Manufactured under license from Dolby Laboratories. Dolby, Dolby Audio
and the double-D symbol are trademarks of Dolby Laboratories.
Qualcomm aptX is a product of Qualcomm Technologies International, Ltd.
Qualcomm is a trademark of Qualcomm Incorporated, registered in the United
States and other countries, used with permission. aptX is a trademark of Qualcomm Technologies International, Ltd., registered in the United States and
other countries, used with permission
The terms HDMI and HDMI High-Definition Multimedia Interface, and the
HDMI Logo are trademarks or registered trademarks of HDMI Licensing LLC
in the United States and other countries.
The Spotify software is subject to third party licenses found here:
www.spotify.com/connect/third-party-licenses
The Bluetooth
®
word mark and logos are registered trademarks owned by Blue-
tooth SIG, Inc. and any use of such marks by MartinLogan, Ltd. is under license.
Windows is a registered trademark of Microsoft Corporation in the United
States and other countries.
Other trademarks and trade names are those of their respective owners.
AirPlay, iPad, iPhone, and iPod touch are trademarks of Apple Inc.,
registered in the U.S. and other countries. iPad Air and iPad mini are trademarks of Apple Inc.
AirPlay works with iPhone, iPad, and iPod touch with iOS 4.3.3 or later,
Mac with OS X Mountain Lion, and Mac and PC with iTunes 10.2.2 or later.
“Made for iPad” and “Made for iPhone” mean that an electronic accessory
has been designed to connect specifically to iPad, or iPhone, respectively,
and has been certified by the developer to meet Apple performance
standards. Apple is not responsible for the operation of this device or its
compliance with safety and regulatory standards. Please note that the use
of this accessory with iPhone or iPad may affect wireless performance.
Serial Number:_____________________________
Record your serial number here for easy reference.
You will need this information when filling out your
warranty registration. The serial number is located on
the back of the sound bar and on the product carton.
6
wall mount installation template
remote
control
AAA batteries
subwoofer
receiver
(North America only)
wall bracket
ARC™
calibrated
microphone
subwoofer
receiver power adapter
UKEurope
(only included outside of North America)
Australia/China
79 inch
(200 cm)
79 inch
(200 cm)
96 inch
(244 cm)
power cord
(North America only)
USB cable
for ARC
IR emitter
shoulder
bolts
7
INTRODUCTIONAND OVERVIEW
Thank you—the MartinLogan owner, for loving
what we do, and making it possible for us to do
what we love.
MartinLogan’s dedicated in-house engineering and
design team developed the Cadence soundbar to
deliver exceptional multi-channel performance from
a single system that easily integrates and installs in
a diverse variety of environments—whether table
or wall mounted. The Cadence produces an enveloping field of richly detailed audio for both music
and movies.
Advanced digital signal processing technology
allows MartinLogan to replace five dedicated
home theater speakers with a one piece solution
capable of reproducing multi-channel recordings
with unflinching accuracy, resolution, and detail—
the inspiration behind every MartinLogan design.
The Cadence reproduces front left, right, and
center channels via the system’s dedicated tweeters and woofers. Surround channels are simulated
using sophisticated digital signal processing that
directs sound from the system’s tweeters and woofers throughout the room.
Additionally, for a fully authentic surround sound
experience, the Cadence’s built in subwooferwireless transmitter and subwoofer wireless receiver
makes connecting a dedicated subwoofer as simple as the push of a button.
A suite of integrates wireless streaming technologies, including DTS Play-Fi™, Apple AirPlay™,
and Bluetooth™, guarantees compatibility with
wireless streaming applications.
Anthem® Room Correction (ARC) allows you to
analyze the acoustic response of your listening
environment and adjust output of the soundbar for
optimal performance.
The simple remote control quickly adjusts volume
and selects inputs. The remote also allows you
to easily switch between three discrete acoustic
modes—’Night’ mode (to dial down the bass),
‘Bass+’ mode (for those moments requiring a little
extra thunder), and a ‘Normal’ mode that restores
normal levels.
PLACEMENTAND MOUNTING
LOCATION
We recommend locating the soundbar centered
directly above or below your video display. The
soundbar menu allows you to optimize acoustic
performance for either ‘on-wall’ or ‘on-shelf’ installations. You will learn more about accessing these
options in the “Controls” section of this manual.
INSTALLING ON A FLAT SURFACE
If you have a surface that provides a wide, level,
8
and stable platform (such as a table or audio/video
rack), the soundbar can be placed directly on top.
When installing the system in this configuration,
use the soundbar’s menu system to choose
‘Installation > Shelf Mount’.
Please note: This speaker is not magnetically
shielded and should not be placed directly beneath
or on top of a CRT television. The magnetic field
will not affect plasma and LCD style televisions.
ON-WALL INSTALLATION
The soundbar can be mounted above or below a
television with the feedback display and rear connection panels orientated towards the bottom or top of
the soundbar (depending on your specific installation
requirements). The information shown on the soundbar display can be flipped to match your installation
orientation.
WARNING! We strongly recommend locating the wall bracket so
at least one of the screw locations
attaches to a stud. WARNING!
To prevent injury, this apparatus must be securely attached to the floor/wall in accordance
with the installation instructions.
Note: These instructions assume the mounting
surface is standard wood frame and sheetrock
construction. If you wish to mount to another type
of surface, consult a bonded contractor.
Note: When installing the system in this configuration, use the soundbar’s menu system to choose
‘Installation > Wall Mount’.
Required tools (not included):
• Stud finder
• Level
• Electric drill and drill bits
• Phillips screwdriver
Fig. 1
Required hardware (included):
• (1) Installation template
• (1) Wall bracket
Required hardware (not included):
• (5) Screws appropriate for mounting surface
• (5) Sheet rock anchors (sized for screws)
1 Locate mounting location using a level and the
installation template (fig. 1).
2 Mark the three central pilot hole locations and
remove the installation template (fig. 1).
9
3 Using a stud finder, determine if there is a wall
stud directly behind one of the three center
screw locations (fig. 2a).
dropped fully into the keyholes and is held firmly in place (fig. 3).
If no stud is found: use the center most screw
location and drill a pilot hole for the wall anchor.
Install a wall anchor at this location. If a wall stud is found: drill a pilot hole into the stud.
4 Using a screw, attach the wall bracket to the
wall. DO NOT tighten (fig. 2b).
5 Using a stud finder, determine if a wall stud
is directly behind any of the remaining screw
locations (fig. 2a).
If no stud is found: use the top and bottom
center-most screw locations. If a wall stud is found: use the top and bottom screw locations
with a stud behind them.
Use a level to square the wall bracket and mark
the remaining pilot hole locations (fig. 2b).
Fig. 2a
or
or
Fig. 2b
6 Remove the wall bracket or pivot to access the
remaining screw locations (fig. 2b).
If no stud is found: drill pilot holes and install
wall anchors. If a wall stud is found: drill pilot
holes into the stud.
7 Using the screws, attach the wall bracket to the
wall. DO NOT fully tighten.
8 Use a level to square the wall bracket. Tighten
all screws (fig. 2b).
9 Attach audio and power cables as needed.
Refer to the ‘Connection’ section of this manual.
10 Move the soundbar into place and drop the
shoulder bolts into the wall bracket keyholes.
Before releasing, make sure the soundbar has
10
Fig. 3
7mm
13.7mm
M6
12.7mm
10.3mm
3.2
2mm
CONNECTION
WARNING! Turn your soundbar
off before making or breaking any
signal connections! WARNING!
The power cord should not be
installed, removed, or left detached from the
soundbar while the other end is connected to
an AC power source.
POWER CONNECTION
The power cord should be firmly inserted into
the AC power receptacle on the rear connection
panel of the soundbar, then to any convenient AC
wall outlet. The soundbar also integrates a signal
sensing power supply that automatically switches
into standby mode after sensing no audio signal
for approximately 20 minutes (this will only occur
when the menu’s power setting is set to ‘Auto
Standby’).
Fig. 4
11
If you remove your soundbar from the country of
original sale, be certain that AC power supplied
in any subsequent location is suitable before connecting and operating the soundbar. Substantially
impaired performance or severe damage may
occur to the soundbar if operation is attempted
from an incorrect AC power source.
Please note, if your soundbar is being used in an
on-wall installation you may find it helpful to use 90°
RCA adapters, 90° HDMI adapters, and/or low-profile HDMI cables when making signal connections.
When connecting your system, there are any
variety of configurations that will work, and these
methods will vary based on user preference.
SIGNAL CONNECTION
When utilizing the soundbar to reproduce audio, a
television’s audio output should be defeated. Some
televisions will allow you to turn off the internal
speaker via the television’s menu system. Other
televisions may require you to turn the television’s
volume to “zero” or “mute”.
Additionally, if you’re connecting your television
audio out using a digital optical connection your
television may require you to turn on the digital optical output and configure the output for 5.1 surround
sound. Please refer to your television’s manual.
Connections are made at the signal input section
on the rear electronics panel of the soundbar. Your
soundbar features the following inputs:
• 3 x HDMI inputs (audio and video)
• 2 x Digital Optical inputs (audio only)
• 2 x Left/Right Analog (RCA) inputs (audio only)
Some users will choose to route all sources (such
as DVD player, cable box, game console, media
streamer, etc.) to their television via an HDMI or
digital optical connection and use the television to
switch between audio/video sources. The advantage of this connection method is that only one
audio cable (either HDMI or digital optical cable)
needs to connect between the television and the
soundbar—and changing the input on your television will change the audio signal being sent to the
soundbar (without having to change the input setting
on the soundbar itself). Please note: many televisions
are not capable of passing multi-channel encoded
audio signals and will down-mix these signals to
a 2-channel stereo mix before sending them to the
television’s HDMI or digital output.
Most users will want to run cables directly from the
source components to the soundbar and run an
HDMI cable from the soundbar to the TV to pass
Fig. 5
[IR Out]
Factory Use
With Audio Return Channel
Factory UseFactory Use
[HDMI 1 In][HDMI 2 In]
12
[Ethernert][IR Out]
[W-Fi
Status LED]
[Wi-Fi
Setup]
[HDMI 3 In][HDMI Out]
[Optical 1 In]
[Optical 2 In]
[Analog 2 In]
[Left]
White
[Right]
Red
[Sub Out][Analog 1 In]
[Left]
White
[Right]
Red
along the video signal. This allows the soundbar to
receive multi-channel encoded material.
Depending on your number of sources, the TV may
be used for switching some sources while the primary source devices may be directly connected to the
soundbar for guaranteed multi-channel sound. The
soundbar’s HDMI ARC (Audio Return Channel) allows
video to pass from the soundbar to the television and
audio to pass from the television to the soundbar on
the same HDMI cable. If you’re using your television
as the source, choose the soundbar’s HDMI ARC input
to hear any sounds originating from your television.
Please note, not all telvisions are equipped with HDMI
Audio Return Channel technology.
A few important points to remember when connecting
your soundbar:
• HDMI or digital optical will provide the highest
audio fidelity when connecting to the soundbar.
• If your soundbar is not producing sound or
surround sound from your Blu-ray player, DVD
player, or other multi-channel audio capable
source, you may need to set the player’s digital
audio output to “Bitstream” (also called “Raw”,
“Direct Digital”, or “High Bit Rate”). If “PCM” is
selected you’ll lose the multi-channel encoded
sound. Some players only require you to turn
PCM off to configure for multi-channel encoded
sound. Please refer to your player’s manual.
• In a setup where HDMI is used to connect your
audio/video source component(s) directly to your
television, you will likely need to run an additional
digital optical cable between the source component and your soundbar. This extra connection will
allow for multi-channel encoded audio to reach the
soundbar. Many televisions that receive audio/
video source materials via HDMI do not pass
multi-channel encoding when the audio is passed
back out of the televisions digital optical output.
Instead, televisions often pass a 2-channel mix of
the sound, stripping out center, surround and sub-
woofer channels from the mix. This is not true for all
televisions manufactured today, but we have found
the many television on the market work this way.
Using an HDMI connection between the television
and soundbar will maximize the potential of successfully passing a multi-channel encoded audio
signal from the television to the soundbar.
• Audio-only sources capable of only stereo output
(such a portable media player docks or CD player) will often connect directly to the soundbar via
the analog input.
NETWORK CONNECTION
To stream audio to your soundbar via DTS Play-Fi or
Apple AirPlay, a LAN (local area network) connection is required. This connection can be established
using Wi-Fi or Ethernet. Refer to the DTS Play-Fi section of this manual for setup and usage details.
SUBWOOFER CONNECTION
You may choose to employ a separate subwoofer
to reproduce the LFE (low frequency effects) channel information in multi-channel recordings and/
or reinforce bass performance of stereo recordings.
Any aftermarket home theater subwoofer can be
connected via the soundbar’s “LFE Out” RCA connection. We, of course, recommend using a superb
MartinLogan subwoofer.
Additionally, this soundbar integrates a built-in
subwoofer wireless transmitter and includes a subwoofer wireless receiver to simplify the connection
and placement of a subwoofer within your room.
No Subwoofer
For systems not using a separate subwoofer,
use the soundbar’s menu system and choose
“Subwoofer > No Sub”. This sets the soundbar to
reproduce the entire frequency range when playing content.
13
Wired Subwoofer Connection
Using a high-quality RCA style cable designed for
subwoofer connection, connect “Sub Out” from the
soundbar to the “LFE In/Sub In” on the subwoofer.
Use the soundbar’s menu system and choose
‘Subwoofer > Wired Sub’.
Reference your subwoofer’s manual to learn how to
properly adjust the sub’s level and phase controls
to achieve proper blending with the soundbar. The
subwoofer’s crossover should be set to “bypass”,
“LFE”. For subwoofers that do not have a “bypass”
or “LFE” crossover setting, we recommend adjusting
the crossover to its highest setting.
Wireless Subwoofer Connection
Use the soundbar’s menu system and choose
‘Subwoofer > Wireless Sub > Sync Subwoofer’.
The soundbar will display ‘Push and Hold Button’.
Press and hold the subwoofer wireless receiver’s
sync button. Connection is successful when the status light turns solid and the soundbar responds with
‘Synced’.
Please note: If a link is not established the wireless
receiver’s LED will blink slowly and the soundbar will
display ‘Failed’. Power the soundbar on and off,
unplug the wireless receiver and plug it back in, and
repeat syncing.
Reference your subwoofer’s manual to learn how to
properly adjust the sub’s level and phase controls.
The subwoofer’s crossover should be set to “bypass”
or “LFE”. For subwoofers that do not have a “bypass”
or “LFE” crossover setting, we recommend adjusting
the crossover to its highest setting.
Please note: The subwoofer wireless transmitter
built in to this soundbar is not compatible with
MartinLogan’s SWT-1 or SWT-2 subwoofer wire-
less technology. If your subwoofer has SWT-1 or
SWT-2 technology built in you can still utilize the
soundbar’s wireless functionality by connecting
the wireless subwoofer receiver to the LFE input
on your subwoofer, or connecting an SWT-1 or
SWT-2 transmitter to the Sub Out on the soundbar.
Please note: If you decide to no longer use wireless, turn off the soundbar’s wireless transmitter by
using the menu system and choosing ‘Subwoofer
> Wireless Subwoofer > Turn Wireless Sub Off’
or ‘Subwoofer > No Sub’. Doing this will turn off
the transmitter and automatically set the soundbar
for no sub.
WARNING! When operating wirelessly, the
subwoofer may be susceptible to RF interference
in the 2.4GHz bandwidth from microwave ovens
and wireless devices such as Wi-Fi systems, video
game consoles, cordless telephones, Bluetooth
devices, and baby monitors. Generally, this issue
(intermittent sound or slight popping noises) is easily resolved by physically separating problematic
devices from one another—a distance as little as
two feet will often alleviate the interference. In the
case of microwave ovens, the interference will only
occur when the microwave is operating.
IR OUTPUTS
These jacks accept IR emmiters with 3.5mm monostyle connectors. One IR emmiter is included with
the soundbar.
Plug the IR emitter into either of the soundbar’s IR
Out jacks and place the other end of the IR emitter
over the IR sensor on another piece of equipment
The use of an IR emitter allows the soundbar to
pass IR signals from any remote control to a tethered device—allowing control of equipment in
locations a remote would normally not reach.
14
Fig. 6
Network Connection:
Use Ethernet as an alternative
to a Wi-fi connection.
Non Multi-Channel Audio/Video Sources:
VCR, Older Game Console, Etc.
or
Audio Only Sources:
MP3 Player,
CD Player, Etc.
network:
Ethernet
[Ethernet][IR Out]
[IR Out]
Factory Use
With Audio Return Channel
Factory UseFactory Use
[HDMI Out]
[HDMI 1 In][HDMI 2 In]
audio & video:
HDMI*
Television
*Although HDMI offers the highest quality audio and video
connection (over one cable), another type of video-only cable such
as composite [good], s-video [better], or component [best] might
be required to connect directly to your television—especially
when using sources such as VCRs or older gaming consoles. If you
need to use a non-HDMI video cable, connect an audio-only cable
from the source component directly to the soundbar using either
analog left/right [good] or digital optical [better] audio cables.
[W-Fi
Status LED]
[HDMI 3 In]
audio & video:
HDMI*
Multi-Channel Audio/Video Sources:
audio:
analog
[Wi-Fi
Setup]
digital optical
[Optical 1 In]
or
digital optical
Blu-ray, DVD, Game Console,
Cable Box, Satellite Tuner, Etc.
Use an analog RCA cable as
an alternative to a wireless
audio:
[Optical 2 In]
[Left]
White
[Right]
Red
audio:
Subwoofer:
subwoofer connection.
audio:
analog
[Sub Out][Analog 1 In]
[Analog 2 In]
[Left]
White
[Right]
Red
audio:
analog
subwoofer
15
AN INTRODUCTIONTO AUDIO CONNECTIONS
HDMI: HDMI utilizes one cable to pass high-definition video signals and multi-
channel encoded digital audio between a source component and television
or soundbar. Your soundbar is equipped with multiple inputs. These inputs
should be used whenever possible for maximum fidelity.
Digital Optical: Digital optical utilizes one cable to pass digital audio
information (no video). A digital optical cable offers a high-quality digital
connection and passes multi-channel encoded audio between a source
component and an audio output device.
Digital Coaxial: Digital coaxial utilizes one cable to pass digital audio information (no
video). A digital coaxial cable offers a high-quality digital connection and passes
multi-channel encoded audio between a source component and an audio output
device. Please note:The ‘RCA’ style end of a digital coaxial cable is identical
to those found on common left/right analog RCA cables. However, a cable
designed specifically for digital coaxial connections should be employed—do
not use a standard left/right analog RCA style cable because it will likely not be up to the task of handling the high bit-rate necessary for a reliable digital connection.
Left/Right Analog RCA: These cables are used to pass audio information (no video).
An analog RCA cable can only pass a single channel of audio information
between a source component and audio output device. To achieve two-chan-
nels of audio (left/right), you will find that analog RCA cables come bundled
as a stereo pair (two connectors on each end). The Auxiliary input on this
speaker can accept an analog stereo signal through a cable using a 3.5mm
stereo “headphone style” jack. If you are connecting this speaker to a device (such as a dock or CD
player) with left/right RCA analog outputs, you will need a special cable with a 3.5mm ‘headphone
style’ jack on one end and left/right RCA jacks on the other end.
Analog Left/Right RCA to Stereo 3.5mm: Analog cables are used to pass
audio information (no video). Older gaming consoles, portable media player
docks, VCRs and similar source components (which are not capable of play-
ing multi-channel encoded content) will often offer connection only through
left/right analog RCA cables. To connect to these devices use a Left/Right
RCA to stereo 3.5mm cable.
16
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