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THE MD-606T – INTRODUCTION
Welcome to Magnum Dynalab and congratulations on your purchase of the
MD-
606T
XM Satellite Radio.
Magnum Dynalab has been designing and manufacturing high-performance audio
equipment for over 20 years. Our commitment to our customers has been to use
only the world’s finest components, to consistently deliver outstanding build
quality, and to provide exceptional customer service, whether your product has
been in use for one month, one year or over a decade.
The
MD-606T
includes the high-performance analog circuitry our customers have
come to expect from us, and in addition, the device is XM Ready, only requiring a
quick activation to receive over 170 XM stations in the USA and over 100
stations in Canada.
The
MD-606T
has an IR input, enabling control and complete functionality of the
device with a remote from a pragmatic range. The front panel controls also allow
selection of XM Categories and Channels, with an option to load up to 20 preset
stations.
The easy to read blue backlit LCD front panel display shows XM metadata for
channel, category, artist and track along with satellite signal strength. This
special LCD screen has been selected for its long-life, and the mellow mood-
lighting it bestows during listening sessions.
The rear panel features an XM antenna terminal, plus IR and RS232 inputs for
control of the device from whole-house systems, making the
MD-606T
an
incredibly versatile device. We hope you enjoy your purchase.
Product Overview
• Access to over 170 XM radio channels in the USA, and up to 100 XM
radio channels in Canada, all 100% commercial free.
• XM Category Search, 20 XM radio station presets, and bright 4.2" blue
LED screen showcasing all relevant music metadata.
• Unique 2 tube audio stage featuring our MD Triode Reference 6922
vacuum tubes.
• RS232 port and supporting protocols enabling control of the MD 606T
from just about any hard-wired device capable of outputting RS232
commands.
• Torroidal transformer employed to provide a pure, consistent power supply
to all components.