Adtec RD-71 User manual

RD-71
10-bit 1080P Integrated Receiver Decoder
USER GUIDE
v2.02.10
1

Contents
Contents
Application Diagrams
Rack Installation
Back Panel
DB9-M Analog audio output pinout
COM1/COM2 to DB9 Serial Adapter
GPIO and Parport information
GPIO Pinout
Parport Pinout
Front Panel Operation
Front Panel LED Indicators
Transport
Audio Decode
System
Front Panel LCD
Front Panel Button Controls
Front Panel Reset
Front Panel Menus
Services Menu
RF Rx Menu (LB Option)
RF Rx Menu (PRX Option)
IP Rx Menu
Video Menu
Audio Menu
VBI Menu
CAS Menu
IP Tx Menu
System Menu
Login
Duration
Com2
Host Name
Firmware
Feature Menu
Getting Connected - Intro to Adtec User Interfaces
Web UI Interface
Ethernet Access
Zero Configuration Access
Login
Web UI Status Panel
2

Web UI - Input
Web UI - Profiles
Web UI - Video
Web UI - Audio
Web UI - CAS
Web UI - VBI
Web UI - TS Output
Web UI - System
Web UI - Security
Web UI - Upgrade
Web UI - Help
API Interface
SNMP Interface
RD Web UI Authentication and Security Features
Summary
Web UI Authentication Modes
Web UI Authentication Advanced mode
Other security features
HTTP Port
Stealth IP address
IP2 / GigE Management
Operational Information
DVB-S / DVB-S2 AUTO Modes
DVB-S2 - Recommended use of Pilots
RF Profiles
UDP / RTP / FEC / TCP IP Rx
Multicast Reception - Address
Unicast Reception - Address
Unicast/Multicast Reception
Dolby E, Dolby D, LPCM, and Mpeg 1 Layer 2
AFD - Active Format Description
Genlock System
TS Out Decrypt
Service Filtering
Configure Service Filter on ASI
Firmware Upgrade via Web User Interface
Demodulator Firmware Upgrade via Web User Interface
In Field Feature Upgrades
Permanent Key Instructions
Temporary Key Instructions
RD-71 Zixi Setup Guide
Appendix
3

Appendix A - GNU General Public License
Appendix B - Technical Specifications
Base Model (RD71-XX)
Inputs
Outputs
Communications
Video and Audio
Physical and Operational
L-Band Demodulator (LB option)
DVB-S2X L-Band Demodulator (PRX option)
Appendix C - Adtec Digital Support & Service
Appendix D - Electrical Device Compliance Notices
Safety Warnings and Cautions
Compliance Notices
FCC
Industry Canada
European Union EMC Directive Conformance Statement
Trademarks & Copyrights
4

Application Diagrams
Turn-Around and Service Filtering
5

Zixi IP Transport (Zixi-Link, point to point or Zixi Receive, point to multi-point)
6

Rack Installation
The RD-71 is intended to be mounted in a standard 19” rack. It occupies 1RU of rack space
and the connections are all on the rear of the unit.
To install the RD-71 into a rack use the following steps:
Step
Description
1
Determine the desired position in the rack for the RD-71 making sure that the
air intake and exhausts on the sides of the unit will not be obstructed.
2
Insert the rack mount clips into place over the mounting holes in the rack.
3
Slide the RD-71 into position in the rack.
4
Secure the RD-71 to the rack by installing four rack screws through the front
mounting holes and tightening.
5
If needed, secure a grounding wire use the grounding location on the rear
panel of the RD-71.
Back Panel
Connector
Description
Processor
Power 1 & 2
Redundant AC Power, Standard 3 pin computer power plug
(Auto range 70-240 VAC Input)
COM2
API Serial Communication Interface
COM1
Serial Port Used for Troubleshooting (Terminal)
IP 1
Default Management/Monitoring interface (10/100/1000)
IP 2
Default UDP/RTP transport interface (10/100/1000)
7

DVC Parport
9-pin parallel I/O interface for control systems
RS422
Not Currently Supported
Decoder
Analog Audio Out
Balanced analog audio out. Stereo pairs 1 & 2 ( 600 Ohm Balanced )
AES Audio Out 1-8
x8 75 Ohm AES-3 BNC
ASI/SDI In
75 Ohm terminated BNC input. SDI input features are not active at
this time.
x3 ASI OUT
x3 75 Ohm BNC ASI output per EN5000839
Sync In
Standard analog video sync separation for NTSC, PAL, 480I/P,
576I/P, 720P, and 1080I/P/PsF from Composite Video (CVBS).
Bi-level & tri-level sync compatible. BNC
CVBS Out
75 Ohm BNC Standard Definition Composite Video Output
Digital Video
Digital Video Output.
SDI Out Banks
x4 Outputs from decoder: Video/Audio/VBI (SMPTE 259M-C - SD,
SMPTE 292M - HD, SMPTE 424M - 3G).
SDI Bank A = x2 SD/HD/3G-SDI BNC Outputs
SDIALT Bank B = x1 SFP (for Optical SFP module) SD/HD/3G-SDI
Output and x1 SD/HD/3G-SDI BNC.
note*: 3G-SDI Outputs have selectable Level A and Level B Dual
Link output control to retain interoperability with other third party
3G devices. The default mapping level is Level A.
Demodulator
(Optional)
RF 1 - 4
x2 or x4 RF Inputs (Demod option specific), 75 Ohm F-Connector
DB9-M Analog audio output pinout
PIN
Designation
Function
1
NC
No Connect
2
GND
Ground
3
L+
Left +
4
R+
Right +
5
GND
Ground
8

6
NC
No Connect
7
GND
Ground
8
L-
Left -
9
R-
Right -
9

COM1/COM2 to DB9 Serial Adapter
The COM1 and COM2 port is an industry standard RS-232 DTE device on RJ45/RJ48. Units
ship with RJ45 to DB9 adapters that are pinned per the following.
DB9 PIN
DB9 Function
RJ45 Pin
RJ45 Function
1
Carrier Detect (CD)
2
No Connect / Carrier Detect (DCD)
2
Receive Data (RXD)
6
Transmit Data (TXD)
3
Transmit Data (TXD)
5
Receive Data (RXD)
4
Data Terminal Ready
(DTR)
1
Data Set Ready (DSR)
5
Ground (GND)
4
Ground (GND)
6
Data Set Ready (DSR)
3
Data Terminal Ready (DTR)
7
Request to Send (RTS)
7
Clear to Send (CTS)
8
Clear to Send (CTS)
8
Request to Send (RTS)
9
Ring Indicator (RI)
NC / NA
No Connect / Not available on RJ45
10

GPIO and Parport information
The GPIO port allows decoder control and TTL voltage output for monitoring systems.
The GPIO feature is not enabled at this time.
The DVC Parport allows custom events to be programmed upon input pin voltage
change. It contains 4 available inputs for custom commands. Please contact technical
support for advanced usage in programming the parallel port.
GPIO Pinout
PIN
Designation
Function
1
NC
No Connect
2
D3
reserved for future functionality
3
D2
reserved for future functionality
4
D1
reserved for future functionality
5
D0
reserved for future functionality
6
NC
No Connect
7
5VDC
+5V DC
8
GND
ground
9
TTL Tally
reserved for future functionality
Parport Pinout
PIN
Designation
Function
1
NC
No Connect
2
D3
Data bit 3 (input)
3
D2
Data bit 2 (input)
4
D1
Data bit 1 (input)
5
D0
Data bit 0 (input)
6
NC
No Connect
7
5VDC
+5V DC
8
GND
ground
9
NC
No Connect
11

Front Panel Operation
The front panel LCD and keypad can be used to configure and monitor your device.
12

Front Panel LED Indicators
Transport
Indicator
Function
Decode
Off - Decoder is idle.
On - Decoder is active.
ASI / IP /RF
Off - No services detected on the input.
On - Services detected on the input.
Lock 1 / Lock 2
Off - Tuner is not locked
On - Tuner is locked
IP Out
Off - IP Egress is idle.
On - IP Egress is active.
Bars
Off - All B/T/ID options are disabled.
On - B/T/ID options are enabled.
Audio Decode
Indicator
Function
A1 through A8
Off - Audio engine is not active.
On - Audio engine is actively decoding or performing passthru.
Blinking - Audio engine is in a failure mode (no passthru or audio
decoding)
System
Indicator
Function
Alarm
Off - No system alarms.
On - System alarm.
(NTP or FAN alarm)
BISS
Off - Decryption configuration is turned OFF
On - Decryption configuration is set to BISS1 or BISSE
Link
Off - Network communication link not detected
On - Network communication link detected
Busy
Off - No network activity
On - Network traffic present
13

Front Panel LCD
1) Feedback State: There are several quick view menu screens available when in regular
feedback state. You can view any of these quick view status screens by using the up and
down arrow buttons.
14

2) Disabled Product State: When the product is in a disabled state, the LCD will relay the
following information. To reapply network configurations simply press the Down arrow when
in this state to navigate through the network menu.
Front Panel Button Controls
Using the Mode, Select, Enter, Escape, and directional buttons, the user can control the unit
via the front panel.
Control
Function
Mode button
Mode will cycle through top level menus.
Select
Select will enter into menus or edit mode.
Enter
Enter submits any edited configurations.
15

Escape
Escape returns to the previous menu layer.
Cursor Arrows
Arrows will navigate within menus or edit configurations. <left>
and <right> navigate top level or parallel menus. <up> and
<down> navigate submenus. While editing a configuration <up>
and <down> also moves through highlighted selections.
Programming
Keypad
For value entry. F1 functions as a “+” or “-” operator. F2
functions as a “.” decimal or period.
Front Panel Reset
Should you need to reset your device, you can do so via the front panel by pressing the
MODE, ESCAPE and RIGHT ARROW keys simultaneously. Release all three buttons
simultaneously.
16

Front Panel Menus
Services Menu
Item
Function
Options
List of Services
Allows selection of a service from a list
of services per input.
ALL ASI RF1 RF2 IP
Decode First Found
Allows you to configure the RD-71 to
decode the first valid program found on
any input.
ASI RF1 RF2 IP
17

RF Rx Menu (LB Option)
Item
Function
Options
Tuner State
Enables or Disables RF input.
note: When RF1 and RF2 are both enabled,
maximum tuner performance is affected. Please
view table in Appendix A for symbol rate and
modcod resource limitations.
DISABLED
ENABLED
Downlink
Allows the operator to enter the satellite
downlink frequency. The value for the Downlink
frequency is used with the Local Oscillator
frequency to calculate the L-Band frequency.
The Downlink and Local Oscillator frequencies
can be used to determine if spectrum inversion
occurs using the following rules. If the Downlink
frequency is less than the Local Oscillator
frequency, then spectrum inversion does occur.
If the Downlink frequency is greater than the
Local Oscillator frequency, then spectrum
inversion does not occur.
Range dependent upon LO
configuration
Local
Oscillator
The Local Oscillator (L.O.) control specifies the
frequency of the LNB local oscillator. The
standard L.O. frequencies for “C” and “Ku” bands
are 5150MHz and 10750MHz respectfully
although, some other variants are included. If
the desired L.O. frequency is not listed, select
either C: Manual or Ku: Manual and enter the
L.O. frequency in the Manual L.O. field.
C: 5150
KU: 11300
KU: 10750
KU: 10600
KU: 10000
KU: 9750
KU: 9600
C: MANUAL
KU: MANUAL
Manual LO
Allows manual entry of the LNB Local Oscillator
frequency provided that either C: Manual or Ku:
Manual is selected from the Local Oscillator
pulldown menu.
L-Band
Allows the operator to enter the L-Band
frequency within the range from 950MHz to
2.15GHz. The value entered in this field is used
with the Local Oscillator frequency to calculate
the Downlink frequency using the following
rules. If Downlink < Local Oscillator, then
Downlink - Local Oscillator = │L-Band│. If
Downlink > Local Oscillator, then Downlink -
Local Oscillator = L-Band
950MHz - 2150MHz
Acquisition
Range
Acquisition Range is defined as the range of
frequencies that the tuner will scan in order to
achieve carrier synchronization. Allows the
operator to select the range of frequencies that
the RF tuner will sweep through to acquire the
carrier. e.g. If the desired carrier is at 1.080GHz
and the Acquisition Range is set to 5MHz, the RF
tuner will sweep through 1.080GHz ± 2.5MHz to
acquire the carrier.
0 - 5MHz
18

S2X Rolloff
S2X Rolloff will allow the tuner to operate in an
optimized mode for roll-offs of 15% or less.
When disabled, it will operate in standard 20% -
35% as defined by the incoming S2 BBHeader.
Due to modulation manufacturers providing
backwards compatibility during S2 to S2X
migration, this must be manually configured for
the best 5%, 10% and 15% roll-off
performance.
DISABLED
ENABLED
LNB Polarity
This control is primarily used in “Universal” LNB
applications. The LNB Polarity control allows for
LNB polarization selection; the 13VDC source will
select the Vertical polarity and the 18VDC source
will select the horizontal polarity. For typical “C”
and “Ku” band applications, the 18 VDC option is
recommended.
OFF
H(18V)
V(13V)
LNB Tone
This control is used only for Universal LNB
applications. A universal LNB can route the high
or low band from either polarity to the IRD. The
high band is selected by enabling the 22 kHz
tone and the low band is selected when the 0 Hz
tone is enabled.
0KHz
22KHz
Modulation
Type
Allows the selection of the mod type.
AUTO
DVBS
DVBS-2
Symbol
Rate
The number of symbols transmitted per second.
The amount of data per symbol is dependant
upon the modulation type, e.g. QPSK, 8PSK, etc.
Set this field to 0 for automatic Symbol Rate.
0 = AUTO
maximum value is determined by
feature key.
ISI
ISI (input stream identifier) is required for
multistream applications. If a multistream RF
source is detected, BBHeaders containing this
value will be demodulated and output to the
receiver. This value has no effect during single
stream applications.
0 - 255
RF Stats
Menu
RF Stats
General RF Lock Status is provided via the RF
quickview menu, but a detailed list of further
information can be found in this menu.
19

RF Rx Menu (PRX Option)
Item
Function
Options
Tuner Input
Selects RF Input as the acquisition source.
RF1
RF2
RF3
RF4
Local
Oscillator
The Local Oscillator (L.O.) control specifies the
frequency of the LNB local oscillator. The
standard L.O. frequencies for “C” and “Ku” bands
are 5150MHz and 10750MHz respectfully
although, some other variants are included. If
the desired L.O. frequency is not listed, select
either C: Manual or Ku: Manual and enter the
L.O. frequency in the Manual L.O. field.
C: 5150
KU: 11300
KU: 10750
KU: 10600
KU: 10000
KU: 9750
KU: 9600
C: MANUAL
KU: MANUAL
Manual LO
Allows manual entry of the LNB Local Oscillator
frequency provided that either C: Manual or Ku:
Manual is selected from the Local Oscillator
pulldown menu.
Downlink
Allows the operator to enter the satellite
downlink frequency. The value for the Downlink
frequency is used with the Local Oscillator
frequency to calculate the L-Band frequency.
The Downlink and Local Oscillator frequencies
can be used to determine if spectrum inversion
occurs using the following rules. If the Downlink
frequency is less than the Local Oscillator
frequency, then spectrum inversion does occur.
If the Downlink frequency is greater than the
Local Oscillator frequency, then spectrum
inversion does not occur.
Range dependent upon LO
configuration
L-Band
Allows the operator to enter the L-Band
frequency within the range from 950MHz to
2.15GHz. The value entered in this field is used
with the Local Oscillator frequency to calculate
the Downlink frequency using the following
rules. If Downlink < Local Oscillator, then
Downlink - Local Oscillator = │L-Band│. If
Downlink > Local Oscillator, then Downlink -
Local Oscillator = L-Band
950MHz - 2150MHz
Modulation
Type
Selects the modulation mode being used.
‘DVB-S2/DVB-S2X’ locks to all S2/S2X modcods,
but requires an S2X key to be selectable.
DVB-S
DVB-S2
DVB-S2/DVB-S2X
Modulation
Mode
Selects the modulation mode being used when in
DVB-S.
Note: When in DVB-S2 or DVB-S2/DVB-S2X
mode, AUTO is the only valid selection. AUTO is
not valid for DVB-S at this time.
AUTO
QPSK_1/2
QPSK_2/3
QPSK_3/4
QPSK_5/6
QPSK_6/7
QPSK_7/8
20