User Manual
SmartNet-V
High quality Composite Audio/Video matrix that distributes
signals via CAT5. Controlled via infrared control and computer.
Notice:Notice:
Notice:
Notice:Notice:
The information contained in this document is subject to change without notice. SmartAVI
makes no warranty of any kind with regard to this material, including but not limited to,
implied warranties of merchantability and fitness for any particular purpose.
SmartAVI will not be liable for errors contained herein or for incidental or consequential
damages in connection with the furnishing, performance or use of this material.
No part of this document may be photocopied, reproduced or translated into another language
without prior written consent from SmartAVI.
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Copyright 2005 SmartAVICopyright 2005 SmartAVI
Copyright 2005 SmartAVI
Copyright 2005 SmartAVICopyright 2005 SmartAVI
MNSNV102005Ver1.0
Table of ContentsTable of Contents
Table of Contents
Table of ContentsTable of Contents
Chapter 1: IntroductionChapter 1: Introduction
Chapter 1: Introduction
Chapter 1: IntroductionChapter 1: Introduction
Overview..................................................................................................................................... 5
Applications ............................................................................................................................... 5
Chapter 2: InstallationChapter 2: Installation
Chapter 2: Installation
Chapter 2: InstallationChapter 2: Installation
What’s in the Box ..................................................................................................................... 6
Connecting the SmartNet-V Matrix (Quick Start) .......................................................... 7
Connecting the SmartNet-V Matrix (Detailed Instructions)........................................ 8
Video and Audio Inputs .................................................................................................. 8
Connecting the Communication Cable ..................................................................... 9
Connecting the System with CAT5.............................................................................. 10
Connecting Remote SLI-RX100 ..................................................................................... 11
System Power ON ............................................................................................................. 12
Chapter 3: Software Installation and OperationChapter 3: Software Installation and Operation
Chapter 3: Software Installation and Operation
Chapter 3: Software Installation and OperationChapter 3: Software Installation and Operation
The Matrix Panel ....................................................................................................................... 15
The Button Panel...................................................................................................................... 15
Macros ......................................................................................................................................... 16
Chapter 4: Additional Hardware and OperationChapter 4: Additional Hardware and Operation
Chapter 4: Additional Hardware and Operation
Chapter 4: Additional Hardware and OperationChapter 4: Additional Hardware and Operation
Installing IR EYE......................................................................................................................... 17
Switching Port with Remote Control ................................................................................. 18
Installing IR Blaster and IR Emitter ...................................................................................... 18
Configuring more than one SmartNet-V Router ........................................................... 20
Chapter 5: Technical InformationChapter 5: Technical Information
Chapter 5: Technical Information
Chapter 5: Technical InformationChapter 5: Technical Information
Chapter 6: AppendicesChapter 6: Appendices
Chapter 6: Appendices
Chapter 6: AppendicesChapter 6: Appendices
Communication Protocol ...................................................................................................... 24
Warranty Information ............................................................................................................. 30
Connection Help Sheet .......................................................................................................... 31
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Chapter 1: IntroductionChapter 1: Introduction
Chapter 1: Introduction
Chapter 1: IntroductionChapter 1: Introduction
OverviewOverview
Overview
OverviewOverview
Sometimes AV signals need to be transmitted over long distances, sometimes greater than commonly specified product limitations of 15 feet. In this case several choices are available, but most are
expensive and bulky, which is some cases is simply not practical, due to space limitations in the
conduits
The SmartNet-V is a high-quality switching matrix for composite video signals. This basic signal
format is widely used by many viideo products..Standard RCA connectors are used for the input as
well as the output video signal. All that is required is a standard RCA video cable to connect to the
signal source.
The units contain a very high bandwidth routing matrix for the Red, Green and Blue video channels
and separate switching layers for Horizontal and Vertical Syncs. The color signals are balanced
internally and combined with the syncs. This combined signal is then driven out through standard
RJ45s on the front panel. Standard SmartAVI VGA receiver units are used at the end of each CAT 5
cable to recover the signals. High quality receiver circuits incorporating cable loss compensation
provide excellent results up to resolutions of 1600 x 1200 @85Hz.Compatible with all types of UTP
and STP cable, the receivers can have optional internal skew compensation fitted, which solves the
problem of delay errors found in the higher specification structured cabling.
ApplicationsApplications
Applications
ApplicationsApplications
• Wall Displays
• Audio Visual Presentation
• Digital media
• Shopping centers
• Airports
• Security
• Dealer Rooms
• Point of sale
• Control rooms
• Hotels
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Chapter 2: InstallationChapter 2: Installation
Chapter 2: Installation
Chapter 2: InstallationChapter 2: Installation
What’s in the box:
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Chapter 2: InstallationChapter 2: Installation
Chapter 2: Installation
Chapter 2: InstallationChapter 2: Installation
Connecting the SmartNet-V (Quick Start)
Warning: As a precaution, we recommend that you disconnect all power cords and make sure that
all devices are turned off.
1. Plug in all external audio/video sources to the back of the SmartNet-V.
2. Connect CAT5 (UTP) cables to the front of the unit and route the cables to the desired location
3. Connect the receiver unit (SLI-RX100) to the end of the CAT5 cable.
4. Connect Output monitor and speakers to the receiver Units.
5. Connect RS232/RS422 adapter to the male serial port on your computer. Then connect the
RS422/RJ45 adapter to that first adapter
6. Use CAT5 cable to connect the adapters (from computer) to the IN terminal (CAT5) on the front
panel of the SmartNet-V unit.
7. Plug in all power adapters to the receivers as well as the SmartNet-V unit.
8. Install SmartControl software.
9. Power on the SmartNet-V Router.
Note: 2 adapters will be connected together. This is normal. RS232 to RS422 to RJ45.
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Chapter 2: InstallationChapter 2: Installation
Connecting the SmartNet-V (Detailed Instructions)
Video and Audio InputsVideo and Audio Inputs
Video and Audio Inputs
Video and Audio InputsVideo and Audio Inputs
The video input for the SmartNet-V is a standard RCA composite connection.
Connect all of the Input video sources to the back of the SmartNet-V unit.
Hint: You may want to label the input video connections so as not to lose track of where
the signal is coming from. Later on when the software is installed you will be able to give
each connection a name and the software will remember it for you. This way you can
switch the video connections without having to look at the physical connections on the
back of the unit. (You can also use the included page at the end of this manual in order
to keep track of the connections as you make them.)
The audio inputs for the SmartNet-V are standard RCA stereo connectors.
Connect all of the audio inputs to the back of the SmartNet-V unit. Most audio sources
usethis standard connection but there is other equipment such as computers where a
special adapter cable will be needed. Such as a 3.5mm miniplug to stereo RCA cable.
Make sure that the audio and video are coming from the same source and are plugged in
within the same set of RCA connectors. For example. The audio from one computer should
have its video plugged in right next to it.
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Connecting the Communication Cable: RS422Connecting the Communication Cable: RS422
Connecting the Communication Cable: RS422
Connecting the Communication Cable: RS422Connecting the Communication Cable: RS422
Each unit can be controlled by a RS422 port connected via a RJ45 on the front of the chassis. Two
connectors are provided for expansion, allowing a simple Cat 5 patch cable to link to additional units.
An adjustable rotary switch allows each unit to be assigned a unique ID, read when the unit is first
powered up. The SmartControl software will be used to control the units.
Note: In addition to the centralized control from a computer, each output can be selected individually.
The receiver unit either has an internal IR decoder or and optional external IR decoder. Using a handset
or other third party system each output can be selected by simply pressing the appropriate number
corresponding to the input number.
There are 2 adapters:
• RS232 to RS422 adapter (Connects to the serial port on your computer)
• RS422 to RJ45 adapter (Connects to the other adapter as well as SmartNet-X Unit)
1. Connect the RS232 to RS422 adapter into the control computer by connecting the female
RS232 connector into the male RS232 connector of the PC. Turn the side screws so that it
does not accidentally become disconnected
2. Connect the RS422 to RJ45 adapter to the other adapter by connecting the female end into
the male connector of the other adapter.
3. Run a single UTP CAT5 cable from this connector to the front of the SmartNet-V unit.
4. Connect CAT5 connector to the COMMS connector labeled IN.
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Preparing the Cat5 CablePreparing the Cat5 Cable
Preparing the Cat5 Cable
Preparing the Cat5 CablePreparing the Cat5 Cable
The SmartNet-V transmitter with its receiver utilizes category 5 (CAT 5), unshielded twisted pair
(UTP) cable to transport signal between transmitter and receiver.
CAT 5 cable is more desirable than coaxial cable due to its low cost and eases of installation. This
cable is used for LAN applications and is found in abundance, already installed, in many buildings.
The category 5 is a standard which establishes minimum requirements for telecommunications
cabling within a commercial building.
The standard covers various aspects of wiring including telecommunications outlets.
Following is the wiring standard for terminating CAT 5 cable using RJ-45 connector:
Pair 1 Pins 1 & 2
Pair 2 Pins 3 & 6
Pair 3 Pins 4 & 5
Pair 4 Pins 7 & 8
Connectors: RJ-45
Capacitance: 14 pf/ft (46.2 pf/m)
Conductor Gauge: 24 AWG
Impedance: 100 +/- 15 ohms
4 - Pair
Connecting the system with CAT5Connecting the system with CAT5
Connecting the system with CAT5
Connecting the system with CAT5Connecting the system with CAT5
On the front of your SmartNet-V unit, you’ll notice that there are 16 connections for CAT5 cables.
Depending on the model you have, you may be able to only use some of those connections. If you
have the 16X16 unit all of those outputs will be fully functional.
Run a CAT5 cable from the front of the SmartNet-V unit all the way to where the output monitor
will be located. Again at this time it might be useful to label those connections until they are
manually entered into the software. You can use one of the installation help sheets that we have
included. This will allow you to write down which connections are connected to what output on
the SmartNet-V unit.
It doesn’t matter which output the CAT5 is connected to because it can easily be changed with the
software. Just be sure to label it or write down which output is going where. You can use the sheet
that is provided at the en of this manual.
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Connecting Remote SLI-RX100Connecting Remote SLI-RX100
Connecting Remote SLI-RX100
Connecting Remote SLI-RX100Connecting Remote SLI-RX100
1. Connect CAT5 cable (coming from the SmartNet-V Unit) to the back of the receiver.
2. Connect the display monitor to the RCA out connector on the front of the receiver using a
standard male to male RCA cable.
3. Connect external speakers to the AUDIO OUT connection on the front of the unit.
(Standard 3.5mm stereo miniplug)
SLI-RX100 connection diagram.
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System Power ONSystem Power ON
System Power ON
System Power ONSystem Power ON
You are now ready to turn on the system. Make sure that all connections are plugged in and all
video monitors that you wish to use are connected.
1. Plug in the power adapter to the back of the SmartNet-V unit. Connect this power cord
to the wall.
2. Turn computer on and make sure that the boot up process has completed.
3. Observe to see if LEDs are lit. The receiver have one LED while the SmartNet-V
unit has two. One of those LEDs is for the power and the other is to indicate that the
unit is functioning properly.
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Chapter 3: Software Installation & Operation
Chapter 3: Software Installation & OperationChapter 3: Software Installation & Operation
Find the Installation CD that came with your SmartNet-V unit. This CD has the SmartControl
software that you will need in order to control the unit using a computer.
Insert the CD into your CD-ROM. On the CD you should see:
SmartControl Installer.exe
SmartControl Help File
SmartNet-V Manual in PDF format
Double click SmartControl.exe in order to initiate software installation. Click Install. After installation
has completed, click CLOSE.
In order to use the software, click on the START button>Programs>SmartControl. There you should
see a help file, the SmartControl launcher as well as a shortcut to uninstall SmartControl. Click on
SmartControl in order to launch the software.
When the software starts you will see a screen like this.
Router Count: Router Count:
Router Count: Select how many routers you have installed. If you have one router, continue with
Router Count: Router Count:
the following instructions. If you have multiple routers, you will want to read the section
“Configuring more than one SmartNet-V Router”
Advanced Configuration:Advanced Configuration:
Advanced Configuration: If you have more than one Router installed you will want to check this
Advanced Configuration:Advanced Configuration:
box.
Router Type:Router Type:
Router Type: Select SmartNet-V.
Router Type:Router Type:
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A/V Split: A/V Split:
A/V Split: Check this box if you need to route audio and video independently, regardless from
A/V Split: A/V Split:
which source they originated from. Leave unchecked if you want audio and video signals from the
same input to remain together.
For example, if you wanted to route different video feeds to different locations but wanted all of
them to have the same audio, you should check the box.
Inputs/Outputs: Inputs/Outputs:
Inputs/Outputs: Enter the number of Inputs/Outputs your SmartNet-V router has. For now we will
Inputs/Outputs: Inputs/Outputs:
assume that there are 16 inputs and 16 outputs.
Com Port: Com Port:
Com Port: Select the appropriate com port that your computer is using to access the router.
Com Port: Com Port:
Router Timeout: Router Timeout:
Router Timeout: By default this is 0 meaning the computer acknowledges commands almost
Router Timeout: Router Timeout:
instantly. Sometimes a computer takes longer to respond. This setting should be left at 0. If you
need to change it, it should be no higher than 0.2.
After you have entered in the necessary information click OK.
This will now take you to the Main Routing Window where you can route the different video/audio
connections.
On this screen you will notice the input buttons running down the left side while the output
buttons run across the top. They are each labeled 1 through 16.
Note: The three small colored buttons at the lower right labeled ALL, VIDEO, and AUDIO are not
available if AV Split was not checked when you configured your router.
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The Main Routing Window enables you to control the router(s) connections by means of theThe Main Routing Window enables you to control the router(s) connections by means of the
The Main Routing Window enables you to control the router(s) connections by means of the
The Main Routing Window enables you to control the router(s) connections by means of theThe Main Routing Window enables you to control the router(s) connections by means of the
matrix panel, the button panel, or with pre-recorded routes called macros.matrix panel, the button panel, or with pre-recorded routes called macros.
matrix panel, the button panel, or with pre-recorded routes called macros.
matrix panel, the button panel, or with pre-recorded routes called macros.matrix panel, the button panel, or with pre-recorded routes called macros.
Matrix Panel:Matrix Panel:
Matrix Panel: This is probably the simplest way to route the connections. Simply click on the cross
Matrix Panel:Matrix Panel:
point itself. The input on the left will then be routed to the output above.
Note: Inputs can be routed to several different outputs, but each output can only have a single
input at any one time. So you can have several connections horizontally but not vertically.
The Button Panel:The Button Panel:
The Button Panel: These are the numbered buttons across the top and left sides. Click an output
The Button Panel:The Button Panel:
button on the top, and then click an input button on the left.
Options for using the Button Panel
Output Options:Output Options:
Output Options:
Output Options:Output Options:
To select multiple outputs next to each other, click on one output, then hold the
shift key down and click the last output. When the input is clicked, it is routed to
all selected outputs
To select multiple outputs individually, hold the control key down and click on
any number of outputs. When the input is clicked, it is routed to all selected
outputs.
Input Options:Input Options:
Input Options:
Input Options:Input Options:
To route an input to all the outputs at once, hold the control key down and click
on an input.
To leave the outputs selected after the route is made, hold the shift key down
and click on an input.
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Macros: Macros:
Macros: This section of the window is used to save and play back macros. Macros store a set
Macros: Macros:
sequence of routes.
To record a macro:
1. Click on the Record button (last button shown above). A blinking
“recording” message below this button will be displayed to indicate that all
routes are being recorded.
2. Select the desired cross points. (See Matrix Routing for details on making
these routes.) There is no limit on the number of routes you may record.
3. If you click a macro button while in the record mode, the macro will be
executed, and these routes will be added to the recording. This makes it
possible to combine the routes of two or more macros into one bigger
macro.
4. When finished, click the “Save Macro” button. You will be instructed to then
click on one of the macro buttons. Doing this will save the recorded routes
to that button.
To cancel saving the macro, click the “Cancel Save” button.
5. To play back a macro, simply click on one of the 50 macro buttons. Use the
scrollbar to bring any of these into view.
6. The macros are automatically saved in the current configuration file. They
are also saved when you select the
File/Save Configuration... menu.
To save macros in a separate file for a special purpose, select the File/Save Macros.... menu.
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Chapter 4: Additional Hardware & Operation
Chapter 4: Additional Hardware & OperationChapter 4: Additional Hardware & Operation
Installing IR EYEInstalling IR EYE
Installing IR EYE
Installing IR EYEInstalling IR EYE
This option is available on the SLI-RX100-E receiver unit. Using the optional IR Eye provides a
transparent link back to the switch. By using a standard IR handset the user can switch the video
connection that is being displayed. He may switch it to any of the 16 available channels.
When the IR EYE is used in conjunction with the IR Blaster, the user can also control any of the
Remote video input units.
If the user switches to a channel that has no video input, he will simply see a blank screen.
To connect the IR Eye to the receiver unit (SLI-RX100):
1. Connect the small miniplug connection of the IR Eye into the SLI-RX100 receiver unit. Make
sure that it is plugged in securely.
Programming your remote control
1. Press and hold the SAT button whilst at the same time holding down the OK button.
2. After approximately 2 Seconds the SAT button will remain illuminated.
3. Release both buttons.
4. Enter the three-dig it code 027.
5. Press the SA2e button once more.
6. Your handset is programmed. The SAT button should blink three times. If it does not, a
mistake has been made somewhere in the steps above.
*Batteries not included
(The SAT button will blink with each button press.)
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Chapter 4: Additional Hardware & OperationChapter 4: Additional Hardware & Operation
Switching Port with remote controlSwitching Port with remote control
Switching Port with remote control
Switching Port with remote controlSwitching Port with remote control
You have the option of controlling the matrix via Remote Control. This remote uses the Philips RC5
IR transmission protocol and these signals can be used to manage the SmartNet-V. The SM-EYE
must be connected to the SLI-RX100-E in order to interface the remote control with the matrix. This
IR Eye comes preinstalled into the SLI-RX100 but not the SLI-RX100-E. When using the remote
control, you are only able to control which input is routed to the receiver that it is interfacing with.
There are two ways of controlling which input is routed to the output of where the SLI-RX100 is
located.
1. Using the “UP” and “DOWN” channels on the remote will allow you to cycle up one channel
or cycle down one channel, respectively. For example, if the OUTPUT 1 is viewing INPUT 2, a
press on the “UP” button will switch the OUTPUT 1 to INPUT
2. Pressing two digits on the remote will set the units output to the selected input that was
entered in from the remote. For example, When OUTPUT 2 is viewing INPUT 4, by pressing
“0”+ “6” will set the OUTPUT 2 to view INPUT 6.
Installing IR Blaster and IR EmitterInstalling IR Blaster and IR Emitter
Installing IR Blaster and IR Emitter
Installing IR Blaster and IR EmitterInstalling IR Blaster and IR Emitter
Full IR device control is enabled when the Blaster panel is connected to the SmartNet-V. This panel
allows each device to be controlled from every remote destination. The panel is supplied with 16,
2m long IR transmitters to 3.5mm jack plugs.
1. Connect the IR Blaster to the main SmartNet-V router.
2. Connect IR Emitters into the corresponding input plug on the IR Blaster. These IR
transmitters are stuck onto the device you want to control making sure that they are near to
the IR receiver point of the device. The switched IR feature allows multiple devices of the
same type to be installed without overlap.
3. Make sure that the IR Eye is connected (for SLI-RX100-E only) on the receiving end. You
should now be able to control the input units (DVD player, Satellite, etc) with their
respective remote units.
Infrared control can also be maintained when expanding the system. Additional units can be linked
together, cascading the IR commands through each chassis to the Blaster.
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IR Blaster unit connected to SmartNet-V unit
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Chapter 4: Additional Hardware & Operation
Chapter 4: Additional Hardware & OperationChapter 4: Additional Hardware & Operation
Configuring more than one SmartNet-V RouterConfiguring more than one SmartNet-V Router
Configuring more than one SmartNet-V Router
Configuring more than one SmartNet-V RouterConfiguring more than one SmartNet-V Router
Many times one SmartNet-V router is enough to suit ones needs. But at times it becomes necessary
to have more connections. This is when it would be necessary to have multiple routers.
There are different ways to connect the routers. We will assume there are three routers.
If you want to be able to control multiple routers, do the following:If you want to be able to control multiple routers, do the following:
If you want to be able to control multiple routers, do the following:
If you want to be able to control multiple routers, do the following:If you want to be able to control multiple routers, do the following:
The SmartNet-V Router has a small HEX dip switch to control the address. It is located on the far
right of the front panel. Leave the knob at 0 for the primary router and set the additional routers on
consecutive numbers starting on 1. (For example if you have 3 routers, the primary router will use
0, second router will use 1, and the third router will use 2.
After the dials are set you can connect the CAT5 cables. The primary unit will have the IN port
already connected to the communication cable. Connect an additional CAT5 cable to the OUT port.
Run this cable to the IN port on the second unit.
Now connect another CAT5 cable to the OUT port on the second unit and connect it to the IN port
on the third unit.
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Now all routers can be controlled by the computer. Remember that this configuration is used solely
to control the units. Each unit remains separate and distinct. You cannot connect an input to a
SmartNet-V unit and route it to the output of another unit.
the same unit.the same unit.
the same unit.
the same unit.the same unit.
In the software, the settings for the SmartNet-V will be 48 inputs and 48 outputs when using three
routers. SmartNet-V routers will be assigned certain numbers. The primary router (using address 0)
will have inputs/outputs 1 through 16; the second router (using address 1) will have inputs/
outputs 17 through 32, and so forth.
If you want to be able to route any of 16 inputs to any of the 48 outputs, do the following:If you want to be able to route any of 16 inputs to any of the 48 outputs, do the following:
If you want to be able to route any of 16 inputs to any of the 48 outputs, do the following:
If you want to be able to route any of 16 inputs to any of the 48 outputs, do the following:If you want to be able to route any of 16 inputs to any of the 48 outputs, do the following:
1. Complete the 3 steps found in the previous section (Configuring more than one
SmartNet-V Router). This will allow you to control all of the routers.
2. Connect the Active Splitter cable to the three routers. This cable has three connections.
Each of those connections should align vertically and hook up to the same input on all
routers.
3. Connect the inputs into the main router. These inputs will actually hook onto the active
splitter cable.
Inputs and outputs must remain withinInputs and outputs must remain within
Inputs and outputs must remain within
Inputs and outputs must remain withinInputs and outputs must remain within
You now have 16 inputs that are available to 48 different outputs.
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Chapter 5: Technical InformationChapter 5: Technical Information
Chapter 5: Technical Information
Chapter 5: Technical InformationChapter 5: Technical Information
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ecnadepnItupnIsmhOk001
rotcennoC elameF,ACRdr
tamroF oediVetisopmoCMACES/LAP/CSTN
oiduAoiduA
oiduAoiduA
oiduA
langiS ecnadepmIsmhO001decnalab
leveLlangiSBd0
ecnadepmItuptuOsmhO001
ecnadepmItupnIsmhOK01
rotcennoC oeretSkcaJACR
rotcennoCgnipooL te
rewoPrewoP
rewoPrewoP
rewoP
egatloVV032-09
CEIrotcennoCCEI
gnitaResuFS/AA1
ycneuqerFzH06/05
rtnoClortnoC
lortnoClortnoC
lo
lortnoC
224SR stekcoS54JRlauD
cisyhPlacisyhP
lacisyhPlacisyhP
la
lacisyhP
)DxWxH(snoisnemiD mm054xni91xmm331
)gk(thgieWgk01
nuzHK02
noitpircseDnoitpircseD
noitpircseD
adatSetisopmoC
kcos52BderutainimbuS
snoitacificepSrevieceRsnoitacificepSrevieceR
snoitacificepSrevieceRsnoitacificepSrevieceR
snoitacificepSrevieceR
oediVoediV
oediVoediV
oediV
htdiwdnaBzHM001
leveLlangiStloV1
ecnadepmIsmhO57
rotcennoC elameF,ACRdradnatSetisopmo
oiduAoiduA
oiduAoiduA
oiduA
htdiwdnaBzhK51
leveLlangiS decnalabnuBdO
ecnadepmItuptuOsmhO001
rotcennoC elameF,kca
RIRIRIRIRI kcajmm5.3aivRIdetaludomzHk001-03
rewoPrewoP
rewoPrewoP Am005CDV21mm1.2x5
rewoP
syhP
lacisyhPlacisyhP
lacisyhPlaci
lacisyhP
)DxWxH(snoisnemiD )"0.1x"5.2x"5.2(mm53x48x58
)gk(thgieW)bl1.(gk3.0
Page 22
MNSNV102005Ver1.0
C
jinimmm5.3
Chapter 6: AppendicesChapter 6: Appendices
Chapter 6: Appendices
Chapter 6: AppendicesChapter 6: Appendices
1.0 D1.0 D
oo
cumcum
ee
nt nt
CC
1.0 D
o
1.0 D1.0 D
Any numbers preceded by ‘0x’ are hexadecimal. (base 16) All data byte string listed in
examples are
2.0 Comms Ports Settings.2.0 Comms Ports Settings.
2.0 Comms Ports Settings.
2.0 Comms Ports Settings.2.0 Comms Ports Settings.
The Host Controller Serial Port should be configured as detailed in the table below
cum
oo
cumcum
onventionsonventions
e
nt
C
onventions
ee
nt nt
CC
onventionsonventions
in hexadecimal. (base 16)
etaRduaB0069
stiBtratS1
stiBataD8
ytiraPenoN
stiBpotS1
3.0 RS232/422 converter.3.0 RS232/422 converter.
3.0 RS232/422 converter.
3.0 RS232/422 converter.3.0 RS232/422 converter.
The Frame control interface uses RS422. A full duplex 5 wire balanced communications
standard that allows communications to be multi-dropped to more than one Frame.
Since PC’s only come with RS232 ports a
signals to RS422.
small converter is required to convert the RS232
If you purchased
converter and cable.
In the event
please see Appendix A at the rear of this
4.04.0
ConneConne
4.0
Conne
4.04.0
ConneConne
4.1. Plug the RS232 end of the RS232 to RS422 converter directly onto the selected comms port
on the rear of your computer.
4.2.
converter.
4.3. Plug the
SmartNet-V.
cticti
cti
cticti
Plug the comms cable (D9 end) onto the end of the RS422 end of the RS232/RS422
any of the SmartControl software options you will have received a suitable
that you wish to purchase your own converter and/or make your own comms cable
document for more information.
ngng
upup
ng
up
ngng
upup
RJ45 end of the comms cable into the IN port on the front of the SmartNet-X or
MNSNV102005Ver1.0
Page 23
Chapter 6: Communication ProtocolChapter 6: Communication Protocol
Chapter 6: Communication Protocol
Chapter 6: Communication ProtocolChapter 6: Communication Protocol
5.0 SmartNet-V Frame Switches5.0 SmartNet-V Frame Switches
5.0 SmartNet-V Frame Switches
5.0 SmartNet-V Frame Switches5.0 SmartNet-V Frame Switches
The communications port on the SmartNet-V allows for multiple chassis to be connected
together.
This is achieved by creating a loop between chassis using the comms IN and OUT ports on the front of the chassis.
i.e.
hctiwSxeHhctiwSxeH
hctiwSxeHhctiwSxeH
sserddAsserddA
sserddAsserddA
sserddA
0000000000
1111111111
2222222
3333333333
4444444444
5555555555
6666666666
7777777777
8888888888
9999999999
0101010101AAAAA
1111111111BBBBB
2121212121CCCCC
3131313131DDDDD
4141414141EEEEE
5151515151FFFFF
hctiwSxeH
gnitteSgnitteS
gnitteSgnitteS
gnitteS
22
2
In order to ensure good communications it is essential that the Hex address switch on the front of the SmartNet-V is
be
set correctly. The hex switch can
An incorrect setting or having more
6.0 P6.0 P
aa
cc
kk
6.0 P
6.0 P6.0 P
The general form of packets sent to the SmartNet-V switches are detailed below;
Where ;
<<
<
<<
<<
<
<<
<Ad<Ad
<Ad
<Ad<Ad
<Reserv<Reserv
<Reserv
<Reserv<Reserv
<<
<
<<
<DATA <DATA
<DATA
<DATA <DATA
<<
<
<<
On receipt
the requested data.
7.0 Imp7.0 Imp
7.0 Imp
7.0 Imp7.0 Imp
NoNo
No
NoNo
to aid legibility.
et Structureet Structure
a
c
k
et Structure
aa
cc
kk
et Structureet Structure
<<
HH
ee
adad
er Byter Byt
e 0e 0
><><
HeadHead
<
H
e
ad
er Byt
e 0
<<
HH
ee
adad
er Byter Byt
HH
eader Byte 0eader Byte 0
H
eader Byte 0
HH
eader Byte 0eader Byte 0
HH
eader Byte 1eader Byte 1
H
eader Byte 1
HH
eader Byte 1eader Byte 1
dd
ressress
>>
d
ress
>Frame
dd
ressress
>>
ee
dd
>>
e
d
> Reserved for future use (Always 0x00)
ee
dd
>>
CC
MDMD
>>
C
MD
> Command byte –
CC
MDMD
>>
BB
YTYT
EE
B
YT
E
BB
YTYT
EE
BCC>BCC>
BCC> XOR of all bytes in the string up to but not including BCC
BCC>BCC>
of
ll
emented Commemented Comm
l
emented Comm
ll
emented Commemented Comm
tete
::
Commas shown in example byte strings below are not transmitted from the serial port they have only been added only
te
:
tete
::
><
e 0e 0
><><
>>
> Always 0xBE
>>
>>
> Always 0xEF
>>
SS
>>
S
> Number of bytes for associated CMD
SS
>>
a valid data packet the SmartNet-V will either respond with an ACK (0x06) or a valid packet containing
er Ber B
Head
er B
HeadHead
er Ber B
aa
nds @ 18/11nds @ 18/11
a
nds @ 18/11
aa
nds @ 18/11nds @ 18/11
adjusted using a small flat head screwdriver.
than one chassis set to the same address will result in comms errors.
yy
tt
ee
11
><><
FF
ramram
ee
AddAdd
ress><Rress><R
ee
serveserve
dd
><C><C
MDMD
><><
DD
AA
TATA
BYBY
TETE
y
t
e
1
><
F
ram
e
Add
ress><R
e
serve
d
><C
MD
><
D
A
yy
tt
ee
11
><><
FF
ramram
ee
AddAdd
ress><Rress><R
ee
serveserve
dd
><C><C
MDMD
address. Set by Hex switch on front of unit.
Determines the number of bytes in DATA BYTES
//
20032003
/
2003
//
20032003
><><
TA
DD
AA
TATA
BY
BYBY
S><BCC>S><BCC>
TE
S><BCC>
TETE
S><BCC>S><BCC>
Page 24
MNSNV102005Ver1.0
Chapter 6: Communication ProtocolChapter 6: Communication Protocol
Chapter 6: Communication Protocol
Chapter 6: Communication ProtocolChapter 6: Communication Protocol
7.1 Set Crosspoint Command 7.1 Set Crosspoint Command
7.1 Set Crosspoint Command
7.1 Set Crosspoint Command 7.1 Set Crosspoint Command
Sets specified switch output or Destination to the specified input or Source.
SeSe
ndnd
: <0x: <0x
BEBE
><0x><0x
EE
Se
nd
: <0x
SeSe
Where;
<So<So
<So
<So<So
<Destination<Destination
<Destination
<Destination<Destination
Response:Response:
Response:
Response:Response:
ExamplesExamples
Examples
ExamplesExamples
1. Sending the following byte string sets Source 1 to Destination 1 on chassis 0
2. Sending the following byte string sets Source 2 to Destination 1 on chassis 0
3. Sending the following byte string sets Source 2 to Destination 2 on chassis 0
4. Sending the following byte string sets Source 16 to Destination 16 on Frame 15
77
..
2 Send Messag2 Send Messag
7
.
2 Send Messag
77
..
2 Send Messag2 Send Messag
Writes message to specified On Screen Display.
SeSe
Se
SeSe
BE
ndnd
: <0x: <0x
BEBE
uu
rcerce
>>
u
rce
> = Single Byte, Switch Input channel -1
uu
rcerce
>>
ndnd
::
nd
:
ndnd
::
F><AddrF><Addr
><0x
E
F><Addr
><0x><0x
EE
F><AddrF><Addr
>>
> = Single Byte, Switch output channel number -1
>>
If successful the unit will respond with an ACK (0x06)
ee
C C
ommaomma
e
C
omma
ee
C C
ommaomma
::
CMD = 0x00 CMD = 0x00
:
CMD = 0x00
::
CMD = 0x00 CMD = 0x00
ee
ss><0x00><0x00><Soss><0x00><0x00><So
e
ss><0x00><0x00><So
ee
ss><0x00><0x00><Soss><0x00><0x00><So
0xBE,0xEF,0x00,0x00,0x00,0x00,0x00,0x51,
0xBE,0xEF,0x00,0x00,0x00,0x01,0x00,0x50,
0xBE,0xEF,0x00,0x00,0x00,0x01,0x01,0x51,
0xBE,0xEF,0x0F,0x00,0x00,0x0F,0x0F,0x5E,
: CMD: CMD
: CMD
: CMD: CMD
= 0x01= 0x01
= 0x01
= 0x01= 0x01
ndnd
nd
ndnd
uu
u
uu
rcrc
ee
rc
e
rcrc
ee
><Desti><Desti
><Desti
><Desti><Desti
nn
ation><Bation><B
n
ation><B
nn
ation><Bation><B
CCCC
CC
CCCC
>>
>
>>
<0x<0x
BEBE
><0x><0x
EFEF
<0x
BE
<0x<0x
BEBE
Where;
<Destination<Destination
<Destination
<Destination<Destination
<<
OO
SDLiSDLi
<
O
SDLi
<<
OO
SDLiSDLi
<<
MM
essagessag
<
M
essag
<<
MM
essagessag
(Please see the following text for more details on this )
Due to the limitations of both the On Screen Display and the amount of available non-volatile memory in the SmartNet
is necessary for the Host system to perform some pre-processing of the message to be displayed.
it
The characters
Response:Response:
Response:
Response:Response:
ExamplesExamples
Examples
ExamplesExamples
1. Sending the following byte string sends the text “Message” to Line 2, destination 1 of Switch 0
2. Sending the following byte string sends the message “Abandon Ship!” to line 6, destination 6 of switch 5
Set Set
VV
idid
Set
V
id
Set Set
VV
idid
Cmd =
Databytes = destination, source
><Address><0x00><0x01><Destin><Address><0x00><0x01><Destin
><0x
EF
><Address><0x00><0x01><Destin
><0x><0x
EFEF
><Address><0x00><0x01><Destin><Address><0x00><0x01><Destin
>>
>
>>
nn
ee
>>
n
e
>
nn
ee
>>
e>e>
e>
e>e>
If successful the unit will respond with an ACK (0x06)
BE,EF,00,00,01,00,02,18,2E,3C,3C,2A,30,2E,0B,0B,0B,0B,0B,0B,0B,0B,0B,0B,0B,0B,0B,0B,0B,0B,0B,0B,0B,0B,0B,5B,
BE,EF,04,00,01,05,06,0C,2B,2A,37,2D,38,37,0B,1E,31,32,39,0B,0B,0B,0B,0B,0B,0B,0B,0B,0B,0B,0B,0B,0B,0B,0B,60,
ee
o Only o Only
e
o Only
ee
o Only o Only
3
==
= Switch output channel number –1
==
==
= Screen Line number
==
==
= This section
==
in the message to be displayed need to be translated using the rules detailed in Appendix B.
CC
rosspointrosspoint
C
rosspoint
CC
rosspointrosspoint
aa
tt
ii
oo
nn
><OSDLi><OSDLi
a
t
i
o
n
><OSDLi
aa
tt
ii
oo
nn
><OSDLi><OSDLi
MUSTMUST
MUST be 28 bytes long
MUSTMUST
<<
BB
CC>CC>
<
B
CC>
<<
BB
CC>CC>
nn
e><Message>e><Message>
n
e><Message>
nn
e><Message>e><Message>
i.e. to switch video on output 3 to input 4
CMD = 3
Databytes = 3,4
MNSNV102005Ver1.0
Page 25
Chapter 6: Communication ProtocolChapter 6: Communication Protocol
Chapter 6: Communication Protocol
Chapter 6: Communication ProtocolChapter 6: Communication Protocol
Set Audio OnlSet Audio Onl
Set Audio Onl
Set Audio OnlSet Audio Onl
Cmd =
Databytes = destination, source
i.e. to switch audio on output 3 to input 4
CMD = 3
Databytes = 3,4
MM
ute ute
VV
M
ute
V
MM
ute ute
VV
Cmd =
Databytes = Destination, State (0=off, 1 = on)
i.e. to turn video off on output 3
CMD=5
Databytes = 3,0
i.e. to turn video on on output 3
MM
M
MM
Cmd =
Databytes = Destination, State (0=off, 1 = on)
i.e. to turn audio off on output 3
CMD=6
Databytes = 3,0
yy
Crosspoint Crosspoint
y
Crosspoint
yy
Crosspoint Crosspoint
4
ideo on specified outputideo on specified output
ideo on specified output
ideo on specified outputideo on specified output
5
ute Audio on specute Audio on spec
ute Audio on spec
ute Audio on specute Audio on spec
6
ii
fied outputfied output
i
fied output
ii
fied outputfied output
i.e. to turn video on on output 3
CMD=6
Databytes = 3,1
Split Crosspoints - Video and AudioSplit Crosspoints - Video and Audio
Split Crosspoints - Video and Audio
Split Crosspoints - Video and AudioSplit Crosspoints - Video and Audio
Cmd = 7
NoNo
t spt sp
ee
cici
ff
t sp
t spt sp
CC
C
CC
e
ci
ee
cici
uu
rrentrrent
u
rrent
uu
rrentrrent
ied yet bied yet b
f
ied yet b
ff
ied yet bied yet b
No
NoNo
GetGet
Get
GetGet
CMD 8 = current Status all
Databytes = Destination.
i.e. to read the
CMD = 8
Databyte = 3
i.e. to read the
CMD=8
Databytes = 0xff
Unit will return Valid PSU as above
a single byte indicating currently selected source if specific destination was requested
or a string of 16 bytes indicating currently selected source for each destination
uu
t will existt will exist
u
t will exist
uu
t will existt will exist
StSt
atuatu
ss
St
atu
s
StSt
atuatu
ss
(1-16 = specific output, 0xff = all)
status of output 3 send;
status of all outputs
DiDi
ff
ferentlyferently
Di
f
ferently
DiDi
ff
ferentlyferently
where databytes is;
starting with destination 1.
Page 26
MNSNV102005Ver1.0
Chapter 6: Communication ProtocolChapter 6: Communication Protocol
Chapter 6: Communication Protocol
Chapter 6: Communication ProtocolChapter 6: Communication Protocol
The command to make the end of CAT5 line receiver (SLI-RX100) switch between its local and remote sources is as
follows;
<0x<0x
BEBE
><0x><0x
EE
<0x
BE
<0x<0x
BEBE
Where;
<0x<0x
BE>BE>
<0x
BE>
<0x<0x
BE>BE>
<0x<0x
EE
<0x
E
<0x<0x
EE
<F<F
rara
<F
ra
<F<F
rara
<R<R
EE
SS
<R
E
S
<R<R
EE
SS
<<
CC
MD>MD>
<
C
MD> 50
<<
CC
MD>MD>
<DATA<DATA
<DATA
<DATA<DATA
REMOTE Video/Audio
<<
BB
CC>CC>
<
B
CC>
<<
BB
CC>CC>
So if switching the Receiver on output
<0x<0x
BEBE
<0x
BE
<0x<0x
BEBE
Get System InformationGet System Information
Get System Information
Get System InformationGet System Information
Cmd =
Databytes = NULL (none)
Unit will return a
<product type>, <switch configuration> , <version>
F><Frame AddrF><Frame Addr
><0x
E
F><Frame Addr
><0x><0x
EE
F><Frame AddrF><Frame Addr
always always
always
always always
FF
>>
always always
F
>
always
FF
>>
always always
meme
me
meme
ERVEERVE
ERVE
ERVEERVE
BB
B
BB
><0x><0x
><0x
><0x><0x
0xff
0xBE0xBE
0xBE
0xBE0xBE
0xEF0xEF
0xEF
0xEF0xEF
AA
dd
dress>dress>
A
AA
YTYT
YT
YTYT
d
dd
E
dress>
Frame address. Set by Hex switch on unit or position in Rack frame.
dress>dress>
DD
>>
always always
D
>
always
DD
>>
always always
(0x32)
EE
SS
>>
E
S
>
is Two bytes
EE
SS
>>
EE
F><0x02><0x00><0x32><0x02><x00><0x63>F><0x02><0x00><0x32><0x02><x00><0x63>
F><0x02><0x00><0x32><0x02><x00><0x63>
EE
F><0x02><0x00><0x32><0x02><x00><0x63>F><0x02><0x00><0x32><0x02><x00><0x63>
valid PSU as detailed above where Databytes are as follows
0x0x
0x
0x0x
ee
e
ee
00
00
0
0
00
00
<D <D
<D
<D <D
ss><Reserved><ss><Reserved><
ss><Reserved><
ss><Reserved><ss><Reserved><
EE
STST
II
NATINATI
OO
E
ST
EE
STST
N><SOURCN><SOURC
I
NATI
O
N><SOURC
II
NATINATI
OO
N><SOURCN><SOURC
3 of Frame 2 to its local source send
CC
MD><DATA MD><DATA
C
MD><DATA
CC
MD><DATA MD><DATA
EE
E
EE
BB
YTYT
EE
S><S><
BB
E
EE
S><
S><S><
B
BB
CC>CC>
CC>
CC>CC>
B
YT
BB
YTYT
>>
> 0L = Receiver LOCAL Video/Audio, 1 = Receiver
>>
Where Product
1 Byte;
0 = SmartNet V
1 = SmartNet X
3 = SLX-TX550
4 = SLX-RX300
Where Switch configuration =
2 Bytes;
<inputs><outputs>
Where Version
3 bytes
<Version><issue><release>
AppenAppen
dd
Appen
d
AppenAppen
dd
RS232/RS422 RS232/RS422
RS232/RS422
RS232/RS422 RS232/RS422
A suitable RS232/RS422 product can be purchased from
Sussex. It is called a
The company contact details can be found at www.kksystems.co.uk
Type =
=
ixix
A:A:
RR
SS
A:
A:A:
232/422232/422
R
S
232/422
RR
SS
232/422232/422
CoCo
nn
Co
n
CoCo
nn
v
ix
ixix
vv
ertererter
erter
vv
ertererter
KK
K
KK
22
..
2
.
22
..
ConverterConverter
Converter
ConverterConverter
anan
an
anan
d d
CoCo
mmmm
ss
CaCa
bb
d
Co
mm
d d
CoCo
mmmm
lele
s
Ca
b
le
ss
CaCa
bb
lele
KK
KK
SS
yy
stst
ee
K
K
S
y
st
e
KK
KK
SS
yy
stst
ee
msms
ms in Brighton, East
msms
MNSNV102005Ver1.0
Page 27
Chapter 6: Communication ProtocolChapter 6: Communication Protocol
Chapter 6: Communication Protocol
Chapter 6: Communication ProtocolChapter 6: Communication Protocol
CC
oo
mm
msms
CC
ablabl
C
o
m
ms
CC
oo
mm
msms
ee
C
abl
e
CC
ablabl
ee
dedneelbac9BDdedneelbac9BD
dedneelbac9BDdedneelbac9BD
dedneelbac9BD
gulpgulp
gulpgulp
gulp
11
11----- -----
1
22222)A(-XR)A(-XR
33333)B(+XT)B(+XT
)A(-XR)A(-XRegnarOegnarO
)A(-XR
)B(+XT)B(+XTnwo
)B(+XT
44444V0V0V0V0V0eulBeulB
noitcnuFnoitcnuF
noitcnuFnoitcnuF )54JR(sruoloCeriWPTU)54JR(sruoloCeriWPTU
noitcnuF
egnarOegnarO
egnarO
rB&etihWnworB&etihW
eulBeulB
eulB
nworB&etihWnworB&etihW
nworB&etihW
55555----- ----66666V0V0V0V0V
77777)B(+XR)B(+XR
88888)A(-XT)A(-XT
0neerGneerG
)B(+XR)B(+XRegnarO&etihWegnarO&etihW
)B(+XR
)A(-XT)A(-XTnworBnworB
)A(-XT
neerGneerG
neerG
gnarO&etihW
egnarO&etihWe
egnarO&etihW
nworBnworB
nworB
99999----- -----
will also require a cable that sits between the RS422 port of the K2 converter and the Frame.
You
wired
as
shown below. (Tip: Cut the end off a CAT5 Patch lead and attach a DB9 Plug)
AppApp
ee
nn
dd
ixix
B:B:
OnOn
ScSc
reenreen
DisDis
pp
laylay
MeMe
ss
sagesage
ProcesProces
ss
inging
RR
uu
App
e
n
d
AppApp
ee
nn
dd
AvailableAvailable
Available
AvailableAvailable
ix
B:
ixix
B:B:
onon
on
onon
On
Sc
reen
OnOn
ScSc
reenreen
SmartNet-VSmartNet-V
SmartNet-V
SmartNet-VSmartNet-V
Dis
DisDis
oo
o
oo
p
pp
nlynly
nly
nlynly
lay
laylay
Me
MeMe
s
sage
ss
sagesage
Proces
ProcesProces
s
ss
ing
inging
les.les.
R
u
les.
RR
uu
les.les.
)54JR(sruoloCeriWPTU)54JR(sruoloCeriWPTU
)54JR(sruoloCeriWPTU
It should be
Due to the limitations of both the On Screen Display and the amount of available non-volatile memory in the
it
SmartNet
The message string needs to be parsed character by character and the values translated according to the
table below.
is necessary for the Host system to perform some pre-processing of the message to be displayed.
sretcarahCsretcarahC
sretcarahCsretcarahC eluRnoitalsnarTeluRnoitalsnarT
sretcarahC
"9"hguorhT"0""9"hguorhT"0"
"9"hguorhT"0""9"hguorhT"0")84-)r
"9"hguorhT"0"
"Z"hguorhT"A""Z"hguorhT"A"
"Z"hguorhT"A""Z"hguorhT"A")35-)rahCs(csA($rhC)35-)rahCs(csA($rhC
"Z"hguorhT"A"
orhT"a"
".""."
"."".")72H&($rhC)72H&($rhC
"."
":"":"
":"":")62H&($rhC)62H&($rhC
":"
"/""/"
"/""/")82H&($rhC)82H&($rhC
"/"
"-""-"
"-""-")A0H&($rhC)A0H&($rhC
"-"
"?""?"
"?""?")07H&($rhC)07H&($rhC
"?"
"*""*"
"*""*")F5H&($rhC)F5H&($rhC
"*"
"=""="
"=""=")87H&($rhC)87H&($rhC
"="
">"">"
">"">")A7H&($rh
">"
"<""<"
"<""<")B7H&($rhC)B7H&($rhC
"<"
"(""("
"(""(")16H&($rhC)16H&($rhC
"("
")"")"
")"")")26H&($rhC)26H
")"
"z"hguorhT"a""z"hguorhT"a")55-)rahCs(csA($rhC)55-)rahCs(csA($rhC
"z"hguorhT"a""z"hgu
"z"hguorhT"a"
caps("")ecaps("")b0H&($rhC)b0H&($rhC
)ecaps("")ecaps(""
)e
)ecaps(""
)ehportsopA(""")ehportsopA("""
)ehportsopA(""")ehportsopA(""")92H&($rhC)92H&($rhC
)ehportsopA("""
rhC
C)A7H&($rhC
)72H&($rhC)72H&($rhC 72x0eulavIICSArof"."retcarahcehtetutitsbuS72x0eulavIICSArof"."retcarahcehtetutitsbuS
)72H&($rhC
)b0H&($rhC)b0H&($rhC b0x0eulavIICSArof""retcarahcehtetutitsbuSb0x0eulavIICSArof""retcarahcehtetutitsbuS
)b0H&($rhC
)62H&($rhC)62H&($rhC 62x0eulavIICSArof":"retcarahcehtetutitsbuS62x0eulavIICSArof":"retcarahcehtetutit
)62H&($
)82H&($rhC)82H&($rhC 82x0eulavIICS
)82H&($rhC
)92H&($rhC)92H&($rhC 92x0eulavIICSArof"""retcarahcehtetutitsbuS92x0eulavIICSArof"""retcarahcehtetutitsbuS
)92H&($rhC
)A0H&($rhC)A0H&($rhC a0x0eulavIICSArof"-"ret
)A0H&($rhC
)07H&($rhC)07H&($rhC 07x0eulavIICSArof"?"retcarahcehtetutitsbuS07x0eulavIICSArof"?"retcarahcehtetutitsbuS
)07H&($rhC
5H&($rhC f5x0eulavIICSArof"*"retcarahcehtetutitsbuSf5x0eulavIICSArof"*"retcarahcehtetutitsbuS
)F5H&($rhC)F
)F5H&($rhC
)87H&($rhC)87H&($rhC 87x0eulavIICSArof"="retcarahcehtetutitsbuS87x0eulavIICSArof"="retcarahcehtetutitsbuS
)87H&($rhC
)A7H&($rhC)A7H&($rhC 87x0eulavIICSArof">"retcarahcehtetutitsbuS87x0eulavIICSArof">"retcarahcehtetutitsbuS
)A7H&($rhC
)B7H&($rhC)B7H&($rhC b7x0eulavIICSArof"<"retcarahcehtetutitsbuSb7x0eulavIICSArof"<"retcarahcehtetutitsbuS
)B7H&($rhC
)16H&($rhC)16H&($rhC 16x0eulavIICSArof"("retcarahcehtetutitsbuS16x0eulavIICSArof"("retcarahcehtetutitsbuS
)16H&($rhC
&($rhC
)26H&($rhC)26H&($rhC 26x0eulavIICSArof")"retcarahcehtetutitsbuS26x0eulavIICSArof")"retcarahcehtetutitsbuS
)26H&($rhC
eluRnoitalsnarTeluRnoitalsnarT tnemmoCtnemmoC
eluRnoitalsnarT
ahCs(csA($rhC)84-)rahCs(csA($rhC
)84-)rahCs(csA($rhC)84-)rahCs(csA($rhC retcarahcfoeulavIICSAmorf84tcartbuSretcarahcfoeulavIICSAmorf84tcartbuS
)84-)rahCs(csA($rhC
)35-)rahCs(csA($rhC)35-)rahCs(csA($rhC retcarahcfoeulavIICSAmorf35tcartbuSretcarahcfoeulavIICSAmorf35tcartbuS
)35-)rahCs(csA($rhC
)55-)rahCs(csA($rhC)55-)rahCs(csA($rhC retcarahcfoeulavIICSAmorf55tcartbuSretcarahcfoeulavIICSAmorf55tcartbuS
)55-)rahCs(csA($rhC
sbuS
S
etutitsbuS
tnemmoCtnemmoC
tnemmoC
retcarahcfoeulavIICSAmorf84tcartbuSretcarahcfoeulavIICSAmorf84tcartbuS
retcarahcfoeulavIICSAmorf84tcartbuS
morf35tcartbuS
tetutitsbuS
Arof"/"retcarahcehtetutitsbuS82x0eulavIICSArof"/"retcarahcehtetutitsbuS
arahcehtetutitsbuS
retcarahcfoeulavIICSAmorf35tcartbuSretcarahcfoeulavIICSAmorf35tcartbuS
retcarahcfoeulavIICSA
retcarahcfoeulavIICSAmorf55tcartbuSretcarahcfoeulavIICSAmorf55tcartbuS
retcarahcfoeulavIICSAmorf55tcartbuS
lavIICSArof"""retcarahcehtetutitsbuS
carahcehtetutitsbuSa0x0eulavIICSArof"-"retcarahcehtetutitsbuS
cehtetutitsbuS
ICSArof"*"retcarahcehtetutitsbuS
rof"<"retcarahcehtetutitsbuS
72x0eulavIICSArof"."retcarahcehtetutitsbuS72x0eulavIICSArof"."retcarahcehtetutitsbuS
72x0eulavIICSArof"."retcarahcehtetutitsbuS
b0x0eulavIICSArof""retcarahcehtetutitsbuSb0x0eulavIICSArof""retcarahcehtetutitsbuS
b0x0eulavIICSArof""retcarahcehtetutitsbuS
62x0eulavIICSArof":"retcarahcehtetutitsbuS62x0eulavIICSArof":"retcarahcehtetutitsbuS
62x0eulavIICSArof":"retcarahcehtetutitsbuS
82x0eulavIICSArof"/"retcarahcehtetutitsbuS82x0eulavIICSArof"/"retcarahcehtetutitsbuS
82x0eulavIICSArof"/"retcarahceh
92x0eulavIICSArof"""retcarahcehtetutitsbuS92x0eulavIICSArof"""retc
92x0eu
a0x0eulavIICSArof"-"retcarahcehtetutitsbuSa0x0eulavIICSArof"-"retcarahcehtetutitsbuS
a0x0eulavIICSArof"-"retcarahcehtetutitsbu
07x0eulavIICSArof"?"retcarahcehtetutitsbuS07x0eulavIICSArof"?"retcarahcehtetutitsbuS
07x0eulavIICSArof"?"retcarahcehtetutitsbuS
f5x0eulavIICSArof"*"retcarahcehtetutitsbuSf5x0eulavIICSArof"*"retcarah
f5x0eulavI
87x0eulavIICSArof"="retcarahcehtetutitsbuS87x0eulavIICSArof"="retcarahcehtetutitsbuS
87x0eulavIICSArof"="retcarahcehtetutitsbuS
87x0eulavIICSArof">"retcarahcehtetutitsbuS87x0eulavIICSArof">"retcarahcehtetutitsbuS
87x0eulavIICSArof">"retcarahcehtetutitsbuS
b7x0eulavIICSArof"<"retcarahcehtetutitsbuSb7x0eulavIICSArof"<"retcarahceht
b7x0eulavIICSA
16x0eulavIICSArof"("retcarahcehtetutitsbuS16x0eulavIICSArof"("retcarahcehtetutitsbuS
16x0eulavIICSArof"("retcarahcehtetutitsbuS
26x0eulavIICSArof")"retcarahcehtetutitsbuS26x0eulavIICSArof")"retcarahcehtetutitsbuS
26x0eulavIICSArof")"retcarahcehtetutitsbuS
Please see the following page for a working example of these rules in the form of a Visual BASIC function.
Page 28
MNSNV102005Ver1.0
Chapter 6: Communication ProtocolChapter 6: Communication Protocol
Chapter 6: Communication Protocol
Chapter 6: Communication ProtocolChapter 6: Communication Protocol
Appendix B: ContinAppendix B: Contin
Appendix B: Contin
Appendix B: ContinAppendix B: Contin
Function LookUpOSDString(sTextMessage As String) As String
‘
‘ Look up chars and translate to message for OSD
‘
Dim iLoop
Dim sNewMess As String
Dim sChar As String
sNewMess = Space$(MAX_SCREEN_CHAR)
For iLoop = 1 To Len(sTextMessage)
sChar = Mid$(sTextMessage, iLoop, 1)
Select Case sChar
End Select
As Integer
Case “0” To “9”
Mid$(sNewMess,
Case “A” To “Z”
Mid$(sNewMess,
Case “a” To “z”
Mid$(sNewMess,
Case “.”
Mid$(sNewMess,
Case “ “
Mid$(sNewMess,
Case “:”
Mid$(sNewMess, iLoop, 1) = Chr$(&H26)
Case “/”
Mid$(sNewMess, iLoop, 1) = Chr$(&H28)
Case “‘“
Mid$(sNewMess, iLoop, 1) = Chr$(&H29)
Case “-”
Mid$(sNewMess, iLoop, 1) = Chr$(&HA)
Case “?”
Mid$(sNewMess,
Case “*”
Mid$(sNewMess,
Case “=”
Mid$(sNewMess, iLoop, 1) = Chr$(&H78)
Case “>”
Mid$(sNewMess, iLoop, 1) = Chr$(&H7A)
Case “<“
Mid$(sNewMess,
Case “(“
Mid$(sNewMess,
Case “)”
Mid$(sNewMess,
Case Else
Mid$(sNewMess,
uu
eded
……
..
..
u
uu
(Sample T (Sample T
ed
…
.
.
(Sample T
eded
……
..
..
(Sample T (Sample T
iLoop, 1) = Chr$(Asc(sChar) - 48)
iLoop, 1) = Chr$(Asc(sChar) - 53)
iLoop, 1) = Chr$(Asc(sChar) - 55)
iLoop, 1) = Chr$(&H27)
iLoop, 1) = Chr$(&HB)
iLoop, 1) = Chr$(&H70)
iLoop, 1) = Chr$(&H5F)
iLoop, 1) = Chr$(&H7B)
iLoop, 1) = Chr$(&H61)
iLoop, 1) = Chr$(&H62)
iLoop, 1) = Chr$(&HB)
rr
anan
r
an
rr
anan
slsl
atiati
oo
n routine in Vin routine in Vi
sl
ati
o
n routine in Vi
slsl
atiati
oo
n routine in Vin routine in Vi
ss
ual BASIC)ual BASIC)
s
ual BASIC)
ss
ual BASIC)ual BASIC)
Next iLoop
LookUpOSDString = sNewMess
End Function
MNSNV102005Ver1.0
Page 29
Chapter 6: AppendicesChapter 6: Appendices
Chapter 6: Appendices
Chapter 6: AppendicesChapter 6: Appendices
Limited Warranty StatementLimited Warranty Statement
Limited Warranty Statement
Limited Warranty StatementLimited Warranty Statement
A.A.
A.
A.A.
Extent of limited warrantyExtent of limited warranty
Extent of limited warranty
Extent of limited warrantyExtent of limited warranty
1. SmartAVI Technologies, Inc. warrants to the end-user customers that the SmartAVI product
specified above will be free from defects in materials and workmanship for the duration of 1
year, which duration begins on the date of purchase by the customer. Customer is responsible
for maintaining proof of date of purchase.
2. SmartAVI limited warranty covers only those defects which arise as a result of normal use of
the product, and do not apply to any:
a. Improper or inadequate maintenance or modifications
b. Operations outside product specifications
c. Mechanical abuse and exposure to severe conditions
3. If SmartAVI receives, during applicable warranty period, a notice of defect, SmartAVI will at its
discretion replace or repair defective product . If SmartAVI is unable to replace or repair defective
product covered by the SmartAVI warranty within reasonable period of time, SmartAVI shall
refund the cost of the product.
4. SmartAVI shall have no obligation to repair, replace or refund unit until customer returns
defective product to SmartAVI.
5. Any replacement product could be new or like new, provided that it has functionality at least
equal to that of the product being replaced.
6. SmartAVI limited warranty is valid in any country where the covered product is distributed by
SmartAVI.
B. Limitations of warrantyB. Limitations of warranty
B. Limitations of warranty
B. Limitations of warrantyB. Limitations of warranty
TO THE EXTENT ALLOWED BY LOCAL LAW , NEITHER SMARTAVI NOR ITS THIRD PARTY SUPPLIERS
MAKE ANY OTHER WARRANTY OR CONDITION OF ANY KIND WHETHER EXPRESSED OR IMPLIED ,
WITH RESPECT TO THE SMARTAVI PRODUCT , AND SPECIFICALLY DISCLAIM IMPLIED WARRANTIES
OR CONDITIONS OF MERCHANTABILITY, SATISFACTORY QUALITY , AND FITNESS FOR A PARTICULAR
PURPOSE
C. Limitations of liabilityC. Limitations of liability
C. Limitations of liability
C. Limitations of liabilityC. Limitations of liability
To the extent allowed by local law the remedies provided in this warranty statement are the customers
sole and exclusive remedies
TO THE EXTENT ALLOWED BY LOCAL LAW , EXCEPT FOR THE OBLIGATIONS SPECIFICALLY SET
FORTH IN THIS WARRANTY STATEMENT , IN NO EVENT WILL SMARTAVI OR ITS THIRD PARTY
SUPPLIERS BE LIABLE FOR DIRECT, INDIRECT, SPECIAL, INCIDENTAL, OR CONSEQUENTIAL DAMAGES
WHETHER BASED ON CONTRACT , TORT OR ANY OTHER LEGAL THEORY AND WHETHER ADVISED
OF THE POSSIBILITY OF SUCH DAMAGES.
D. Local lawD. Local law
D. Local law
D. Local lawD. Local law
To the extent that this warranty statement is inconsistent with local law, this warranty statement shall
be considered modified to be consistent with such law.
Page 30
MNSNV102005Ver1.0
Chapter 6: AppendicesChapter 6: Appendices
Chapter 6: Appendices
Chapter 6: AppendicesChapter 6: Appendices
tupnInoitpircseDtuptuOnoitpircseD
11
22
33
44
55
66
77
88
99
0101
1111
2121
3131
4141
5151
6161
7171
8181
9191
0202
1212
2222
3232
4242
5252
6262
7272
8282
9292
0303
1313
2323
MNSNV102005Ver1.0
Page 31
SmartAVI, Inc.SmartAVI, Inc.
SmartAVI, Inc.
SmartAVI, Inc.SmartAVI, Inc.
3111 Winona Ave, Suite 101
Burbank, CA 91504
Tel (818) 565-0011 Fax (818) 565-0020
Email: info@smartavi.com
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