ViewCast Osprey-450e, Osprey-240e manual Appendix C Troubleshooting

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Appendix C: Troubleshooting

key color, 50 logical white, 45 Logo position, 51 Logo Position, 51

Logo position and size, 52 logo property controls, 48 Logo tab, 47, 52

luma, 16

motion adaptive, 34

motion adaptive deinterlace, 35 motion threshold, 36 multiple filters, 32

Multiple instances, 32

Multiple instances of each filter, 33 Normal timestamping, 40

Notch Kill, 18 No-Video Test Pattern, 39 Nudge buttons, 51

Number of Capture Buffers Requested, 39 one filter, 32

Osprey 240e Custom Setup screen, 4 Osprey 240e long backplate, 80 Osprey 240e short backplate, 80 Osprey 450e card with optional plug-in, 16 Osprey Config icon, 7

Osprey Video Device Properties window tabs, 11

OspreyConfig utility to access devices, 13 Other checkbox, 50

Overlay Mixer to Video Renderer, 63 PCI Express Bus compliance, 80 Pin Select, 49

Pin Select setting, 55 pins, 13 Post-Processing mode, 61 PostProcessing sequence, 37 Preview, 39

preview and capture pins, 55 Preview button, 44, 49, 54

Preview color format, 56 Recalc button, 57 Recording Control, 73

Reference Size for Crop and Logo Placement, 27 RefSize tab, 23

Render Logical White As, 45

Render NTSC Closed Caption On Video, 45 Selecting a device for configuration, 9 set cropping area, 53

sharp and smooth motion, 37 Show [4] filters per device, 32 Show Filters, 33

Show Properties for Selected Filter button, 10 SimulStream enabled, 31

SimulStream option, 31 Size and Crop tab, 53 Smooth Motion, 36 Source Width, 26 Square Pixel setting, 24 standard colored captions, 45 System Settings Change Window, 5 telecine, 34

Test Mode, 37

Timecode Video Marking, 40, 72 To install the video capture card, 5 To trim an image, 26 Tolerance, 50

Tolerance control, 50

Use WideScreen Signal (WSS), 24 vertical blanking intervals, 71 Vertical Interval Timecode, 71 Video Decoder tab, 21

video filter, 9 video input, 15

Video Mixing Renderer 7, 64

Video Mixing Renderer 9, 65 Video Proc Amp controls, 62 Video Process Amplifier, 19 Video Renderer, 63

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Contents Osprey 240e/450e User Guide Page Contents Selecting the audio source and input volume Osprey 240e Environmental specifications Osprey 450e Page Limited Warranty OverviewWarranties Reseller Pass ThroughSystem requirements Minimum system requirementsInstallation Steps Installing the driverCustom installing AVStream Installing the video capture cardDigital Signature Not Found Window Page Setting Driver Properties Accessing the OspreyConfig UtilityOspreyConfig’s initial processing sequence Initial OspreyConfig user interfaceSelecting a device for configuration Control used to open the properties Understanding the device properties window Captions LogoSize and Crop OspreyConfig utility to access devices Devices and global controlsInput tab Input tabCancel Video InputVideo Present Video StandardOsprey 450e AV option hardware add-on-device Input Tab without AV optionVideo standard group Input Format group analog inputsNotch Kill Video Proc Amp tab VideoProc Amp TabColor Enable PowerLineFrequency Anti Flicker Default BrightnessVideo Decoder tab Video Decoder tabSignal Detected Output EnableLines detected VCR InputRefSize tab Horizontal Format Horizontal Delay Horizontal DelaySource Width Source WidthReference Size for Crop and Logo Placement Line Ntsc Vertical FormatSetting Driver Properties Currently Using Filters tabSimulStream DeinterlaceApply Help SimulStream SimulStream optionMultiple instances Show Filters Adjust… DeinterlaceInverse Telecine Motion AdaptiveCurrently Using group Motion adaptive deinterlaceAdaptive Deinterlace window Motion ThresholdSmooth Motion Test Mode Restore DefaultsSharp Motion CloseDevice tab No-Video Test Pattern Buffers RequestedDiagnostic logging ExtrasTimecode Video Marking Closed CaptionOsprey 240e/450e User Guide Device Info Device InfoCaptions tab Pin Select CC PinCapture PreviewRender Ntsc Closed Captions On Video Render Logical White AsCC Pin CC PinEnable Logo on File and Color sub Tab Enable Key ColorLogo tab On File and Color Sub tabSetting Driver Properties File and Color Pin SelectEnable Key Color Enable Key ColorWeighting Position and SizeLogo position and size Size and Crop tab Size and Crop tabReference Size Granularity Granularity Alignment Format Horizontal VerticalEnable Cropping Enable CroppingRecalc button Default Output Size Default Output SizeAVStream driver reference information DirectShowAVStream Driver Reference Information Post-Processing mode Post-Processing modeAVStream Driver Reference Information Efficient Video Rendering Preview Pin to Video RendererPreview Pin to Overlay Mixer to Video Renderer Preview Pin to VMR7 Video Mixing RendererPreview Pin to VMR9 Some Data PointsAVStream Driver Reference Information Video standards and sizes Color formatsYUV format details Captioning via CC or VBI pins Closed captioning CCDirect CC rendering on video CC streaming interface Vertical Interval Timecode VitcVertical Blanking Interval VBI capture Timecode Video MarkingSelecting the audio source and input volume Audio driverAudio Driver Audio properties Audio propertiesAudio configuration Mono Source ModeAudio formats Audio playbackInput reference level Audio Driver Appendix a Osprey hardware specifications Environmental specificationsOsprey 240e Osprey 240e long backplate Osprey 450e Osprey 450e backplateAppendix a Osprey Hardware Specifications Mini-DIN Signal RCA Connectors Appendix B Osprey 450e audio cablePage Appendix C Troubleshooting Color bars on video screenScrambled video image Poor video quality at large frame sizes Multiple horizontal lines across video imageCannot play back recorded audio Osprey 240e/450e User Guide Page Index Appendix C Troubleshooting Video rendering Viewcast.com

Osprey-450e, Osprey-240e specifications

The ViewCast Osprey series, particularly the Osprey-240e and Osprey-450e, represents a significant advancement in the field of video capture and encoding technology. These high-performance video capture cards are designed to meet the growing demands of professional broadcast environments, video production, and live streaming applications.

The Osprey-240e offers a compact design while delivering excellent performance. It is equipped with dual channel input capabilities, allowing users to capture multiple streams simultaneously. This feature is particularly beneficial for broadcasters and content creators looking to streamline their workflows. The Osprey-240e supports a variety of input formats including SDI and HDMI, ensuring compatibility with a wide range of video sources. Its robust encoding capabilities allow for real-time video streaming in HD resolution, making it suitable for live events, webinars, and other digital content delivery applications.

On the other hand, the Osprey-450e takes video capture to the next level with enhanced capabilities. It supports up to four channels of video input, making it an ideal solution for multi-camera setups. The Osprey-450e also boasts advanced encoding technologies that facilitate high-quality video compression without sacrificing performance. This model is particularly well-suited for enterprise-level applications where high-definition video quality is paramount. Users can experience lower latency and improved encoding efficiency, resulting in smoother viewing experiences for end-users.

Both models feature powerful drivers and software support that integrate seamlessly with a variety of video production and streaming applications. The Osprey series is designed with user-friendly interfaces, making it accessible for both seasoned professionals and newcomers alike. The cards are also compatible with many of the industry-standard software solutions, enabling users to harness the full potential of their video content.

These capture cards also prioritize reliability and durability, ensuring long operational life even under demanding conditions. Their efficient thermal management systems keep components cool during extended use, thereby enhancing performance consistency.

In summary, the ViewCast Osprey-240e and Osprey-450e deliver impressive features tailored for a range of video applications. Their support for multiple input channels, advanced encoding technologies, and strong software compatibility make them invaluable tools in the modern digital media landscape, solidifying their reputation among content creators and broadcasters alike.