Key Features and Application examples for the FS2

Transcription

1 Introduction The new FS2 from AJA is a wide ranging workflow king in a small 1RU form factor, making it suitable for use in myriad environments; from Production to Post, OB to Broadcast. Such power and flexibility in a dual channel universal HD/SD audio/video frame synchronizer and format converter makes a thorough reading of the indispensable FS2 user manual a must, for those who wish to truly utilize it s power and full workflow range. This document then serves as no more than a brief introduction to some of the key features and possible workflows the FS2 makes available to end users. Useful for quick sales enquiries, dealer training and workflow examples only, AJA encourages you to read the manual found at the link above. In the case of more complex workflows or support needs we encourage you to contact AJA support directly. AJA Support Phone: Fax: support@aja.com

2 FS2 Application highlights The FS2 can be used in a wide variety of video and audio signal conversion, adaptation, timing, and processing applications. Highlights include: Up/down/cross conversion between various SD and HD formats, including 1080p50/60. General purpose video frame synchronization. Analog-to-Digital and Digital-to-Analog audio/video conversion. Mux or Demux Dual Stream HD (two separate HD signals) from one 3G SDI signal. Convert 3G/HD/SD video over fiber to or from SDI (BNC). Use the built-in video processing amplifiers to adjust and/or color-correct video streams. Synchronize the timing of key and fill signals by putting both through the parallel FS2 video channels and adjusting their timing independently. Then key them using one of the two FS2 keyers or an external keyer. Use the HDMI input and a DVI-to-HDMI cable to scan-convert popular computer video formats to SD or HD, including full proc-amp functionality and aspect ratio adjustment (future firmware release). HD sidebar keying including using both SD video and SD sidebar graphics (analog or digital), upconverting both, and combining all within the FS2. Dolby E encoding and decoding with full channel mapping (future option).

3 Workflow solution examples solved by FS2 SDI 1 Test Patterns Signal Outputs The following two workflows produce bars and tone outputs and ramp and silence outputs The setup is: Test signals are switched in at the FS2 outputs, so no particular input settings are required. The parameter settings are: No settings required. Menu operations for SDI 1 Out Bars and Tone: 1. Press the Video 1 button. 2. Select 3 Video 1 Output Mode, and adjust to Test Pattern. 3. Select 20 Video 1 Test Pattern and adjust to 75% Bars. 4. Press the Audio 1 button. 5. Select 4 Audio SG and adjust to 1 khz tone. Menu operations for Ramp and Silence: 1. Press the Video 1 button. 2. Select 3 Video 1 Output Mode, and adjust to Test Pattern. 3. Select 20 Video 1 Test Pattern and adjust to Ramp. 4. Press the Audio 1 button. 5. Select 4 Audio SG and adjust to Off.

4 Workflow solution examples solved by FS2 Sidebar Video The following quick workflow shows you how to create sidebar edges filled with video. The setup is: SDI 1 Input feeds Video Proc 1 feeds SDI 1 Output. (Must be 525 format upconverted to 1080i59) SDI 2 Input feeds Video Proc 2 feeds SDI 2 Output. System button, select 9 Frame Rates, adjust to 59.94/ The parameter settings are: Video 1 Input set to SDI 1. Output Format set to 1080i Video Output Mode set to Normal. Upconvert Mode set to 4x3 Pillar. Custom Size/Pos set to Off. Background Fill set to preferred video source: Matte, Black, or Video 2. (Note: Video 2 can also be upconverted from a SD source.) The menu operations for this workflow are: 1. Press the Video 1 button. a. Select 1 Video 1 Input, and adjust to SDI 1. b. Select 2 Output Format, and adjust to 1080i c. Select 3 Video Output Mode, and adjust to Normal. d. Select 6 Upconvert Mode, and adjust to 4x3 Pillar. e. Select 13.0 Custom Size/Pos, and adjust to Off. f. Select 4 Background Fill, and adjust sidebar video to Matte, Black, or Video 2. g. Select 9 Sidebar Edge, and adjust sidebar position as you prefer. See Fig. 1

5 Fig 1

6 Workflow solution examples solved by FS2 Over-the-Shoulder or PIP Video The following quick workflow shows you how to create an over-the-shoulder video-filled box. The setup is: Video Processor 1 input set to SDI 1 (any format). The parameter settings are: Video 1 Input set to SDI 1. Output Format set to 1080i Video Output Mode set to Normal. Upconvert Mode set to 4x3 Pillar. Custom Size/Pos set to On. Custom Size, Aspect, H&V Position, Left/Right/Top/Bottom Crop as preferred. The menu operations for this workflow are: 1. Press the Video 1 button. a. Select 1 Video 1 Input, and adjust to SDI 1. b. Select 2 Output Format, and adjust to 1080i c. Select 3 Video Output Mode, and adjust to Normal. d. Select 6 Upconvert Mode, and adjust to 4x3 Pillar. e. Select 13.0 Custom Size/Pos, and adjust to On. f. Select 13.1 Custom Size, and adjust to10% to 200%. g. Select 13.2 Custom Aspect, and adjust aspect ratio as preferred. h. Select 13.3/13.4 Custom H Pos/Custom V Pos, and adjust H & V box position. i. Select 13.5/13.8 Custom Left/Right/Top/Bottom Crop, and adjust box edges.

7 See Fig. 2 Fig. 2

8 Workflow solution examples solved by FS2 Dual Stream 3G Input/Output "Dual Stream 3G SDI" means two separate and distinct HD video signals are muxed together into one 3G SDI signal. (By definition, a "Dual Stream 3G SDI" is a "Level B' 3G SDI.) The FS2 supports this mode, both at the inputs and the outputs. Also, Dual Stream 3G automatic operation (signal detection) is possible if proper Format ID is present, or you can set up Dual Stream 3G manual operation if Format ID is not available. Dual Stream 3G Video Inputs The FS2 inputs support Dual Stream 3G SDI Inputs by applying the Dual Stream 3G video to SDI 1 In and making the second video stream appear in the input crosspoint matrix as SDI 2. In this case, the SDI 2 input connector is unused. 1. Connect a (muxed) Dual Stream 3G SDI signal to SDI 1 In. 2. Press the System button, select 4 SDI1 3G Format Detect, and adjust to Auto Detect or Muxed Video. 3. Select 5 SDI2 Input Protect, and adjust to SDI1 Ch2 (Muxed Video). Now both HD signals from a Dual Stream 3G SDI input are available as SDI1 or SDI 2, and either input can be selected for use in Processor 1 or Processor 2. The Fiber 1 input can also be used in this way.

9 Dual Stream 3G Video Outputs Two separate 1.5 Gb HD video signals, one from Processor 1 and one from Processor 2, can be combined at the FS2 output into one (muxed) Dual Stream 3G SDI signal. The Dual Stream 3G output can be selected at the four SDI outputs: SDI 1, SDI 2, Fiber 1, or Fiber Press the Output button. 2. Select one of these menus to specify which output(s) will produce Muxed 3G video: SDI 1 Out: Select 1.1 SDI1 Video Output, and adjust to Proc1+Proc2. SDI 2 Out: Select 1.2 SDI2 Video Output, and adjust to Proc1+Proc2. Fiber 1 Out: Select 2.1 Fiber1 Video Output, and adjust to Proc1+Proc2. Fiber 2 Out: Select 2.2 Fiber2 Video Output, and adjust to Proc1+Proc2.

10 Dual Stream 3G Inputs to Separate SDI Outputs This variation shows you how to input (muxed) Dual Stream 3G and demux it to produce separate SDI outputs. The setup is: Apply (muxed) Dual Stream 3G video (Level B two 1080i59 images) to SDI 1 In. The parameter settings are: Video 1 Input set to SDI 1. Output Format set to 1080i Video Output Mode set to Normal. The menu operations for this workflow are: 1. Press the System button. 2. Select 4 SDI1 3G Format Detect, and adjust to Auto Detect or Muxed Video. (Note that Auto Detect uses the SMPTE 352 embedded Format ID data stream to automatically detect Muxed 3G video.) 3. Select 5 SDI2 Input Protect, and adjust to SDI1 Ch2 (Muxed Video). 4. Press the Video 1 button, select 2 Output Format, and adjust to 1080i Select the Output button, select 1.1 SDI1 Video Out, and adjust to Processor Press the Video 1 button, select 1 Video 1 In, and adjust as follows: a. Adjust to SDI1 (display bottom line shows SDI1-1). The SDI 1 Output is now 1080i59.94 stream 1 of the input video. b. Adjust to SDI2 (display bottom line shows SDI1-2). The SDI 1 Output is now 1080i59.94 stream 2 of the input video. As you can see, using the ADJUST knob, you can select which stream of the (muxed) Dual Stream 3G input video you want to see at the SDI 1 Output. The two demuxed video streams are also available at the other outputs SDI 2, Fiber 1, and Fiber 2 if you switch those outputs to show the desired input stream.

11 INPUT/OUTPUT OF DUAL LINK 1080P50/60 (Dual 1.5Gb HD-SDI Links) Dual Link means a 1080p50/60 signal carried on two separate 1.5 Gb HD-SDI links. Per SMPTE 372, the two links are named Link A and Link B. The FS2 supports this format on both Input and Output. DUAL LINK INPUT: The FS2 supports Dual Link 1080p50/60 Inputs by using both SDI IN1 and SDI IN2, or Fiber IN1 and Fiber IN2. The FS2 combines the two inputs into a 1080p50/60 signal before sending it to the Input Crosspoint Matrix. 1. Connect a Dual Link 1080p50/60 signal to Inputs SDI 1 and SDI 2 as shown 2. Select SDI Dual Link in Video Menu1 (Either Video Processor can use the Dual Link Input) Note that the same function is supported by Fiber Input 1 and 2

12 INPUT/OUTPUT OF DUAL LINK 1080P50/60 (Dual 1.5Gb HD-SDI Links) DUAL LINK OUTPUT: The FS2 supports Dual Link 1080p50/60 Outputs by separating a 3Gb 1080p50/60 signal from the Output Crosspoint Matrix into two 1.5Gb outputs which are then sent SDI OUT 1 and SDI OUT 2, or FIBER OUT 1 and FIBER OUT 2. SEPARATE 1. Select 1.5 Gb Dual Link in Output menu 9.1 (or 10.1 for Fiber Output)

13 FS2 Features Video Features List Dual video format converters, each featuring SD/HD (up/down), SD-to-SD(aspect ratio), and HD-to-HD (720/1080 cross) conversions. Dual video processors supporting proc amp and color correction. Video Legalizer. Dual frame synchronizers. Dual video/key framestores downloadable from the local area network. User-specified custom format conversion settings with variable crop, size, aspect, and position parameters. Dual flexible keyers for video/key overlays or sidebar keying from the two video processors, the two internal video/key framestores, or internal matte generators. Closed captioning support, featuring true conversion between EIA 608 and 708 (SD and HD) CC formats. Active Format Description (AFD) support. Scan convert computer formats via a DVI-to-HDMI cable (future firmware release). Dual 3G/HD/SD SDI I/O with embedded audio. Dual 3G/HD/SD Optical Fiber I/O (optional). HDMI I/O supporting 3D HDMI output. Component/Composite analog HD/SD video I/O, 12-bit Looping reference input with flexible genlock. StiilStore

14 Output Freeze- captures and freezes the most current video frame and displays it on the outputs as long as this parameter is set to On. Note: Adds an extra frame of delay. Dedicated Menu Buttons 99 Presets available (20 available for V1.0) Dolby E Encode and Decode options Background Fill Test Pattern GPI s- 4 input, 4 Output Sidebar Edge with custom size/position/aspect/crop adjustments WSS Dual Redundant Power supplies 5 Year International Warranty

15 Video Conversion Characteristics The FS2 can convert almost any video input format to nearly any output format, as long as the frame rates are of the same family. The three video format families supported by the FS2 are: 59.94/29.97/ /25 60/30/24 Specific exceptions to the format conversion capability are listed below. When attempting these conversions, the FS2 intelligently causes a Video Format alarm: 525i > 1080p (and psf) i > 1080p (and psf) F p > 1080p (and psf) p > 1080p (and psf) p > 1080p (and psf) pSF > 1080p (and psf) i60 -> 1080p (and psf) i60 -> 1080p (and psf) p60 -> 1080p (and psf) p30 -> 1080p (and psf) p30 -> 1080p (and psf) Video Format Alarms Whenever incompatible I/O formats are detected, an alarm is triggered and these results are produced by the FS2: 1. Lights the relevant alarm LED on the front panel (FMT ERROR, 1 or 2). 2. Displays an alarm in the browser user interface. 3. Influences selection of the first-displayed status screen. 4. Generates an SNMP trap (if configured). 5. Triggers a GPI Output (if configured).

16 FS2 Features Available Video Formats SDI and Fiber Optical Inputs The following is a list of the acceptable FS2 input formats. There are two standard SDI video inputs, and two optional Fiber video inputs. All SDI video inputs, including Fiber, are YCbCr 4:2:2 pixel format. Note: The FS2 does not accept 4:4:4 YCbCr, RGB, or XYZ inputs, or YCbCr 4:2:2 12-bit inputs. These are the acceptable SDI and Fiber Optic video input formats: 270 Mb SD-SDI (SMPTE 259-C): 525i/ PsF/ i/50 625PsF/ (1.485/1.001) Gb HD-SDI (SMPTE 292): 720p/23.98, 720p/29.97, 720p/59.94 (SMPTE 296) 1080i/59.94 (SMPTE 274) 1080PsF/23.98, 1080PsF/29.97 (SMPTE 274) 1080p/23.98, 1080p/29.97 (SMPTE 274) 2Kx1080p/23.98, 2Kx1080p/ Gb HD-SDI (SMPTE 292): 720p/24, 720p/25, 720p/30, 720p/50, 720p/60 (SMPTE 296) 1080i/60 (SMPTE 274) 1080PsF/24, 1080PsF/25, 1080PsF/30 (SMPTE 274) 1080p/24, 1080p/25, 1080p/30 (SMPTE 274) 2Kx1080p/24, 2Kx1080p/25, 2Kx1080p/30

17 Dual-link Gb HD-SDI (SMPTE 372): 1080p/59.94 (SMPTE 274) 2Kx1080p/59.94 Dual-link Gb HD-SDI (SMPTE 372): 1080p/50, 1080p/60 (SMPTE 274) 2Kx1080p/50, 2Kx1080p/ (2.97/1.001) Gb 3G-SDI Level A (SMPTE 425-A): 1080p/59.94 (SMPTE 274) 2Kx1080p/ Gb 3G-SDI Level A (SMPTE 425-A): 1080p/50, 1080p/60 (SMPTE 274) 2Kx1080p/50, 2Kx1080p/ (2.97/1.001) Gb 3G-SDI Level B (SMPTE 425-B / SMPTE 372): 1080p/59.94 (SMPTE 274) 2Kx1080p/ Gb 3G-SDI Level B (SMPTE 425-B / SMPTE 372): 1080p/50, 1080p/60 (SMPTE 274) 2Kx1080p/50, 2Kx1080p/60

18 HDMI Inputs All HDMI video input formats are RBG for computer display scan formats and RGB or YCbCr 4:2:2 pixel format for consumer video scan formats. Computer display rates not running at video frame rates undergo frame rate conversion, which drops and adds frames as required. (Note: Computer scan formats will be available in a future firmware release) These are the acceptable HDMI input formats: 525i/ i/ x fps* (XGA) 720p/23.98, 720p/29.97, 720p/ p/24, 720p/25, 720p/30, 720p/50, 720p/ x fps* (SXGA) 1600x fps* (UXGA) 1680x fps* (WSXGA+) 1080i/ i/50, 1080i/ p/23.98, 1080p/29.97, 1080p/ p/24, 1080p/25, 1080p/30, 1080p/50, 1080p/ x fps* (WUXGA)

19 Component Analog Input All analog component video input formats are YCbCr 4:2:2 pixel format, selectable SMPTE or Betacam component levels. These are the acceptable component analog input formats: 525i/ PsF/ i/50 625PsF/50 720p/23.98, 720p/29.97, 720p/59.94 (SMPTE 296) 720p/24, 720p/25, 720p/30, 720p/50, 720p/60 (SMPTE 296) 1080i/59.94 (SMPTE 274) 1080PsF/23.98, 1080PsF/29.97 (SMPTE 274) 1080p/23.98, 1080p/29.97 (SMPTE 274) 1080i/60 (SMPTE 274) 1080PsF/24, 1080PsF/25, 1080PsF/30 (SMPTE 274) 1080p/24, 1080p/25, 1080p/30 (SMPTE 274) Composite Analog Input These are the acceptable composite analog input video formats: 525i/59.94 (switchable 7.5 IRE or 0 IRE setup) 625i/50

20 FS2 Features Audio Control and Other Features?"'$75'1%8*(17%)#1,$%+(17*($%H'#%-+*($$'12%#$)/#1"9,*'+%#1&%2*#)/'+#$%9,1": E*(17%)#1,$%N<!%-7#7"-%'1&'+#7(*-%8(*%#75#52$#1+,%-J-7,9%9(1'7(*'12: O,B5B#-,&%*,9(7,%+(17*($%(H,*%3P>3PP>3PPP%<7/,*1,7%H'#%#1%'17,*1#$%6,B%-,*H,*: E("*%'-($#7,&%QQN%RLC%'1)"7-%#1&%("7)"7-%8(*%+(17#+7%+$(-"*,%+(17*($: Q6(%8"$$J%*,&"1&#17%)(6,*%-"))$',-%-7#1&#*&: D)0(1#$%*,9(7,%+(17*($%)#1,$%G8"7"*,%()0(1I: