Related Manuals for EEG HD1430
Summary of Contents for EEG HD1430
- Page 1 EEG HD1430 HD Encoder Frame Card Product Manual EEG Enterprises, Inc. 586 Main Street Farmingdale, New York 11735 TEL: (516) 293-7472 FAX: (516) 293-7417 Copyright © EEG Enterprises, Inc. 2018 All rights reserved.
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Page 2: Table Of Contents
HD1430 HD Encoder Frame Card Contents 1 Introduction 1.1 Product Description ..... . . 2 Installation 2.1 BP121 Back Panel ...... - Page 3 HD1430 HD Encoder Frame Card Copyright 2018, EEG Enterprises, Inc. All rights reserved. The contents of this manual may not be transmitted or reproduced in any form without the written permission of EEG. The revision date for this manual is May 8, 2018.
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Page 4: Introduction
DashBoard software, which is available for Windows, Mac and Linux op- erating systems and streamlines setup of the HD1430. Like the 1RU HD492, the HD1430 streamlines and integrates the Line 21/HD-VANC encoding process into one powerful solution, supporting a wide variety of powerful ancillary data software on-board. Ideal appli-... -
Page 5: Installation
2 Installation 2.1 BP121 Back Panel There are two back panel configurations available for the HD1430. The BP121 rear panel is shown here, followed by a guide to the connectors it contains. Below the BP121 back panel is the second option, the BP111. - Page 6 Both serial ports can be used as inputs for configuration. 100-Base Ethernet port for connection to LAN. After configuring your HD1430’s net- work settings in DashBoard (see below), you can view the Web Configuration site for your card by navigating to its local IP ad-...
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Page 7: Bp111 Back Panel
HD1430 HD Encoder Frame Card 2.2 BP111 Back Panel The BP111 back panel provides additional I/O, as compared to the BP121, and takes up 4 card slots in the openGear®frame, instead of 2. - Page 8 100-Base Ethernet port for connection to LAN. Af- ter configuring your HD1430’s network settings in DashBoard (see below), you can view the Web Con- figuration site for your card by navigating to its lo- cal IP address in your web browser.
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Page 9: Hd1430 Operation
HD1430 HD Encoder Frame Card 3 HD1430 Operation 3.1 Front Panel The front of the HD1430 card is depicted in the following diagram: Power LED The power LED will be green when the card is receiving power from the frame. - Page 10 Setup menu on the right side. At the bottom of the interface, you will find the Upload button, which can be used to upgrade your HD1430’s software, and the Reboot button, which can be used to reboot your HD1430.
- Page 11 The setup section in the right half of the tool is broken up into multi- ple tabs: Networking, Encoding, SCTE-104, and TCP/IP . Note that the SCTE-104 tab will only be present if your HD1430 has been licensed to use that feature.
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Page 12: Networking
HD1430 HD Encoder Frame Card 3.2.1 Networking The Networking tab contains the IP address and subnet mask that the encoder will use when connected to a local network. IP Address Selects the network address that the unit will be assigned on your LAN. -
Page 13: Encoding
HD1430 HD Encoder Frame Card 3.2.2 Encoding Various aspects of the operation of your encoder can be configured here. Insertion Selects the operating mode of the en- coder and specifies whether data is be- ing inserted. Test Caption Mode Allows you to enable a stream of caption text on the 608 channel selected below. - Page 14 HD1430 HD Encoder Frame Card Force Upstream Regener- Manually returns the encoder to up- ation stream "Regeneration" mode. This com- mand can be used to resume passing of upstream caption data whenever it is being blocked by locally input caption data.
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Page 15: Scte-104
HD1430 HD Encoder Frame Card 3.2.3 SCTE-104 If your HD1430 is licensed to use SCTE-104 insertion application, the SCTE-104 tab will be visible and will contain controls and status infor- mation for that application. Date/Time of Last Trigger Displays the date and time of the last SCTE-104 insertion trigger received. - Page 16 HD1430 HD Encoder Frame Card VANC Insertion Line Determines which VANC line SCTE-104 packets will be inserted on. Allow LAN Connections If set to Yes, SCTE-104 insertion can be triggered via LAN connection on the port specified below. LAN Port If the Allow LAN Connections setting is turned on, this field determines the...
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Page 17: Tcp/Ip
HD1430 HD Encoder Frame Card 3.2.4 TCP/IP This tab allows you to configure an optional TCP/IP connection into your encoder, which provides an additional means of captioning, data entry, and monitoring via Smart Encoder commands. Connection Status When a connection into the specified TCP/IP port is active, this field will display... -
Page 18: Web Configuration
Advanced configuration of the HD1430 can be set through the RS-232 serial ports labeled P1 and P2. The settings for these ports default to 1200 baud, 7 data bits, odd parity, and one stop bit. The HD1430 uses the EEG Smart Encoder command set. Encoder commands are recog- nized by a leading control code of <CTRL+A>, also represented by the... -
Page 19: Local Entry Modes
HD1430 HD Encoder Frame Card To send the encoder commands through the serial input ports, connect a standard 9-pin straight cable between your PC’s serial port and one of the DB9 connectors marked P1 or P2. You can now send commands to the encoder, from your PC, using a communications application such as HyperTerminal, which is bundled with most versions of Windows. -
Page 20: Regeneration Mode
HD1430 HD Encoder Frame Card In HD captioning, Services are designated instead of Channels. Service 1 is assigned for primary language captioning, and Service 2 is assigned for secondary language captioning. When 608 data is up-converted to create 708 data, CC1 data is assigned to Service 1, and CC3 data is assigned to Service 2. - Page 21 The HD1430 Encoder will automatically create all necessary control and formatting codes. When RealTime mode is ended, the channel will re- turn to upstream Regeneration.
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Page 22: Xds Insertion
HD1430 HD Encoder Frame Card The input text may be formatted to fit on 32 character lines by sending a carriage return at word boundaries approaching the 32 character limit. If sufficient data to fill a line is not available within a reasonable amount of time, a carriage return should be sent to ensure timeliness for the queued data. - Page 23 HD1430 HD Encoder Frame Card automatically whenever the Encoder is operating. Packets are inserted into output video signals using EEG’s proprietary Stochastic Scheduling Algorithm. The Stochastic Scheduling Algorithm is a finely tuned solution to the Field 2 bandwidth limitations that cause difficulties in XDS packet transmission.
- Page 24 HD1430 HD Encoder Frame Card Load XDS Packet: <CTRL+A>P Packet Duration Content [Priority] <ENTER> Creates an XDS packet and loads it into the XDS queue. The Encoder will begin inserting the packet immediately. Packet Packet sets the XDS Class and Type of the packet that will be created.
- Page 25 HD1430 HD Encoder Frame Card Duration Duration sets the transmission duration of the newly created packet. When a packet’s duration period ex- pires, it will be deleted from the XDS queue. A dura- tion setting of -1 will cause the packet to be inserted until it is deleted by a future command.
- Page 26 HD1430 HD Encoder Frame Card inserted for the next thirty minutes. Refer to CEA-608B for a listing of hex codes for other possible program ratings. Load Default XDS Packet: <CTRL+A>P LPacket Duration Content [Holdoff] <ENTER> Loads an Upstream Priority XDS packet. This is called a "default" packet because it will be output only when no XDS packet of the specified Class...
- Page 27 HD1430 HD Encoder Frame Card Format and Ending describe the packet’s duration. A Format value of RE indicates an indefinite or integer duration, and a value of EL indi- cates an Elapsed Time duration. Ending displays the duration value. Priority displays the packet’s Priority rating. Packets with smaller nu-...
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Page 28: Additional Features
HD1430 HD Encoder Frame Card 4 Additional Features 4.1 Serial Port Configuration Change Baud Rate: Changes <CTRL+A>I P2 Baud Bits Parity <ENTER> the baud rate on P2, the AUX RS-232 input port. A change in communi- cation settings takes effect immediately; thus, after entering this com- mand, you must immediately begin communicating at the new settings you entered. - Page 29 HD1430 HD Encoder Frame Card not the Encoder is receiving an SD video signal. Report Switch Setting: <CTRL+A>S <ENTER> Returns the current setting of the ENCODER ON bypass switch. Monitor Line 21: <CTRL+A>5 [Channel] [I/O] <ENTER> End Monitoring: <CTRL+C> Monitors and displays the EIA–608B caption data encoded in the speci- fied channel.
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Page 30: A General-Purpose I/O
HD1430 HD Encoder Frame Card A General-Purpose I/O BP121 Back Panel Each of the 2 GPIO banks, Bank A and Bank B, has the following pinout: Bank A provides GPIO 1-4: GPIO Pins 4 (D) 7, 8 3 (C) 5, 6... - Page 31 HD1430 HD Encoder Frame Card BP111 Back Panel General-Purpose Inputs The 9-pin connector labeled GPI1-8 contains one pin for each of the 8 general-purpose inputs (GPIs), plus one ground pin: GPI H GPI G GPI F GPI E GPI D...
- Page 32 HD1430 HD Encoder Frame Card The first connector is labeled GPO1-4: Pins 7, 8 5, 6 3, 4 1, 2 The second connector is labeled GPO5-8: Pins 7, 8 5, 6 3, 4 1, 2 The two pins of a given GPO form a switch that is on when closed and off when open.
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Page 33: B Serial Port Connector
HD1430 HD Encoder Frame Card B Serial Port Connector The BP111 and BP121 rear modules both contain a single IDC-10 con- nector, providing the interface for RS-232 serial ports P1 and P2. The following image and table describe the pin mapping from the IDC-10... - Page 34 HD1430 HD Encoder Frame Card...
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Page 35: C Video/Connector Specifications
HD1430 HD Encoder Frame Card C Video/Connector Specifications SDI Video Inputs Number of Inputs Connector BNC per IEC 169–8 Format 2.97 Gb/s SMPTE 424M (3G), 1.485 Gb/s SMPTE 292M (HD), or SMPTE 259M 270 Mb/s (SD) Input Level / Impedance 800 mV p–p...