Orban opticodec 7200, opticodec 7400 Handbook
OPTICODEC
Handbuch
7200 / 7400 / PC Remote
OPTICODEC
Manual
7200/7400
Software V4.25/2007
PC REMOTE
Software V1.24/2007
4 E OPTICODEC
The Codec Technology 7
OPTICODEC 7200 and 7400
Certification / Labelling 8
Description, Introduction and Installation 9
OC 7200 Front Panel / Keypad
Explanation of Keypad Symbols 10
OC 7200 and 7400 Rear Panel
Basic Connections
Audio Input, symmetrical
Audio Output, symmetrical
Digital In-/Output
(AES/EBU standard) 11
Digital In-/Output
(S/PDIF standard)
External Synchronisation
Serial, Synchronous Interface (X.21) 12
RS232/RS422, Serial, Asynchronous
Interface (Remote) 13
Alarm/Control Interface 14/15
RS232/RS422, Serial, Asynchronous
Interface (Ancillary) 16
Standardized Connector
to Ethernet
Standardized Connectors
to ISDN Network
U Connector
Power Supply 17
OPTICODEC PC Remote
Introduction
Connection to PC 18
Software Installation
Download of OC Remote Software
Program Configuration 19
Release of Additional Features 20
Software Info and Update 20/21
Table of Contents
Update Process Interrupted
DSP Software
System Software
Hardware Configuration
Boot Software 22
Jumper Settings
Important Jumpers on the Main Board
Input Impendance
Switch over RS232/RS422 23
Data Input
Enter New Recipient 24
ISDN Connection
Edit Recipient 25
Audio Data Encoder
Algorithm, ISDN Sync, Bitrate
Samplingrate, Audio Mode
Audio Input, Userdata 26/27
G.722 with H.211 or SRT Sync
X.21 Mode, Codec Loop 28
Ethernet Connection
IP Connection
Point-to-Point, Transmit, Receive 29
Broadcast, Multicast,
Applications:
LAN, WAN,
Broadcast, Multicast 30/31
Tip
Saving Units ISDN/IP Directory
to your PC Harddisk
Edit Saved Directory 32
Loading ISDN/IP Directory to
a Unit 33
System Setup
Configuration of the connected
OPTICODEC in System Setup
TCP/IP Basics
Local IP Address
Subnet Mask
Default Gateway 34
OPTICODEC E 5
Loading System Setup
to a Unit
Default Configuration 48
Connect
Establishing a Con. w ISDN/IP Dir. 49
Establishing Connnection
Establishing a Con. w. DD Buttons 50
Automatic Connection Start
Coonection Monitoring 51
Currency Icon
Sync Icon
Ajust Audio Parameters
Adjust Audio Levels 52
Establishing a Con. w. mit X.21
Establishing a Con. w. Codec Loop
Call Acceptance with ISDN Sync AUTO
Establishing a Con. w. ISDN Sync AUTO
Terminating a Connection 53
OPTICODEC 7400
Front Panel / Keypad
Explanation of Keypad Symbols
Graphical Display Module 54/55
Data Input
Enter New Recipient
Connection Mode 56
ISDN Connection
ISDN Numbers
ISDN Sync 57
Audio Data Encoder
Shortname
Store & Exit 58
IP Connection
Point-to-Point, Transmit, Receive
IP Address 59
Broadcast
Multicast
Audio Data Encoder, Shortname
Store & Exit 60
Table of Contents
Dialing
TCP/IP Audio
Buffer Management 35
Quality of Service
Type, TOS,
Precedence and TOS Values
DiffServ, DiffServ Codepoints 36/37
Audio Data Encoder 37
Audio Port (TCP)
TCP/IP Remote Control
Name, Port 38
Autodetect
Accept Configuration 39
Dialing: Dial. Attempts, Dial. Delay
Redialing Attempts
PBX Prefix
Min. length for PBX Prefix 40
ISDN Configuration
ISDN Protocol
Accept Telephone Calls
Accept MPEG/G.722 Calls
MSN Check 41
ISDN Interface
Number Prefix for incoming calls 42
Local Numbers
SPID Numbers 43
I/O Levels
Misc
Alarm Signals 44
Level Range, Headroom
External Sync Input
Backlight
Automatic Connection Start 45
Backup Settings
X.21 Clock Monitoring 46/47
Saving Units System Setup to
your PC Harddisk 48
6 E OPTICODEC
System Setup
Accept Configuration
Algorithm, ISDN Sync 61
Samplingrate
Audio Mode
Audio Input
Userdata 62
ISDN Configuration
ISDN Protocol
ISDN Interface
Local Numbers 63
SPID Numbers
Dialing: Dial. Attempts, Dial. Delay
Redialing Attempts
PBX Prefix
Min. length for PBX Prefix 64
Incoming Calls
Accept Telephone Calls
Accept MPEG/G.722 Calls
Test Called Number
ISDN Interface
Number Prefix for incoming calls 65
TCP/IP Configuration
Local IP Address 66
Subnet Mask 67
Default Getaway
Remote Control
Name 68
Port
Auto Detect
Audio Transmission
Buffer Management 69
Port
Accept Configuration
Audio Data Decoder
Dialing
Quality of Service 70
TOS, Precedence and TOS Values
DiffServ, DiffServ Codepoints 71
Audio Level
Level Range
Headroom
Adjust I/O Levels 72
Interfaces
External Sync Input
Alarm Signals 73
Backup Settings
Applications 73/75
Automatic Connection Start 75
X.21 Clock Monitoring 76
Backlight
Base Configuration
Reset Configuration
Delete Database 77
Connect
Explanation of the Display Lettering
Establishing a Con, w. ISDN/IP Dir.
ISDN Connection Establishment 78
Ethernet Connection Establishment
Establishing a Con, w. Quick Dial 78
Establishing a Con, w. DD Buttons
Connection Monitoring
Currency Icon 80
Sync Icon
Establishing a Con. w. mit X.21
Establishing a Con. w. Codec Loop
Connect Menu
Terminating a Connection 81
Status Messages
Number Codes in Standby Mode 82
ISDN Error Codes 83/84/85
Brief Lexicon
Ethernet Error Codes 86
Technical Specifications 87
Delivery Scope 88
Table of Contents
OPTICODEC E 7
The Codec Technology
The "ISO-MPEG Audio Layer 2 and Layer 3“ compression
procedures developed by the Fraunhofer Institute and the
Institut für Rundfunktechnik allow audio signals (even large
amounts of data) to be reduced in real time and transferred
without any subjective loss of quality. The digitised signals
received in this form are compressed (encoded) to save
on transmission bandwidth, time and cost.
CODEC is a word coined from the verbs "enCOde“ and
"DECode“ and stands for a new data transfer technology
via ISDN or satellite.
The principle of codec technology for audio data reduction
is based on the frequency-dependent sensitivity of the human ear. According to its objective auditory properties and
subjective hearing habits, the ear ignores certain sounds
and concentrates on the most essential ones: the message.
This contrasts with purely electronic techniques which hear
everything, even the non-essential noise.
The codec technology takes advantage of the difference
between the ear and electronic measuring device when
transferring data. By masking all meaningless noise, even
the minutest, a reduction ratio is achieved, which is necessary to transport large amounts of data in real time via
ISDN, for example. The data is instantly decompressed and
subjected to A/B comparison and then the ear at the other
end of the line hears only what it is intended to hear –
no more and no less.
Some typical examples of data reduction rates achieved
with ISO-MPEG1 can be seen in the following table:
Algorithm Bitrate
(kbps)
Audio
mode
Reductions
ratio
in Layer 1 384 Stereo 1:4
in Layer 2 192...256 Stereo 1:6...1:8
in Layer 3 112...128 Stereo 1:10...1:12
8 E OPTICODEC
The OPTICODEC units hereafter complies to the following
regulations and standards:
EN 60950/VDE 0805/IEC 950: Protection Class 1.
VBG4, Part 5 paragraph 4: Regulations for the prevention
of accidents “Electrical Systems and Materials”.
EC directives: EMV 89/336/EWG and “low voltage regulation” 73/23/EWG.
FCC Rules, Part 68 Subpart D:
FCC/Part 68 registration number US: OBDYNAN42059.
Industry Canada registration number IC: 4265A-001.
EMC directives:
DIN EN 55103-1 (June 97) - interference radiation, ambiance
E1 and DIN EN 55103-2 (June 97) - resistance to jamming,
ambiance E5, intensity degree 4 (ITU/R recommendation
500-4).
EN 50419:2005 Marking of Electrical and Electronic Equipment accordance with Directive 2002/ 96/EC (WEEE).
For recycling the OPTICODEC please refer to your responsible OPTICODEC distributor.
According to the requirements of the EMC directive, the
regulations for electromagnetic compatibility, it is necessary
that the following measures are observed when using/manufacturing the connection cables:
For all connections shielded cables should be used
(with respect to the audio cables the well-known EMT
211 has proven its worth).
The shields should be soldered to the GND connections
and additionally to the connector shell directly.
For 3-pole audio sockets/plugs (type XLR) the respective
counter sockets /plugs manufactured by NEUTRIK should
be used.
Pin 4 (housing) is to be connected to pin 1 ground.
OPTICODEC 7200 and 7400
Certification / Labelling
Note on
EMC Measures
OPTICODEC E 9
The OPTICODEC 7200 and 7400 are fully duplex audio
codecs with ISDN and X.21 interfaces as a standard. The
OPTICODEC 7400 is also equipped with an Ethernet
100Base-Tx interface for the remote control and distribution
of audio data over networks such as Intranet, ATM etc.
TCP for Point-to-Point connections, UDP for Broadcast and
Multicast modes.
Correct operation of the OPTICODEC is only guaranteed
when using the delivered RJ45 Typ CAT5 cables.
Correct operation of the OPTICODEC is only ensured when
the unit is connected to an approved Telecom access. When
operating the unit on other telephone networks (private
exchange), several adjustments are necessary. Please see
chapter ‘System Setup’. Adaptation to certain networks other
than herewith specified can not be guaranteed.
The units are designed for installation into 19” racks. Installation with additional mounting rails is recommended
because of the depth of the units. The OPTICODECs do not
have internal fans and do not necessarily require additional
ventilators even when built into racks. A minimum distance
does not have to be kept within installed units.
This manual is for the use of OPTICODEC owners and their
staff only. The information in the manual, including all texts
and drawings, is to be treated as confidential and may
not be passed on to third parties, reproduced, translated
or multiplied in any form whatsoever. Hereby the right to
register utility models or patent applications is reserved
explicitly. In the case of violation or non-compliance resulting in consequential losses, ORBAN Europe GmbH may be
entitled to claim damages according to the German BGB,
HGB as well as Competition Law and Patents Act.
In this manual the simplified denotation ‘OPTICODEC‘
refers to both units.
Description
Ethernet/ISDN Cabling
ISDN Connection
Installation
Please note
Comments
OPTICODEC 7200 and 7400
Description, Introduction and Installation
10 E OPTICODEC
Explanation of
Keypad Symbols
SYNC OK
MODUS
STATUS
CLOCK ERROR
CON
OK
REJ
HANG UP
STANDBY
OPTICODEC 7200
Front Panel / Keypad
Display of the decoder sync flag. If this LED lightens, the
decoder receives correct data from the partner unit.
X.21 Shows an X.21 connection.
ISDN Shows an ISDN connection.
For ‘codec loop’ none of the above displays are active.
Only for an X.21 connection. Shows that there is either no
clock at the X.21 connection or a clock with the wrong
frequency.
Only for ISDN connections. Shows that at least one B-channel is connected to the partner unit.
For X.21: connection established.
For ISDN: ISDN connection synchronized.
The connection is fully established as soon as the Sync
‘OK’ LED lightens additionally.
Only for ISDN: connection could not be established.
By pressing this key a connection can be disconnected. It
has no function, if no connection had been established. If
the key is pressed for the first time, the STANDBY LED
flashes. The ‘Hang Up’ key has to be pressed again within
10 seconds to disconnect the line.
Shows that the unit can be called or can establish a connection itself.
OPTICODEC E 11
OPTICODEC 7200 and 7400
Rear Panel / Basic Connections
1 2
3
Level: -4 dBu to.+21 dBu adjustable via
‘System Setup’
(+12 dBu preset)
Input Imped.: 10 kOhm (switchable over to 600 Ohm,
jumper JP 800/801
Connector: XLR jack (female)
Pin 1 2 3
Assignment GND IN (+) IN (-)
Level: -4 dBu to.+21 dBu adjustable via
‘System Setup’
(+12 dBu preset)
Output Imped.: < 50 Ohm
Connector: XLR jack (male)
Pin
1 2 3
Assignment GND OUT (+) OUT (-)
Level: according to IEC 958, prof. format
Connector: XLR jack (female/male)
Pin
1 2 3
Assignment GND IN/OUT (a) IN/OUT (b)
(1) Audio input,
symmetrical
(2) Audio output,
symmetrical
(3) Digital input/output
(AES/EBU standard)
12 E OPTICODEC
OPTICODEC 7200 and 7400
Rear Panel / Basic Connections
54
Connector: RCA (female/female)
Pin Center Pin Ring
Assignment IN GND
adjustable via ‘System Setup’
Connector: BNC jack (male/male)
Signal level: TTL
Pin Center Pin Ring
Assignment IN GND
for the transmission of coded audio data to an external
data transmission unit, e.g. terminal adapter or satellite
MODEM.
Transmission Rate: 8 to 384 kbps
Connector: 15-pole Sub-D
Pin 1 2 3 4 5
Assignment NC Tx
(a)
CTR
(a)
Rx
(a)
IND
(a)
Function*
O O I I
Pin 6 7 8 9 10
Assignment CLK
(a)
NC GND Tx
(b)
CTR
(b)
Function*
I O O
(4) Digital Input/Output
(S/PDlF standard)
(5) External
synchronisation
(6) Serial Synchronous
Connection
(X.21)
6 7 8
OPTICODEC E 13
OPTICODEC 7200 and 7400
Rear Panel / Basic Connections
Pin 11 12 13 14 15
Assignment Rx IND
(b)
CLK
(b)
NC NC
Function*
I I I
* related to OPTICODEC O=output I=input
to control the OPTICODEC using an external PC
(pls. see also chapter ‘PC Connection’, page 18).
Switch over from RS232 to RS422: Jumper J3 to 1+2
(pls. see also chapter ‘Jumper Settings’, page 23).
Format RS232/RS422: 9600 baud
8 data bits
1 stop bit
no parity
Connector: 9-pin Sub-D
* related to OPTICODEC
=not to be used! =assigned O=Output I=Input
For RS232 internal signals are assigned to pins 2, 3 and
5, for RS422 to pins 1, 4, 5, 6 and 9!
A fully assigned 1:1 cable to the PC might result in the
damage of the PC and/or OPTICODEC!
Please use only cables as described above.
(7) RS232/RS422
Serial Asynchronous
Interface
(Remote)
Warning
Pin 1 2 3 4 5
Assignment Tx+ RC_Tx RC_Rx Rx- GND
RS232
RS422
Function* O O I I
Pin 6 7 8 9
Assignment Tx- NC NC Rx+
RS232
RS422
Function* O I O I
14 E OPTICODEC
OPTICODEC 7200 and 7400
Rear Panel / Basic Connections
(8) Alarm/Control
Interface
*
**
***
****
The switching commands of the OPTICODEC input are
transmitted and made available as open collector signals
at the partner unit. The inputs and outputs (same as GND
connections 13, 25) are electrically isolated via an optoelectronic coupler.
Connector: 25-pin Sub-D
related to OPTICODEC
common earth for all inputs
pls. see 'Alarm Signals' (pages 44 and 73)
common earth for all outputs
Pin 21 22 23 24 25
Assignment OUT4 OUT3 OUT2 OUT1 O.GND
Function* Rew Stop Record Play ****
Pin 1 2 3 4 5
Assignment NC NC NC IN8 GND
Function* Red-Light
IN
Pin 6 7 8 9 10
Assignment IN7 IN6 IN5 IN4 IN3
Function* Reset (Index) FF Rew Stop
Pin 11 12 13 14 15
Assignment IN2 IN1 IN GND NC NC
Function* Record Play **
Pin 16 17 18 19 20
Assignment VCC OUT8 OUT7 OUT6 OUT5
Function* +5V Red-Light Reset (Index) FF
System Setup*** DIS CON
OPTICODEC E 15
OPTICODEC 7200 and 7400
Rear Panel / Basic Connections
Input Wiring
Output Wiring
internal
Please note
Warning
* for e. g.: Farnell Electronic
Components GmbH,
D-82041 Deisenhofen
Fax: +49 / 89 613 5901
www.farnell.com
Imax.: 10 mA
internal external
Imax.: 10 mA
Umax.: 25 V or
extrenal external
The recommended functions of the inputs and outputs
correspond to the way these are assigned by OPTICODEC
users. These assignments should be taken over to avoid any
problems in remote controlling externally connected units
during transmissions between different OPTICODEC units.
When manufacturing a connection cable for the interfaces
Alarm Control Interface and Ancillary, the respective connector shells (width: 15 mm) have to be used:
Type/Pole Sub-D Shell Order No*
9-pole DTZK-9-K 463-012
25-pole DTZK-25-K 463-036
16 E OPTICODEC
OPTICODEC 7200 and 7400
Rear Panel / Basic Connections
(9) RS232/RS422
Serial Asynchronous
Interface
Note
Warning
9 10 11 12 13
Data rate: 8 16 24 32 48 56 64 128
(kbps)
Layer 2: 0 1200 1200 2400 2400 2400 4800 4800
(baud)
Layer 3: 0 1200 1200 2400 2400 4800 4800 9600
(baud)
Pin 1 2 3 4 5
Assignment NC R_Tx R_Rx NC GND
Function* O I
Pin 6 7 8 9
Assignment NC RTS CTS NC
Function*
to transmit user data via OPTICODEC.
Format: 0 ... 9600 baud (pls. see table)
8 data bits
1 stop bit
no parity
Table of implemented ancillary data starting from software
V4.10
If the software version of one or both of the OPTICODECs
is V4.10, then a baud of 1200 is always utilised.
If the software version of both units V4.10, the
OPTICODECs are automatically set to the lowest default
ancillary data rate.
Connector: 9-pin Sub-D
Internal signals are assigned to pins 7 and 8.
These pins should not be connected!
OPTICODEC E 17
Transmission Rate: 10 Mbit/s
Connector: RJ45
Transmission Rate: 2 x B + D channel per S
0
Connector: RJ45 for S0 connections
and RJ11 for U connection
(USA and Canada networks only)
7400
7200 (optionally)
The ISDN interfaces have to be used in incremental
sequence.
100-240 V AC, 50-60 Hz, 0.375-0.20 A, max. 25 VA
The OPTICODEC has a switching power supply unit.
Therefore a voltage selector switch is not necessary.
Power Supply Fuse: 3.15 A in power supply
Type Schurter MXT 315.
3pole socket
OPTICODEC 7200 and 7400
Rear Panel / Basic Connections
Pin 1 2 3 6
Assignment TD+ TD- RD+ RD-
Pin 3 4 5 6
Assignment T+ R+ R- T-
Pin 1 2 3 4 5 6
Assignment U U
Pin 1... 3 4 5 6... 8
Assignment U U
(10) Standardized
Connector
to Ethernet
(11) Standardized
Connectors
to ISDN Network
(12) U Connector
Note
(13) Power Supply
Connection
/04)#/$%#0#2EMOTE
)NTRODUCTION
Description
Note
Information
The OC PC Remote software is a 32-bit version for Microsoft
Windows 98/2k/ME/XP for the remote control of the OPTICODEC over the RS232 interface using a PC. It covers the
same adjustment parameters as the OPTICODEC itself.
To avoid any misunderstanding, the ‘OPTICODEC PC
Remote’ is referred to on the following pages as ‘OC Remote’
or ‘OC Remote software’.
The licensee may not copy the software or the included
original documentation or own any such copies. Furthermore, the licensee may not change, adapt, translate, duplicate,
loan, lease or in any other form supply the availability of
the software or service instructions as a whole or any part
thereof. It is strictly forbidden to reengineer or disassemble
the software, or in any other way and means attempt to trace
the source code. Due to the further development for product
improvement of the present series units and alterations of
certain industrial parts, it cannot be avoided that some parts
might not be fully compatible. Different component modifications can lead to different configuration options. Deviating
program sections in the software are therefore possible.
All technical information may be subject to change without
notice.
Connection
to PC
% /04)#/$%#
The connection between the PC and your OPTICODEC
occurs via a serial 9-pole or a 25-pole cable (KB003 male/
female).
Connected to PC Connected to OPTICODEC
System requirements: Microsoft Windows
98/2k/ME/XP and a free PC serial interface.
OPTICODEC E 19
OPTICODEC PC Remote
Software Installation
Start the setup program of the current application from the
Internet or from the delivered data medium with a doubleclick on the setup icon. Follow the installation instructions
on the PC screen.
With double click on the icon you start the application.
After a short initializing sequence the basic configuration
menu of the connected OPTICODEC appears.
A mouse click on the 'Program' menu opens a pulldown
menu.
This configuration is only necessary if ‘TIMEOUT!’ is
displayed and not ‘STANDBY’. With the menu item ‘Program
Configuration’ you can adapt the PC serial interface and
adjust the display colors.
A safety quer y to appear before a connection is
disconnected can be set up by activating the ‘Confirm
disconnect’ check box.
Via 'Default Input' you can select the audio input by using of
the Direct Dial Buttons. You can choose between: Analog,
AES/EBU and S/PDIF.
Confirm yor settings with ‘OK’.
Download of the
OC Remote Software
Program Configuration
/04)#/$%#0#2EMOTE
3OFTWARE)NFO
Release of
Additional Features
About OC Remote
Info
The menu item 'Enter key codes' is used for release of
additional features (e.g. the 4SB ADPCM algorithm). The
release is dependent on the unit model and its serial number. Each unit receives a unique key code. This function
is only active in the standby mode.
A window is displayed over the next menu item called
“About OC Remote” where you will find information on the
version number, creation date and manufacturer of the
OPTICODEC PC Remote software.
This function is found on the 'Unit/Info' pulldown menu
and serves to display the latest software versions of the
connected OPTICODEC unit.
All software parts with their corresponding versions are displayed.
You can also interrogate the serial
number of your OPTICODEC.
% /04)#/$%#
OPTICODEC E 21
OPTICODEC PC Remote
Software Update
This function is found on the 'Unit/SoftwareUpdate' pulldown menu.
If necessary, please store the device-specific *.BIN file on
your local hard drive under Program Files/Orban/OpticodecRemote/Updates. The program automatically recognizes
the connected OPTICODEC and which software parts are
to be updated.
A dialogbox accompanies you throughout the update and
informs you about the current process.
The OPTICODEC 7400 shows the update process in the
display.
Do not switch off your PC or OPTICODEC during the
update process.
Damaged or incompletely loaded software always causes
an error message. After a failed update, you may repeat
the update process.
Software Update
Warning
22 E OPTICODEC
OPTICODEC
Software Update
If the software update was interrupted, for e.g. due to a user
or computer error, please observe the following:
Switch the unit OFF and ON again. In most cases the unit
displays an error message about that part of the software
which had not been loaded completely and a reload is
requested.
In case of the DSP software an error message might not be
displayed after switching the unit on and the main menu
is displayed as normal. The error message is only shown
once another algorithm has been selected, e.g. G.711.
If the system software is damaged or not completely loaded,
an error message is always displayed.
An interruption during the update of the hardware configuration might have the effect that the unit cannot be started
again, the display is blank. In this case the unit has to be
opened and a jumper has to be set.
Connect the pins 11 and 12 on JP4 with a jumper. When
the unit is switched on again, a boot menu is shown. In
this setting each file can be reloaded using the external
update software.
Warning
The jumper has to be removed after the update!
The update of the boot software is realized in two phases.
In the first phase the software is downloaded from the PC to
the unit. If the update is interrupted during the first phase,
the unit only has to be started again.
The software is programmed into the unit during the second phase. This takes about 5 seconds. This process can
only be interrupted by switching the unit off or by a power
supply failure. After this interruption the unit cannot be
started again, not even by the above described emergency
start. It can only be reloaded by ORBAN Europe GmbH in
Ludwigsburg/Germany.
OPTICODEC
Update Interrupted
DSP Software
System Software
Hardware Configuration
Boot Software
OPTICODEC E 23
OPTICODEC
Jumper Settings
Important
Jumper Settings
on the Main Board
Input Impedance
Switch over
RS232/RS422
Attention
Unplug power supply cable before opening the unit!
Switching over the input impedance ANALOG INPUT
(pls. see page 11)
Jumper JP 201/202 1 + 2 set: 600 Ohms
2 + 3 set: 10 kOhms
Switching over from RS232 to RS422
(pls. see page 13)
Jumper JP3 1 + 2 set: REMOTE port operates
in RS422
1 - 2 open: REMOTE port operates
in RS232
/04)#/$%#0#2EMOTE
$ATA)NPUT
Data Input
In standby mode select ‘Data Input’ from the main menu
or alternatively the 'Data/Edit local directory' pulldown
menu..
The telephone directory appears (ISDN/IP Directory).
The window and columns widths are variable and can be
modified with the mouse.
Creating a
New Recipient
% /04)#/$%#
Open the input mask by clicking onto the function ‘New’.
Here you have the choice between ISDN or Ethernet.
OPTICODEC E 25
OPTICODEC PC Remote
Data Input
Depending on the number of installed ISDN modules, the
writeable input fields are represented white. Two B-channels are available for each ISDN module. Activate an input
using the mouse. The positioning marker of the cursor
blinks when the number can be entered. Move between
ISDN input fields using the tab key.
Once the ISDN numbers have been entered, you can assign
a name to the recipient (max. 49 characters).
The ISDN/IP address directories of the connected ORBAN
OPTICODEC 7600, OC 7400, CTAXI or PAN-PRO can easily
be imported and exported via the 'Data' menu to your PC
for more efficient management.
Select the entry you want to process from the ISDN/IP directory using the 'Edit' key or with a mouse double-click.
To delete a recipient click with the left mouse button onto
the entry in the ISDN/IP directory you would like to delete
and press the 'Delete' key..
Deletion takes place after confirming with the ‘OK’ key.
Alterations of the default audio configuration can be made
by clicking onto the ‘Change’ key.
The configuration menu of the audio parameters which are
assigned to the current entry appears. By activating the
arrows (left-right) you can change the pre-settings.
ISDN Connection
Edit Recipient
/04)#/$%#0#2EMOTE
$ATA)NPUT
Algorithm
ISDN Sync
The 'Algorithm' menu item is used for presetting the desired
data reduction procedure on outgoing calls.
By pressing the arrow keys, you can select between Layer 2,
Layer 3, G.722, G.711 and 4SB ADPCM (optional).
The 'ISDN Sync' menu item is used to set the desired
synchronisation procedure of the partner codec.
The available sync modes for Layer 3 are:
AUTO – automatic codec detection
MusicTAXI (MusicTAXI sync for 1 to 6 B-channels)
NO SYNC for the use of 1 x B-channel
NO SYNC (INV) for the use of 1 x B-channel
ZEPHYR (Telos sync for 2 B-channels)
For Layer 2:
AUTO – automatic codec detection.
MusicTAXI (MusicTAXI sync for 1 to 6 B-channels)
NO SYNC for the use of 1 x B-channel
NO SYNC (INV) for the use of 1 x B-channel
PRIMA (CCS sync for 2 B-channels)
AETA (for 4SB ADPCM; optional)
The activation for AETA sync and 4SB ADPCM algorithm
(not included in the standard delivery) is performed as
described on the page 20.
Bitrate
% /04)#/$%#
According to the setting of the algorithm and the number
of outgoing B-channels, the transfer rate is set here: 64,
128, 192, 256, 320 or 384 kbps for layer 2 and 64, 128, 192,
256 and 320 kbps for Layer 3.
OPTICODEC E 27
OPTICODEC PC Remote
Data Input
The 'Samplingrate' menu item is used for setting the desired
sampling frequency on outgoing calls.
You can choose between: 16, 22.05, 24, 32, 44.1, 48 kHz,
AUTO (the sampling frequency of the addressing device
is used)
The 'Audio Mode' menu item is used for setting the desired
audio behaviour on outgoing calls.
Mono mono signal. The left input is used..
Dual Mono two different signals which do not jam each
other, e.g. left channel: original soundtrack;
right channel: translation
Stereo as for Dual Mono, each channel is encoded
separately, but with the difference that a
channel is allocated excess bits if less or
no audio is transmitted on the other channel
(i.e. bit distribution as needed).
Joint Stereo comparable with MS stereophony (middle/
side signal). Encodes the sum between left
and right and the difference between left
and right; these are encoded and transmitted
separately (subjectively better quality at low
data rates).
The 'Audio Input' menu item is used for setting the desired
audio input on outgoing calls. You can choose between:
Analog and AES/EBU and S/PDIF.
The menu item 'Userdata' is used for setting the desired
ancillary data on outgoing calls.
You can choose between:
OFF (no ancillary data is transferred)
1200, 2400, 4800 baud with Layer 2 and 3.
If the ancillary data is switched off (OFF), no remote effect
signals are transmitted either.
Between OPTICODECs, the smallest preset baud rate of
the ancillary data is used in the context of the device
handshake.
Samplingrate
Audio Mode
Audio Input
Userdata
Note
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