Anywave TSP-EAS-1 User manual

ANYWAVE
MSP
Multi-Stream Processor
User Manual
Version 1.6
TSP-EAS-1
May 10, 2017

TSP-EAS-1 User Manual
Version 1.6 5/10/2017 Page 2 of 30
Copyright Notice
Copyright © Anywave Communication Technologies, Inc. 2015, All rights reserved.
No part of this publication may be reproduced, translated, transcribed, stored in a retrieval system, or
transmitted into any form or by any means, without the express written permission of Anywave
Communication Technologies, Inc.
Disclaimer
Information provided by Anywave Communication Technologies is believed to be accurate
and complete; however, no liability can be assumed for its use. The information contained in
this publication is subject to change without notice.
Anywave Communication Technologies Inc.
300 Knightsbridge Parkway, Suite 150, Lincolnshire, IL 60069
Tel: +1 (847) 415-2258
Fax: +1 (847) 415-2112
http://www.anywavecom.com/en/

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Contents
1 Product Appearance ..........................................................................................4
1.1 Front Panel.....................................................................................................4
1.2 Back Panel .....................................................................................................5
2 Operation Specifications...................................................................................6
3 Menu.................................................................................................................8
3.1 Initialization...................................................................................................8
3.2 Query Mode ...................................................................................................8
3.3 User Menu....................................................................................................10
3.4 Advanced Menu ...........................................................................................13
3.4 Management GUI Software.........................................................................14
4 Connection......................................................................................................23
4.1 Connect the MSP .........................................................................................23
4.2 Connect and activate the EAS......................................................................23
5 Troubleshooting ..............................................................................................24
5.1 ASI Input......................................................................................................24
5.2 CVBS Input..................................................................................................24
5.3 SDI Input......................................................................................................24
5.4 SDI Output...................................................................................................24
5.5 ASI Output ...................................................................................................24
5.5 DPSIP...........................................................................................................25
6 Dynamic PSIP module (optional) ...................................................................26
6.1 Network........................................................................................................26
6.2 System..........................................................................................................28
6.3 Update..........................................................................................................28
6.4 Log...............................................................................................................28
6.5 PSIP Generator.............................................................................................29

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1 Product Appearance
1.1 Front Panel
LCD:
40×2 LCD with power saving backlight
6 Buttons:
Left, Right, Up, Down, OK, ESC
6 LEDs:
IN1: When illuminated, CVBS IN1 or SDI IN1 is connected. When flashing, EAS is triggered.
IN2: When illuminated, CVBS IN2 or SDI IN2 is connected. When flashing, EAS is triggered.
IN3: When illuminated, CVBS IN3 or SDI IN3 is connected. When flashing, EAS is triggered.
IN4: When illuminated, CVBS IN4 or SDI IN4 is connected. When flashing, EAS is triggered.
STAT: Constant on indicates no PSIP data detected when under dynamic PSIP mode. Flashing
indicates PSIP overflow.
ERR: Constant on indicates there is no ASI input detected. Flashing indicates the output TS
overflow.
1 RJ45 connector:
PSIP: RJ45 port for remote control of Dynamic PSIP module and PSIP service data ingestion.

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1.2 Back Panel
SDI IN 1: Serial digital interface input #1
SDI IN 2: Serial digital interface input #2
SDI IN 3: Serial digital interface input #3
SDI IN 4: Serial digital interface input #4
CVBS 1: Composite video and stereo audio input #1
CVBS 2: Composite video and stereo audio input #2
CVBS 3: Composite video and stereo audio input #3
CVBS 4: Composite video and stereo audio input #4
SDI OUT 1: Serial digital interface output #1
SDI OUT 2: Serial digital interface output #2
SDI OUT 3: Serial digital interface output #3
SDI OUT 4: Serial digital interface output #4
EAS IN: Composite video and stereo audio input for EAS signal
EAS LOOP OUT: Loop out of EAS IN
EAS CTRL IN: EAS trigger control input
EAS CTRLOUT: Loop out of EAS CTRL IN
ASI IN 1: ASI input #1
ASI IN 2: ASI input #2
ASI IN 3: ASI input #3
ASI IN 4: ASI input #4
ASI OUT 1: ASI output #1
ASI OUT 2: ASI output #2, repeated output of ASI OUT 1
REMOTE: RJ45 port for remote management

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2 Operation Specifications
Environment
Operating Temperature: -10 ~ 50 oC
Operating Humidity: ≤95%
Atmospheric Pressure: 86 kPa ~ 106 kPa
Power Supply
Voltage: 88 ~ 264 VAC
Frequency: 50 / 60 Hz
Inputs/Outputs
CVBS IN 1/2/3/4 Composite video(yellow) and stereo audio(white and red)
Connector: RCA female
Impedance: 75 Ω
Location: Back Panel
SDI IN 1/2/3/4 HD/SD Serial digital interface for uncompressed digital
video/audio
Connector: BNC female
Impedance: 75 Ω
Location: Back Panel
SDI OUT 1/2/3/4 Serial digital interface for uncompressed digital video/audio
Connector: BNC female
Impedance: 75 Ω
Location: Back Panel
EAS IN Composite video/audio for EAS input
Connector: RCA female
Impedance: 75 Ω
Location: Back Panel
EAS OUT (loop out of EAS IN )
Connector: RCA female
Impedance: 75 Ω
Location: Back Panel
EAS CTRL IN EAS trigger control
Connector: 6-pin slot
Voltage: 5 VDC
Location: Back Panel
EAS CTRLOUT (loop out of EAS CTRL IN)
Connector: 6-pin slot
Location: Back Panel
ASI IN 1/2/3/4
Connector: BNC female
Impedance: 75 Ω
Level: See Table 1

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Location: Back Panel
ASI OUT 1/2
Connector: BNC female
Impedance: 75 Ω
Location: Back Panel
Table 1 ASI Input Specifications
No
Content
Unit
Value
1
Input Level
mv
200
2
Positive Transition (20%~80%)
ps
1200
3
Negative Transition (20%~80%)
ps
1200
4
Deterministic Jitter
%
10
5
Random Jitter
%
8
Note
1) The electrical interface characteristics are measured under normal conditions. Values may vary.
2) Operating in abnormal conditions may result in damage to the equipment. Long operating hours in
severe environments may reduce the reliability of the entire system, which may cause permanent
damage to equipment. Make sure all electrical interface characteristics and environmental parameters
are within the defined range listed above before operating this equipment.

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3 Menu
3.1 Initialization
Connect the power supply of the unit and then turn on the MSP via the power switch located on the rear
panel. The initialization process takes about 10 seconds to finish for the main unit and about 30 seconds to
finish for the (optional) dynamic PSIP module.
The MSP incorporates a Dynamic PSIP Generator and Inserter, has 4 HD/SD SDI inputs, converts and
switches 4 CVBS inputs into4 SDI outputs, supports 4 ASI inputs into an onboard Multiplexor with program
cherry-picking into 2 ASI outputs, and manages EAS control signals and switching. The module provides
manual switching between the 4 incoming SDI inputs and 4 converted SDI signals from CVBS sources, with
automatic EAS switching of EAS signal, which overrides all manual settings when an EAS trigger occurs.
The first step after turning on the unit is to confirm the desired input source (for video/audio, ASI in,
PSIP etc.). Please see Table 2~5 below for details.
3.2 Query Mode
Query mode is a mode which displays parameters and status of the MSP. There are five pages in query
mode. Press the "Right" or "Left" button to switch between different pages which are shown in Table 2
through 6 below.
Note: The settings shown in the tables below are for illustration purposes only and may be different from
those in actual use.
Table 2 First Page in Query Mode
ASIIN1
ASIIN2
ASIIN3
ASIIN4
19.390/4
10.000/2
N/A
N/A
Table 3 Second Page in Query Mode
ASIOUT1
ASIOUT2
PSIP
STATUS
4.600/2
4.600/2
Dynamic
OK
Table 4 Third Page in Query Mode
CVBS1
CVBS2
CVBS3
CVBS4
OK
ERR
OK
ERR
Table 5 Fourth Page in Query Mode
SDIIN1
SDIIN2
SDIIN3
SDIIN4
OK
ERR
OK
ERR
Table 6 Fifth Page in Query Mode
SDIOUT1
SDOUT2
SDIOUT3
SDIOUT4
SOURCE

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OK
ERR
OK
ERR
CVBS
Note:
1) The “ASIIN”in Error! Reference source not found. shows the status of the ASI input. If no TS is
etected and locked in the ASI input, the status shows “N/A”, if TS is detected and locked in the ASI
input, the status will alternate between the TS actual rate(Mb/s) and the number of programs in the TS.
2) The “ASIOUT”in Error! Reference source not found.3 shows the status of theASI output. If no TS
s present in the ASI output, the status shows “N/A”, if TS is present in the ASI output, the status will
alternate between the TS’s payload rate(Mb/s) and the number of programs in the TS.
3) The “PSIP” in Table 3 shows where the PSIP data comes from, “Static” means using the MUX’s built
in static PSIP, “Dynamic” means PSIP data comes from the Dynamic PSIP module, “Disable” means
PSIP insertion is disabled. “STATUS” only takes effect when the PSIP data source is “Dynamic”, “OK”
means the PSIP data is detected and inserted by MUX, “ERR” means no PSIP data detected
The "CVBS" status in
ASIOUT1
ASIOUT2
PSIP
STATUS
4.600/2
4.600/2
Dynamic
OK
4) Table 4 indicates if the composite video signal is detected at the corresponding CVBS input. “OK”
means signal detected, “ERR” means no signal detected.
The "SDIIN" status in
ASIOUT1
ASIOUT2
PSIP
STATUS
4.600/2
4.600/2
Dynamic
OK
5) Table 45 indicates if signal is detected at the corresponding SDI input. “OK” means signal detected,
“ERR” means no signal detected.
6) The “SDIOUT” status in Table 6 indicates if the particular SDI output is active. “OK” means active,
“ERR” means inactive
7) The “SOURCE” in Table 6 shows where the SDI output signal source comes from, “CVBS” means it’s
converted from CVBS input, “SDI” means it’s from SDI input, “EAS” means it’s from EAS signal

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3.3 User Menu
In Control mode, the user may modify configuration settings of the MSP. There are two levels of control,
the User Menu and the Advanced Menu. To enter the User Menu, press both the "Left" and "Right" buttons
at the same time while in query mode. The User Menu in control mode is shown below in Table 7. In the
next section we will present theAdvanced Menu.
Table 7 Main Menu
Welcome to setting interface!
*MUX_IN
MUX_OUT
SDI_OUT
CONFIG
PSIP
The Main User Menu consists of 5 sub-menus: MUX_IN, MUX_OUT, SDI_OUT, CONFIG and PSIP.
Once at the main menu, press the "Left" or "Right" buttons to move the cursor and navigate to the
desired sub-menu. Once the cursor is positioned just above the desired sub-menu, press the "OK" button to
enter the target sub-menu. When in the corresponding sub-menu, press "Left" or "Right" button to move the
cursor to the target parameter and then press the "Up" or "Down" buttons to select different options from the
drop-down boxes. Once you have selected the desired option, press the "OK" button to apply and save, or
press the "ESC" button to skip the changes and return to the upper menu.
All the parameters of sub-menus are shown in Tables 8 through Table 13 respectively.
Table 8 MUX_IN Menu
*ASI_IN1
ASI_IN2
ASI_IN3
ASI_in4
Press “OK” to enter ASI_IN sub-menu
Table 9 ASI_IN sub-menu
*Channel
Sht_name
Maj_num
Min_num
Default
1
AW-TV1
005
001
Options
1
AW-TV1
005
001
2
AT-TV2
005
002
…
…
…
…
Note:
1) The MUX_IN menu provides ASI input stream status only. The ASI_IN sub-menu displays the program
information found in the particular ASI input. “Channel” displays the program number, use the “Up”
or “Down” buttons to browse the entire program list. “Sht_name” displays the short name, “Maj_num”
displays the major channel number, and “Min_num” displays the minor channel number. This status
information is only available when valid PSIP information is present in the ASI input TS.

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2) If there is no TS detected and locked on a particular ASI input, ASI_IN sub menu will show “NULL”
Table 10 MUX_OUT Menu
CTRL
PSIP_BW
TS_RATE
PROGRAM
Default
Static
500kb
19.390Mb
(see PROGRAM sub-menu)
Options
Static
Dynamic
Disable
Note:
1) The CTRL parameter sets the PSIP source, option “Static” means insert PSIP using MUX’s built-in
static PSIP, “Dynamic” means insert PSIP from Dynamic PSIP module, “Disable” means disable PSIP
insertion.
2) PSIP_BW parameter specifies the PSIP overhead bandwidth in output TS.
3) TS_RATE parameter specifies the output TS rate.
Table 11 PROGRAM Sub-Menu
Channel
Sht_Name
Maj_Num
Min_Num
Default
1
AW-TV1
05
001
Options
1
AW-TV1
05
001
2
AW_TV2
05
002
…
…
…
…
Note:
1) The PROGRAM Sub menu specifies the static PSIP information of the output TS, these settings only
take effect when “CTRL” is set to “Static”.
2) Move cursor to “Channel” and press “UP” or “DOWN” button to browse program list.
3) Move cursor to “Sht_Name”, “Maj_Num” and “Min_Num” and then press “UP” or “DOWN” to select
the desired alpha-numeric character.
Table 12 SDI_OUT Menu
*SOURCE1
SOURCE2
SOURCE3
SOURCE4
Default Value
AUTO
AUTO
AUTO
AUTO
Options/Values
AUTO
AUTO
AUTO
AUTO
CVBS
CVBS
CVBS
CVBS
SDI
SDI
SDI
SDI
EAS
EAS
EAS
EAS
Note:
1) "SOURCE#" selects where the source of each SDI_OUTcomes from, they can be configured separately.

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2) If select option “AUTO”, MSP will first search signals from CVBS input and convert to SDI output, if
no signal detected, MSP will then search signals from SDI input and convert to SDI output.
3) If select option “CVBS”, MSP will always search signals from CVBS input and ignore signal from SDI
input.
4) If select option “SDI”, MSP will always search signal from SDI input and ignore signal from SDI input.
5) When EAS signal is triggered, SDI output will switch to EAS signal as source.
6) If select option “EAS”, SDI output will always use EAS signal as the source of SDI output.
Table 13 CONFIG Menu
IP
GATEWAY
MASK
UPGRADE
VER
Default
192.168.001.1
90
192.168.001.0
01
255.255.255.0
00
NO
Options
***.***.***.*
**
***.***.***.*
**
***.***.***.*
**
NO
YES
Note:
1) "IP", "GATEWAY", and "MASK" are used to establish a valid Ethernet connection for remote control
via the REMOTE RJ45 located on the rear panel. The MSP has a control GUI program that is running
on Windows PC. Simply by connecting the PC to MSP and invoke the control program, you can
configure the MSP remotely.
2) "UPGRADE" is a reserved mode to perform an upgrade of the code inside the MSP unit.
3) “VER” shows the information of MSP’s current version.

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3.4Advanced Menu
To enter the Advanced Menu, first enter the User Menu by pressing both the "Left" and "Right"
buttons at the same time to arrive at the menu shown below.
Table 14 User Menu
Welcome to setting interface!
*MUX_IN
MUX_OUT
SDI_OUT
CONFIG
PSIP
Then, press both the "Up" and "Down" buttons at the same to enter Advanced Menu, as shown below.
Table 15 Advanced User Menu
Welcome to advanced interface!
*SN
PSIP
Table 16 shows the corresponding sub-menus.
Table 16 SN Menu
SN
PSIP_KEY
MAC
Default
9999999999999
FFFFFFFF
999999999999
Note:
1) "SN" shows the serial number of this unit.
2) "PSIP_KEY", MSP needs a valid KEY to enable static PSIP feature, please contactAnywave to obtain
a valid KEY.
3) “MAC” shows the mac address of the RJ45 management port.
Table 17 PSIP Menu
IP
GATEWAY
MASK
Default
192.168.225.1
91
192.168.225.0
01
255.255.255.000
Options
***.***.***.*
**
***.***.***.*
**
***.***.***.***
Note:
4) MSP takes dynamic PSIP data from dynamic PSIP module via the internal Ethernet port, those settings
are only for debug purpose.
5) DO NOT change the values in PSIP Menu.

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3.4 Management GUI Software
The MSPuses a Management software interface to accommodate remote control and monitoring via the rear
port REMOTE RJ-45 connection. Once you network the MSP with your PC and login to the interface, you
can configuration and monitor the status of the MSP via the Management software. The Management
software can configure multiple units within the same program, the default IP of the MSP is 192.168.1.190.
Click the executable “msp_GUI Vx.x.x.exe” to launch the program (Note this executable is only Windows
compatible), you will see the login window.
Enter UserName: admin and Password: admin and click “Login” to enter the main screen

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Click “Edit” -> “Add Branch” to add a Branch
Click the branch you created and click “Edit” -> “Add Equipment” to add a MSP

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Click on the MSP name created to start configuration and view the status of this particular MSP.
There are 4 tabs across the left top of the window:
Input: Configure the multiplexor, select programs, change PID, edit static PSIP, etc.
Output: Configure the TS rate, PSIP source, and source of SDI output
Config: Change the network settings
Status: View the status of the MSP
Input

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There are 2 sub-tabs under Input: MUX and TS.
MUX
After any of the 4 ASI inputs are connected and a valid TS is present, you can choose (cherry pick)
which programs are to be multiplexed into the outputASI TS, MSP supports up to 8 programs to be
selected into the outputASI TS.
o“PID Remapping”
Choose if to do PID remapping during multiplexing, default value is YES
o“Refresh Input”
Click to refresh theASI input status, click this button when ASI input connection change.
o“Refresh output”
Click to refresh theASI output status
o“----”
You can expand the treeview to browse the programs of the 4ASI inputs (the left window),
check the boxes of the programs you want multiplexed into the output ASI TS, and then
click this right arrow button to add these programs into the output TS.
o“----”
Check the boxes of the programs in the left window and click this left arrow button to
remove them from output TS.
On the bottom of the right window, you can see how many programs have been selected for the
output TS multiplex, and the payload/TS rate of output TS. Also there is a TS output overflow
indicator.

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TS
oIn “PAT/PMT” table, you can define the program_number (Prog Num), PCR_PID, and
element_PID (ELM PID) by double clicking the entry of each stream.
Either hex (start with 0x) or decimal are allowed for entering of PIDs.
When PCR PID share the same PID as the element_PID, PCR PID could not be
modified.
element_TYPE (ELM Type) could not be modified.
User could modify the element stream PID (ELM PID) of the corresponding
element TYPE (ELM Type), the allowed range for ELM PID is 1 ~ 0x1ff0.
o“PSIP” table is only valid when you select PSIP source as “Static” in “Output” tab
oIn “PSIP” table, you can define the Modulation Mode value, Carrier Frequency, VCT ID
(TVCT or CVCT). You can also edit short_name (Short Name), major_channel_num
(Major Num) and minor_channel_num (Minor Num) for each of the programs
o“Set” Click “Set” to save the setting to MSP
o“Get”Click “Get” to get MSP’s current setting

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Output
“TS Rate Max(Mb)”
Specify the output TS rate in Mbps
“PSIP Bandwidth(Kb)”
Specify the Dynamic PSIP overhead in Kbps
“PSIP” Select the PSIP source
oStatic: use the MUX’s built-in static PSIP insertion
oDynamic: use the dynamic PSIP module as the PSIP source for PSIP insertion
oDisable: disable the PSIP insertion
“Source” Select where the source of each SDI output comes from
oIf select option “AUTO”, MSP will first search signals from CVBS input and convert to
SDI output, if no signal detected, MSP will then search signals from SDI input and connect

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to SDI output.
oIf select option “CVBS”, MSP will always search signals from CVBS input and ignore
signals from SDI input.
oIf select option “SDI”, MSP will always search signal from SDI input and ignore signals
from SDI input.
oWhen EAS signal is triggered, SDI output will switch to EAS signal as source.
oIf select option “EAS”, SDI output will always use EAS signal as the source of SDI output.
“Set” Click “Set” to save the setting to MSP
“Get” Click “Get” to get MSP’s current setting
Config
“Management” Configure the network setting of the “REMOTE” RJ45 port.
“Slave” Debug only, configure the internal network port for dynamic PSIP insertion,
(Warning: DO NOT change these settings)
“Set” Click “Set” to save the setting to MSP
“Get” Click “Get” to get MSP’s current setting
“Restart” Select “YES” from the pull down menu and click “Set” to restart MSP
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