To reduce the risk of re or electric shock, do
not expose this apparatus to rain or moisture.
The lightning ash within an equilateral triangle is intended
to alert the user to the presence of uninsulated “dangerous
voltage” within the product’s enclosure that may be of
sufcient magnitude to constitute a risk of electric shock to
persons.
The exclamation point within an equilateral triangle is
intended to alert the user to the presence of important
operating and maintenance (servicing) instructions in the
literature accompanying the appliance.
The exclamation point symbol within the eightsided shape alerts users to important operating
!
and maintenance instructions in this booklet.
• Read these instructions.
• Keep these instructions.
• Heed all warnings.
• Follow all instructions.
• This product must be installed by qualied personnel.
• Do not open the cover—there are no user-serviceable
parts inside.
• Do not use this apparatus near water.
• Clean only with dry cloth.
• Make sure there is enough space around the unit for
cooling. Do not block any ventilation openings. Install in
accordance with the manufacturer’s instructions.
• Do not install near any heat sources such as radiators,
heat registers, stoves, or other apparatus (including
ampliers) that produce heat.
• Do not defeat the safety purpose of the grouding-type
plug. If the provided plug does not t into an outlet, consult
an electrician for replacement of the obsolete outlet.
• Before plugging the unit into a power socket, please make
sure you have selected the correct voltage.
• Protect the power cord from being walked on or pinched,
particularly at plugs, convenience receptacles, and the
point where it exits from the apparatus.
• Use only attachments/accessories specied by the
manufacturer.
• Unplug this apparatus during lightning storms or when
unused for long periods of time.
• Refer all servicing to qualied service personnel. Servicing
is required when the apparatus has been damaged in any
way, such as power-supply cord or plug is damaged, liquid
has been spilled or objects have fallen into the apparatus,
the apparatus has been exposed to rain or moisture, does
not operate normally, or has been dropped.
Pour réduire les risques d’incendie ou de choc électrique,
ne pas exposer cet appareil à la pluie ni à l’humidité.
L’éclair terminé d’une èche à l’intérieur d’un triangle indique à
l’utilisateur la présence à l’intérieur de l’appareil d’une tension
dangereuse non isolée ayant une amplitude susante pour
provoquer une électrocution.
Le point d’exclamation à l’intérieur d’un triangle indique que des
instructions de fonctionnement et d’entretien importantes sont
detaillées dans les documents fournis avec l’appareil.
Le point d’exclamation à l’intérieur de l’octagone
indique à l’utilisateur que des importantes
!
instructions d’opération et d’entretien sont incluses
dans ce document.
• Lire toutes les directives avant de mettre l’appareil en opération.
• Conserver les directives de sécurité et d’utilisation pour future
consultation.
• Tenir compte des avertissements.
• Suivre les directives.
• Ce produit doit être installé par un personnel qualié.
• An d’éviter tout risque d’électrocution, ne pas retirer le capot ou la
couvercle. Aucune des pieces intérieures n’est réparable par l’utilisateur.
Pour toute réparation, s’adresser à un technician d’entretien qualié.
• Ne pas utiliser cet appareil près de l’eau.
• Nettoyer seulement avec un chion sec.
• Assurez-vous que la circulation d’air autour de l’ampli est susante. Les
ouvertures et fentes dans le chassis sont prévues pour la ventilations
de l’appareil. Ces ouvertures ne doivent pas être bloquées. Installer
conformement aux directives du manufacturier.
• L’appareil doit être situé loin de sources de chaleur telles que des
radiateurs, des registres de chaleur, des fourneaux, ou d’autres appareils
produisant de la chaleur.
• Ne pas modier le dispositif de securité de la che ayant une broche
de mise à la terre. S’il est impossible d’insérer la che dans la prise de
courant, contacter un électricien pour remplacer la prise de courant.
• Avant de relier votre SF-16M à la tension secteur, assurez-vous qu’il est
réglé sur la tension adéquate.
• Les cordons d’alimentation devraient être disposés de façon à ce qu’on
ne puisse pas marcher dessus ou qu’ils soient susceptibles d’être coincés
par des articles placés sur ou contre eux. Une attention particulière doit
être portée aux ches, prises de courant, et aux points où ils sortent de
l’appareil.
• Utiliser seulement les attachements et accessoires recommandés par le
manufacturier.
• Débrancher l’appareil de la prise d’alimentation pendant un orage
électrique ou une absence d’utilisation prolongée.
• Coner tout entretien à un personnel de service qualié.
• Un service d’entretien est necéssaire quand l’appareil ne fonctionne
pas normalement en suivant les consignes d’utilisation, quand le cordon
d’alimentation ou sa che sont endommagés, quand des objets sont
tombés dans l’appareil, quand du liquide y a étè renversé, ou quand
l’appareil a étè exposé à la pluie ou à l’eau.
SF-16M Matrix Amplier Installation and Operation Guide 3
Audio Authority and the Double-A Symbol are registered trademarks of Audio Authority Corp. Copyright 2011, all rights reserved.
4 SF-16M Matrix Amplier Installation and Operation Guide
Lexington, Kentucky
www.audioauthority.com
800-322-8346
INTRODUCTION
The SonaFlex SF-16M is a unique blend of multi-channel amplication, exible input options, audio matrix switching,
signal processing and open control capability. Built and designed in the U.S. with sound and video integrators in mind, the
SF-16M brings a new approach to common commercial and residential distributed audio applications - one multi-purpose
matrix amplier that can be used in a variety of installations.
Key Features
• Audio matrix switching, signal processing and amplication in one unied system
• 16 analog RCA inputs combined with 2 Cat 5 “FlexPort” inputs allow for a total 20 mono/10 stereo inputs
• Optional Cat 5 FlexPort audio modules accept balanced line/mic, XLR, digital SPDIF and analog RCA audio sources
• 16 amplied outputs can be congured as mono, stereo or a combination of stereo and mono
• Up to four SF-16M units can be linked together to form a powerful 32 input x 64 output audio matrix
• Class-D amplication provides a conservatively rated 45 watts per channel (all channels driven) or 60 watts (8
channels driven) at 8 Ohms - stable to 2 Ohms
• Linear power supply delivers the warmth and musicality of an analog amplier, combined with the responsiveness and
headroom required for dynamic music content
• Signal processing tools include hi and low shelf lters (Bass/Treble), hi and low pass lters and up to seven bands of
parametric equalization per output
• 10 preset sound scenes, a system-wide snap-shot of all volume and source settings, can be saved and recalled using
IR, RS-232 or IP commands
• 10 audio groups allow multiple outputs to be grouped together to share volume ramping, muting, source selection and
more
• Compatible with virtually any control system available today using RS-232, Ethernet or IR commands
• Front panel VFD display allows for access to commonly used settings - PC congurator, available for download,
allows for more advanced setup
FlexPort Cat 5 Audio Inputs
• Four compatible FlexPort audio modules: FPM-U Stereo RCA, FPM-D Digital Coax/Optical Audio, FPM-X Mic/ 1/4” TRS
Audio and FPM-B Balanced Audio (See Appendix A for detailed information)
• Provides a mixture of consumer and pro audio sources such as MP3 players, audio streaming devices, microphones,
audio mixers, paging microphones and more
• FlexPort modules can be located up to 500 feet away from the SF-16M giving exibility in audio source placement
Control Interfaces
• Ethernet
• RS-232 Serial
• 2 contact closure inputs to trigger audio overrides and scenes
• Rear panel IR input (3.5 mm jack)
• Front panel IR sensor
• Front panel capacitive touch buttons and knob with LCD screen
Carton Contents
• SF-16M 16 Channel Matrix Amplier
• Power Cord
• Rack ears
• DB-25 cable
• User manual
Other Materials You May Need
• Speakers and cabling
• Audio sources, microphones, audio mixers
• Patch cables (Ethernet, RCA)
• Infrared receiver
• Third party programmable remote or touchscreen interface
• USB 1.1 or USB 2.0 compliant drive
SF-16M Matrix Amplier Installation and Operation Guide 5
FRONT PANEL DESCRIPTIONS
Model SF-16M
16-Channel Matrix Amplifier
FABDECG
Power Indication LED
A
Front Panel IR Receiver
B
Vacuum Fluorescent Display (VFD)
CG
Multi Function Knob
D
Menu Selection Button
E
Back Button
F
Dim Button
BACK PANEL DESCRIPTIONS
HIJ
AUDIO
OVERRIDE
1 2
CONTACT CLOSURE 5V - 24V AC / DC
FlexPort 1
IN
SYSTEM
TRIGGER
IN OUT
FlexPort 2
IN
OUT
UNIT ID
OUT
ETHERNET
LINK
SPEED
M
L
1 2
STEREO ZONE 1STEREO ZONE 2STEREO ZONE 3STEREO ZONE 4STEREO ZONE 5STEREO ZONE 6STEREO ZONE 7STEREO ZONE 8
3 45 67 89 1011 1213 14
K
USB
DB25 AUDIO INPUT
AUDIO LOOP OUTPUT
Audio Authority® Corp. • 2048 Mercer Rd. Lexington, KY 40511 USA
The SF-16M includes 16 RCA audio inputs that can be congured as mono, stereo or a combination of both mono and
stereo. Figure 1 shown below provides examples of all congurations.
NOTE: It is important that all physical input congurations are entered into the SF-16M programming, using the PC conguration software or the front panel system menu.
STEREO SOURCEMONO SOURCESTEREO SOURCE
STEREO SOURCE, AUDIO AUTHORITY RECOMMENDS USING THE SF-16M DSP FOR OPTIMAL
AUDIO QUALITY, BUT WHEN ONLY ONE INPUT
IS AVAILABLE, A Y-ADAPTER MAY BE USED
NOTE: TO CREATE A MONO SIGNAL FROM A
A B C D E F G H
BUS
1 3 5 7 9 11 1 3 15
L
ANY STEREO INPUT MAY
BE CONVERTED TO MONO
IN SF-16M SETTINGS
LINEINPUTS
R
2 4 6 8 10 12 1 4 16
Figure 1
DB-25 Audio Connections
The DB-25 input on the SF-16M serves two purposes:
1. Source audio link between SF-16M units: When multiple SF-16M units are linked together, the DB-25 audio input
receives source audio from the DB-25 audio loop output of the previous SF-16M. The source audio originates from the
RCA audio inputs or the DB-25 audio input of the rst SF-16M chassis. (See gure 2 below).
2. Direct input from an Audio Authority audio matrix: In scenarios where the SF-16M is serving as an amplier for
Audio Authority audio matrix switchers such as the ADX-0808/ADX-1616 and the HLX 2278 audio output card (See Illustration below). In this scenario, the SF-16M receives all audio content from the ADX or HLX and passes the audio through
to the amplied outputs. The HLX or ADX provides all of the matrix switching (See gure 3 below).
DB-25
LOOP
OUT
Figure 2 Figure 3
8 SF-16M Matrix Amplier Installation and Operation Guide
AUDIO FROM SOURCES
TO SF-16M RCA INPUTS
RCA INPUTS ARE
NOT USED
AUDIO FROM ADX OR HLX
TO SF-16M DB-25
RCA INPUTS ARE
NOT USED
DB-25
LOOP
OUT
FlexPort Cat 5 Audio Inputs
ETHERNET
USB
LINK
SPEED
UNIT ID
DB25 AUDIO INPUT
AUDIO LOOPOUTPUT
LINE INPUTS
BUS
1 2
IN OUT
SYSTEM
TRIGGER
AUDIO
OVERRIDE
13579111315
ABCDEFGH
246810121416
L
R
Audio Authority® Corp. • 2048 Mercer Rd. Lexington, KY40511 USA
The SF-16M includes two FlexPort Cat 5 inputs that accept a variety of pro and consumer
audio sources via optional FlexPort audio modules. See Appendix A for a detailed overview of all FlexPort modules and system conguration.
761-392
FLEXPORT
BUS
IN
FlexPort module options include:
FPM-B Balanced line/mic with phantom power
FlexPort 1
IN
OUT
FlexPort 2
IN
OUT
FPM-X XLR/ 1/4” TRS with phantom power
FPM-D Digital optical/coax
FPM-U Analog RCA
SF-16M FlexPorts
Understanding the FlexPort Audio Bus
Each SF-16M FlexPort input supports:
• Two channels of audio - input can be either stereo or two mono channels (allows two
mono inputs per FlexPort bus)
ASSIGN
CHANNEL
DUAL M
MONO 1
MONO 2
INPUT
MIX
OVERRIDE
BUS
PWR
FPM-B FlexPort module rear view
BUS
OUT
MIN
MAX
SWITCH
MIC
ON
ON
MOMENTARY
TERM. ON
PHANT. OFF
GAIN
LINE
OFF
OFF
TOGL.
OFF
ON
• RS-485 data pathway - provides 2-way communication between the SF-16M and all
connected FlexPort modules
• 18V power - provides power for two FlexPort modules on a single bus
Daisy Chain FlexPort Modules For Two Mono Inputs Per Bus
All FlexPort audio modules feature a FlexPort Bus In and Out, so two modules may be daisy chained together for a two
mono source setup. In daisy chain scenarios, it is required to assign one module as “Mono 1” and the other module as
“Mono 2” using the dipswitches located on the back of the FlexPort modules. See Appendix ? for more information. Figure 4 below illustrates a daisy chain conguration.
IN
OUT
FPM-U
IN
OUT
FPM-U
FPM-U
FPM-U
Figure 4
Single FlexPort Module Connection For One Stereo or Dual Mono Input
When connecting a single FlexPort audio module to a FlexPort bus input (See gure 5 below) it is necessary to congure
the audio modules as shown below.
FPM-D and FPM-U: These are natively stereo
input modules - Dipswitch setting should be
“Stereo”.
FPM-B and FPM-X: These are natively mono input
modules - If one mono source input is desired on both
FlexPort bus audio channels, the dipswitch setting
should be set to “Dual M” for dual mono.
CHANNEL
STEREO
MONO 1
MONO 2
Figure 5
OUT
IN
FPM-D
ASSIGN
FPM-B
SF-16M Matrix Amplier Installation and Operation Guide 9
CHANNEL
DUAL M
MONO 1
MONO 2
SF-16M CONNECTIONS - Speaker Outputs
3 45 67 89 1011 1213 14
SPEAKER OUTPUTS (CLASS 2 WIRING)
ETHERNET
USB
LINK
SPEED
UNIT ID
DB25 AUDIO INPUT
DB25 AUDIO LOOPOUTPUT
LINE INPUTS
BUS
FlexPort 1
OUT
IN
1 2
IN OUT
SYSTEM
TRIGGER
AUDIO
OVERRIDE
13579111315
ABCDEFGH
246810121416
L
R
Audio Authority® Corp. • 2048 Mercer Rd. Lexington, KY40511 USA
The SF-16M includes 16 amplied audio outputs that can be congured as mono, stereo or a combination of both mono
and stereo. Figure 6, shown below, provides examples of each conguration.
NOTE: It is important that all physical speaker output congurations are entered into the SF-16M programming, using the
PC conguration software or the front panel system menu.
STEREO PAIR
MONOMONO
Figure 6
Speakers and Impedance
Each ampler output of the SF-16M can support a 4 Ohm speaker load. In many cases only a single speaker is connected per amplier output, so any speaker with a 4 - 8 Ohm impedance rating is acceptable with the SF-16M. However,
in cases where you may wish to connect more than one speaker per output, it is important that you understand speaker
impedance and basic Ohms law.
There are numerous resources which explain impedance and ohms law in detail, so we will not cover
it here. However, for practical purposes, we have
included a chart (Figure 7) which lists a specic limit
on how many speakers can be loaded onto a single
SF-16M amplier output.
Speaker Impedance 8Ω6Ω 4Ω
Max # of speakers per SF-16 amp output321
Figure 7 - Wiring multiple speakers per amplier output.
NOTE: this table assumes that all speakers on a single channel
are of the same impedance and are connected in parallel. If you
wish to mix a combination of speakers with different impedances
on one channel it will be crucial to use an impedance calculator.
Please visit the SF-16M product page at audioauthority.com to use
our online SF-16M impedance calculator. In all cases, it is imperative that total speaker impedance for any one channel does not go
below 4 Ohms.
SF-16M
SPEAKER
OUTPUT 1
1 2
10 SF-16M Matrix Amplier Installation and Operation Guide
+ –
SPEAKER A
+ –
SPEAKER B
Figure 8 - Parallell speaker wiring
SF-16M CONNECTIONS - Control
Set voltage selector
and install correct fuses according to local power supply.
Régler le sélecteur
de tension et
4002715
ETLLISTED CONFORMS
TO ULSTD 60065
CERTIFIED TO CAN/CSA
STD C22.2 NO. 60065
PDF User Manual
VOLTAGE SELECTOR
USB
4002715
Audio Authority® Corp. • 2048 Mercer Rd. Lexington, KY40511 USA
The SF-16M provides four methods of system control:
1. Front panel menu (See page 15 for detailed information)
2. DB-9 RS-232 port using a 3rd party serial controller
3. RJ-45 Ethernet port using a 3rd party ethernet/telnet controller
4. 3.5mm IR port using a 3rd party IR controller
RS-232 Port
The DB-9 “Serial In” port of the SF-16M can be connected to virtually any 3rd party RS-232 controller using a straight-thru
serial cable. Communication is 2-way which allows for control as well as feedback to the control system. For comprehensive list of available serial commands for the SF-16M, please download the RS-232 command set from the SF-16M
product page on our website.
SERIAL IN
CONTROL SYSTEM
(SERIAL PORT)
SERIAL OUT
TO NEXT SF-16M SERIAL INPUT
Figure 9
Ethernet Port
The Ethernet port of the SF-16M connects to any standard ethernet router/switch. By default DHCP is enabled on the
SF-16M. If the router is also DHCP enabled, it will automatically assign a unique network IP address to the SF-16M.
Once an IP address is assigned, the SF-16M can be setup and controlled with any network-enabled control system using
telnet-based serial commands. For detailed information on ethernet setup, please see page 19. Communication is 2-way
which allows for control as well as feedback to the control system. Again, a list of available serial commands is available
for download on the SF-16M product page of our website.
ETHERNET
LINK
SPEED
WIRELESS NETWORK
TABLET
LAPTOP
Figure 10
IR Port
The 3.5mm “Main IR In” connects to any 3rd party IR controller using a mono 3.5mm cable. For comprehensive list of
available IR commands for the SF-16M, please download the HEX code /IR command set from the SF-16M product page
on our website.
Figure 11
MAIN IR
IN
MAIN IR
OUT
DISCRETE IR COMMANDS
CONTROL SYSTEM
(IR OUTPUT)
RF
TO NEXT SF-16M IR INPUT
REMOTE
SF-16M Matrix Amplier Installation and Operation Guide 11
The SF-16M provides two “Audio Override” contact closure inputs, which allow pushbuttons, partition wall contacts, and
other contact sensors to trigger the system. Audio override provides a convienent method of temporarily switching to an
alternate audio input when a sensor is triggered.
A practical example of this feature is a conference hall with movable partition walls. See Figure 12. When the partition
closes to create individual rooms, a partition wall contact closure (Override 2 in the example) triggers the SF-16M to
switch to a microphone input located in one partion area. When the partition wall opens, the SF-16M returns to its default
audio input. Override 1 can trigger the same behavior or a different behavior.
PUSHBUTTON
OVERRIDE 1
AUDIO
OVERRIDE
1 2
OVERRIDE 2
PARTITION
CONTACT
PARTITION
Figure 12
NOTE: In order for Audio Override to function, all settings must be programmed using the PC conguration software,
available for download on the SF-16M product page.
SF-16M CONNECTIONS - System Trigger (5V-24V AC/DC)
The System Trigger input on the SF-16M allows equipment such as AV receivers or power managment devices to put the
SF-16M in standby when not in use, thereby greatly conserving energy usage.
To enable the System Trigger:
1. Make system trigger connections as illustrated in Figure 13.
2. Power the SF-16M, then apply power to the triggering device.
3. Using the front panel menu (see page 17) or the PC congurator, enable “System Trigger”
Figure 13
12 SF-16M Matrix Amplier Installation and Operation Guide
Up to four SF-16M units can be linked together using the loop out connections for FlexPort Audio, DB-25 Audio, IR, Serial
and System Trigger inputs. Set the Unit ID as shown, incrementing from top to bottom. Figure 14 below illustrates a four
chassis SF-16M conguration with all loop out connections. Not all loop out connections may be required in your specic
conguration.
Figure 14
2
FLEXPORT
BUS 1
FLEXPORT
BUS 2
16 SOURCE INPUT CHANNELS
IR CONTROLLER
1
SYSTEM
AUDIO
TRIGGER
OVERRIDE
1 2
IN OUT
CONTACT CLOSURE 5V - 24V AC / DC
FlexPort 1
IN
OUT
1 2
STEREO ZONE 1STEREO ZONE 2STEREO ZONE3STEREO ZONE 4STEREO ZONE 5STEREO ZONE 6STEREO ZONE 7STEREO ZONE 8
SYSTEM
AUDIO
TRIGGER
OVERRIDE
1 2
IN OUT
CONTACT CLOSURE 5V - 24V AC / DC
FlexPort 1
IN
OUT
1 2
STEREO ZONE 1STEREO ZONE 2STEREO ZONE 3STEREO ZONE 4STEREO ZONE 5STEREO ZONE 6STEREO ZONE 7STEREO ZONE 8
ETHERNET
UNIT ID
LINK
SPEED
FlexPort 2
IN
OUT
3 45 67 89 1011 1213 14
DB25 AUDIO INPUT
AUDIO LOOP OUTPUT
USB
Audio Authority® Corp. •2048 Mercer Rd. Lexington, KY 40511 USA
SF-16M Matrix Amplier Installation and Operation Guide 13
4002715
ETL LISTED CONFORMS
TO UL STD 60065
CERTIFIED TO CAN/CSA
STD C22.2 NO. 60065
VOLTAGE SELECTOR
Set voltage selector
and install correct
fuses according to
local power supply.
Régler le sélecteur
de tension et
installer les fusibles
corrects selon
l’alimentation locale.
4002715
ETL LISTED CONFORMS
TO UL STD 60065
CERTIFIED TO CAN/CSA
STD C22.2 NO. 60065
VOLTAGE SELECTOR
Set voltage selector
and install correct
fuses according to
local power supply.
Régler le sélecteur
de tension et
installer les fusibles
corrects selon
l’alimentation locale.
100-120V~ 50-60 Hz
1125W
Replace Fuses Only
with T 10A, 250V
Remplacer Uniquement
avec Fusible T 10A, 250V
100-120V~ 50-60 Hz
1125W
Replace Fuses Only
with T 10A, 250V
Remplacer Uniquement
avec Fusible T 10A, 250V
701-13303B
701-13303B
CONFIGURATION
Basic conguration of the SF-16M can be achieved using the front panel controls. It is possible to congure all settings on
the SF-16M via telnet/serial commands with a program such as hyperterminal on your PC (page 18).
The recommended method to perform advanced setup tasks is to use the SF-16M PC conguration software,
available for download on the SF-16M product page at audioauthority.com. In addition to being more efcient, project
les can be saved to your PC for backup and future modication. Detailed instructions for SF-16M setup using the PC
conguration software are included with the software download.
Advanced Conguration
The following settings cannot be congured using front panel controls:
1. Output Groups - Group multiple outputs together to share source selection, volume up/down, mute on/off, and power
on/off commands. Groups are ideal for making large areas act like a single audio zone or for grouping outputs with hipass and low-pass lters (sub/sat combinations) so that they respond together. Group specic serial and IR commands
are available for source selection, volume up/down, mute on/off and power on/off. Up to 10 groups can be stored per SF16M. Group settings include group naming and output members.
2. Audio Override - The purpose of audio override is to provide a convenient method of temporarily switching a predened group of outputs to a specic input. Once the audio override is completed the outputs effected by the override
return to their previous input and volume levels. Typical examples of audio override include paging, doorbell tones and
local source selection for in-room sources such as iPods and audio mixers. Audio override can be triggered by two
contact closure inputs on the back of the SF-16M, as well as specic serial and IR commands. Up to 10 audio override
congurations can be set up per SF-16M. Audio override settings include input assignment, output members, output
levels, override priority and momentary or toggle mode for the audio override contact closures.
3. Sound Scenes - A sound scene is a system-wide snap shot of all volume levels and input assignments. Scenes
allow the end-user to recall previously captured system settings with a single button press. Up to 10 sound scenes can
be saved and recalled per SF-16M. Scenes can also be saved and recalled across multiple SF-16M’s linked together,
however each individual SF-16M has a maximum of 10 unit or “global” scenes. Scene settings include scene naming,
input selection, output levels, mute status and an “Ignore” option which allows a outputs to always ignore a scene preset.
4. EQ lters - Up to seven EQ lters can be applied per SF-16M output, including hi-pass/low-pass, hi-shelf/low-shelf or
seven-band parametric EQ. Parametric EQ can be used in combination with the other EQ lters.
5. Input/Output Naming
6. Network/IP Conguration
14 SF-16M Matrix Amplier Installation and Operation Guide
OPERATION
Front Panel Description
The front panel is operated by using three touch sensitive keys: Menu
Multi-Function Knob Operation: Used to navigate through all menu items, the multi-function knob can scroll (clockwise
or counterclockwise) and select or de-select (press in). The open arrow symbol is displayed when scrolling through
menu items. Once an item has been selected (by pressing in the knob), the arrow will ll in . Next, turn the knob to
adjust the value. Finally, press in the knob again to de-select the menu item and scroll to the next item that needs to be
adjusted.
Model SF-16M
16-Channel Matrix Amplifier
Menu Button > Menu Screen
Press the Menu Button to access these main menu options: Output Settings, Input Settings, Override, Scene Presets,
Groups, Front/Back Panel, Network, Firmware and Factory Defaults. In addition, the menu button toggles the front panel
between the main menu and output meters.
Back Button
Press the back button to return to a previous screen. Pressing the back button repeatedly eventually returns to the main
menu.
Dim Button
This button toggles through four predened brightness levels for the VFD and keyboard LED indicators. After a set period
of time (adjustable using the front panel or the SF-16M PC congurator), the VFD enters a screen saver mode (dark).
The power and button LEDs remain on at the same level to show that the unit is receiving power. Any key press or knob
adjustment causes the system to return the VFD and LED indicators to the last selected brightness level.
B
C
(Vacuum Fluorescent Display)
A
VFD
A
, Back
B
, Dim C and a Multi-Function Knob
AD
BC
D
.
Front Panel Menu Options
Output Settings > Quick Access
The Output Quick Access screen provides a “snap-shot” of key settings and the ability to adjust parameters for each
setting. To begin, rst select the output you wish to view (top line on the screen). Output settings and descriptions are
listed below:
• Output Number/Name: Lists the current output that is being viewed or adjusted.
• Volume: Output level of the selected output.
• Input Assignment: Input currently assigned to the selected output.
• Stereo/Mono Mode: Stereo mode indicates the current output is grouped as a
stereo pair. Mono mode indicates the current output is set as a discrete mono
output.
• Balance: Left to right balance levels of a stereo output.
• Loudness: A bass & treble boost designed for outputs with low volume levels.
• Bass: Allows for a 15db boost or cut of low frequencies.
• Treble: Allows for a 15db boost or cut of high frequencies.
• Low Pass Filter: Cuts all frequencies above a designated crossover point.
Intended for passive subwoofer.
SF-16M Matrix Amplier Installation and Operation Guide 15
Output Settings > Quick Access (Continued)
• High Pass Filter: Cuts all frequencies below a designated crossover point.
Intended for mid/high satellite speaker outputs.
• Maximum Output Level: Limits the maximum volume level of the selected output
in any scenario.
• Maximum Turn On Level: Limits the maximum volume level of the selected output
when it is rst powered on. When used with Minimum Turn On Level, a predictable
volume range is established that eliminates unexpected volume levels when an
output is powered on.
• Minimum Turn On Level: Boosts the volume level of the selected output when it is
rst powered on. When used with Maximum Turn On Level, a predictable volume
range is established that eliminates unexpected volume levels when an output is
powered on.
Output Settings > Volume Levels
Displays the volume level and input assignment for all SF-16M outputs on one screen.
Scroll to the specic output, select it and scroll to the left or right to adjust. The last
line of the screen allows you to adjust the volume level for all outputs simultaneously.
Output Settings > Assign Inputs
Displays the input assignment for all SF-16M outputs on one screen. To change the
input assignment for an output, scroll to the specic output, select it and scroll to the
left or right. The last line of the screen allows you to select an input for all outputs.
Input Settings > Quick Access
The Input Quick Access screen provides a single screen view of input name, stereo/
mono mode assignment and input gain, with the ability to adjust parameters for
each setting. To begin, rst select the input you wish to view from the top line on the
screen. Input settings and descriptions are listed below:
• Input Number/Name: Lists the current input that is being viewed or adjusted.
• Stereo/Mono Mode: Stereo mode indicates the current input is grouped as a
stereo pair. Mono mode indicates the current input is set as a discrete mono input.
• Gain: Input level of the selected input. Adjust to compensate for uneven levels
between input sources.
Input Settings > Gain Levels
Displays the input level for all SF-16M inputs on one screen. Scroll to the specic
input, select it and scroll to the left or right to adjust. The last line of the screen allows
you to adjust the gain for all inputs simultaneously.
Groups
Displays all group settings, including group name, input assignment, volume level,
mute status and a list of output members. Each group can be selected from the top
line of the screen and all parameters adjusted, except for group members, which must
be set up using the SF-16M conguration software. Each SF-16M supports 10 output
groups.
Override
Displays all override settings, including override name, on/off status, assigned input,
override priority and a list of output members. Each override can be selected from the
top line of the screen and toggled on and off from the status line. NOTE: All override
parameters must be set up using the SF-16M conguration software. Each SF-16M
supports 10 standard audio overrides and 4 FlexPort audio overrides.
Scene Presets
Lists all scene preset settings, including scene name, a list of output members and
an option to activate the scene. Each scene can be selected from the top line of
the screen. NOTE: All scene preset paramaters must be set up using the SF-16M
conguration software. Each SF-16M supports 10 Scene Presets.
16 SF-16M Matrix Amplier Installation and Operation Guide
Front/Back Panel
Displays all front and back panel settings, including:
• Sleep Timer: Adjusts the sleep timer for the front panel display. Options are 1
minute, 2 minutes, 5 minutes and Off.
• Brightness: Adjusts the brightness of the front panel display and button LEDs.
Options are 25, 50, 75 and 100%.
• Front Panel IR: Turns on or off the front panel IR receiver. Default is Off.
• Audio Sense/Trigger + Audio Sense: Determines the method in which the SF-
16M’s amplier outputs wake up and come out of standby/power-saving mode.
“Audio Sense” wakes up the amplier outputs when audio is present at any RCA
input. “Trigger” wakes up the amplier when voltage is present on the back panel
System Trigger inputs.
Network
Displays the current network settings of the SF-16M. See page 18 for more
information.
Firmware
Use to load rmware updates to the SF-16M using a USB drive. Follow on-screen
instructions and/or the text le instructions included with online rmware updates.
Factory Defaults
Use to restore all SF-16M settings to factory default. Follow on-screen instructions.
Choosing a Control Interface
The chart below provides an overview of the different range of capabilities when using
each control method. For more detailed instructions on the various control methods
available, please refer to the following sections:
• Controling the SF-16M through RS-232, see page 18
• Controling the SF-16M through Ethernet, see page 18
• Controling the SF-16M through IR, see page 19
• Controling the SF-16M with the Front Panel, see page 15
Control Interface
Capabilities
All commands are available
on Ethernet and RS-232, but
other control methods are
limited as shown. The SF16M PC utility (not shown)
is the best setup method for
advanced tasks, but is not
intended as a user interface.
Source selection per output
Output volume, mute & tone control
Parametric EQ, hi-pass/low-pass lters
Lock front panel interface
Change Ethernet settings
Upgrade rmware
Group, scene and override creation
Group, scene and override control
RS-232EthernetInfraredFront Panel
XXXX
XXXX
XXX
XX
XX
XX
XXXX
X
SF-16M Matrix Amplier Installation and Operation Guide 17
USING SERIAL AND ETHERNET (TELNET)
USB
Audio Authority® Corp. • 2048 Mercer Rd. Lexington, KY40511 USA
Follow the instructions for your Control4, RTI, URC, or other controller using the serial settings below, and/or Ethernet
settings accessible via the SF-16M front panel menu. Serial commands, available at our website on the SF-16M product
page, are used via telnet or serial connection.
The SF-16M telnet server allows two clients to be connected at one time. Each client connection has a time out of 15
minutes; if a client crashes and does not close the connection properly (sending an EOF) that connection remains
busy until it times out.
Using the RS-232 Port
System controllers and PCs send all setup and control commands as well as receive feedback via the RS-232 serial port.
• Important: If a PC is connected directly to the SF-16M RS-232 port, use a standard serial cable.
• Communication Settings: baud rate is 9600 bps, 8 data bits, no parity, 1 stop bit, and no ow control.
• See the table and diagram below for the SF-16M serial port pinout.
Transfer Rate
Data Bits
Parity
Stop Bits
Flow Control
Character type
Connector
Electrical Rating
Pin out
9600 bps
8
None
1
None or Off
ASCII
DB-9
Pins 2 and 3, ±15 VDC
Pin 2, Tx
GND RX TX
5 4 3 2 1
9 8 7 6
DB-9 Connector on
SF-16M rear panel
(Standard cable)Pin 3, Rx
Pin 5, Ground
Shell, Ground
Using a PC via Ethernet
Connect a computer directly to the SF-16M Ethernet port using a crossover cable, or alternatively use a standard Ethernet
hub or switch and a standard patch cable. Once connected to a computer or network, the SF-16M by default attempts to
obtain an IP address automatically using DHCP. To use static settings, see the detailed instructions on page 19.
There are two LED indicators located next to the Ethernet port on the rear panel that will help in
identifying connection issues:
• Link - The Link LED is steadily lit if a connection is detected and ashes when activity is
present.
• Speed - The Speed LED is off for 10 base T, and on for 100 base T.
ETHERNET
LINK
SPEED
Network Jack on SF-
16M rear panel
DHCP
DHCP is enabled on the SF-16M by default. If DHCP is enabled on your network, simply connecting the SF-16M to the
network with an existing DHCP server enables it to obtain all necessary information.
Static Addressing Connected Directly to a PC
The SF-16M must be given an IP address which will not conict with the PC.
Go to the network settings (which are found in control panel -> network -> local
connection properties of a PC running Windows XP).
Change the TCP/IP protocol properties, and set the IP address, gateway, and
subnet mask, if they are not already set.
18 SF-16M Matrix Amplier Installation and Operation Guide
SF-16M screen image showing Network
Settings with DHCP set to ON, with no link
established.
This can be arbitrarily done on a direct connection, but a good choice for the settings would be IP address of 192.168.0.1,
subnet mask of 255.255.255.0, and an empty default gateway. Once these values have been set, use serial commands
to set the network settings of the SF-16M in a similar manner, but use a different IP address than that of the computer (for
example, 192.168.0.2).
Static Addressing on a Network
The SF-16M must be set to the same settings as the PC except for the IP address, which must be one available on the
network. To determine this in Windows, use the DOS prompt (Start->Run->cmd) commands ipcong and ping. Ipcong
will list the PC’s settings, and ping will allow you to test addresses to make sure that nothing else on the network has that
address. Enlist the help of a network administrator if you are unfamiliar with setting up a network connection.
Once a connection is established, a telnet program such as Hyper Terminal, Teraterm, PuTTY etc, must be used to
connect to the device. Enter the IP address of the SF-16M and leave the default port (23) to connect. Once connected,
standard serial commands can be issued in an identical manner to serial control.
Using an IR Control System
The SF-16M uses a three wire IR circuit. It is imperative that the correct polarity be maintained when connecting third
party IR equipment. The 3.5MM pinout is shown in the illustration below. Connect the IR signal from your IR controller
directly to the main IR input port on the rear panel. Alternatively, adhere an IR emitter from your infrared system onto the
SF-16M front panel receiver.
If the SF-16M IR codes are available from your remote control company, download and/or activate those les. A CCF le
containing the latest codes can be downloaded from our website on the SF-16M product page.
Tips for Using Infrared Control
• If you are using standard hand-held IR remote controls, ensure correct
operation by avoiding sources of light pollution such as Plasma and
LCD TVs, direct sunlight, uorescent light, etc. Experiment with the
physical placement of the IR receiver to avoid interference.
• If a source of interference cannot be eliminated or avoided, use IR
receivers that block that type of interference, such as Plasma-proof or
LCD-proof receivers.
Tip = Signal
Ring = Ground
Sleeve = +12 Volts
SF-16M Matrix Amplier Installation and Operation Guide 19
Appendix A: FlexPort Audio Modules
DATE LTR REVISION RECORD AUTH DR CK
11/15/11 P1 Prototype DAF
BALANCED
AUDIO INPUT
+
MODEL
FPM-B
OVERRIDE
GND
OVR
7/29/11 ARelease DRA
11/15/11 B Remove IR DAF
DATE LTR REVISION RECORD AUTH DR CK
11/15/11 P1 Prototype DAF
DATE LTR REVISION RECORD AUTH DR CK
AUDIO INPUT
LR
MODELFPM-U
OVERRIDE
7/29/11 ARelease DRA
11/15/11 B Remove IR DAF
DATE LTR REVISION RECORD AUTH DR CK
MODEL
FPM-X
11/15/11 P1 Prototype DAF
OVERRIDE
AUDIO MIC INPUT
BALANCED
AUDIO INPUT
+
MODELFPM-B
OVERRIDE
GND
OVR
7/29/11 ARelease DRA
11/15/11 B Remove IR DAF
DATE LTR REVISION RECORD AUTH DR CK
DIGITALINPUT
COAXOPTICAL
MODELFPM-D
OVERRIDE
11/15/11 P1 Prototype DAF
AUDIO OUTPUT
LR
DATE LTR REVISION RECORD AUTH DR CK
AUDIO INPUT
LR
MODELFPM-U
OVERRIDE
7/29/11 ARelease DRA
11/15/11 B Remove IR DAF
DATE LTR REVISION RECORD AUTH DR CK
DIGITAL INPUT
COAXOPTICAL
MODEL
FPM-D
OVERRIDE
11/15/11 P1 Prototype DAF
AUDIO OUTPUT
LR
DATE LTR REVISION RECORD AUTH DR CK
AUDIO INPUT
LR
MODELFPM-U
OVERRIDE
7/29/11 ARelease DRA
11/15/11 B Remove IR DAF
DATE LTR REVISION RECORD AUTH DR CK
11/15/11 P1 Prototype DAF
DATE LTR REVISION RECORD AUTH DR CK
AUDIO INPUT
LR
MODEL
FPM-U
OVERRIDE
7/29/11 ARelease DRA
11/15/11 B Remove IR DAF
FlexPort audio modules provide up to four additional audio inputs (2 per FlexPort input) to each SF-16M. FlexPort modules connect via Cat 5 cable to the SF-16M and accept a wide variety of pro and consumer audio sources. All FlexPort
modules can be located up to 500 feet from the SF-16M and include mounting points for either surface or in-wall mounting
in an “open ended” single gang bracket such as Arlington model LV1 or Carlon model SC100RR.
1. FPM-B Balanced line/mic input with phantom power
• Accepts any 3-wire balanced line or mic level audio input
• “Override” contact closure input for push-to-talk paging mics such as Bogen model MBS1000A
• Override button (defeatable) with backlighting to indicate audio override status
• 15V phantom power (defeatable) for condensor microphones
• Input gain potentiometer
• Input can be assigned as Dual Mono (2 mono channels), Mono 1 or Mono 2 on the FlexPort
audio bus
• Optional “Mix” setting allows two FlexPort modules to be mixed together on a single FlexPort
audio bus (both inputs must be assigned to a mono channel)
2. FPM-X XLR/ 1/4” TRS input with phantom power
• Accepts any 3-wire balanced line or mic level audio input via a combo XLR/ 1/4” TRS input
• Override button (defeatable) with backlighting to indicate audio override status
• 15V phantom power (defeatable) for condensor microphones
• Input gain potentiometer
• Input can be assigned as Dual Mono (2 mono channels), Mono 1 or Mono 2 on the FlexPort
audio bus
• Optional “Mix” setting allows two FlexPort modules to be mixed together on a single FlexPort
audio bus (both inputs must be assigned to a mono channel)
20 SF-16M Matrix Amplier Installation and Operation Guide
3. FPM-D Digital Coax/Optical Input
• Accepts any digital SPDIF coax or optical audio input (Stereo PCM only)
• Override button (defeatable) with backlighting to indicate audio override status
• Input gain potentiometer
• Input can be assigned as Stereo (default), Mono 1 or Mono 2 on the FlexPort audio bus
• Optional “Mix” setting allows two FlexPort modules to be mixed together on a single FlexPort
audio bus (both inputs must be assigned to a mono channel)
• Analog audio pass-thru for applications where a converted analog output is desired
4. FPM-U Analog Audio Input
• Accepts any analog RCA audio input
• Override button (defeatable) with backlighting to indicate audio override status
• Input gain potentiometer
• Input can be assigned as Stereo (default), Mono 1 or Mono 2 on the FlexPort audio bus
• Optional “Mix” setting allows two FlexPort modules to be mixed together on a single FlexPort
audio bus (both inputs must be assigned to a mono channel)
FPM Rear Panel Connections and Settings
Pair 3
Pair 3
FlexPort RJ-45 Pinout
It is recommended that all FlexPort bus Cat 5 wiring be congured using the 568A standard
pinout. Audio Authority cannot gaurantee correct operation using any other wiring conguration.
Figure A-1 below shows both 568A and FlexPort RJ-45 pinouts.
FPM-B and FPM-X
A
FlexPort Bus In - Connects via Cat 5 to the FlexPort “Bus Out” of another FPM in daisy
chain scenarios
B
FlexPort Bus Out - Connects via Cat 5 to a SF-16M “FlexPort In” or in daisy chain
scenarios to the “Bus In” of an additional FPM (See D for audio settings when daisy
chaining)
C
Input Gain - Increase or decrease input signal level prior to being sent to the SF-16M
D
Assign Channel - The input source can be assigned as: Dual Mono (input is assigned to
both FlexPort channels), Mono 1 (FlexPort bus channel 1) or Mono 2 (channel 2)
E
Input Mic/Line - Sets input gain as mic or line level
Mix On/Off - Allows two daisy chained FlexPort modules to mix together upon override
Override On/Off - Enables or Disables override button on the front panel
Momentary/Toggle - Sets the override button to respond as a momentary or toggle switch
Bus Termination On/Off - Turn on if the FPM is the last module in a daisy chain
conguration
Phantom Power On/Off - Turn on for phantom powered microphones
FPM-B and FPM-X
761-392
FLEXPORT
BUS
A
IN
BUS
B
OUT
D
E
ASSIGN
CHANNEL
DUAL M
MONO 1
MONO 2
INPUT
MIX
OVERRIDE
BUS
PWR
MIN
MAX
MIC
ON
ON
MOMENTARY
TERM. ON
PHANT. OFF
C
GAIN
SWITCH
FPM-D and FPM-U
761-391
FLEXPORT
BUS
G
IN
BUS
F
OUT
ASSIGN
I
J
CHANNEL
STEREO
MONO 1
MONO 2
MIX
OVERRIDE
BUS
MIN
MAX
SWITCH
ON
ON
MOMENTARY
TERM. ON
H
GAIN
LINE
OFF
OFF
TOGL.
OFF
ON
OFF
OFF
TOGL.
OFF
FPM-D and FPM-U
G
FlexPort Bus In - Connects via Cat 5 to the FlexPort “Bus Out” of another FPM in daisy chain scenarios
F
FlexPort Bus Out - Connects via Cat 5 to a SF-16M “FlexPort In” orin daisy chain scenarios to the “Bus In” of an
additional FPM (See I for audio settings when daisy chaining)
H
Input Gain - Used to increase or decrease input signal level prior to being sent to the SF-16M
I
Assign Channel Dipswitch - The input source can be assigned as: Stereo (default), Mono 1 (FlexPort bus channel
1) or Mono 2 (channel 2)
J
Mix On/Off - Allows two daisy chained FlexPort
modules to mix together upon override
Override On/Off - Enables or Disables override
button on the front panel
Momentary/Toggle - Sets the override button to
respond as a momentary or toggle switch
Bus Termination On/Off - Turn on if the FPM is the
last module in a daisy chain conguration
FlexPort Pinout:
(EIA-568B)
Pin 1: RS-485A
Pin 2: RS-485B
Pin 3: Audio Left +
Pin 4: Audio Right +
Pin 5: Audio Right –
Pin 6: Audio Left –
Pin 7: 18V
Pin 8: Ground
Pair 2Pair 4Pair 1
Pair 2Pair 4Pair 1
Modular Jack (RJ-45)
Modular Jack (RJ-45)
1 2 3 4 5 6 7 8
1 2 3 4 5 6 7 8
W-O O W-GR BL W-BL GR W-BR BR
W-O O W-GR BL W-BL GR W-BR BR
T568B Pair Assignments
T568B Pair Assignments
Figure A-1
SF-16M Matrix Amplier Installation and Operation Guide 21
FlexPort Module “Override” Button
The purpose of the front panel override button is to switch designated SF-16M outputs to a FPM input. A typical example
is an audio mixer, connected to a FPM-X in a conference room. When the override button is pressed, designated outputs
will switch over to the audio mixer for the duration of the override. When the override button is pressed again, all effected
outputs will switch back to the input source prior to override. Audio override is based on two key settings:
2. SF-16M audio override settings, programmed using the SF-16M PC conguration software (see page 14 or view the PC
conguration software manual for more information on audio override settings).
Audio Override with “Mix” Option Enabled
In some cases it may be desired to mix two FPM
module inputs together upon audio override. An
761-392
FLEXPORT
BUS
IN
761-392
example would be a classroom where both a
microphone and an audio presentation need to be
BUS
OUT
heard simultaneously. To acheive this function, rst
daisy chain two FPM modules and wire back to the
SF-16M. Set one FPM as “Mono 1”, and set the
other as “Mono 2”. Both FPM’s must have the
“Mix”
dipswitch set to On.
ASSIGN
CHANNEL
DUAL M
MONO 1
MONO 2
INPUT
MIX
OVERRIDE
BUS
PWR
MIN
MAX
MIC
ON
ON
MOMENTARY
TERM. ON
PHANT. OFF
GAIN
SWITCH
LINE
OFF
OFF
TOGL.
OFF
ON
ASSIGN
CHANNEL
DUAL M
MONO 1
MONO 2
INPUT
MIX
OVER-
RIDE
BUS
PWR
Appendix B: Firmware Update Procedure
The latest version of rmware is available from our website on the SF-16M product page
1. Copy the latest rmware le onto a USB drive.
2. Insert the drive in the USB port on the rear panel of the SF-16M.
3. Press the menu key and navigate the rmware update menu item.
FLEXPORT
MIN
MAX
BUS
IN
BUS
OUT
GAIN
SWITCH
MIC
ON
ON
MOMENTARY
TERM. ON
PHANT. OFF
LINE
OFF
OFF
TOGL.
OFF
ON
FlexPort
Input
4. Follow the prompts and select the rmware le.
5. After a short delay the SF-16M reboots and performs the rmware update.
6. Once the update has nished, the SF-16M reboots and resumes operation with the new rmware version.
Appendix C: SF-16M Rack Mounting
The SF-16M is designed so that it may be installed either on a shelf or
in a standard 19-inch equipment rack. If rack mounting, remove the
feet and the cover screws adjacent to the front panel of the unit. Reuse
the cover screws to mount the rack adapters supplied with the SF-16M.
Be sure to place a spacer under the adapters at every screw location.
Secure the SF-16M to the rails of the equipment rack with the screws
supplied, and use appropriate chassis supports, such as Middle Atlantic
CSA Series.
22 SF-16M Matrix Amplier Installation and Operation Guide
Appendix D: SF-16M Specications
Power Per Channel (All Channels Driven):45W @ 8 Ohms, 60W @ 4 Ohms
Power Per Channel (8 Channels Driven):60W @ 8 Ohms, 80W @ 4 Ohms
Frequency Response:20Hz to 20kHz, +/-1db into 8 Ohms