Belden grass valley KAYENNE K-FRAME Installation & Service Manual
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Belden grass valley KAYENNE K-FRAME Installation & Service Manual

Belden grass valley KAYENNE K-FRAME Installation & Service Manual

Video production center
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KAYENNE K-FRAME
VIDEO PRODUCTION CENTER
Installation & Service Manual
Software Version 9.0
071887906
2015-09-15

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  • Page 1 KAYENNE K-FRAME VIDEO PRODUCTION CENTER Installation & Service Manual Software Version 9.0 071887906 2015-09-15...
  • Page 3 KAYENNE K-FRAME VIDEO PRODUCTION CENTER Installation & Service Manual Software Version 9.0 071887906 2015-09-15...

  • Page 4: Copyright & Trademark Notice

    Copyright & Trademark Notice Copyright © 2015, Grass Valley USA, LLC. All rights reserved. Belden, Belden Sending All The Right Signals, and the Belden logo are trademarks or registered trademarks of Belden Inc. or its affiliated compa- nies in the United States and other jurisdictions. Grass Valley is a trademark or registered trademark of Grass Valley USA, LLC.

  • Page 5: Table Of Contents

    Contents Copyright & Trademark Notice ........Grass Valley Web Site .
  • Page 6 Contents Menu Application........... Kayenne K-Frame System Examples.
  • Page 7 Contents About Low Line (120V) Operational Considerations....About High Line (208V-240V) Verses Low Line (120V) Operations ..K-Frame Compact Power Supply AC Requirements .
  • Page 8 Contents Connecting the Menu Application to a Frame ......About Network Configuration......... IP Address Background Information.
  • Page 9 Contents Configure the GV Switcher Ethernet Tally System Interface ....Set Source Names with External Ethernet Tally ......ClipStore Configuration .
  • Page 10 Contents Define Default Multi-Suite Engineering Resources ....Divide Resources Between Suites ........Save Default Multi-Suite Engineering Setups File .
  • Page 11 Contents Setting IP Addresses ..........Primary and Secondary Router Communications .
  • Page 12 Contents About Updating the HAD FPGA........When to Update the HAD FPGA .

  • Page 13: Preface

    Preface About This Manual This Kayenne K-Frame Installation & Service Manual is designed for technical personnel responsible for installing and maintaining Kayenne K-Frame Video Production Center systems. Standard Documentation Set The standard Kayenne K-Frame documentation set consists of a: • User Manual, •...
  • Page 14 Preface switcher. The K-Frame Ethernet Tally Software Development Kit (SDK) is available to approved vendors who need to interface with the Ethernet Tally system of the K-Frame. Contact Grass Valley Product Management for more information on this SDK. The KSP Graphical User Interface Instruction Manual provides information, requirements, and instructions for operating the 1-ME switcher Soft Panel GUI on a touch screen or regular PC, including the optional customized keyboard.

  • Page 15: Safety Summary

    Safety Summary Read and follow the important safety information below, noting especially those instructions related to risk of fire, electric shock or injury to persons. Additional specific warnings not listed here may be found throughout the manual. WARNING Any instructions in this manual that require opening the equipment cover or enclosure are for use by qualified service personnel only.

  • Page 16: Symbols On The Product

    Safety Summary Symbols on the Product The following symbols may appear on the product: Indicates that dangerous high voltage is present within the equipment enclosure that may be of sufficient magnitude to constitute a risk of electric shock. Indicates that user, operator or service technician should refer to product manual(s) for important operating, maintenance, or service instructions.

  • Page 17: Cautions

    Safety Summary — Use only the power cord supplied or specified for Use proper power cord this product. — Connect the grounding conductor of the power cord to Ground product earth ground. — Do not operate this Operate only with covers and enclosure panels in place product when covers or enclosure panels are removed.
  • Page 18 Safety Summary — If mains switch is not provided, the power cord(s) Ensure mains disconnect of this equipment provide the means of disconnection. The socket outlet must be installed near the equipment and must be easily accessible. Verify that all mains power is disconnected before installing or removing power supplies and/or options.

  • Page 19: Sicherheit - Überblick

    Safety Summary Sicherheit – Überblick Lesen und befolgen Sie die wichtigen Sicherheitsinformationen dieses Abschnitts. Beachten Sie insbesondere die Anweisungen bezüglich Brand-, Stromschlag- und Verletzungsgefahren. Weitere spezifische, hier nicht aufgeführte Warnungen finden Sie im gesamten Handbuch. WARNUNG Alle Anweisungen in diesem Handbuch, die das Abnehmen der Geräteabdeckung oder des Gerätegehäuses erfordern, dürfen nur von qualifiziertem Servicepersonal ausgeführt werden.
  • Page 20 Safety Summary Symbole am Produkt Die folgenden Symbole können sich am Produkt befinden: Weist auf eine gefährliche Hochspannung im Gerätegehäuse hin, die stark genug sein kann, um eine Stromschlaggefahr darzustellen. Weist darauf hin, dass der Benutzer, Bediener oder Service- techniker wichtige Bedienungs-, Wartungs- oder Servicean- weisungen in den Produkthandbüchern lesen sollte.
  • Page 21 Safety Summary — Berühren Sie bei eingeschalteter Keine offen liegenden Leiter berühren Stromzufuhr keine offen liegenden Leitungen, Komponenten oder Schal- tungen. — Verwenden Sie nur das mitgelieferte Netzk- Richtiges Netzkabel verwenden abel oder ein Netzkabel, das den Spezifikationen für dieses Produkt entspricht.
  • Page 22 Safety Summary — Um eine Überhitzung des Geräts zu vermeiden, Gerät ausreichend belüften müssen die Ausrüstungskomponenten entsprechend den Installationsan- weisungen belüftet werden. Legen Sie kein Papier unter das Gerät. Es könnte die Belüftung behindern. Platzieren Sie das Gerät auf einer ebenen Oberfläche.

  • Page 23: Consignes De Sécurité

    Safety Summary Consignes de sécurité Il est recommandé de lire, de bien comprendre et surtout de respecter les informations relatives à la sécurité qui sont exposées ci-après, notamment les consignes destinées à prévenir les risques d’incendie, les décharges élec- triques et les blessures aux personnes. Les avertissements complémen- taires, qui ne sont pas nécessairement repris ci-dessous, mais présents dans toutes les sections du manuel, sont également à...
  • Page 24 Safety Summary Symboles apposés sur le produit Les symboles suivants peut être apposés sur le produit: Signale la présence d’une tension élevée et dangereuse dans le boîtier de l’équipement ; cette tension peut être suffisante pour constituer un risque de décharge électrique. Signale que l’utilisateur, l’opérateur ou le technicien de main- tenance doit faire référence au(x) manuel(s) pour prendre con- naissance des instructions d’utilisation, de maintenance ou...
  • Page 25 Safety Summary — Avant de procéder à une intervention d’entretien, Retirez tous vos bijoux retirez tous vos bijoux, notamment les bagues, la montre ou tout autre objet métallique. — Évitez tout contact avec les connex- Évitez tout contact avec les circuits exposés ions, les composants ou les circuits exposés s’ils sont sous tension.
  • Page 26 Safety Summary — Pour éviter toute surchauffe du produit, Assurez une ventilation adéquate assurez une ventilation de l’équipement conformément aux instructions d’installation. Ne déposez aucun document sous l’appareil — ils peuvent gêner la ventilation. Placez l’appareil sur une surface plane. - Les composants sensibles à...

  • Page 27: Regulatory Notices

    Regulatory Notices Certifications and Compliances FCC Emission Control This equipment has been tested and found to comply with the limits for a Class A digital device, pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference when the equipment is operated in a commercial environment.

  • Page 28: Canadian Certified Power Cords

    Regulatory Notices Canadian Certified Power Cords Canadian approval includes the products and power cords appropriate for use in the North America power network. All other power cords supplied are approved for the country of use. Canadian Certified AC Adapter Canadian approval includes the AC adapters appropriate for use in the North America power network.
  • Page 29 Regulatory Notices Category Standard Designed/tested for compliance with: EMC Directive 2004/108/EC Audio, Video and Entertainment Lighting Control for the European via EN 55103-1 and 2 Community. EN55103-1 : 2009 Electromagnetic compatibility. Product family standard for audio, video, audio-visual and entertain- ment lighting control apparatus for professional use.
  • Page 30 Regulatory Notices KAYENNE K-FRAME — Installation & Service Manual...

  • Page 31: Section 1 - Introduction

    Section Introduction Overview The Grass Valley K-Frame family of multi-format digital production switchers provides powerful, ground-breaking features designed to meet the widest range of requirements for live studio, mobile, and post-produc- tion applications. The K-Frame Video Processor is the heart of the system, providing exten- sive video switching and signal processing capabilities.

  • Page 32: Features

    Section 1 — Introduction Features General • Fully digital 10-bit 4:2:2 video switcher including Future-Ready 4K and 1080p (level A or B) support. • Optional smart I/O modules provide up/down/cross-conversion when licensed with SetDef and MatchDef. • Optional IP I/O modules with support for 16 bidirectional SMPTE 2022-6 IP signals in the Compact (S-series) frame and 32 in the Stan- dard—offering a range of options for mixing and matching IP and SDI.

  • Page 33: K-Frame Standard Frame

    Features • Source Rules: • Links keyers to sources. • Settings for On/Off/Left Alone on every M/E. • Full look-ahead preview of rules. • Hot-swappable, front/rear removable modules and power supplies. • Optional multiple Multiviewer capability with 5 pre-configured layouts (maximum 14 panes per layout) with On-Air and Preview tally. K-Frame Standard Frame •...

  • Page 34: K-Frame Compact S-Series Frame (Differences)

    Section 1 — Introduction K-Frame Compact S-series Frame (Differences) • Up to 6 M/Es, accessible across two suites, increased to 12 virtual M/Es by using DoubleTake. • Every M/E has four keyers with standard keying modes including Chroma Key and every keyer can use the pool of floating 3D iDPMs (Key Stores are not available).
  • Page 35 K-Frame Control Surfaces innovative modular design. Representative Kayenne control surfaces are shown in the following illustrations. Figure 2. Kayenne 4-ME 35 Control Surface 4-ME 35 Control Panel Menu Panel Menu Panel Articulated Optional Module Optional Device Control Module Panel Control Unit (PCU) Figure 3.

  • Page 36: Flat Or Curved Control Panel Orientation

    Section 1 — Introduction The modular design and use of a separate PCU supports the hot-replace- ment of individual Control Panel components, if necessary, while the rest of the system remains operational. Do not connect or disconnect the PCU to Control Panel cables CAUTION while the system is powered on.

  • Page 37: Control Panel Stripes

    K-Frame Control Surfaces Control Panel Stripes The main Kayenne Control Panel is organized into from one to five Stripes. Each Stripe consists of a tray and its complement of drop-in modules. An ME Stripe has a module for Source Selection, Transition, and individual E-MEM control.

  • Page 38: Soft Panel (Ksp) Option

    Section 1 — Introduction Soft Panel (KSP) Option Figure 9. Soft Panel Application The KSP is an optional 1-ME Soft Panel GUI which provides direct control of switching crosspoints, recalling effects and macros together with an inte- grated version of the Menu application. A customized PC keyboard is included with the option for users who like quick cut and mix action from a hard-button interface.

  • Page 39: Kayenne K-Frame System Examples

    Kayenne K-Frame System Examples Kayenne K-Frame System Examples Basic Single Suite Kayenne Panel System A basic K-Frame system consists of a Control Panel, a Menu application running on a touch screen Menu Panel, and a Video Processor Frame. The Control Panel and Menu application make up a control surface associated with that frame.

  • Page 40: Supported Control Protocols

    Section 1 — Introduction Figure 11. Kayenne Multi-Suite Standard Frame Example Suite 1 4-ME 35 Kayenne Control Panel Menu Panel Panel Control Unit (PCU) KSP 1-ME Soft Panel Option (Keyboard Included) Menu on PC (Customer Supplied PC) (Customer Supplied PC) Menu Panel Suite 2 Standard 13-RU...
  • Page 41 Supported Control Protocols • Grass Valley Native Protocol for routers/routing control systems (Trinix/Trinix NXT, Venus™, Triton™, and third-party routers; Jupiter and Encore router control systems) • Tally (contact closure) • K-Frame Ethernet Tally protocol • Ethernet CPL to control Grass Valley external remote AUX Panels •...
  • Page 42 Section 1 — Introduction KAYENNE K-FRAME — Installation & Service Manual...

  • Page 43: Section 2 - Control Surface Installation

    Section Control Surface Installation Overview A typical Kayenne control surface has a modular Control Panel, a Menu Panel, and is driven by a Panel Control Unit (PCU) frame. Additional Menu Panels and Satellite Panels are available as options. A Control Panel consists of system operation modules, which mount into trays, which are in turn held in place by a Control Panel support structure.

  • Page 44: Control Panel Variations

    Section 2 — Control Surface Installation If you did not purchase commissioning, but would like to reconsider the option, contact Grass Valley Customer Support. Control Panel Variations Seven basic Control Panel assemblies are considered standard: 4-ME 35, 4-ME 25, 3-ME 35, 3-ME 25, 2-ME 35, 2-ME 25, and 1-ME 15. Each assembly name identifies the number of MEs present and the number of source selector buttons in each ME.

  • Page 45: 4-Me 35 Control Panel, Curved Assembly

    Control Panel Assembly trays to the support beams. Make sure the locking compound is present where the thread interfaces to each bolt or beam. 4-ME 35 Control Panel, Curved Assembly Figure 12. 4-ME 35 Control Panel Dimensions, Curved Installation 1533.7 mm 60.4 in.
  • Page 46 Section 2 — Control Surface Installation Figure 14. 4-ME Support Structure, Curved Installation KAYENNE K-FRAME — Installation & Service Manual...

  • Page 47: 4-Me 35 Control Panel, Flat Assembly

    Control Panel Assembly 4-ME 35 Control Panel, Flat Assembly Note Read through the entire procedure before you begin actual assembly. Figure 15. 4-ME 35 Control Panel Dimensions, Flat Installation 1533.7 mm 124.0 mm 60.4 in. 813.5 mm 4.9 in. 32.0 in. 771.5 mm 30.4 in.
  • Page 48 Section 2 — Control Surface Installation Figure 17. 4-ME Support Structure, Flat Installation KAYENNE K-FRAME — Installation & Service Manual...

  • Page 49: 4-Me 25 Control Panel

    Control Panel Assembly 4-ME 25 Control Panel Control panels with 25 source selection buttons are narrower in width, but otherwise have the same dimensions as 35 source button models. Figure 18. 4-ME 25 Control Panel Dimensions 4-ME 25 Curved Installation 1341.7 mm 52.8 in.

  • Page 50: 3-Me 35 Control Panel, Curved Assembly

    Section 2 — Control Surface Installation 3-ME 35 Control Panel, Curved Assembly Figure 19. 3-ME 35 Control Panel Dimensions, Curved Installation 1533.7 mm 60.4 in. 813.5 mm 208.0 mm 32.0 in. 8.2 in. 10.3 mm 14.8 mm 0.4 in. 0.6 in. 622.8 mm 1501.5 mm 74.0 mm...
  • Page 51 Control Panel Assembly Figure 21. 3-ME Support Structure, Curved Installation KAYENNE K-FRAME — Installation & Service Manual...

  • Page 52: 3-Me 35 Control Panel, Flat Assembly

    Section 2 — Control Surface Installation 3-ME 35 Control Panel, Flat Assembly Figure 22. 3-ME 35 Control Panel Dimensions, Flat Installation 1533.7 mm 124.0 mm 60.4 in. 813.5 mm 4.9 in. 32.0 in. 622.8 mm 24.5 in. 10.2 mm 1501.5 mm 14.4 mm 0.4 in.
  • Page 53 Control Panel Assembly Figure 24. 3-ME Support Structure, Flat Installation KAYENNE K-FRAME — Installation & Service Manual...

  • Page 54: 3-Me 25 Control Panel

    Section 2 — Control Surface Installation 3-ME 25 Control Panel Control panels with 25 source selection buttons are narrower in width, but otherwise have the same dimensions as 35 source button models. Figure 25. 4-ME 25 Control Panel Dimensions 3-ME 25 Curved Installation 1341.7 mm 52.8 in.

  • Page 55: 2-Me 35 Control Panel, Curved Assembly

    Control Panel Assembly 2-ME 35 Control Panel, Curved Assembly Figure 26. 2-ME 35 Control Panel Dimensions, Curved Installation 1533.7 mm 60.4 in. 813.5 mm 158.0 mm 32.0 in. 6.2 in. 10.3 mm 0.4 in. 474.1 mm 1501.5 mm 74.0 mm 18.7in.
  • Page 56 Section 2 — Control Surface Installation Figure 28. 2-ME Support Structure, Curved Installation KAYENNE K-FRAME — Installation & Service Manual...

  • Page 57: 2-Me 35 Control Panel, Flat Assembly With Local Aux

    Control Panel Assembly 2-ME 35 Control Panel, Flat Assembly with Local Aux Figure 29. 2-ME 35 Control Panel Dimensions, Flat Installation 1533.6 mm 60.4 in. 813.5 mm 124.0 mm 32.0 in. 4.9 in. 10.3 mm 0.4 in. 474.1 mm 1501.5 mm 10 mm 74.0 mm 18.7in.
  • Page 58 Section 2 — Control Surface Installation Figure 31. 2-ME Support Structure, Flat Installation 855 7 2720 855 7 2830 855 7 2710 855 7 2710 8557 2820 855 7 2830 85 57 2820 86 20 3200 8557 2830 850 0 442 0 8557 2820 8500 442 0 86 20 3200...

  • Page 59: 2-Me 35 Control Panel, Flat Without Local Aux

    Control Panel Assembly 2-ME 35 Control Panel, Flat without Local Aux Figure 32. 2-ME 35 Control Panel Dimensions, Flat Installation 15.8 mm 0.62 in. 15.2 mm 0.60 in. 10.3 mm 1533.7 mm 0.4 in. 60.4 in. 325.4 mm 1501.5 mm 74.0 mm 12.8 in.

  • Page 60: 2-Me 25 Control Panel

    Section 2 — Control Surface Installation 2-ME 25 Control Panel Control panels with 25 source selection buttons are narrower in width, but otherwise have the same dimensions as 35 source button models. Figure 35. 2-ME 25 Control Panel Dimensions 2-ME 25 Curved Installation 1341.7 mm 52.8 in.

  • Page 61: 1-Me 15 Control Panel

    Control Panel Assembly 1-ME 15 Control Panel Figure 36. 1-ME 15 Control Panel Dimensions, Flat Installation 15.8 mm 0.62 in. 15.2 mm 0.60 in. 10.3 mm 758.3 mm 0.4 in. 29.9 in. 325.4 mm 726.0 mm 74.0 mm 12.8 in. 28.6 in.

  • Page 62: Separately Mounted Local Aux Stripe (35 & 25 Models)

    Section 2 — Control Surface Installation Separately Mounted Local Aux Stripe (35 & 25 Models) Figure 39. Local Aux Stripe Separate Installation Dimensions Local Aux 25 Width Local Aux 35 Width 10.3 mm 621.7 mm 813.7 mm 0.4 in. 24.5 in. 32.0 in.

  • Page 63: Touch Screen Menu Panel Installation

    Touch Screen Menu Panel Installation Touch Screen Menu Panel Installation Menu Panel Dimensions Figure 41. Menu Panel Dimensions Front View Side View, Right 417.8 mm 16.45 in. 64.1 mm 2.52 in. 270.0 mm 10.63 in. 76.2 mm 12.7 mm 3.00 in. 5.0 in.

  • Page 64: Menu Panel Cooling

    Section 2 — Control Surface Installation Figure 42. Menu Panel Connections Bottom View Side View, Right DVI-D USB Type B PCU Connector USB (2) Used with PC. Used with Kayenne PCU, and provides power with PC. USB (2) Menu Panel Cooling CAUTION Do not install the Menu Panel into an enclosed space.

  • Page 65: Additional Kayenne Menu Panels

    Touch Screen Menu Panel Installation Figure 43. Articulated Arm Range of Motion Dimensions 79.4 mm 3.125 in. 195.3 mm 7.69 in. horizontal vertical range range 685.8 mm 454.7 mm 27.0 in. 17.0 in. 225.5 mm 387.4 mm 8.88 in. 157 mm 15.25 in.

  • Page 66: Menu Application On Pc (Keyboard & Mouse)

    Section 2 — Control Surface Installation Menu Application on PC (Keyboard & Mouse) The Kayenne menu application can also be run on a standard PC, permit- ting mouse and keyboard control from a nearby laptop, or remote control of the K-Frame system from any location on the network. If a PC is used for Kayenne Menu operation, the PC’s IP address must be set to a compatible value to work with the rest of the K-Frame system.

  • Page 67: Section 3 - Frames Installation

    Section Frames Installation General Rack Mounting Instructions Weight Distribution Make sure that you mount the unit in the rack so that it is evenly balanced to prevent damage to the frame and to avoid creating a hazardous condi- tion. K-Frame Video Processors require rear rack support. Cooling Requirements The maximum ambient temperature for a Kayenne K-Frame chassis is 40- degrees C (104-degrees F) monitored at the air intake.

  • Page 68: 13-Ru Video Processor

    Section 3 — Frames Installation 13-RU Video Processor Figure 44. K-Frame 13-RU Dimensions (Front View) 482 mm 19.0 in. 460 mm 18.1 in. 439 mm 17.3 in. 577 mm 22.7 in. Note Mounting a K-Frame in a rack immediately below equipment that extends forward from the rack may not provide enough clearance to completely remove the K-Frame door.
  • Page 69 13-RU Video Processor Figure 45. K-Frame 13-RU Dimensions (Top View) 442 mm 17.4 in. 566 mm 22.3 In. 602 mm 23.7 in. 37 mm 1.5 in. 483 mm 19.0 in. KAYENNE K-FRAME — Installation & Service Manual...
  • Page 70 Section 3 — Frames Installation Figure 46. K-Frame 13-RU Rack Mounting and Cooling Airflow Rear Rack Support Air Exhaust (Chassis Top) Rear Rack Support Intake (Chassis Bottom) Intake (Chassis Bottom) CAUTION K-Frame installations require the use of the provided rear rack supports. KAYENNE K-FRAME —...
  • Page 71 13-RU Video Processor Figure 47. K-Frame 13-RU, Front View with Door Removed Image Store ME C1 & C2 ME B1 & B2 Controller ME D1 & D2 with ME ME A1 & A2 Assembly IMAGE STORE ME D1 & D2 ME C1 &...
  • Page 72 Section 3 — Frames Installation Figure 48. K-Frame 13-RU, Rear View Output Video Input Video (16 pairs of identical (32 inputs, outputs each) 8 GPI in/out, and 24 Tally) Up to 4 modules Up to 5 modules CAUTION Turn off power before removing or installing Control I/O in slot R6.

  • Page 73: 6-Ru Video Processors

    6-RU Video Processors 6-RU Video Processors Figure 49. K-Frame 6-RU Dimensions (Front View) 482 mm 19.0 in. 460 mm 18.1 in. 439 mm 17.3 in. 264 mm 10.4 in. Note Mounting a K-Frame in a rack immediately below equipment that extends forward from the rack may not provide enough clearance to completely remove the K-Frame door.
  • Page 74 Section 3 — Frames Installation Figure 50. K-Frame 6-RU Dimensions (Top View 442 mm 17.4 in. 596 mm 22.0 In. 559 mm 23.5 in. 37 mm 1.5 in. 483 mm 19.0 in. KAYENNE K-FRAME — Installation & Service Manual...

  • Page 75: 6Ru Compact S-Series Front Views With Doors Removed

    6-RU Video Processors Figure 51. K-Frame 6-RU Rack Installation and Cooling Airflow Rear Rack Support Exhaust Rear Rack Support Intake CAUTION K-Frame installations require the use of the provided rear rack supports. 6RU Compact S-series Front Views with Doors Removed The Compact S-series Frame includes four keyers per ME and two Multiv- iewers on the Controller board.

  • Page 76: 6Ru Compact Front Views With Doors Removed

    Section 3 — Frames Installation Figure 52. K-Frame Compact S-series 6-RU, Front View with Door Removed ME A ME B Controller Assembly Front Slots F1 - F4 6RU Compact Front Views with Doors Removed The Compact Frame includes optionally, an Image Store board and six keyers per ME.

  • Page 77: 6Ru Rear View

    6RU Rear View 6RU Rear View Figure 54. K-Frame 6-RU, Rear View Input Video Output Video Control I/O (32 inputs, (16 outputs) (Reference,Ethernet 8 GPI in/out, and 24 Tally) Up to 2 modules and Serial ports) Up to 2 modules Power Supply Modular I/O Up to 4 modules...

  • Page 78: K-Frame Standard Power Supply Frame Installation

    Section 3 — Frames Installation Figure 56. Controller I/O Connections, Rear of Chassis Ethernet (6) (communications) SERIAL PORTS RS422/485 LINK/ACTIVITY OFF-10/AMBER-100/GREEN-1000 ANALOG REFERENCE Serial Ports (8) Reference RS422/486 Illuminated LED indicates Port 1 is in diagnostic mode K-Frame Standard Power Supply Frame Installation A 1-RU Power Supply Frame provides DC power for the Standard, 13RU K-Frame Video Processor.

  • Page 79: K-Frame Standard Power Supply Frame Rack Placement

    K-Frame Standard Power Supply Frame Installation Figure 58. K-Frame 13RU Power Supply Frame Dimensions (Top View) 442 mm 17.4 in. 466 mm 18.3 in. 449 mm 17.7 in. 265 mm 490 mm 10.4 in. 19.2 in. 448 mm 41 mm 17.6 in.
  • Page 80 Section 3 — Frames Installation Figure 59. Standard K-Frame Power Supply Rack Installation and Cooling Airflow Exhaust Power Supply Frame Intake K-Frame Chassis In addition, this placement allows removal of the front door of the K-Frame (see 13-RU Video Processor on page 68).

  • Page 81: K-Frame Standard Power Supply Cooling

    K-Frame Standard Power Supply Frame Installation K-Frame Standard Power Supply Cooling The top surface of the rear of the K-Frame Power Supply Frame has air holes and is slightly recessed, which permits air flow even if equipment is mounted in the rack directly above. These top recessed air holes must remain open for proper cooling.

  • Page 82: About Low Line (120V) Operational Considerations

    Section 3 — Frames Installation About Low Line (120V) Operational Considerations If low line (120V) operation is used (mostly in North America) three char- acteristics of the switcher should be kept in mind when provisioning AC power for the system, which will result in the most reliable system possible: •...

  • Page 83: K-Frame Compact Power Supply Ac Requirements

    K-Frame Compact Power Supply AC Requirements a choice between high line or low line operation, the user should consider the advantages and disadvantages of each power sourcing scheme. K-Frame Compact Power Supply AC Requirements The K-Frame chassis has provision to support up to two hot swappable power modules.

  • Page 84: Replacing Compact Power Supplies

    Section 3 — Frames Installation among the line cords. However, if one or more power supplies go offline, it is possible for the entire 10 amps to be drawn by one line cord. For this reason, it is recommended that each line cord be serviced by a dedicated 20 amp circuit.

  • Page 85: K-Frame Video Processor Door Removal Clearance

    K-Frame Video Processor Door Removal Clearance Figure 62. Compact Frame Power Supply Lock Screw Power Supply Lock Screw Lock 3. Loosen the lock screw a few turns to the left, using a Phillips head screwdriver. 4. Slide the lock toward the OPEN label (left) and pull the power supply straight out of the chassis.
  • Page 86 Section 3 — Frames Installation extends forward from the rack (for example, under another K-Frame chassis) may not provide enough clearance to remove the K-Frame door. If mounted below equipment that extends forward from the rack, allow at least 24 mm (0.94 in.) of vertical clearance above the K-Frame to permit door removal.

  • Page 87: Section 4 - System Cabling

    Section System Cabling Overview Note This section covers. Kayenne control surface cabling. Refer to the separate K-Frame documentation set for K-Frame system, and Video Processor Frame cabling information. The K-Frame system uses Ethernet, serial, and USB connections. Custom multi-pin cabling is also used to connect the Kayenne Panel Control Unit (PCU) to Kayenne control surface and Menu Panel components.

  • Page 88: Network Cabling

    Section 4 — System Cabling CAUTION The facility network used for your K-Frame system (and other video produc- tion equipment) should be kept separate from any external network, to prevent network traffic from adversely affecting K-Frame system operation. Network Cabling Network connections are required between the K-Frame Video Processor and the PCU.

  • Page 89: Suites And Control Surfaces

    Network Cabling Suites and Control Surfaces A K-Frame system can be divided into two suites. K-Frame Video Pro- cessor resources (MEs, eDPMs, external devices, etc.) can be assigned to each suite, creating two switchers with one K-Frame. Each suite can be sub- divided into two control surfaces.

  • Page 90: Customer Supplied Ethernet Routers And Switches

    Section 4 — System Cabling Using a second PCU, K-Frame suites can be located anywhere on the net- work, permitting system control from different rooms, floors, or even dif- ferent buildings. Figure 66. Two Suites Using Two PCUs Ethernet Kayenne PCU 1 K-Frame Video Processor (100m / 300ft max single hop length, unlimited distance using switches)
  • Page 91 Network Cabling Kayenne system should be 1000 Mbps capable for the most efficient opera- tion (see Table Table 1. Ethernet Specifications 10BaseT, 100BaseT, 1000BaseT compatible. Category 5 cable, 8 conductor twisted pair. Type The system will work at lower ratings with reduced performance. 1000BaseT components are highly recommended.

  • Page 92: Factory Default Network Settings

    Section 4 — System Cabling Factory Default Network Settings Table 2. Kayenne System Default IP Addresses Device IP Address Video Processor Frame CPU 192.168.0.170 Image Store CPU 192.168.0.171 Control Panel Surface 1A 192.168.0.173 Touch Screen Menu Panel 1 192.168.0.175 Touch Screen Menu Panel 2 192.168.0.176 Control Panel Surface 1B 192.168.0.177...

  • Page 93: Me And Local Aux Stripe Connections

    Control Panel Cabling ME and Local Aux Stripe Connections It is recommended that the PCU numbered ports be connected to Control Panel Stripes in ascending ME order, followed by the Local Aux Stripe. PCU port connections can be re-mapped, but this order matches the default configuration.

  • Page 94: Internal Cabling

    Section 4 — System Cabling Internal Cabling CAUTION The RJ-45 connectors inside the Satellite Panel trays are used for proprietary communications only. Ethernet devices may be damaged if plugged into these connectors. The Single Module Satellite Panel has internal module cabling the same as the other Stripes.

  • Page 95: Reference Input

    K-Frame System Video Timing and Delay Reference Input The K-Frame Video Processor has one analog looping reference input, which can be used with any SD/HD/3G standard. This reference input signal must have the same frame rate as the native operating standard of the K-Frame.
  • Page 96 Section 4 — System Cabling Figure 67. Switcher Timing Diagram Nominal Reference Nominal Output Timing Timing Nominal Switcher Delay A µs - B µs 0 µs + B µs Serial Input Autotiming Window Minimum Switcher Delay +/- B µs C µs Maximum Switcher Delay D µs •...

  • Page 97: Timing Analyzer

    K-Frame System Video Timing and Delay Timing Analyzer The Sync/Timing menu on Kayenne K-Frame systems (accessed via ) has a Timing Analyzer pane, which can help when Setup Video Settings timing the system. Figure 68. Video Settings Menu, This analyzer reports the timing position of a selected source relative to the Kayenne K-Frame internal sync generator.

  • Page 98: Time Zones And The Autotiming Window

    Section 4 — System Cabling Time Zones and the Autotiming Window Each ME has a fixed amount of delay from its input to output. To allow reentries to remain in time, ME timings are staggered such that the up stream ME outputs are earlier in time than down stream ME inputs. A 5 ME production switcher has six time zones to accommodate reentry through all the MEs to any output.

  • Page 99: Clipstore Cabling

    ClipStore Cabling easily seen, but on higher resolution systems the lines are so narrow that a single line shift may be difficult to observe. ClipStore Cabling Overview The Kayenne K-Frame system uses an Ethernet connection for communica- tions with ClipStore (K2 Summit/Solo, Figure 63 on page 87).
  • Page 100 Section 4 — System Cabling Figure 71. ClipStore Direct Connection ClipStore (4 Channel Summit) C1 SDI IN 1 C1 SDI IN 2 Channel 1 C1 SDI OUT 1 C1 SDI OUT 2 C2 SDI IN 1 C2 SDI IN 2 Channel 2 C2 SDI OUT 1 C2 SDI OUT 2...
  • Page 101 ClipStore Cabling Figure 72. ClipStore Connection Using Distribution Amplifiers ClipStore (Summit) Aux Bus Out/Video to DA (odd) Aux Bus Aux Bus Out/Key to DA (even) Pair Out Channel 1 Channel 2 Kayenne Video Processing Frame Video/Key Channels In Channel 3 Channel 4 KAYENNE K-FRAME —...

  • Page 102: Video Processor Frame Gpi/Relay Tally Interface

    Section 4 — System Cabling Video Processor Frame GPI/Relay Tally Interface The GPI (General Purpose Interface) and relay tally interface provides a means to transfer commands to and from the switcher to external devices. A one wire per function parallel hardware relay mechanism is used. The nominal contact rating specification for each relay is 1A, 60 V.

  • Page 103: Relay Tally/Gpi Outputs

    Video Processor Frame GPI/Relay Tally Interface Figure 73. GPI Input Connections (Typical 2 of 8 Connections) + 3.3 V Opto Isolator 50-pin Connector (1 of 8) Pin Numbers 150 ohm GPI IN 1 Open Collector + 3.3 V Opto Isolator (5 of 8) 150 ohm GPI IN 5...
  • Page 104 Section 4 — System Cabling All relays can be used to drive logic or control external circuitry. Figure 74. Relay Tally and GPI Output Connection Example 50-pin Connector Pin Numbers Tally1A Tally2A Logic Tally3A Tally4A Common A Tally5B Tally6B Common B 12V Lamp GPIOut3G GPIOut4G...

  • Page 105: Gpi In, Gpi Out, Relay Tally Pin Assignments

    GPI In, GPI Out, Relay Tally Pin Assignments mended for the connection from the switcher to the user Relay Tally system. Table 6. Relay Tally and GPI Output Specifications Maximum current for any one output 1 amp AC/DC Maximum current for any one common 2 amp AC/DC Maximum off (open circuit) voltage between output and common 60 Volts peak...
  • Page 106 Section 4 — System Cabling Table 8. GPI In, Tally, GPI Out Signals Socket Ribbon Cable 50-Pin D-Sub GPIInCom GPIInCom GPIInCom GPIInCom GPIInCom GPIInCom GPIInCom GPIInCom GPIInCom GPIInCom D-50 Female GPIIn1 GPIIn9 GPIIn17 GPIIn25 GPIIn33 Pin 18 GPIIn2 GPIIn10 GPIIn18 GPIIn26 GPIIn34 GPIIn3...

  • Page 107: Rs-422/485 Port Pin Assignments

    GPI In, GPI Out, Relay Tally Pin Assignments RS-422/485 Port Pin Assignments Eight RS-422/485 ports are available on the rear of the K-Frame Video Pro- cessor, and can be used to control various devices, or for switcher control by an external controller. Note The Frame serial port pinout is automatically configured based on assign- ment.
  • Page 108 Section 4 — System Cabling KAYENNE K-FRAME — Installation & Service Manual...

  • Page 109: Section 5 - Basic Configuration

    Section Basic Configuration Introduction This section provides basic system configuration information for the Kayenne K-Frame Video Production Center. Refer to the Kayenne/Karrera K-Frame Release Notes for information specific to your current software ver- sion. Configuration Steps Kayenne K-Frame basic system configuration includes the following steps: 1.

  • Page 110: Kayenne K-Frame Configuration Data

    Section 5 — Basic Configuration 7. Configure external devices with the Kayenne K-Frame system (see Section 6-External Interfaces). 8. Save your configuration files (see page 174). 9. Additional configuration will be required if multiple suites are being used (see page 180).

  • Page 111: Gv Switcher Menu Application

    Introduction and Menu Panel. The Kayenne K-Frame Video Processor Frame maintains a list of IP nodes to enable communication with the other devices in the system. This list is stored separately from the Eng Setup and User Setups configuration files. This permits loading these configuration files without the danger of accidentally disrupting system communications.

  • Page 112: Menu Top Line

    Section 5 — Basic Configuration Figure 75. GV Switcher Menu Example Operations Status Notification Area Mode Selection Touch Quick-Link Button Group Tabs Soft Knob Labels Scrolling and Data Pads History and Favorites List Selected Parameter Menu Touch Button Category Touch Buttons Menu Touch...

  • Page 113: Data Pads And Soft Knobs

    Power Up and Initialize the System to indicate the state of that parameter. For on/off buttons, green indicates this is a normal parameter and that either an on or off state is typical. Yellow indicates an active function that may change expected behavior. Red indicates an active function which significantly changes normal behavior.

  • Page 114: Power And Initialization Indications

    Section 5 — Basic Configuration 3. Turn on the PC (customer supplied or optional Fanless PC) running the GV Switcher menu application as well as that PC’s monitor or optional Touch Screen menu display. Power and Initialization Indications Power to the system is indicated by operation of the fans in the Video Pro- cessor Frame, illuminated buttons on the Control Panel, and a Kayenne K- Frame screen is displayed on the Menu Panel.

  • Page 115: Connecting The Menu Application To A Frame

    Power Up and Initialize the System Similar requirements apply when the GV Switcher menu application is run on a PC: • The Video Processor Frame must be powered up and running. • The IP address of the Kayenne K-Frame Menu Panel must be set to be on the same network as the Video Processor Frame.
  • Page 116 Section 5 — Basic Configuration menu application resets will be required, one to connect to the Frame and another to register the menu application IP with that Frame: 1. On the GV Switcher menu application, go to Eng Setup, Node Settings, Frame Suite Nodes &...

  • Page 117: About Network Configuration

    About Network Configuration 5. After the Menu Panel restarts, go to . This is Node Settings, Control Surfaces the only GV Switcher menu that will be active when the Menu Panel is not registered with the Frame. 6. Enter a descriptive for the Menu Panel, and enter its Node Name IP address...

  • Page 118: Kayenne K-Frame Default Ip Addresses On Isolated Network

    Section 5 — Basic Configuration ment. See your network administrator for information about gateway server installation and configuration. Kayenne K-Frame Default IP Addresses On Isolated Network Each Kayenne K-Frame system is shipped with default IP addresses (see Factory Default Network Settings on page 92).

  • Page 119: Kayenne K-Frame System Names

    About Network Configuration Kayenne K-Frame System Names The K-Frame Installer program includes a hierarchy display of Kayenne K- Frame system components. This hierarchy starts with the name of the Kayenne K-Frame system, and groups that system’s Video Processor Frame with the Control Panel(s) configured with that Frame. The Kayenne K-Frame system name is taken from the Video Processor Frame name.

  • Page 120: Set Ip Procedure Using K-Frame Installer Program

    Section 5 — Basic Configuration method, any properly refreshed user display will report that changed name. The Video Processor Frame name can be changed with: • K-Frame Switcher Installer Program, • Video Processor Frame web page, • GV Switcher menu Application Frame Suite Nodes & ID menu, and •...

  • Page 121: Other K-Frame Switcher Installer Program Functions

    About Network Configuration 4. Click the button to open an IP Address entry window. Set IP Figure 82. K-Frame Switcher Installer Program, IP Address Entry Window 5. Click on each field to be changed, type in the desired IP address, and click 6.

  • Page 122: Set The Ips Using Device Web Pages

    Section 5 — Basic Configuration - (System selected) Updates software to all devices for the selected Update All system, excluding menus. - Allows the duplication of a Frame or Control Panel Compact Create CF Flash Card onto another CF Card. Set the IPs Using Device Web Pages You need to know the current IP address of the Kayenne K-Frame Video Processor or Control Panel before you can change it using a Web browser,...

  • Page 123: Changing Image Store Ip Address

    About Network Configuration 3. Under Facility LAN, type in the new IP address (and subnet mask and gateway if needed). Make sure you enter the correct number exactly. A typing error can make the frame inaccessible over the network, since you need to know its IP address for use with the Web browser.

  • Page 124: Setting 32-Crosspoint Remote Aux Panel Ip Address

    Section 5 — Basic Configuration See Menu Panel Registration on page 128 regarding additional configuration steps required. Setting 32-Crosspoint Remote Aux Panel IP Address The default IP addresses of Remote Aux Panels are set to at the factory before shipment will not work with a Kayenne K-Frame system whose other components are set to defaults.
  • Page 125 About Network Configuration Figure 84. Panel Description Screen 3. Click on . A Network Configuration screen , displaying the Network factory default settings. KAYENNE K-FRAME — Installation & Service Manual...
  • Page 126 Section 5 — Basic Configuration Figure 85. Panel Network Screen, Default Information 4. Enter the IP addresses and other information appropriate for your system. • The is used to name the panel, for user convenience. This Panel Name field does not affect the operation of the unit. •...

  • Page 127: Restoring The Default Ip Address

    About Network Configuration Restoring the Default IP Address You need to know the current IP address of the Remote Aux Panel in order to change it using the Web browser. If a panel’s IP address has been changed and its new value not recorded, it will be impossible to change its IP address.

  • Page 128: Registering Kayenne K-Frame System Nodes

    Section 5 — Basic Configuration Figure 86. Modular IP Address Configuration 2. Configure the Output Local IPs using the same method. 3. Configure the Output Remote IP column with the destination IP addresses. 4. Click Apply Settings Registering Kayenne K-Frame System Nodes When IP addresses have been changed on Kayenne K-Frame system com- ponents, or new components are added, the Video Processor Frame needs to know what new addresses it will use to communicate with those compo-...

  • Page 129: Control Panel Registration

    Registering Kayenne K-Frame System Nodes Control Panel Registration 1. Touch Eng Setup Node Settings Control Surfaces 2. Touch an available set of buttons and enter a Node Name and the IP address of the Control Panel. 3. You can assign the component to a suite and control surface now if you wish, but it is recommended to initially configure your Kayenne K- Frame system as a single suite.

  • Page 130: Control Panel Brightness Adjustment

    Section 5 — Basic Configuration Figure 87. Remote Aux IP Network Menu 2. Touch an available set of buttons and enter an Aux Panel Name and IP address of each Aux Panel. 3. Identify the type of Remote Aux Panel (Single or Multi- Destination). 4.

  • Page 131: Lever Arm And Joystick Calibration

    Lever Arm and Joystick Calibration requirements (for example, to accommodate varying ambient room lighting levels). 1. Access the Kayenne K-Frame Panel webpage, by entering its IP address in a web browser, then clicking on Configuration Figure 88. Control Panel Brightness Adjustment 2.

  • Page 132: Engineering Setups

    Section 5 — Basic Configuration If Lever Arm or Joystick calibration becomes necessary, see Control Panel Adjustments on page 231. Engineering Setups Kayenne K-Frame inputs and outputs are connected to the rear of the Video Processor Frame. These video signals need to be configured to your facility’s requirements.

  • Page 133: External Device Source Definition

    Engineering Setups 3. Touch the data pad to name the source using the pop Engineering Name up alphanumeric keypad or standard keyboard. Up to 30 characters can be entered, but shorter names are recommended. See Source Naming Background Information on page 133 for more information.

  • Page 134: Name Display Hierarchy

    Section 5 — Basic Configuration Alternative Source Names Alternative names can be assigned to sources for the convenience of pro- duction personnel. For example, you may give the cameras menu names that include the operator (C1 Bob, C2 Phil, and C3 Bill), but remove the operator names from the OLED names to show C1, C2, and C3 in larger characters.
  • Page 135 Engineering Setups native name columns, each area of the system displays the name entered in each column of the Source Patch menu (Figure 89). Figure 89. Source Patch Alternative Source Names If Menu Name is left blank, menus Menu Source use first entry to Lists the left...

  • Page 136: Fixed Sources

    Section 5 — Basic Configuration Fixed Sources Additional, fixed internal sources exist on a Kayenne K-Frame system (Table 13). These internal sources do not have user accessible Engineering IDs and are not displayed on the Eng Setup Source Definition menu. Table 13.

  • Page 137: Button Mapping

    Engineering Setups Note Source Patching is the bridge between engineering sources and logical sources. Both TD and EIC should make reference to this menu when resolving source issues. The mechanism is similar in concept to a physical patch panel. Effects and all source selections are based on logical sources. Tally and associations with external devices are based on engineering sources.

  • Page 138: Changing Output Assignments

    Section 5 — Basic Configuration Changing Output Assignments The Outputs menu is used to change the Kayenne K-Frame system output assignments. The current output assignments can be viewed in this menu. Press to access this menu. Eng Setup Outputs Figure 90. Outputs Menu The scrolling list of data pads along the left side of the screen shows the cur- rently assigned output for each listed module output connector.

  • Page 139: Configuring Aux Buses

    Engineering Setups 3. Select the appropriate Output Type: • if the output is to be dedicated. Later you will be able to select Fixed from either Logical Sources or Fixed Sources for that output. • if the output will be used for switched preview. Switched PVW Switched preview can be assigned to multiple outputs.
  • Page 140 Section 5 — Basic Configuration Video Only Aux Bus When the button is not selected, the Aux bus is configured as a Aux Bus Pair single video-only output. Figure 91. Output Assignments Menu, Video Only Aux Bus KAYENNE K-FRAME — Installation & Service Manual...

  • Page 141: Me Viewer

    Engineering Setups Aux Bus Pairs Selecting the button configures the Aux Bus as an Aux Pair. Aux Bus Pair Figure 92. Output Assignments Menu, Aux Bus Pair Aux Pairs are two physical Aux Buses that have been configured to send a video and associated key (or another video) signal.

  • Page 142: Switcher Relay Tally Configuration

    Section 5 — Basic Configuration Figure 93. Examples of ME Viewer Displays Programs Previews Previews Programs Primary Secondary Keys Programs Previews Keys Primary Previews Programs Keys Switcher Relay Tally Configuration The Switcher Tally menus are used to configure tally system relays. These menus include multiple relay tally calculators, three different relay tally calculation methods, and user assignment of tally relays.

  • Page 143: About Relay Tally Systems

    Switcher Relay Tally Configuration cessor, 24 for each installed Controller or ME board. Relay tally is recalcu- lated and refreshed every field. Relay Note tally Contribution is an alternative electronictally mechanism that can be assigned to a Kayenne K-Frame Video Processor serial port. Refer to the separate Grass Valley Switcher Protocols Manual for technical information.

  • Page 144: Switcher Relay Tally Calculator Menus

    Section 5 — Basic Configuration walls also include a secondary tally indicator for Look Ahead. Look Ahead tributaries do not necessarily leave the switcher as video signals. For example, an ME has four program outputs but only two physical preview outputs.

  • Page 145: Creating An On Air Relay Tally Calculator Using Mes Or Pgm/Pst

    Switcher Relay Tally Configuration Figure 94. On Air Tally Menu, PGM/PST Outputs—Six-Keyer System - Turns the delegated Tally Calculator on or off. When on, the Calc On Calcu- button on the separate Relay Assign menu will be activated for lation Enables that calculator.

  • Page 146: Creating An On Air Relay Tally Calculator Using Aux Buses

    Section 5 — Basic Configuration 5. Touch an Output button to assign that output of that ME or PGM/PST to that tributary. The name of the output is displayed on the Tributary button. 6. Repeat the steps above for other Tributaries for all the outputs you wish to assign for On Air Tally.

  • Page 147: Creating A Bus Relay Tally Calculator

    Switcher Relay Tally Configuration 4. Touch a button on the right. Tributary 5. Touch an button on the left. PGM/PST 6. Touch a LAP 1-4 button to assign that look ahead to that Tributary. Figure 96. Look Ahead Preview Tally—Six-Keyer System 7.

  • Page 148: Relay Assign Menu

    Section 5 — Basic Configuration Figure 97. Bus Tally—Six-Keyer System Relay Assign Menu The Relay Assign menu is used to assign the Tally Calculators to Relay Groups, and assign Engineering/Fixed Sources to relays on the Video Pro- cessor Frame GPI/Tally connectors. Touch the Relay Assign tab to access the menu.

  • Page 149: Assigning Sources To Tally Relays

    Switcher Relay Tally Configuration Figure 98. Tally Relay Assign Menu - Delegates the menu controls to configure the selected Tally Tally Relay Group Group. The A, B, C, and D Tally Groups correspond to Tally/GPI connec- tors 1 through 4 on the rear of the Kayenne K-Frame Video Processor. - Assigns the Tally Calculators to the delegated Tally Calculation Enables Group.

  • Page 150: About Mv Green Relay Tally Calculations For Multiviewer On-Air And Green

    Section 5 — Basic Configuration 2. Choose the Engineering or Fixed Source in the scrolling list on the right. The name of the source will be displayed on the Relay button. • The button clears the current Source assignment for the selected None relay.

  • Page 151: Ethernet Tally Configuration

    Ethernet Tally Configuration 2. Select the button in the Tally System pane (upper right). MV Tally 3. Select one of the four Tally Calc tabs. 4. Select the Calc Name data button and enter a descriptive name for the calculation; for Look Ahead Preview in Suite 1 as an example.

  • Page 152: Set Source Names With External Ethernet Tally

    Section 5 — Basic Configuration b. In the Tally Contribution pane, select an Ethernet Tally IP Address data pad and enter the IP address for an Ethernet Tally system in the pop-up keypad and press Enter Figure 99. Ethernet Tally IP Address 2.
  • Page 153 Ethernet Tally Configuration Note This Tally Protocol enhancement is a superset of the previous version of the Tally Protocol. The 7.0 Tally software is backwards compatible with previous Tally Protocol Clients. 1. Select & Eng Setup Ports Devices Tally Ports Figure 100.

  • Page 154: Clipstore Configuration

    Section 5 — Basic Configuration Note Source name control is enabled only when the Connection Status and Source Name Control Enable buttons are both enabled (highlighted green). ClipStore Configuration ClipStore basic configuration includes preparing the Summit/Solo and Kayenne K-Frame systems through licensing, IP addressing, software installation, cabling, and GV Switcher menu configurations.

  • Page 155: Kayenne K-Frame System Preparation

    ClipStore Configuration Note Make note of the ClipStore IP Address, it will be used later to enable Clip- Stores as external devices later in the Kayenne K-Frame configuration pro- cess. Kayenne K-Frame System Preparation Install Kayenne K-Frame Software Verify that the GV Switcher software is version 5.0 or later. For information about upgrading software, see the Kayenne/Karrera K-Frame Release Notes.

  • Page 156: Kayenne K-Frame Configuration

    Section 5 — Basic Configuration Kayenne K-Frame Configuration Configuring ClipStore as a Node ClipStore must be configured as a node in the Eng Setup, Node Settings menu before the Kayenne K-Frame system can communicate with the Summit/Solo ClipStore server. 1. Verify there is a valid network connection. 2.

  • Page 157: Configuring Source Definitions

    ClipStore Configuration Configuring Source Definitions To configure source definitions for ClipStore return outputs, choose a source, a source type “Device”, an input fed by the device, a Key Mode, and an Engineering Name for the source if desired. The following example demonstrates the configuration of a Summit with four ClipStore channels.

  • Page 158: Configuring Outputs

    Section 5 — Basic Configuration You now have device control over this ClipStore resource, and it can be mapped. Repeat the preceding steps for each ClipStore channel. Configuring Outputs Set the switcher outputs that are feeding into ClipStore. By selecting an Aux bus then touching one of the CS-1 through CS-4 enable buttons, those Aux bus outputs will be paired.
  • Page 159 ClipStore Configuration Figure 103. ClipStore Configuration Menu —Updates the Eng Setup, ClipStore Config menu Read from ClipStore button with the current parameter settings for the configured ClipStore server channels. —Sends all parameter and system settings required by Send to ClipStore button ClipStore to record, edit, and control clips to the server.

  • Page 160: Assigning Clipstore Channel Resources To A Suite

    Section 5 — Basic Configuration —Turning this button on (highlighted green) then Bars and Tone button touching the button, loads color bars (and updates the con- Send to ClipStore figuration) and sends a tone to the selected ClipStore channel for testing. Assigning ClipStore Channel Resources to a Suite ClipStore resources can be acquired in suites.
  • Page 161 ClipStore Configuration 3. Enter the current IP Address for the Summit/Solo server. (default IP Address: 192.168.0.180) in the Remote Desktop Connection dialog. 4. Click Connect 5. Enter the following in the Log On to Windows dialog: • Login: administration • Password: , touch enter.
  • Page 162 Section 5 — Basic Configuration c. Under Filter Settings click the pull-down menu, click Filter: Disable (Enabled is the default), and click An asterisk (*) will appear next to ‘Disable’ that indicates the system must be rebooted to implement the configuration change. Figure 107.
  • Page 163 ClipStore Configuration 9. Right-click on Control Team Figure 109. Network Connections—Control Team 10. Click Properties 11. Scroll down to “Internet Protocol (TCP/IP)” and click to highlight it. Figure 110. Control Team Properties—TCP/IP Disable/Enable Filter Settings 12. Click Properties The TCP/IP Properties Dialog is displayed. KAYENNE K-FRAME —...

  • Page 164: Camera Control With Ethernet Tally Configuration

    Section 5 — Basic Configuration Figure 111. TCP/IP—Enter IP Address 13. Enter the desired IP Address, and click The Subnet mask will be filled in automatically. 14. Click For Windows XP Only: Enable the FBWF 1. Enable the FBWF (File Based Write Filter), see Setting the IP Address page 154, Step...

  • Page 165: Node Settings

    Camera Control with Ethernet Tally Configuration Figure 112. Kayenne System Interconnection with Camera Gateway Camera Head Base Station Camera Head Base Station Camera Head Base Station Camera Head Base Station Ethernet Switch LDK Connect Server Ethernet Interconnect from LDK Connect Gateway Server to Switcher Menu Panel Control Panel Video Processor Frame...

  • Page 166: Source Definitions

    Section 5 — Basic Configuration Figure 113. Camera IP/Enable, Node Settings Menu Source Definitions To enable camera control from the Kayenne K-Frame, the source is defined as a “Camera” type then assigned as a camera in the Eng Setup, Source Definition menu.
  • Page 167 Camera Control with Ethernet Tally Configuration Figure 114. Camera Source Type, Source Definition Menu 1. Touch the desired source in the Source List. 2. Set the Video Input and Key Mode (see the Kayenne K-Frame User Manual for more information). 3.

  • Page 168: Acquire Resources

    Section 5 — Basic Configuration 4. Touch the data pad—the Ethernet Connected Camera List Camera Source pane is displayed. Figure 115. Ethernet Connected Camera List, Eng Setup, Source Definition Menu 5. Touch a camera in the Ethernet Connected Camera List. The Ethernet Connected Camera List pane closes and the selected camera’s Engineering Name is defined by the selection automatically.
  • Page 169 Camera Control with Ethernet Tally Configuration Green—Successfully acquired in the current suite White—Resource not acquired in any suite Blue—Resource successfully acquired by a suite other than the current suite Figure 116. Camera Control, Eng Setup, Acquire Resources Menu Acquire control of camera components in another suite by releasing one, several, or all components from the current suite using the Release Selected buttons, changing suites, then acquiring those com-...

  • Page 170: Switcher Ethernet Camera Tally

    Section 5 — Basic Configuration Switcher Ethernet Camera Tally The Kayenne K-Frame system provides a quickly connected, reliable, three color tally (Red, Yellow, and Green) via Ethernet to Grass Valley cameras. Figure 117. Switcher Tally LDK Camera Ethernet Menu—Six-Keyer System Tally Calc Menus As with Switcher Tally, the LDK Camera Ethernet menu is used to select calculators, name calculators, and assign bus contributors to tributaries.
  • Page 171 Camera Control with Ethernet Tally Configuration The Color Assign menu is used to assign the Tally Calculators to the Tally Colors. Touch the Eng Setup, Switcher Tally, Color Assign menu tab to access this menu. Figure 118. Color Assign Menu KAYENNE K-FRAME —...

  • Page 172: User Setups

    Section 5 — Basic Configuration User Setups User Setups are intended primarily for operators, to allow them to cus- tomize their working environment. However, some settings affect basic system operation. The engineer in charge of a Kayenne K-Frame system should create and save at least one default set of User Setups (Panel Prefs and Suite Prefs) so the system can be set to a known state.
  • Page 173 User Setups Select the desired Bank(s) on the left, a Source Select button on the scrolling list in the center of the menu, then assign a source to that button from the scrolling lists on the right. Two source types are available, Logical Sources, and Fixed Sources. Figure 120.

  • Page 174: Suite Prefs

    Section 5 — Basic Configuration Suite Prefs Source Patch Menu The Source Patch menu controls what source names are displayed on the Control Panel and menus, and permits patching of engineering sources to logical sources. Default Keyframe Default Keyframe settings are applied when an empty register is recalled and when the (Clear Working Buffer button is pressed in the Master...
  • Page 175 Configuration File Save and Load Figure 121. Files Ops, User Setups Menu KAYENNE K-FRAME — Installation & Service Manual...

  • Page 176: File Storage Organization

    Section 5 — Basic Configuration Eng Setup files can be accessed two ways, via , or via File Ops Eng Setup Eng Setup Save Load Figure 122. Eng Setup Save-Load Menu File Storage Organization The file browser gives you great flexibility for choosing and creating storage locations for your files.

  • Page 177: File Type Extensions

    Configuration File Save and Load the Windows Explorer allows them to appear at the top of the File Opera- tion menus on that menu system. Files saved to the will be available to any System Storage Frame User Directory system user. Files saved to the location on the Kayenne K-Frame Remote Storage...

  • Page 178: Eng Setup File Operations

    Section 5 — Basic Configuration Non-Kayenne K-Frame generated file icons show the file name with exten- sion, and displays the extension letters in the icon. Eng Setup File Operations The Eng Setup, Save Load menu is used to save and load engineering setups information.

  • Page 179: Utilities Pane

    Configuration File Save and Load Utilities Pane The Utilities pane buttons perform Copy, Paste, Delete and Create Folder operations and has a Multi-Select toggle button. File Operations Pane The File Operations pane is used to name, save, and load files. To Save Eng Setup Files 1.

  • Page 180: Multiple Suite Resource Sharing

    Section 5 — Basic Configuration Multiple Suite Resource Sharing Introduction The Resource Sharing feature permits the allocation of Kayenne K-Frame system resources between two suites. This allows independent system operation from multiple locations without conflict. Logical resource assignments allow the reuse of E-MEM effects in either suite regardless of which specific hardware resources were allocated.

  • Page 181: Independent Resource Sharing

    Multiple Suite Resource Sharing Independent Resource Sharing Independent resource sharing isolates an operator or group of operators from other operators, by defining two separate suites. When one suite has acquired a resource, only the operator or group of operators in that suite will be able to control it.

  • Page 182: Control Surface

    Section 5 — Basic Configuration Figure 124. Suites and Control Surfaces Example Suite 1 (Live) Suite 2 (Edit) Control Surface 2-A Control Surface 1-A KSP Application on PC Control Surface 2-B Control Surface 1-B Edit System (Edit 2) External Control Point EIC Control Surface (PC Running Karrera Menu Application)

  • Page 183: Logical Aux Buses

    Multiple Suite Resource Sharing same suite, permitting quick access to different sources appropriate for each work location. Control surfaces allow operators to collaborate on the same production while providing isolation between the operators themselves. For example, a smaller Control Panel set up in the studio for rehearsals will need access to the same effects as a larger Control Panel in the control room, but may need access to a specific set of sources.

  • Page 184: Setting Up Resource Sharing

    Section 5 — Basic Configuration Setting Up Resource Sharing Preparation Your Kayenne K-Frame system should first be fully operational. For new customers, an initial system configuration will be required. This basic setup will become the baseline for suite 1 operation. This includes having an Eng Setup configured with the sources defined, suite 1 outputs assigned, suite 1 tally contacts connected and Ethernet tally defined (if used), and any external interfaces (DDR, VTR.) that will be used in suite 1 should be...

  • Page 185: Define Default Multi-Suite Engineering Resources

    Multiple Suite Resource Sharing Figure 125. Control Surface Menu with Suite 2 PC and Panel 2. Touch . This will re-establish system communications. Reset Panel After reboot, Note the Eng Setup, Status menu will display the added control surface. Define Default Multi-Suite Engineering Resources Assign the following items as appropriate to suite 1 or suite 2: •...
  • Page 186 Section 5 — Basic Configuration Figure 126. PGM Output Assigned to Suite 2 KAYENNE K-FRAME — Installation & Service Manual...

  • Page 187: Divide Resources Between Suites

    Multiple Suite Resource Sharing Divide Resources Between Suites Note Changes to Suites and Resource Sharing can have serious Kayenne K-Frame system operation impacts that may not be completely obvious. For this reason, precautionary messages requiring a response are posted. 1. If necessary, go to , answer to the warning Eng Setup...
  • Page 188 Section 5 — Basic Configuration 2. Touch , select to the warning message, and Eng Setup Acquire Resources release resources not needed in suite 1 that you wish to make available to suite 2. You can use the category tabs on the right to release resources in each category, and then acquire only what is needed in suite 1.

  • Page 189: Save Default Multi-Suite Engineering Setups File

    Multiple Suite Resource Sharing 4. Go to , and use the button to login as Eng Setup Eng Login Change Identity . Then touch and acquire the Suite 2 CS A Eng Setup Acquire Resources resources needed in suite 2 that have been freed in suite 1. Figure 129.

  • Page 190: Multi Suite Independent Operation

    Section 5 — Basic Configuration To use different Panel Prefs for different control surfaces, create and save each Panel Prefs file while logged into that suite and control surface. This is necessary for button mappings on each suite’s control panel. Multi Suite Independent Operation Once configured with two suites, operators can work on each control surface completely independently from one another.

  • Page 191: Setdef And Matchdef

    SetDef and MatchDef Note Changing a menu’s identity in this way is temporary. Reloading the menu application or rebooting the Menu Panel will restore the Suite and Control Surface identity defined in the Node Settings, Control Surfaces menu. Figure 130. Eng Login Menu Kayenne K-Frame system resources can be allocated to each suite.

  • Page 192: Setdef Output Conversion

    Section 5 — Basic Configuration displays controls for either input or output conversion in the right-hand pane. Figure 131. SetDef MatchDef Menu, SetDef Selected SetDef Output Conversion When SetDef Mode is selected, the Modular I/O buttons report the Mode, Engineering Name for the input, Suite 1 or 2 (S1 or S2), Output Name, output format and crop status (Off/On) for the output of the selected pair.

  • Page 193: Matchdef Input Conversion

    SetDef and MatchDef - Synchronizes the image then scales it to fill the full raster of Sync/Scale the screen. If mismatched formats are involved, the image may distort and appear wider or narrower that its original state. - Used to convert 16:9 to 4:3 by adding bars above and below Letterbox the image.
  • Page 194 Section 5 — Basic Configuration Output Name, input format and crop status for the input of the selected pair. Figure 132. SetDef MatchDef Menu, MatchDef Selected The currently operating video standard is shown in the Frame Operating Mode status display on the upper right portion of the menu. –...

  • Page 195: Video Settings

    Video Settings Video Settings Figure 133. Video Settings Menu The Video Settings menu reports the current system sync reference and status, allows selection of the Frame Operating Mode, and provides other system functions. Reference Sync Selection Choosing selects the Analog Reference connector on the Video Pro- Analog cessor Frame for system reference.

  • Page 196: Frame Operating Mode

    Section 5 — Basic Configuration Frame Operating Mode The selected Frame Operating Mode determines the K-Frame’s video input and output formats (excluding MatchDef and SetDef) and the internal pro- cessing used for the video. About PSF Video, Supported Live Mode, and Film Mode Progressive Segmented Frame (psf) video splits each progressive video frame raster into even and odd lines, creating two fields for each frame that can be sent through video equipment using the same transport protocol as...

  • Page 197: Command Processing

    Video Settings – This limiter mode produces colors that decode to valid RGB Decodable components. Not all valid RGB colors can be transmitted in NTSC, how- ever. Saturated colors near yellow and cyan over modulate an NTSC trans- mitter. – This limiter mode prevents over modulating an NTSC trans- Transmittable mitter, but can produce colors which can not be decoded into RGB.

  • Page 198: Default Idpm Crop

    Section 5 — Basic Configuration Default iDPM Crop Default crops are intended to define the extent of a standard image for a facility. The Default iDPM Crop controls adjust cropping when individual iDPM channel crop is turned off. Individual iDPM cropping is used to adjust for variations in individual sources.

  • Page 199: Frame Suite Nodes & Id Menu

    Mapping Logical Remote Aux Panels Frame Suite Nodes & ID Menu Figure 134. Frame Suite Nodes & ID Menu The Frame Suite Nodes & ID menu has fields to enter the IP addresses the GV Switcher menu application will use to communicate with the Video Processor Frame, Image Store, and the Control Panel whose DPOPs will affect this application’s menu displays.

  • Page 200: Remote Aux Button Mapping

    Section 5 — Basic Configuration To Assign Aux Buses on a Multi-Destination Panel: 1. Select Eng Setup, Node Settings in the menu. 2. Highlight a Panel Delegation button at the top of the screen. 3. Touch one of the Logical Aux Buses buttons on the lower screen. That Aux Bus will then be selected when that Remote Aux Delegation button is pressed on that panel.

  • Page 201: About The Status Menu

    About the Status Menu About the Status Menu Figure 135. Status Menu The Status menu reports the currently connected Kayenne K-Frame devices by their name, control surface, type, IP address, software version, and date in the central window. Note The Control Surface of a Menu Panel indicated on this menu is defined by the Node Settings, Control Surfaces menu settings.

  • Page 202: Acquire Resources

    Section 5 — Basic Configuration button minimizes the menu application, revealing the Minimize Menu Windows desktop. The buttons Exit Menu Closedown Menu Computer perform those functions. Acquire Resources The Acquire Resources menus are used to acquire and release Kayenne K- Frame system resources when multiple suites are being used.
  • Page 203 Acquire Resources Prerequisite: The MX-MV Multiviewer physical resource is not allocated to another suite. If configuring additional Multiviewer outputs, unallocated VPE physical resources are available. 1. Select the menu buttons. Eng Setup Acquire Resources Figure 136. Eng Setup, Acquire Multiviewer—Standard Frame 2.

  • Page 204: Acquire Multiviewer Resources With A Compact (Six-Keyer) Frame

    Section 5 — Basic Configuration 8. Select the menu button. Acquire Resources 9. Select an MV ( ) button in the Logical Resources pane. 10. Select an unallocated VPE/ME resource in the Physical Resources pane. Configure outputs assigned to external monitors: 11.
  • Page 205 Acquire Resources Prerequisite: Unallocated VPE/ME physical resources are available. 1. Select the menu buttons. Eng Setup Acquire Resources Figure 137. Eng Setup, Acquire Multiviewer Menu—Compact Frame 2. Select an MV ( ) button in the Logical Resources pane. MV 1 MV 4 3.

  • Page 206: Acquire Multiviewer Resources With A Compact S-Series (Four-Keyer) Frame

    Section 5 — Basic Configuration 10. Select when prompted to continue. 11. Allocate a second VPE physical resource in the Eng Setup, Acquire Resources menu as previously described. Acquire Multiviewer Resources with a Compact S-series (Four-Keyer) Frame There are a pair of Multiviewers that can be licensed on the S-series Con- troller with pre-configured layouts and On-Air/Preview tally.
  • Page 207 Acquire Resources Result: The currently selected Multiviewer layout is available to an external monitor. If adding a second multiviewer display: 6. Select the menu category button. Eng Login 7. Select Change Identity 8. Select another suite identity. 9. Select when prompted to continue. 10.
  • Page 208 Section 5 — Basic Configuration KAYENNE K-FRAME — Installation & Service Manual...

  • Page 209: Section 6 - External Interfaces

    Section External Interfaces Introduction The Kayenne K-Frame Video Production Center has that name because it is more than just a video switcher. For example, a Kayenne K-Frame system is also able to control a variety of external devices. Devices can be associated with sources, via source definition. Three types of source definitions for the Kayenne K-Frame are available: •...

  • Page 210: General External Device Interfacing

    Section 6 — External Interfaces General External Device Interfacing In general, interfacing an external device to the Kayenne K-Frame system involves the following elements: • Control cabling and configuration (Ethernet, serial ports, GPIs). • Video cabling (K-Frame input connectors). • Creating an External Device Definition (for DDR, VTR, etc.) and assigning it to a source definition.
  • Page 211 Ports & Devices Figure 139. PBus Ports Menu – One of the twenty four available PBus devices can be selected PBus Devices on the upper left side of the menu. Once selected, the remainder of the menu is delegated to that PBus device. –...
  • Page 212 Section 6 — External Interfaces Copying Trigger Names Trigger names can be copied from one PBus device to another. 1. Highlight the PBus device you wish to copy names from. 2. Touch the button to enter that device in the adjacent Set Copy From window.

  • Page 213: Gpi Outputs

    Ports & Devices GPI Outputs The GPI Outputs menu is used to configure the K-Frame’s GPI connectors. GPI outputs can be assigned to Suite 1 or Suite 2 using the Eng Setup Acquire Resources menu. Figure 141. GPI Outputs Menu –...
  • Page 214 Section 6 — External Interfaces Once configured, GPI Outputs will be available to operators for use with EMEMs on the Devices GPI Outputs menu. Figure 142. Devices, GPI Outputs Menu KAYENNE K-FRAME — Installation & Service Manual...

  • Page 215: Pbus And Gpi Enables

    Ports & Devices PBus and GPI Enables PBus and GPI Output functionality (communications) can be enabled and disabled by an operator from the Devices, PBus and GPI Enables menu. This menu has two tabs, one for PBus (Figure 143), and the other for GPIs (Figure 144).

  • Page 216: External Devices

    Section 6 — External Interfaces External Devices The Eng Setup External Devices menus are used to create and edit Device Definitions. Different menus are displayed depending on whether a serial or Ethernet control type of device is selected. Figure 145. External Devices Menu, Serial Control Device KAYENNE K-FRAME —...

  • Page 217: Vdcp Ethernet

    Ports & Devices Figure 146. External Devices Menu, Ethernet Device VDCP Ethernet When VDCP Ethernet is selected, additional parameters are available. KAYENNE K-FRAME — Installation & Service Manual...
  • Page 218 Section 6 — External Interfaces Figure 147. External Devices Menu, with VDCP Ethernet Selected Server Type • Generic • CrossFire • Venus 7000 Name Length • Variable • Fixed VDCP on Ethernet Configuration For Ethernet VDCP, the user must specify the IP Address of the device they are connecting to, in the Eng Setups/Ports &...

  • Page 219: Device Definition

    Ports & Devices Device Definition The Kayenne K-Frame system uses a software External Device Definition object to define the capabilities of each device interfaced with the system. External Device Definitions contain the interface information required for that external device, (e.g., IP Address or Serial Port). Each Device Defini- tion is given a unique name.

  • Page 220: Ethernet Tally Ports

    Section 6 — External Interfaces When External Device Definitions have been created, the Source Definition menu lists them when the Source Type has been selected and the Device button is touched. External Device Figure 148. Source Definition Menu, Device Type Selected Ethernet Tally Ports There are three configurable Ethernet Tally ports.
  • Page 221 Ethernet Tally Ports Figure 149. Tally Ports Menu—Ethernet Tally Client Connection 2. In one of the ports, select the IP Address data pad. 3. Enter the client IP Address in the pop-up keypad and select Enter KAYENNE K-FRAME — Installation & Service Manual...

  • Page 222: Editor Ports

    Section 6 — External Interfaces Editor Ports Figure 150. Editor Ports Menu – Two editor ports can be configured and assigned to the Editor Ports Kayenne K-Frame serial ports. Selecting an Editor button on the left dele- gates the rest of the menu to that item. –...

  • Page 223: Router Interface

    Router Interface Router Interface Introduction The Kayenne K-Frame system can interface with an external routing system. A routing system connects a router source (router input) to a router destination (router output). Changing the router source sends a different signal to the destination (called a take). A router destination can in turn be connected to a Kayenne K-Frame input and be configured as a routed source (called switcher source in this discussion and in the GV Switcher menus).

  • Page 224: Router Source Name Changes (At The Router) And Gv Switcher Updates

    Section 6 — External Interfaces Kayenne K-Frame system router protect commands are applied to all router levels. Router Source Name Changes (at the Router) and GV Switcher Updates When an NV9000, Encore, or other supported router is connected to a GV Switcher system using Grass Valley’s Native Protocol (SMS 7000), and router source names are changed, the system and menu will now be updated automatically, with a few limitations.

  • Page 225: Router Interface Installation

    Router Interface Router Interface Installation Control Interface Cabling Connect an Ethernet cable from a Kayenne K-Frame system Ethernet switch to the external routing system Ethernet network. The system can communicate with devices on different networks via a gateway router. If a gateway router is not used, the external routing system must be on the same subnet as the Kayenne K-Frame system.

  • Page 226: Primary And Secondary Router Communications

    Section 6 — External Interfaces Touch selection button to go to this menu. Eng Setup Router Figure 152. Eng Setup Router Menu indicator is red when communication is not detected, and goes Status green when communication is established. To Set the IP Addresses: 1.

  • Page 227: Defining Routed Sources Definition

    Router Interface nications, and if successful will continue using it in the future. If communi- cations then is lost to the secondary control system, the system will attempt to reestablish communications with the primary router control system. Defining Routed Sources Definition The Eng Setup Source Definition menu is used to define routed Kayenne K- Frame sources, which includes specifying which router destination will be associated with each switcher source.

  • Page 228: User Setups

    Section 6 — External Interfaces 6. Touch the data pad to open the Router Destinations Router Destination menu. The K-Frame Video Processor receives a list of destination from the router and displays them on scrolling list on the left. Figure 153. Router Destination Selection Menu 7.

  • Page 229: Section 7 - Maintenance

    Section Maintenance Introduction This section provides routine maintenance information for servicing the Kayenne K-Frame Video Production Center. Servicing Precautions Before performing any type of Kayenne K-Frame system maintenance or troubleshooting, read the complete Safety Summary on page 15 at the front of this manual.

  • Page 230: Panel Control Unit (Pcu)

    — Maintenance Store Processor CPU. Powering the unit off and back on also resets the Video Processor Frame. Figure 154. 6-RU Video Processor Frame Reset Button and Power Switch Controller Board Power Switch Reset Button Panel Control Unit (PCU) The PCU has up to three reset buttons, one for the Control Panel Processor, one for the standard Menu Panel, and one for the optional second Menu Panel.

  • Page 231: Control Panel Adjustments

    Control Panel Adjustments Control Panel Adjustments Lever Arm Calibration Press the (the left-most graphic symbol button over the Lever Exchange ME Arm), , and T buttons simultaneously (in any Ptn Limit EMem Run rans Rate order) to enter calibration mode for that module. Follow the instructions displayed, moving the fader to the bottom and top limits and pressing the button.

  • Page 232: Me Stripe Mapping

    — Maintenance 3. Follow the instructions displayed, rotating the Joystick and pressing the bottom right button labeled NEXT Result: button label changes to NEXT Press the button to complete the calibration and return the module to its Home state. Figure 157. Button Hold Down for Joystick Calibration Wipe Wipe M o v e t h e J o y s t i c k t o b o t t o m...

  • Page 233: Touchscreen Calibration

    Touchscreen Calibration tion Module) fails due to a multi-pin cable problem. That essential ME Stripe can be re-assigned to a different PCU port that has an operational multi-pin cable, restoring Kayenne Control Panel operation. To remap ME Stripes, on any Transition Module press the three right-most buttons over the Lever Arm at the same time to enter ME Stripe Mapping mode.
  • Page 234 — Maintenance Figure 159. Hampshire Calibration Application 3. Select the second tab on the top to open that menu screen. Calibration Figure 160. Calibration Menu Screen 4. Touch on the lower part of the screen to open a menu for Configure selecting the calibration type.
  • Page 235 Touchscreen Calibration Figure 161. Calibration Type Selection 5. Touch and then . You will return to the Calibration 4 Point Calibration Menu screen. Figure 162. Calibration Menu Screen 6. Start the calibration process by touching the center of the calibration box and circle where the red arrows are pointing.

  • Page 236: Software Installation

    — Maintenance Figure 164. Touchscreen Calibration Final Confirmation Screen 9. Touch the screen to verify the calibration. A calibration circle will appear and follow your finger touch across the screen. If satisfied, touch the button at the bottom of the screen to save the Accept calibration.

  • Page 237: Software Option Authorization

    Software Option Authorization Software Option Authorization Introduction Some Kayenne K-Frame system options have software components that can be enabled via an authorization process, using authorization codes. Authorization codes are also used for tracking maintenance contracts. New Kayenne K-Frame systems ship with the appropriate authorization codes installed, enabling all purchased options.

  • Page 238: Authorization Procedure

    — Maintenance Authorization Procedure Acquire Authorization Code Grass Valley will be sending authorization codes to all Kayenne K-Frame system customers. If you have received your codes and the system IDs are correct, proceed to Enter Permanent Authorization Code on page 239.

  • Page 239: Enter Permanent Authorization Code

    Software Option Authorization Enter Permanent Authorization Code 1. Go to the Install Options menu ( ) on a Menu Eng Setup Install Options Panel of the system whose options you are enabling (Figure 165 on page 238). Confirm that the System ID on the menu matches the System ID# of the authorization code.

  • Page 240: Control Panel Nv Memory

    — Maintenance Figure 166. Control Panel Webpage, Panel Status Control Panel NV Memory The Control Panel circuitry has NV Memory, which stores some Control Panel configuration information, including: • Macro Attachments • Panel Memory Some related panel settings can be saved as configuration files (Panel Prefs, Panel Memory), or as part of a Show file.

  • Page 241: Control Panel Ip Information

    Control Panel IP Information Control Panel IP Information After a panel processor board replacement, the Video Processor Frame IP address will need to be re-entered into the Control Panel. Menu Panel IP Information Replacing a Menu Panel processor will require resetting all Menu Panel IP addresses.

  • Page 242: Restore System Files

    — Maintenance 2. Touch the button. Clear NV Figure 167. K-Frame Installer Program Clear NV 3. Click on the button. The following Clear NV Files screen will Clear NV appear. Figure 168. Video Processor Frame 4. Leave the box filled and click Reboot when complete 5.

  • Page 243: Restoring Multiple Suites

    Video Processor Frame Maintenance you are experiencing problems, you may want to reload the files individu- ally to help find what might be causing problems. 1. For troubleshooting, restore your backup files in the following order: a. Reload your backup Engineering Setup file and make sure it is correct by, for example, checking that the proper source names appear in the Source Definition menu.

  • Page 244: Lifetime Of The Internal Battery

    — Maintenance below the SATA drive on the control processor board, as shown in Figure 169. Figure 169. K-Frame Control Processor Board - S2 Boot Mode Dipswitch Location CAUTION If the Dipswitch settings are not in the UP or Normal position, the system may not boot.

  • Page 245: Control Panel Nv Memory

    Control Panel NV Memory Figure 170. Video Processor Frame Controller Board with Battery Indicated 4. Put the new battery in place and secure the clip. 5. Re-insert the frame controller board and close the frame door. Control Panel NV Memory The Kayenne Control Panel control circuitry (located in the PCU Frame) has NV Memory, which stores some Control Panel configuration informa- tion, including:...

  • Page 246: Clear Control Panel Nv Memory Procedure

    — Maintenance Clear Control Panel NV Memory Procedure Follow the same procedure for clearing the Video Processor Frame NV Memory, but select the Control Panel in the hierarchy screen. After the Control Panel resets, restoring User and Panel Prefs and Panel Memory configuration files should restore the Control Panel to its previous opera- tional state.

  • Page 247: Removing The System Bar

    Control Panel System Bar Maintenance Removing the System Bar Each active System Bar part is fixed to the tray with one hex screw recessed into the top surface of the part. A 2.5 mm hexagonal driver (Allen wrench) is used for removal. This tool is provided with the Control Panel. The blank panel is held in place with a single crosshead Phillips screw located under- neath, but lacking active components it will probably never need to be removed.

  • Page 248: Replacing The System Bar

    — Maintenance 4. Should the blank panel need to be removed, you must first take out the module below it in the Pgm Pst tray to access a crosshead Phillips screw. Figure 173. System Bar Blank Panel Screw Replacing the System Bar 1.

  • Page 249: Diagnostics

    Diagnostics Diagnostics Capture Software Diagnostic Data Software diagnostic data can be captured on a K-Frame Video Processor. This information can be useful to Grass Valley engineers for trouble- shooting purposes. Typically this procedure is only used when the system is experiencing problems, and is done after a Video Processor Frame reboot. Note During the diagnostic data capture the K-Frame system may remain func- tional, but system operation is not recommended at this time.

  • Page 250: Control Panel Module Diagnostics

    — Maintenance 3. After the files have been copied, the entire contents of the directory should be compressed into a .zip archive. Grass Valley Customer Support can provide instructions on how to send this information to the GV engineering team for analysis. Control Panel Module Diagnostics On Control Panels, boot information/diagnostic is shown on the left most character display of every panel board.

  • Page 251: About Updating The Had Fpga

    About Updating the HAD FPGA About Updating the HAD FPGA HAD (Host Address Decoder) FPGA (Field Programmable Gate Array) updates are to be performed by qualified personnel only, i.e. an EIC (Engi- neer In Charge). Each CPU or Image Store board installed in a Grass Valley K-Frame Video Processing Frame has a PCI Express endpoint for communication with the host processor.

  • Page 252: Update The Had Fpga

    — Maintenance Update the HAD FPGA The HAD FPGA update can be performed using either a serial console attached to the front edge of the Controller board using the DB9 connector or a Telnet session. CAUTION It is recommended that HAD (Host Address Decoder) FPGA (Field Program- mable Gate Array) updates are performed by qualified personnel only, i.e.
  • Page 253 About Updating the HAD FPGA Figure 178. Debug Menu 6. Enter the number fifteen [15] for the Flash HADs menu, at the prompt: ->15 Result: Figure 179. Flash HADs Menu 7. Enter the letter m [M] for the Multi Boot Configuration menu, at the prompt: ->M Result: Figure 180.

  • Page 254: Update The Had Fpga Using A Telnet Session

    — Maintenance CAUTION Do not power down or reset the Frame during the update process, HAD pro- gramming takes several minutes to complete. 9. Once the programming is completely finished, power cycle the Frame to complete the HAD update process. 10.
  • Page 255 About Updating the HAD FPGA Figure 184. Telnet Debug Menu 5. Enter the number fifteen [15] for the Flash HADs menu, at the prompt: ->15 Result: Figure 185. Telnet Flash HADs Menu 6. Enter the letter m [M] for the Multi Boot Configuration menu, at the prompt: ->M Result: Figure 186.
  • Page 256 — Maintenance Figure 187. Successfully Installed HAD Example CAUTION Do not power down or reset the Frame during the update process, HAD pro- gramming takes several minutes to complete. 10. Once the programming is completely finished, power cycle the Frame to complete the HAD update process.

  • Page 257: Creating Compact Flash Cards

    Creating Compact Flash Cards Creating Compact Flash Cards The Control Panels each use their own specially formatted and partitioned Compact Flash (CF) card. The system cannot use blank CF cards directly formatted by a PC or other device. The K-Frame Switcher Installer program is used to format, partition, and load boot files onto system CF cards.
  • Page 258 — Maintenance 4. A DOS window will start, and then a separate window opens asking for the CF card location (D, E, F etc.) with the memory size of the device. Choose the correct device (CF card) to format. Even if only one CF card is present, you may still need to choose it on the list.

  • Page 259: Updating System Software On A New Control Panel Cf Card

    Creating Compact Flash Cards Note For Control Panel CF cards, though the progress bar reaches 100% a couple more minutes are still required to complete the process. During this time Configuring operating system disk layout... is reported at the bottom of the screen.

  • Page 260: Restore Control Panel Configuration Files

    — Maintenance 2. Follow the normal software update process, except the Control Panel will be identified as in the K-Frame Switcher Installer Unknown / Panel application program hierarchy. Restore Control Panel Configuration Files After installing the K-Frame release software, you can now reload a Show file containing the Eng Setups and User Setups for your system, or reload these configuration files individually.

  • Page 261: Snmp Monitoring

    SNMP Monitoring SNMP Monitoring Introduction Simple Network Management Protocol (SNMP) is an industry standard mechanism for monitoring devices over a network, primarily intended to support service and maintenance activity. With SNMP, devices can be inter- rogated about the current status of specific device components (reported as values), and devices can report without prompting (traps) certain condi- tions that may require immediate attention.

  • Page 262: Grass Valley Switcher Device Monitoring By Snmp

    — Maintenance The Grass Valley switcher MIBs are available from Grass Valley Customer Support. Load the MIBs for the Video Processor Frame and Control Panel as shown in Table Table 21. Grass Valley Proprietary MIBs Description Video Processor Frame Control Panel gvg-reg last updated "200402190000Z"...

  • Page 263: Video Processor Frame

    SNMP Monitoring Video Processor Frame Table 22. Supported K-Frame Video Processor SNMP Monitoring System Information High level information regarding the Video Processor Frame including operating system, name, location, serial number, software revision and high level frame state. Module Each plug in board slot in the Frame is a module (Controller, ME or eDPM). Information is provided regarding the board plugged into the slot and the current state of the slot.

  • Page 264: Snmp Licensing

    — Maintenance SNMP Licensing Grass Valley switcher system SNMP licensing is based on the Video Pro- cessor Frame, and is tied to that Frame’s unique System ID number. All Control Panels associated with a Frame will use that same SNMP license. The Frame’s System ID is shown on the Menu application’s Install Options screen This screen also reports the current licensing status of that Frame (Figure...

  • Page 265: Snmp Power Up License Processing

    SNMP Monitoring - (licensed only) all SNMP variable requests are processed and SNMP Enabled SNMP traps are sent. - (licensed only) all SNMP variable requests are ignored and SNMP Disabled SNMP traps are not sent. SNMP Power Up License Processing Frames and Control Panels power up with SNMP Unlicensed capabilities.

  • Page 266: Switcher Device Snmp Configuration Procedure

    — Maintenance Figure 193. Video Processor K-Frame SNMP Web Page Switcher Device SNMP Configuration Procedure Refer to Figure 193 for reference. 1. Check the box to activate SNMP for that device. Enable/Disable Note SNMP configuration fields are inoperable (grayed out) if a valid license is not accessible.

  • Page 267: Snmp Trap Messages

    SNMP Monitoring SNMP Trap Messages The SNMP trap messages listed below are available for various switcher system components. Note Only the capabilities described in this document are supported. For detailed information about each supported item, please refer to the MIBs. KAYENNE K-FRAME —...

  • Page 268: Video Processor Frame Traps

    — Maintenance Video Processor Frame Traps Table 24. Supported K-Frame SNMP Traps Name Type Description Severity vsmPowerSupplyStatusChange status If the current status is different than the last comm error = alarm status then a trap is sent. A power supply OK fault = alarm message is only sent if all power supplies are power supply removed = warning...

  • Page 269: Control Panel Traps

    SNMP Monitoring Control Panel Traps Table 25. Supported Kayenne/Karrera K-Frame Control Panel Traps Name Type Description Severity gcpUnknown(1) Panel Status Change The panel is in an unknown state, or does not possess enough normal intelligence to report its state. NOTE: This value can be a bit- gcpOk(2) The panel is connected to the equipment it is controlling and is normal...
  • Page 270 — Maintenance KAYENNE K-FRAME — Installation & Service Manual...
  • Page 271 Appendix Specifications Table 26. K-Frame Video Standards 3G Modes 1080p50/59.94/60, Level A and Level B SMPTE 424M-2006 HD Modes 1080i 29.97/30 SMPTE 274M Table 4, 5 1080i 25 SMPTE 274M Table 6 1080psf 23.976/24/25/29.97/30 SMPTE RP211 Table 12-16 720p 50/59.94/60 SMPTE 296 Table 1-3 SD Modes 525i 29.97...

  • Page 272: Appendix A - Specifications

    Appendix A — Specifications Table 29. Network Connections Type of connection 10/100/1000 Base T Protocol TCP(UDP)/IP, Auto speed detection. Auto crossover cable configuration. Cable and connectors CAT5 UTP, RJ45 connectors; Max. Cable Length 100m / 300ft Note The K-Frame Video Processor has an internal Ethernet switch with six available external ports. One connection is required for each Control Panel and one is required for each Menu PC.
  • Page 273 Blanked or passed (user selectable) Blanked Input Impedance 75 ohm HD Video 100 meters (328 ft.) using Belden 1694A type cable Max cable length SD Video 300 meters (984 ft.) using Belden 1694A type cable Table 33. Serial Digital Video Outputs ITU-R656, SMPTE 259M, 270 Mbit/s.
  • Page 274 Appendix A — Specifications Table 35. Kayenne Control Panel Mechanical Specifications Component Depth Width Height Weight Rack Units Control Panels Curved Support Structure Orientation 4 ME-35, with attached 746.3 mm 1533.7 mm 559.3 mm 58 kg Local Aux Stripe, 15 m Cables (29.38 in.) (60.38 in.) (22.02 in.)

  • Page 275: Appendix B - Field Replaceable Units

    Appendix Field Replaceable Units This appendix provides lists of the Field Replaceable Units (FRU) and Crit- ical Spares for the Kayenne K-Frame Video Production Center. FRUs can be ordered from Grass Valley Customer Support. Note The lists given here are for general guidelines only and are subject to change at any time.
  • Page 276 Appendix B — Field Replaceable Units Table 39. Kayenne Control Panel FRU List and Replacement Notes and References Name Part Number Replacement Notes and References Kayenne Panel Control Unit (PCU) Panel Control Unit (standard) 761037800 Includes PCU Chassis and Backplane only. PCU Power Supply Module 86200400 Panel/Menu Processor Board...
  • Page 277 Table 39. Kayenne Control Panel FRU List and Replacement Notes and References - (continued) Name Part Number Replacement Notes and References Aux 25 Tray Assembly (empty) 761043900 Aux 35 Tray Assembly (empty) 761043800 Includes distribution board, internal cables, etc. No modules. System Bar 35 Tray Assembly (empty) 761044200 System Bar 25 Tray Assembly (empty)
  • Page 278 Appendix B — Field Replaceable Units Table 39. Kayenne Control Panel FRU List and Replacement Notes and References - (continued) Name Part Number Replacement Notes and References Software 86211560 Blank USB Stick Kayenne Menu Panel Hard Drive image backup and restore. 86211560 (Labeled with s/n of PCU Frame.) 86207620...
  • Page 279 Index Numerics acquiring permanent 13-RU Video Processor temporary 1-ME 15 Control Panel authorizing software options 2-ME 25 Control Panel Auto Line-Rate Enable button 2-ME 35 Control Panel autotiming curved assembly autotiming window flat assembly and time zones flat assembly no Local Aux Aux bus 30mm components assign on multi-destination panel...
  • Page 280 Index control surface Compact S-series Video Processor network front view door removed overview Compact Video Processor suite cooling diagram Calc On button dimensions front front view door removed calibration rack mounting diagram Joystick rear view Lever Arm touchscreen compliance camera control configuration Ethernet tally configuration Aux bus...
  • Page 281 Index Control Panel Frame editor control Kayenne Frame Editor Name button Video Processor Editor Ports menu Create CF button eDPM Crop button operating menus MatchDef SetDef MatchDef menu EEPROM Control Panel IP crop default Control Panel IP storage iDPM license information CrossFire Video Processor Frame lP storage EMC compliance...
  • Page 282 Index External Ethernet Tally Set source names gateway IP address external interfaces general external device interfacing device definition Ghost application router connections inputs outputs factory default network settings GPI duration FAQ database GPI in Favorites circuitry GPI inputs emission control GPI Name button emission limits GPI out...
  • Page 283 Index inputs AC requirements cooling cooling diagram installation dimensions front, rear software dimensions top IP address rack mounting diagram background information rack placement changing 32-Crosspoint Remote Aux Panel K-Frame system changing Control Panel control surface changing Image Store features changing Menu Panel connect to existing network K-Frame Video Processor default...
  • Page 284 Index MatchDef menu screen Auto Line-Rate Enable button node registration connectors PCU cabling Crop button soft knob Letterbox button touchscreen calibration Matte button menu screen Sync/Scale button components and organization MatchDef input conversion data pad Menu Panel Matte button top line MatchDef touch button SetDef...
  • Page 285 Index Canadian certified AC adapter Canadian certified power cords OLED for Frame and sleep mode power indications OLED name power supply On Air Tally calculator Frame Aux buses power up processor board replacement online documentation Video Processor Frame option authorization codes protocols output assignment supported...
  • Page 286 Index independent suite operation server logical Aux bus multiple channel configuration Remote Aux Panel server name save default Eng Setups multiple channels save default Suite Prefs set IP procedure 120, setting up Set Name suite Set PBus Address button restore system files Set Server clear NV memory SetDef...
  • Page 287 Index source Summit assigning to Tally relays setting IP address for ClipStore source definition support assembly fixed 30mm components Source Definition menu support structure assembly for Control Panel Source Filter switch source name Ethernet alternative background information switcher delay display hierarchy maximum engineering switcher source...
  • Page 288 Index Tally Group general description enabled status using installer program Tally out IP address circuitry using web page Tally Ports menu IP address Tally relays Utilities pane assigning sources to tally system description Tally/GPI V-Center Cut button Test GPI button SetDef 193, time zones...

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