal power supply.
The chassis is less than 1.5U high, and two chassis can
be installed in 3U of rack space. It can be mounted in a
standard 19” equipment rack, or it can be mounted in a
23” rack using optional 23” rack mount brackets.
Each media converter within the chassis is secured in
place and maintains a reliable power connection, even
when data cables are under tension.
KEY FEATURES

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