echolab switcher manual

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To download, simply RIGHT-CLICK, scroll to (In Firefox: Save Link As)(In Explorer: Save Target As) (In Safari: Download Linked File), and browse to the location where you want to save. Because the files are in PDF format, you will require the Adobe Reader to be able to view them. You can download it. HERE. It also includes specifications, contacts for service and support, and warranty information. This manual is designed for use as a technical specifications guide as well as a training guide to better understand the product. Includes Conductor. Atem User Manual It also includes specifications, contacts for service and support, and warranty information. Includes Conductor. It also includes specifications, contacts for service and support, and warranty information. This manual or the software described herein, in whole or in part, may not be reproduced, translated, or reduced to any machine-readable form without prior written approval from Echolab Inc. Echolab Inc. Provides no warranty with regards to this manual, the software or other information contained herein and hereby expressly disclaims any implied warranties of merchantability or fitness for any particular purpose with regard to this manual, the software or such other information. In no event shall Echolab Inc.Echolab Inc. reserves the right to make any modification to this manual or the information contained herein at any time without notice. The software described herein may also be governed by the terms of a separate user license agreement. Warranty Echolab, Inc.Other accessory products supplied by Echolab will be free from defects in materials and workmanship for a period of 1 year from the date of purchase. http://tavio.ru/files/ctk-540-manual.xml echolab switcher manual, echolab switcher manual, ecolab switcher manual user, ecolab switcher manual transmission, ecolab switcher manual download, ecolab switcher manual pdf. If a product proves to be defective during this warranty period, Echolab, INC.In order to obtain service under this warranty, you the Customer, must notify Echolab, INC.Echolab, INC. shall pay for the delivery of the replacement product to the Customer if the shipment is to a location within the country in which an Echolab, INC.The Customer shall be responsible for paying all shipping charges, insurance, duties, taxes, and any other charges for products returned to any other locations. Upon receipt of replacement product, the Customer shall be responsible for packaging and shipping the defective product to a designated service center nominated by Echolab, INC.Echolab, INC. shall not be obligated to perform service under this warranty a) to repair damage resulting from attempts by personnel other than Echolab, INC.To obtain return authorization, call Echolab Customer Support at or Once approved, Echolab will supply you with your Returned Authorization (RA) number. Echolab cannot be responsible for units returned without an RA number. Echolab will advise you of the shipping address. The packaging must indicate the RA number on the outside of the packing. A copy of the RA which states the serial number of the items you re returning must be included with the returned merchandise. This will speed up processing. Any units received without prior approval by Echolab will be returned to you freight collect. You shall be responsible for the cost of consolidated freight (one way only) for warranty units from your location to the location designated by Echolab. Ankit Patel Product Manager Echolab, Inc. 6 To disconnect the power, find the MAINS switch on lower right of the back side of the switcher chassis. Switch will connect or disconnect both ends of power. Caution - Do not expose to dripping or splashing. No objects filled with liquids, such as vases, may be placed on the apparatus. Must be connected to MAINS socket outlet with protective earthing connection. http://ivelinabozilova.com/userfiles/ctk-500-manual.xml This manual provides step-by-step instructions on the installation and operation of the Echolab switcher. This manual should address any questions you may have so please be sure to read through these instructions prior to calling technical support. Atem was designed to support the current 3Gbps HD standard, meaning operators can produce images in the highest resolution possible today or be ready for it tomorrow. A scaler on every input allows the Atem to accept a mix of standard definition and high definition signals. Standard definition signals are up converted to high definition and high definition signals are cross converted to match the switcher s operating format. Atem can input any analog, digital or computer signal. Digital signals can be SD-SDI or HD-SDI. A wide range of computer resolutions are also supported via HDMI. (HDMI not HDCP compliant) Internal frame synchronizers Internal Frame Synchronizers allow wild feeds to be connected directly to the switcher. These wild feeds are input sources that are not timed or genlocked. Depending on the environment, they can be from live remotes, satellite feeds, distant cameras, BluRay players, DVD players, Computer outputs or last minute additions. Frame Synchronizers allow you to lock these inputs to the switcher. Frame synchronizers are standard on EVERY input of the Atem system. 6 Native Outputs Atem has a total of 8 outputs, 6 in the switcher s operating format and 2 multiformat outputs. The native outputs include 2 HD-SDI program outputs, 1 HD-SDI preview output and 3 HD- SDI auxiliary output that is fully routable. 2 13 2 Multiformat outputs Atem has a total of 8 outputs, 6 in the switcher s operating format and 2 multiformat outputs. SuperSource Crosspoint Atem includes Echolab s unique and invaluable SuperSource with four picture-in-picture generators. The SuperSource includes four of its own keyers leaving upstream and downstream keyers available for adding lower thirds, tickers and other elements. https://formations.fondationmironroyer.com/en/node/11647 For certain applications these image buffers eliminates the need for a dedicated still store. 2D DVE with 3D Borders and Drop Shadow Atem includes an advanced 2D DVE as standard. The DVE is available in the upstream keyers and includes sophisticated 3D borders and drop shadows, it can also be used to animate or reposition keys on screen. In the transition block it provides compelling program transitions such as pushes, squeezes and moves. 3 14 Introduction Atem Optional Features Remote Aux Panel The Atem has five routable outputs that can be controlled from the optional Remote Auxiliary panel. The Remote Aux communicates with the switcher via Ethernet and a maximum of four Remote Aux panels may be connected to the Atem switcher. Conductor Software The optional Conductor software is a PC based application that can be used to manage and launch macros, load graphics into the switcher s frame buffer or frame store, route auxiliary outputs, and control various 3rd party devices. Conductor Touch Screen Computer The Conductor software is installed on a high quality touch screen PC and is then configured and tested with the Atem switcher. The Conductor software was designed for touch screen operation so this touch screen PC provides the most natural workflow. The Conductor software is used to manage and launch macros, loads graphics into the Switcher s frame buffer or frame store, route auxiliary outputs, and controls various 3rd party devices. Redundant Power The Atem switcher chassis and panel can be built with additional power modules to provide full redundancy. The additional power modules require special caballing which can only be installed at the factory. This option must be ordered with the switcher and cannot be added after sale. Clip Player with Audio The optional clip player can be used for playing animated lower thirds with key channel, animated backgrounds or short clips such as show openers, show closings, and bumpers. http://entrevoies.com/images/cara-buka-regedit-manual.pdf The clip player is also integrated into the Atem Stinger transition. Integrated audio support allows you to add impact to your transitions and your overall production. 10 Channel Multiviewer Atem makes monitoring your production simple and inexpensive. Atem features a dedicated connection that outputs a ten channel multiviewer. Simply connect the multiviewer output to an inexpensive HDMI or DVI display to monitor program, preview and up to eight sources. 4 15 Conventions Used In This Manual There are several styles and layouts used in this manual to help the reader differentiate between differing types of information. Below are examples of these styles, and an explanation of each. WARNING: Cautions the user when the surrounding text discusses something that might result in production mistakes or corrupt switcher operation if not understood correctly. Introduction IMPORTANT: Provides insight into the inner workings of the Echolab switcher. This knowledge will help you understand how the switcher operates and ultimately help you get the most from your production switcher. Tips: Provide helpful suggestions on how to get the most from your production switcher Important Words are bold. 1. Steps are presented in this style. The following chapter explains how to connect the system, including any optional items you may have purchased, and how to configure a computer to communicate with the switcher. 18 Atem Installation Control Panel Connections The Atem system is connected to the panel using two 75-Ohm coaxial cables. The maximum length of separation is 300 meters. The following image displays how to connect the panel to the chassis. Connect the provided universal power cord (provided in North America only) to a standard three prong power outlet. Both the Atem chassis and control panel ship with one internal power supply each. If ordered an additional power supply is installed at the factory for a redundant system. The chassis and panel automatically load balance across the supplies. Mode Switch The Mode switch allows the switcher to be configured and operated in up to 8 different modes. By default, the Mode switch should be set to 0 for initial start-up. Video Standard and Genlock Atem can accept analog blackburst or be set to internal genlock. Analog blackburst is the default genlock type for the system. The system status lights provide information regarding the state of the genlock signal and the switchers internal clock. 8 A B C D On when the switcher is locked to the analog genlock source. Off if when switcher is operating in internal genlock. On when the switcher finds an analog genlock source. Should always be on, similar to D indicates that the internal clock generated by the switcher is functioning correctly. Should always be on and indicates that the internal clock that drives the switcher hardware is locked. 19 The genlock type depends on the video standard of the switcher. The valid combinations of video standard and genlock type are listed in the table below. Internal genlock is valid for all video standards. Atem Installation The genlock type and video standard can be changed from the switcher control panel after the switcher is powered on. These settings are available in the video section of the setup menu. Changing the genlock settings requires a reboot. The switcher will navigate to the boot menu. 5. Press the reboot button. 6. Press yes to confirm the reboot and the switcher will restart into the new video standard with the specified genlock type. The inputs also support internal frame synchronization which can be manually enabled for inputs that match the switcher s operating video standard or is automatically enabled for inputs that do not match the switcher s operating format. 9 20 Atem Installation Inputs 1-4 and 6-9 are digital only inputs and accept standard definition NTSC or PAL signals over an SD-SDI connection and high definition 720p, 1080i and 1080p signals over an HD-SDI connection. Inputs 5 and 10 are universal inputs that accept analog, digital (HDMI), and computer (HDMI) signals. Analog high definition 720p, 1080i signals can be Componet (YPbPr). Digital high definition 720p, 1080i, 1080p and computer signals can be HDMI. Tip: The HDMI connector does not have any fasteners, it is therefore recommended that you fasten the HDMI cable to a nearby SDI cable to secure the connection. The following table lists the valid connections for each of the supported input video standards and input computer formats. Tip: The button in the universal system control displays the last selected aspect ratio for standard definition, the last selected video format for high definition and the last selected resolution for computer. The following table describes each of the available options. If the input signal format is Composite than select CMP If the input signal format is S-Video than select YC If the input signal format is Analog SD Component than select YPbPr 4:3 Select 4:3 if the incoming picture has a 4:3 aspect ratio. The 4:3 image will be placed into the center of the 16:9 HD frame by adding black bars on both sides of the image. This is sometimes called pillar-boxed. 14:9 Select 14:9 if the incoming picture has a 4:3 aspect ratio and you would like to reduce the size of the black bars. The 4:3 image will be zoomed (scaled up) by 16 and placed into the center of the 16:9 HD frame so that the black bars are half the size of a pillar-boxed input. Zoom Select Zoom if the incoming picture has a 4:3 aspect ratio and you prefer to not have any black bars. The 4:3 image will be zoomed (scaled up) by 33 so that the 16:9 HD frame is full and there are no black bars on either side. 16:9 Select 16:9 if the incoming picture has a 16:9 aspect ratio (Widescreen SD). 5. If the video format is high definition than use the soft buttons in the universal system control to specify the video standard and signal format. (Only inputs 5 and 10 offer the YPrPb (Component) and HDMI options). Please ensure that the camera or other device is actually transmitting a 1080p signal and not a 1080i signal. 7. If the video format is set to Computer (PC) input (only available on inputs 5 and 10) than use the first knob scroll through available computer input resolutions. 8. Press SET to change the selected input resolution. Outputs The Atem has 2 program outputs, 1 preview output and 3 fully routable auxiliary outputs that always provide signals in the switcher s operating video standard. 12 23 Auxiliary outputs 4 and 5 are fully routable outputs that can provide high definition and standard definition signals. These Echolab universal outputs can simultaneously output a video signal in multiple output formats. The table below lists the signal formats for each of the auxiliary outputs. Note that only Aux 4 and Aux 5 can be configured as the other outputs are fixed to the switcher s operating video standard. 3. Specify standard definition (SD), high definition (HD) or computer (PC) by pressing one of the buttons in the universal system control. 4. If you wish to output SD than use the soft buttons in the universal system control to specify the aspect ratio and signal format. Specify the SD analog output format to Analog Component RGsB. Aux 4 will simultaneously output HDMI when available. This option is automatically controlled by the switcher. Aux 5 will simultaneously output SDI when available. Select letter box to fit the 16:9 HD image generated by the switcher into a 4:3 screen with black bars on the top and bottom of the image. Select anamorphic to fit the 16:9 HD image generated by the switcher into a 4:3 screen by squeezing the image. In this mode the pixel aspect ratio is changes so that the 16:9 aspect ratio is preserved. This is known as standard definition widescreen. Select center cut to fit the 16:9 HD image generated by the switcher into a 4:3 screen by cutting away both sides of the image resulting in a full screen 4:3 image. 5. If you wish to output HD than use the soft buttons in the universal system control to specify the video standard and signal format. YPbPr RGB HDMI SDI 720p 1080i 1080p Specify the HD analog output format to Analog Component YPbPr. Specify the HD analog output format to Analog Component RGsB. The frame rate is automatically determined from the switcher s operating video standard. The frame rate is automatically determined from the switcher s operating video standard. 6. If you wish to output to a computer format than use the soft buttons in the universal system control to select the desired computer resolution. 14 25 Multiviewer The Atem features a 10 channel multiviewer that is output on a dedicated HDMI connection so that it can be used on an inexpensive HDMI or DVI computer or television monitor. The Muntiviewer resolution can be configured from the output format menu. Warning: The HDMI connector does not have any fasteners, it is therefore recommended that you fasten the HDMI cable to a nearby SDI cable to secure the connection. The frame rate is automatically determined from the switcher s operating video standard. 5. If you wish to output the multiviewer to a computer format than use the soft buttons in the universal system control to select the desired computer resolution. 15 26 Atem Installation Saving Configuration The input, output and genlock settings are all saved in an XML file on the switcher s compact flash card. When the switcher boots up, it reads the settings from that file. 1. To save the settings, press the SAVE CONFIG button in either the input format or the output format menu. IMPORTANT: Input configuration settings are saved in an XML file on the switcher s Compact Flash card. The file is located at the following path where X is your current mode of operation. \Echolab\Mode(X)\configs\IO.XML Master Reset All of the switcher settings and recalls are saved in files on the switchers CF card. The master reset option allows the operator to delete all of the saved settings and recalls for the current mode of operation and restore the switcher back to it s factory settings. 1. Navigate to the INFO page in the universal system control. Warning: Use caution when performing a master reset. The master reset will delete all saved recalls for the current mode of operation. Recalls include auxiliary routing, multiviewer routing, key memory, macros, dve moves, panel recalls, colors, etc. Input Tallies Atem has a total of eight contact closure input tally connections. A tally map available via web based configuration allows the routing of inputs to tally connections. The common accepts ground or low voltage. The GPO provides momentary contact closure (150 ms). Both GPI and GPO settings are managed using web based configuration. Audio is output from the internal clip player with Stinger transitions. Inversely the operator can trigger a GPO by pressing the cut transition button. A GPI can trigger an auto transition. Inversely the operator can trigger a GPO by pressing the auto button. A GPI can trigger a fade to black transition. Inversely the operator can trigger a GPO by pressing the fade to black button. A GPI can trigger a cut transition on either DSK. Inversely the operator can trigger a GPO by pressing the cut button on the specified DSK. A GPI can trigger an auto transition on either DSK. A GPI can execute a macro. Inversely a GPO can be triggered when a macro is executed. Tip: Although it is possible to configure the switcher settings so that executing a Macro triggers a GPO, it is not the preferred method of controlling GPO s from a macro. Instead use the Macro editor to build a macro that contains a GPO trigger as one of its actions. RS422 Devices The Atem system has two RS-422 ports, one master port for controlling VDCP enabled servers and another slave port for controlling the switcher through the GVG100 protocol. The following tables describe the pin out for each of the ports. The switcher has a standard 100 Base-T Ethernet connection that is used by various devices and tools to communicate with the switcher. The switcher has a static IP address that can be set from the IP ADDR menu on the universal system control. Warning: The Atem Ethernet port only supports 100 Base-T communication. Atem Installation Important: The MAC address is displayed for user information and cannot be changed. 4. Press SAVE CONFIG to save the settings to the switcher. The new IP settings will only take effect after the switcher is rebooted. The default IP settings are: IP Address: Subnet: Network traffic can impact transfer times for communication packets to and from the switcher. This delay is most noticeable when transferring high definition graphics to the switcher over Ethernet. Following are a series of suggested installation diagrams for connecting Ethernet based devices to the switcher. In all cases we have created an isolated mini network with the switcher and the devices that need to communicate with it in an effort to minimize network traffic to the switcher. One Device (Conductor or Computer with Echolab Tools) For optimal performance Echolab recommends that you connect the Ethernet port directly to the computer s Ethernet port using a crossover or straight through cable. Conductor Switcher More than One Device When you are required to connect more than one Ethernet based device to the switcher you will have to acquire a network switch, router or HUB. For optimal performance it is recommended that you keep the switcher and the devices that need to communicate with it on a mini network. 19 30 Atem Installation Conductor PC HUB RemoteAUX 2 RemoteAUX 1 Compix Switcher Avitech Company Network If you must connect the switcher and it s devices to the main company network than we recommend that you consider using a computer with two Ethernet ports as a gateway to the main company network. The Echolab Conductor Touch Screen computer has two Ethernet ports so that it can serve as a gateway between the company network and the mini network of switcher related devices. Company Conductor PC HUB Switcher RemoteAUX 2 RemoteAUX 1 Compix Avitech Test Ethernet Communication In order to communicate with the switcher over Ethernet you should first verify that the computer is able to PING the Echolab switcher. Changing the IP settings requires a reboot for the changes to take effect. 3. On your computer, specify a static IP address for the Ethernet port that is connected to the switcher. Atem Installation 6. In the prompt, type ping X.X.X.X where X.X.X.X is the IP address of your switcher. For example if the IP address of your switcher is than type ping The Ping Statistics should state a (0 Loss). If the ping statistics state a (100 Loss) then please verify the cable connections and IP addresses. If the ping statistics state a (25, 50, or 75 Loss) than contact your network administrator as this can be caused by network traffic or network conflict issues. Web Configuration Basic switcher settings such as source names, button mapping and GPIO can be configured from a web based UI. To access the web based user interface: 1. Test the Ethernet connection on the PC you will use to configure the Echolab switche Test Ethernet Communication on page 20 page for additional information. 2. Launch a web browser. 3. In the address bar type where X.X.X.X is the IP address of your switcher. For example if the IP address of your switcher is than type 4. The browser will display the home page of the Echolab configuration web site. Use this web site to configure the switcher. Important: The Atem configuration website has been tested with FireFox version 3.5 and Internet Explorer version 8 and Safari version 4. The webpages require Javascript therefore please ensure that you have javascript enabled. 21 32 Atem Installation Installing PC Tools Working with the frame buffer and building macros is done with Windows based software. The Echolab tools include Graphics utility, Macro Editor, and Conductor. The graphics utility is used to send images and clips to the switcher s frame buffer. The Macro editor is used to build and send macros to the switcher. Finally, Conductor is a touch screen UI that acts as an extension of the control panel and is used to execute macros, manage frame buffers, manage auxiliary outputs and control 3rd party devices. This section will cover the process of installing the configuration tools. Warning: Conductor Software is an option that is available for purchase. Conductor Software is licensed through a special license file on the switcher s CF card. You will be allowed to install the Conductor software but if you have not purchased the option, the Conductor software will not communicate with the switcher. If you have purchased the Conductor touch screen then all of the tools have already been installed on the touch panel computer and you do not need to install them separately. Minimum system requirements The computer that you select to use for the Echolab tools should have the following minimum system requirements. To improve performance it is recommended to have a faster processor and additional RAM. Intel or AMD 2.00 GHz or faster processor 2 GB or more of physical memory (RAM) Microsoft Windows XP with Service Pack 2 or Windows Vista Micorsoft.NET 2.0 or grater Ethernet connection to switcher Once the computer that will be used for the tools meets the minimum system requirements you are ready to install the software. 1. Test the Ethernet connection on the PC you will use to configure the Echolab switche Test Ethernet Communication on page 20 page for additional information. 2. Launch a web browser. 3. In the address bar type where X.X.X.X is the IP address of your switcher. Click the Software Tools button to download the Echolab Software Tools installation file. 5. Find and double click on the etools.msi file that you just downloaded in the previous step to start the installation. 6. Follow the onscreen instructions to install the software tools on your computer. The software installer will give you the option to install Conductor. Choose this option only if you have purchased the conductor software and have a valid license file on your switcher. 22 33 Setup Menu The Setup menu on the Echolab control panel provides valuable information that is useful when installing the switcher or when communicating with technical support. The following section describes the information that is available in the setup menu. Video Menu Video STD: 1080I59 GNLK: analog clk:0 lock:0 ref:0 Atem Installation STD GNLK Clk, lock, ref Displays the current operating video standard. Rotate the knob to change the format. Changing the video standard requires a reboot. Displays the current genlock type. Rotate the knob to change the genlock type between Analog and Internal. Changing the genlock type requires a reboot. The clock, lock, and reference counters provide helpful debug information about the genlock signal to the switcher. Options Menu The options page displays the list of licensed options on the switcher. You can rotate the first knob to scroll through the various options. You can change the settings by rotating the knobs to specify a new IP address and pressing the SAVE CONFIG button. The settings will be saved to the CF card but will not take effect until the switcher is rebooted. You can also get the MAC address of the switcher on the IP address page. The MAC address is not editable. Info Menu The info page provides version information for all of the various components that make up the switcher. SOFTWARE Multiview Inputs 1-5 Inputs 6-10 Displays the version number of the.ace file that is currently loaded from the CF card into the switcher. Displays the firmware version of the multiviewer FPGA. Displays firmware version for the input 1-5 FPGA. Displays firmware version for the input 6-10 FPGA. Master Reset See Master Reset on page 16 23 34 Atem Installation Boot Mode Menu The boot mode menu displays the current boot mode for the switcher and allows rebooting the switcher into any of the populated boot modes. MODE 0 MODE 4 MODE 1 MODE 5 MODE 2 MODE 6 MODE 3 MODE 7 RE BOOT HOME ORANGE RED GREEN NOT LIT REBOOT A boot mode that is lit orange represents the current boot mode from which the switcher loaded the firmware A boot mode that is lit red represents the newly selected boot mode (If you reboot the switcher it will boot in mode) A boot mode that is lit green represents a valid or populated boot mode(a mode folder that contains an ace file) A boot mode that is NOT LIT does not contain an.ace file and therefore cannot be selected The reboot button is used to reboot the switcher. You must confirm the reboot by pressing YES. Input Format Menu The input format page can be used to retrieve information or configure inputs on the switcher. The page displays input information for the source that is selected on the preview bus. Output Format Menu The output format page can be used to retrieve information or configure auxiliary outputs 4 and 5 on the switcher. The output format page also includes output format configuration for the for the multiviewer output. The Remote Aux Menu If you have purchased the optional Remote Aux control panel this menu is used to specify the IP address of the Remote Aux devic Change Remote Aux Panel IP Address on page 126 for information on how to configure the Remote Aux device.