Extron electronic JMP 9600 User Manual

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JMP 9600

Two-Channel JPEG 2000 HD Video Player

User Guide

Streaming AV Products

68-1943-01 Rev. A

01 12

Safety Instructions • English

This symbol is intended to alert the user of important operating and maintenance (servicing) instructions in the literature provided with the equipment.

This symbol is intended to alert the user of the presence of uninsulated dangerous voltage within the product’s enclosure that may present a risk of electric shock.

Caution

Read Instructions • Read and understand all safety and operating instructions before using the equipment. Retain Instructions • The safety instructions should be kept for future reference. Follow Warnings • Follow all warnings and instructions marked on the equipment or in the user information. Avoid Attachments • Do not use tools or attachments that are not recommended by the equipment

manufacturer because they may be hazardous.

Warning

Power sources • This equipment should be operated only from the power source indicated on the product. This

equipment is intended to be used with a main power system with a grounded (neutral) conductor. The third (grounding) pin is a safety feature, do not attempt to bypass or disable it.

Power disconnection • To remove power from the equipment safely, remove all power cords from the rear of

the equipment, or the desktop power module (if detachable), or from the power source receptacle (wall plug).

Power cord protection • Power cords should be routed so that they are not likely to be stepped on or pinched

by items placed upon or against them.

Servicing • Refer all servicing to qualiﬁed service personnel. There are no user-serviceable parts inside. To prevent

the risk of shock, do not attempt to service this equipment yourself because opening or removing covers may expose you to dangerous voltage or other hazards.

Slots and openings • If the equipment has slots or holes in the enclosure, these are provided to prevent

overheating of sensitive components inside. These openings must never be blocked by other objects.

Lithium battery • There is a danger of explosion if battery is incorrectly replaced. Replace it only with the

same or equivalent type recommended by the manufacturer. Dispose of used batteries according to the manufacturer’s instructions.

Consignes de Sécurité • Français

Ce symbole sert à avertir l’utilisateur que la documentation fournie avec le matériel contient des instructions importantes concernant l’exploitation et la maintenance (réparation).

Ce symbole sert à avertir l’utilisateur de la présence dans le boîtier de l’appareil de tensions dangereuses non isolées posant des risques d’électrocution.

Attention

Lire les instructions• Prendre connaissance de toutes les consignes de sécurité et d’exploitation avant

d’utiliser le matériel.

Conserver les instructions• Ranger les consignes de sécurité aﬁn de pouvoir les consulter à l’avenir. Respecter les avertissements • Observer tous les avertissements et consignes marqués sur le matériel ou

présentés dans la documentation utilisateur.

Eviter les pièces de xation • Ne pas utiliser de pièces de ﬁxation ni d’outils non recommandés par le

fabricant du matériel car cela risquerait de poser certains dangers.

Sicherheitsanleitungen • Deutsch

Dieses Symbol soll dem Benutzer in der im Lieferumfang enthaltenen Dokumentation besonders wichtige Hinweise zur Bedienung und Wartung (Instandhaltung) geben.

Dieses Symbol soll den Benutzer darauf aufmerksam machen, daß im Inneren des Gehäuses dieses Produktes gefährliche Spannungen, die nicht isoliert sind und die einen elektrischen Schock verursachen können, herrschen.

Achtung

Lesen der Anleitungen • Bevor Sie das Gerät zum ersten Mal verwenden, sollten Sie alle Sicherheits-und

Bedienungsanleitungen genau durchlesen und verstehen.

Aufbewahren der Anleitungen • Die Hinweise zur elektrischen Sicherheit des Produktes sollten Sie

aufbewahren, damit Sie im Bedarfsfall darauf zurückgreifen können.

Befolgen der Warnhinweise • Befolgen Sie alle Warnhinweise und Anleitungen auf dem Gerät oder in der

Benutzerdokumentation.

Keine Zusatzgeräte • Verwenden Sie keine Werkzeuge oder Zusatzgeräte, die nicht ausdrücklich vom

Hersteller empfohlen wurden, da diese eine Gefahrenquelle darstellen können.

Instrucciones de seguridad • Español

Este símbolo se utiliza para advertir al usuario sobre instrucciones importantes de operación y mantenimiento (o cambio de partes) que se desean destacar en el contenido de la documentación suministrada con los equipos.

Este símbolo se utiliza para advertir al usuario sobre la presencia de elementos con voltaje peligroso sin protección aislante, que puedan encontrarse dentro de la caja o alojamiento del producto, y que puedan representar riesgo de electrocución.

Precaucion

Leer las instrucciones • Leer y analizar todas las instrucciones de operación y seguridad, antes de usar el

equipo.

Conservar las instrucciones • Conservar las instrucciones de seguridad para futura consulta. Obedecer las advertencias • Todas las advertencias e instrucciones marcadas en el equipo o en la

documentación del usuario, deben ser obedecidas.

安全须知 • 中文

这个符号提示用户该设备用户手册中有重要的操作和维护说明。

这个符号警告用户该设备机壳内有暴露的危险电压，有触电危险。

注意

阅读说明书 • 用户使用该设备前必须阅读并理解所有安全和使用说明。保存说明书 • 用户应保存安全说明书以备将来使用。遵守警告 • 用户应遵守产品和用户指南上的所有安全和操作说明。避免追加 • 不要使用该产品厂商没有推荐的工具或追加设备，以避免危险。

Avertissement

Alimentations • Ne faire fonctionner ce matériel qu’avec la source d’alimentation indiquée sur l’appareil. Ce

matériel doit être utilisé avec une alimentation principale comportant un ﬁl de terre (neutre). Le troisième contact (de mise à la terre) constitue un dispositif de sécurité : n’essayez pas de la contourner ni de la désactiver.

Déconnexion de l’alimentation• Pour mettre le matériel hors tension sans danger, déconnectez tous les

cordons d’alimentation de l’arrière de l’appareil ou du module d’alimentation de bureau (s’il est amovible) ou encore de la prise secteur.

Protection du cordon d’alimentation • Acheminer les cordons d’alimentation de manière à ce que personne

ne risque de marcher dessus et à ce qu’ils ne soient pas écrasés ou pincés par des objets.

Réparation-maintenance • Faire exécuter toutes les interventions de réparation-maintenance par un

technicien qualiﬁé. Aucun des éléments internes ne peut être réparé par l’utilisateur. Aﬁn d’éviter tout danger d’électrocution, l’utilisateur ne doit pas essayer de procéder lui-même à ces opérations car l’ouverture ou le retrait des couvercles risquent de l’exposer à de hautes tensions et autres dangers.

Fentes et orices • Si le boîtier de l’appareil comporte des fentes ou des oriﬁces, ceux-ci servent à empêcher les

composants internes sensibles de surchauffer. Ces ouvertures ne doivent jamais être bloquées par des objets.

Lithium Batterie • Il a danger d’explosion s’ll y a remplacment incorrect de la batterie. Remplacer uniquement

avec une batterie du meme type ou d’un ype equivalent recommande par le constructeur. Mettre au reut les batteries usagees conformement aux instructions du fabricant.

Vorsicht

Stromquellen • Dieses Gerät sollte nur über die auf dem Produkt angegebene Stromquelle betrieben werden.

Dieses Gerät wurde für eine Verwendung mit einer Hauptstromleitung mit einem geerdeten (neutralen) Leiter konzipiert. Der dritte Kontakt ist für einen Erdanschluß, und stellt eine Sicherheitsfunktion dar. Diese sollte nicht umgangen oder außer Betrieb gesetzt werden.

Stromunterbrechung • Um das Gerät auf sichere Weise vom Netz zu trennen, sollten Sie alle Netzkabel aus der

Rückseite des Gerätes, aus der externen Stomversorgung (falls dies möglich ist) oder aus der Wandsteckdose

ziehen.

Schutz des Netzkabels • Netzkabel sollten stets so verlegt werden, daß sie nicht im Weg liegen und niemand

darauf treten kann oder Objekte darauf- oder unmittelbar dagegengestellt werden können.

Wartung • Alle Wartungsmaßnahmen sollten nur von qualiziertem Servicepersonal durchgeführt werden.

Die internen Komponenten des Gerätes sind wartungsfrei. Zur Vermeidung eines elektrischen Schocks versuchen Sie in keinem Fall, dieses Gerät selbst öffnen, da beim Entfernen der Abdeckungen die Gefahr eines elektrischen Schlags und/oder andere Gefahren bestehen.

Schlitze und Öffnungen • Wenn das Gerät Schlitze oder Löcher im Gehäuse aufweist, dienen diese zur

Vermeidung einer Überhitzung der empndlichen Teile im Inneren. Diese Öffnungen dürfen niemals von

anderen Objekten blockiert werden.

Litium-Batterie • Explosionsgefahr, falls die Batterie nicht richtig ersetzt wird. Ersetzen Sie verbrauchte Batterien

nur durch den gleichen oder einen vergleichbaren Batterietyp, der auch vom Hersteller empfohlen wird. Entsorgen Sie verbrauchte Batterien bitte gemäß den Herstelleranweisungen.

Evitar el uso de accesorios • No usar herramientas o accesorios que no sean especiﬁcamente recomendados

por el fabricante, ya que podrian implicar riesgos.

Advertencia

Alimentación eléctrica • Este equipo debe conectarse únicamente a la fuente/tipo de alimentación eléctrica

indicada en el mismo. La alimentación eléctrica de este equipo debe provenir de un sistema de distribución general con conductor neutro a tierra. La tercera pata (puesta a tierra) es una medida de seguridad, no puentearia ni eliminaria.

Desconexión de alimentación eléctrica • Para desconectar con seguridad la acometida de alimentación

eléctrica al equipo, desenchufar todos los cables de alimentación en el panel trasero del equipo, o desenchufar el módulo de alimentación (si fuera independiente), o desenchufar el cable del receptáculo de la pared.

Protección del cables de alimentación • Los cables de alimentación eléctrica se deben instalar en lugares

donde no sean pisados ni apretados por objetos que se puedan apoyar sobre ellos.

Reparaciones/mantenimiento • Solicitar siempre los servicios técnicos de personal calicado. En el interior no

hay partes a las que el usuario deba acceder. Para evitar riesgo de electrocución, no intentar personalmente la reparación/mantenimiento de este equipo, ya que al abrir o extraer las tapas puede quedar expuesto a voltajes peligrosos u otros riesgos.

Ranuras y aberturas • Si el equipo posee ranuras o oriﬁcios en su caja/alojamiento, es para evitar el

sobrecalientamiento de componentes internos sensibles. Estas aberturas nunca se deben obstruir con otros

objetos.

Batería de litio • Existe riesgo de explosión si esta batería se coloca en la posición incorrecta. Cambiar esta

batería únicamente con el mismo tipo (o su equivalente) recomendado por el fabricante. Desachar las baterías

usadas siguiendo las instrucciones del fabricante.

警告

电源 • 该设备只能使用产品上标明的电源。设备必须使用有地线的供电系统供电。第三条线

（地线）是安全设施，不能不用或跳过。

拔掉电源 • 为安全地从设备拔掉电源，请拔掉所有设备后或桌面电源的电源线，或任何接到市

电系统的电源线。

电源线保护 • 妥善布线，避免被踩踏，或重物挤压。维护 • 所有维修必须由认证的维修人员进行。设备内部没有用户可以更换的零件。为避免出现

触电危险不要自己试图打开设备盖子维修该设备。

通风孔 • 有些设备机壳上有通风槽或孔，它们是用来防止机内敏感元件过热。不要用任何东

西挡住通风孔。

锂电池 • 不正确的更换电池会有爆炸的危险。必须使用与厂家推荐的相同或相近型号的电池。

按照生产厂的建议处理废弃电池。

FCC Class A Notice

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. Operation is subject to the following two conditions:

1. This device may not cause harmful interference.

2. This device must accept any interference received, including interference that may cause undesired operation.

The Class A limits are designed to provide reasonable protection against harmful interference when the equipment is operated in a commercial environment. This equipment generates, uses, and can radiate radio frequency energy and, if not installed and used in accordance with the instruction manual, may cause harmful interference to radio communications. Operation of this equipment in a residential area is likely to cause harmful interference, in which case the user will be required to correct the interference at his own expense.

NOTE: This unit was tested with shielded cables on the peripheral devices. Shielded cables must be used with

the unit to ensure compliance with FCC emissions limits.

For more information on safety guidelines, regulatory compliances, EMI/EMF compliance, accessibility,

and related topics, click here.

Conventions Used in this Guide

In this user guide, the following are used:

CAUTION: A caution indicates a potential hazard to equipment or data.

NOTE: A note draws attention to important information.

TIP: A tip provides a suggestion to make working with the application easier.

WARNING: A warning warns of things or actions that might cause injury, death, or

other severe consequences.

Commands are written in the fonts shown here:

^AR Merge Scene,,Op1 scene 1,1 ^B 51 ^W^C

[01] R 0004 00300 00400 00800 00600 [02] 35 [17] [03]

E X! *X1&* X2)* X2#* X2! CE}

NOTE: For commands and examples of computer or device responses mentioned

in this guide, the character “0” is used for the number zero and “O” represents the capital letter “o.”

Computer responses and directory paths that do not have variables are written in the font shown here:

Reply from 208.132.180.48: bytes=32 times=2ms TTL=32

C:\Program Files\Extron

Variables are written in slanted form as shown here:

ping xxx.xxx.xxx.xxx —t

SOH R Data STX Command ETB ETX

Selectable items, such as menu names, menu options, buttons, tabs, and ﬁeld names are written in the font shown here:

From the File menu, select New.

Click the OK button.

Trademarks

All trademarks mentioned in this guide are the properties of their respective owners.

Introduction ............................................ 1

About this Guide ............................................. 1

About the JMP 9600 ........................................ 1

Features ........................................................... 3

Installation .............................................. 6

Mounting the Media Player .............................. 6

Connections and Features ................................ 6

Video and Audio Outputs ............................ 7

Sync ............................................................. 8

LAN Ports ..................................................... 9

Remote Control Port .................................. 10

Digital Inputs and Relays ............................ 11

Power ........................................................ 12

Operation ...............................................13

Deﬁnitions ..................................................... 13

Front Panel Controls and Indicators ................ 14

Status LEDs ................................................ 14

Transport Buttons ....................................... 15

LCD and Menu Controls............................. 15

Encoder knob ............................................ 15

Menu System Overview .................................. 16

Power-on Sequence ................................... 16

Menu System Flow ..................................... 16

Play a Presentation ..................................... 36

HTML Operation .....................................37

Opening the Embedded HTML Pages ............. 38

Player Control Page ........................................ 38

Channel 1 and 2 Control and Status

Windows .................................................. 39

Playlist Editor Page ......................................... 43

Creating a New Playlist............................... 43

Editing the Contents of a Playlist ................ 44

Editing the Properties of a Playlist ............... 46

Setup Functions ............................................. 47

Audio Setup Dialog Box ............................. 47

Autoplay Setup Dialog Box ......................... 48

Network Setup Dialog Boxes ...................... 48

License Management Setup Dialog Box ...... 50

Player Info Setup Dialog Box ...................... 50

Serial Port Setup Dialog Box ....................... 51

Video Setup Dialog Boxes .......................... 52

About Setup Dialog Box ............................. 54

Programming Guide ..............................55

Control Ports

Remote Port 1 ............................................ 55

LAN Ports ................................................... 55

Host-to-Player Instructions ............................. 57

Using the Command and Response Table ....... 58

Symbol Deﬁnitions ..................................... 58

................................................. 55

Detailed System Interaction .................76

Data Transfer and Firmware Upgrade ............. 76

Starting the FileZilla FTP Utility .................... 76

Loading Media Folders to

the Media Player ....................................... 78

Deleting Folders and Individual Files from

the Media Player ....................................... 79

Loading and Updating rmware ................. 80

Synchronization ............................................. 83

Connections for Synchronized

Multi-player Operation .............................. 84

Conﬁguring LTC for Synchronized

Multi-player Operation .............................. 88

Conguring Genlock for Synchronized

Multi-player Operation .............................. 92

High Frame Rate ........................................ 93

Using Digital Inputs and Relays....................... 93

Optically-isolated Digital Inputs .................. 94

Relay Contacts ........................................... 95

Applicable MSVPP Commands ................... 95

Encoding Guidelines ...................................... 96

Encoding and Packaging Overview ............. 97

Supported Video Formats ........................... 98

JPEG-2000 Restrictions ............................... 99

JMP 9600 Media Player • Contents v

Mounting and Maintenance ............... 100

Mounting the Media Player .......................... 100

Ventilation Guidelines .............................. 100

Tabletop Use ............................................ 100

Rack Mounting ........................................ 100

Cleaning the Air Filters ................................. 102

Changing the Fuses ..................................... 103

Troubleshooting a High Temperature ............ 104

Battery Precautions ...................................... 104

Ethernet Connection............................ 105

Ethernet Link

Default IP Address .................................... 105

Pinging to Determine the IP Address ........ 106

Pinging to Determine the web IP Address . 106

Conﬁguring the Media Player for Network use

via the ARP Command ............................ 107

Connecting as a Telnet Client ................... 108

Telnet Tips ................................................ 108

Subnetting — A Primer ................................ 109

Gateways ................................................. 109

Local and Remote Devices ........................ 109

IP Addresses and Octets ........................... 109

Subnet Masks and Octets ......................... 110

Determining Whether Devices are on the Same

Subnet .................................................... 110

............................................... 105

Reference Information ........................111

Speciﬁcations ............................................... 111

Part Numbers ............................................... 114

JMP 9600 Part Numbers ........................... 114

Included Parts .......................................... 114

Optional Accessories and Replacement

Filters ...................................................... 114

Cables ..................................................... 115

JMP 9600 Media Player • Contents vi

Introduction

• About this Guide

• About the JMP 9600

• Features

About this Guide

This guide contains installation, conﬁguration, and operating information for the following

Extron® media players:

• JMP 9600 HD – JPEG 2000 Media Player HD

• JMP 9600 HD 128 – JPEG 2000 Media Player HD 128 GB SSD

• JMP 9600 2K – JPEG 2000 Media Player 2K

• JMP 9600 2K 128 – JPEG 2000 Media Player 2K 128 GB SSD

NOTE: In this manual, the terms “JMP 9600” and “media player” refer to any model

unless otherwise speciﬁed.

About the JMP 9600

The JMP 9600 Media Player (see ﬁgure 1, on the next page) is a high quality video and audio playback device that provides one or two video playback channels. It meets the most demanding 3D and stereoscopic applications as well as more traditional single display requirements. Depending on the model, the player supports video playback of the

JPEG 2000 (2k) and high denition (HD) standards. SSD models use solid state memory

rather than magnetic hard drives, but are otherwise identical.

The JMP 9600 also provides 16 channels of uncompressed digital audio in the Audio

Engineering Society (AES)/European Broadcasting Union (EBU) standard, commonly called AES3, on BNC connectors.

The JMP 9600 plays visually lossless Digital Cinema Package (DCP) ﬁles. These ﬁles include video, audio, and other data elements that are encoded to the Digital Cinema Initiatives (DCI) speciﬁcation. DCI is a standard architecture for digital cinema systems.

The JMP 9600 also features a built-in, full color video LCD display that serves as the interface for local control and also functions as a local “conﬁdence” monitor for video output during

playback. The LCD can show the graphical user interface (GUI), the video playback display, or

both simultaneously (see ﬁgure 2, on the next page). You can control the amount of both video streams (the “alpha blend”) displayed in the LCD.

JMP 9600 Media Player • Introduction 1

Extron

Show Control System

Linear Time Code

Extron JMP 9600 2K

HD Video Player

JMP 9600 2K

HD Video Player

Ethernet Switch

Ethernet

1-2 3-4 5-6 7-8

INPUT: 100-240VAC, 0.4-1A, 50/60HZ

9-10

USE ONLY: F2 AH 240V FUSES.

Figure 1. Typical JMP 9600 Application

LAN

POWER

12V .5A MAX

DVI-I-2

JMP 9600

HDSDI

DIGITAL VIDEO OUTPUTS

POWER 12V

+ - + -

DIGITAL INPUTS RELAY OUTPUTS

2 3

DIGITAL

DVI-I-1

AUDIO

+ -+ -

OUT

REMOTE 2

13-14 15-16

REMOTE 1

11-12

1 LAN 2

Ethernet

Sync Generator Timing Matches HD Content Format

BBG 6 A

BLACKBURST AND AUDIO GENERATOR

1 KHZ AUDIO

L R

POWER

12V .2A MAX

LOCK LTC

OUT

GENLOCK

NO C

Dual Link HD-SDI

16 AES/EBU Digital Audio Ouputs

BLACKBURST

NTSC

COLORBARS

1 2 3

PAL

-10

Genlock

LOCK LTC

OUT

GENLOCK

JMP 9600

RELAY OUTPUTS

HDSDI

DIGITAL VIDEO OUTPUTS

POWER 12V

+ -

3 4

DIGITAL INPUTS

DIGITAL

DVI-I-1 DVI-I-2

+ - + -

1 2

AUDIO OUT

15-16

1-2 3-4 5-6 7-8

1 LAN 2

9-10 11-12 13-14

REMOTE 1

INPUT: 100-240VAC, 0.4-1A, 50/60HZ

USE ONLY: F2 AH 240V FUSES.

BLACKBURST

Genlock

+ -

REMOTE 2

NC C

Dual Link HD-SDI

Linear Time Code

Large Venue Projectors

Graphical User Interface Video Playback Display Blended Display

Figure 2. Blended GUI and Video Playback Display

The Linear Time Code (LTC), Lock (JMP 9600 2K only), and Genlock connectors enable multi-

unit synchronization and integration into the most demanding applications.

The JMP 9600 manages all program material in the digital environment to ensure that image

quality is maintained regardless of the number of times a le is displayed or copied. When

integrated into a computer network, the JMP 9600 can be accessed from remote locations for ease of loading content and remote control.

The player can be operated remotely by a PC or control system connected to an RS-232 serial port or to either of two LAN ports.

The player is housed in a rack-mountable, 2U high metal enclosure. With the included rack

mounting brackets installed, the player can be mounted in any standard 19-inch rack.

JMP 9600 Media Player • Introduction 2

Features

Digital video outputs: HD-SDI or DVI-I —

• Two DVI-I outputs — One connector per output channel supports 8-bit 4:2:2 sampled

RGB or YCrCb.

• Two HD-SDI outputs — Can be conﬁgured as one dual link HD-SDI output or two

single link HD-SDI outputs (one per channel — two single link outputs are available in 1-channel output mode only).

NOTE: With HD-SDI 4:4:4 sampling, both video outputs (HDSDI-1 and HDSDI-2)

are connected to the display.

• The dual outputs of either format can operate as two independent sources or as two

synchronized outputs.8

Supports multiple video resolutions —

Framespersecond(Fps)

Resolution

1280 x 780 • • •  •* 1920 x 1080i

1920 x 1080i • 1920 x 1080p • • • • • • • • • 2048 x 1080p • • • • • • • • •

23.98 24 25 29.97 30 48 50 59.94 60

JMP 9600 HD and JMP 9600 2K

•

JMP 9600 2K only

•

* 4:2:2onlyonHDmodel

1- and 2-channel output modes —

• 2-channel output — Each channel outputs a video image that can be completely

different from the video on the opposite channel, though both must be of the same resolution and frame rate. The video signal for each channel is available on two outputs; both the HD-SDI output and DVI-I output for that channel.

• 2-channel locked output — Each channel outputs a video signal that is synchronized

to the video on the opposite channel. The video signal for each channel is available on two outputs; both the HD-SDI output and DVI-I output for that channel.

• 1-channel output — Outputs an analog or digital signal. The video signal for the

channel is available on two outputs; both the HD-SDI output and DVI-I output.

NOTE: For two clips to load properly in 2-channel or 2-channel locked mode, both

must be created at the same resolution and frame rate.

Operational ﬂexibility — Operations such as input/output selection and setting of presets can be performed using a variety of local and remote control mechanisms:

• Front panel controller — Intuitive front panel user interface with an LCD display and

a rotary encoder for easy local control of the player. The video portion of a playing presentation can be displayed in the LCD as a conﬁdence monitor.

• HTML pages — Built-in pages for controlling the player from anywhere in the world.

• MSVPP commands — A set of basic commands that provide simple control through a

control system or PC

JMP 9600 Media Player • Introduction 3

Operational reliability — Dual redundant power supplies support round-the-clock

operation in mission-critical applications.

• Two AC power inputs — Support the media player through any power interruption

short of a simultaneous loss of power on both power sources.

• Two power input circuits — The two complete power circuits, from the plug, through

fuse, switch, and power supply, to the power insertion onto the power distribution plane, are separate and independent from each other (see ﬁgure 3).

wer

Power

Supply

Power

Supply

Power

Figure 3. Redundant Power Supply Backs Up Primary

• Two power supplies — The two 100 VAC to 240 VAC, 50-60 Hz power supplies

provide worldwide power compatibility.

• Mutually redundant circuits — The power supply circuitry is conﬁgured to

automatically switch over. Should either power supply fail, the remaining, hot power supply immediately assumes the load of the failed supply, meaning zero downtime and no loss of functionality.

Remote control — Support for a wide range of remote control options using Ethernet

TCP/IP or serial RS-232 interfaces.

• Two LAN ports — Allow you to simultaneously remotely control the JMP 9600 while

you remotely upload new audio/video ﬁles to the player. Two levels of password protection exist.

NOTE: Two LAN ports allow the media player to reside on two different subnets

simultaneously.

• RS-232 serial ports — Serial port Remote 1 allows remote control via a PC or a control

system.

NOTE: Serial port Remote 2 is for factory use only. The customer or end user

cannot control the player via the Remote 2 port.

1 TByte of internal media storage

Digital audio output — 16 channels of uncompressed digital audio; AES/EBU 24-bit at

48 kHz or 96 kHz

NOTE: 16 channel audio is supported with 4:4:4 video format only. 4:2:2 video formats

support 8 audio channel only.

JMP 9600 Media Player • Introduction 4

Linear Time Code feature — Supports strict system timing control.

ESGEN and MSGEN Genlock capability — JMP 9600 2K units are capable of multi-unit

synchronous operation.

NOTE: ESGEN and MSGEN Genlock are proprietary sync signals that are native

to Electrosonic® products that have been acquired by Extron and to older Electrosonic products.

Multi-screen capable — Multiple JMP 9600 2K units can be locked together for multiscreen applications

General purpose input/output show control — Four optically-isolated inputs and 4 changeover relay contact outputs provide enhanced show control.

Permanent, rechargeable battery — The media player has a rechargeable lithium battery to track time of day when power is disconnected.

CAUTION: Non-Extron personnel must not attempt to remove the battery. Doing so will

void the warranty.

WARNING: Service note to Extron personnel — There is a danger of explosion if the

battery is incorrectly replaced. Replace it only with the same or equivalent type recommended by the manufacturer. Dispose of used batteries according to the instructions of the manufacturer.

Rack mountability

Front panel security lockout modes (Executive mode) — If a player is installed in an

open area, where operation by unauthorized personnel may be a problem, a security lockout

mode can be implemented via remote control (RS-232 or Ethernet). When the front panel

is locked, no front panel controls are functional and another remote control operation is required to unlock the front panel controller and make the front panel fully operational.

JMP 9600 Media Player • Introduction 5

Installation

This sections details the installation of the JMP 9600, including:

• Mounting the Media Player

• Connections and Features

Mounting the Media Player

CAUTION: Installation and service must be performed by authorized personnel only.

Detailed mounting instructions can be found in the “Mounting and Maintenance“

section. The 2U high, JMP 9600 can be placed on a tabletop or mounted on a rack shelf. Use the included hardware for rack mounting.

Connections and Features

All system connections are on the back of the media player (ﬁgure 4).

INPUT: 100-240VAC, 0.4-1A, 50/60HZ

USE ONLY: F2 AH 240V FUSES.

12 9 10 11

3 5 62b2b

1-2 3-4 5-6 7-8

9-10 11-12 13-14 15-16

1 LAN 2

REMOTE 1

8 For Factory

1a 41b

JMP 9600

DIGITAL AUDIO OUT

DIGITAL VIDEO OUTPUTS

HDSDI

DVI-I-1DVI-I-2

REMOTE 2

DIGITAL INPUTS RELAY OUTPUTS

12 34

+ -+ -+ -+ -

POWER

12V

R1 R3 R4R2

NC CNCNCNONC CCCNONONO

GENLOCK

LOCK LTC

OUT

Use only

Figure 4. Rear Panel Connections and Features

Output DVI-I connectors (see page 7) h Remote (RS-232) port 1 (see page 10)

Output HD-SDI connectors (see page 7) i Digital Inputs 1 through 4 (see page 11)

Audio Output connectors (see page 7) j Power port (see page 11)

Genlock Input connector (see page 8) k Relay Outputs (see page 11)

Lock Input and Output connectors (see page 8) l AC Power Input connectors (see page 12)

LTC Input and Output connectors (see page 8) m AC Power Input switches (see page 12)

LAN ports — (see page 9)

JMP 9600 Media Player • Installation 6

Video and Audio Outputs

Pin Signal

TMDS data 2–

TMDS data 2+

TMDS data 1–

TMDS data 1+

DDC clock +5 V power

DDC dataTMDS clock+Ground (+5 V)

Analog V sync TMDS clock–Hot Plug Detect

TMDS data 0–

TMDS data 0+

TMDS data 4–

TMDS data 4+

TMDS data 3–

TMDS data 3+

TMDS data 5–

TMDS data 5+

TMDS data 2/4

shield

TMDS data 1/3

shield

TMDS data 0/5

shield

TMDS clock

Shield

Pin PinSignal Signal

41220

51321

61422

71523

Analog red Analog RGB GndAnalog blue

C1 C3 C5

81624

Analog green Analog H sync

C2 C4

31119

Male Connector (cable)

Female Connector

17 24

C3 C4

C1 C2

Digital Video Outputs, DVI-I connectors — Connect one or two DVI displays to

the DVI-I-1 and DVI-I-2 connectors for the direct digital image and RGB video output. Figure 5 denes the pinout for the DVI protocol.

Figure 5. DVI Output Connectors

NOTES: • Both DVI connectors can output single-link DVI (digital) video and

traditional analog video.

• DVI signals run at a very high frequency and are especially prone to errors

caused by bad video connections, too many adapters, or excessive cable length. To avoid the loss of an image or jitter, follow these guidelines:

• Do not exceed 16.4 feet (5 meters) of standard cable length.

• Extron IN9700 cable can exceed 16.4 feet for single link of DVI-D.

• Use only cables designed for DVI signals. Use of non-DVI or non-

HDMI cables or modied cables can result in a missing video output.

• Limit or avoid the use of adapters.

Two DVI-A-to-VGA adapters are included with the media player that allow you to

accomodate an analog-only output on more standard connectors.

Digital Video Outputs, HD-SDI connectors — Connect one or two HD-SDI

devices to the HDSDI-1 and HDSDI-2 BNC connectors.

NOTE: A dual-link HD-SDI output requires using both connectors for a single video

signal and selecting the mode, either on the front panel (see “Video

submenu“ in the “Operation” section) or via an MSVPP command (see the setHdsdimode command in the “Programming Guide” section).

Digital Audio Output connectors — Connect devices that can receive and

decode AES3-encoded audio to these 8 BNC connectors to receive up to

16 channels of audio.

NOTES: • The AES3 protocol supports two channels of audio on one BNC connector.

• Media ﬁles that are encoded with 4:2:2 subsampled video support only

eight channels of audio. With 4:2:2 video:

• Audio channels 1 through 8 are associated with video channel 1.

• Audio channels 9 through 16 are associated with video channel 2.

JMP 9600 Media Player • Installation 7

1-2

Sync

GENLOCK

OUT

LTC

OUT

In sync-critical applications, the media player can use one of two possible external sync

signals, Genlock or Lock, in addition to the always-available Linear Time Code (LTC), to

synchronize itself with other devices within a larger system. The media player can generate two of the sync signals to other devices.

NOTES: • Use only one of the Genlock and Lock sync types (items d and e) available.

• Ensure that the resolution and frame rate of the applied genlock or lock input

signal matches the resolution and frame rate of the clip to be played.

Genlock Input connector — Connect an external genlock signal to this

BNC connector for genlocking the video signal in broadcast or other sync-critical NTSC, PAL, or HDTV tri-level applications.

Use a tee connector or distribution amplier to connect any downstream

equipment that requires genlocking.

Snap one of the included ferrite beads on this cable, as close to the unit as practicable.

Lock Input and Output connectors —

LOCK

NOTES: • The Lock connectors support ES genlock and MS 9200 genlock,

which are proprietary sync signals that are native to Electrosonic® products that have been acquired by Extron and to older Electrosonic products.

• These connectors are present on all units but only JMP 9600 2K

units support ES genlock and MS genlock.

• When using ES genlock or MS genlock, the video signal

resolution and frame rate must match on all players.

Lock Input connector — Connect an external ES genlock or MS genlock sync signal to

this 6-pin mini-DIN connector for the media player to function as a sync slave of another device.

Lock Output connector — Connect any downstream equipment that requires an

ES genlock sync signal to this 6-pin mini-DIN connector to either route the exter

signal thr

oughout the system or for the media player to function as a sync master.

nal sync

Snap one of the included ferrite beads on each Lock cable, as close to the unit as possible.

LTC (Linear Time Code) Input and Output connectors —

LTC Input connector — Connect an external LTC sync signal to this RCA connector for the media player to function as a sync slave of another device.

LTC Output connector — Connect any downstream equipment that requires

an LTC sync signal to this RCA BNC connector to either route the external sync signal

throughout the system or for the media player to function as a sync master.

Snap one of the included ferrite beads on each LTC cable, as close to the unit as possible.

JMP 9600 Media Player • Installation 8

LAN Ports

LAN ports — If desired, for IP control of the media player and content

transfer, connect the player to a PC or to an Ethernet LAN, via either of these RJ-45 connectors. You can use a PC to control the networked player with MSVPP

commands from anywhere in the world. You can also control the player from any PC via

the built-in HTML pages or MSVPP commands and the Extron DataViewer utility. Link (green) LED indicator — The Link LED indicates that the player is properly

connected to an Ethernet LAN. This LED should light steadily.

Act (yellow) LED indicator — The Act LED indicates transmission of data packets on the RJ-45 connector. This LED should icker as the player communicates.

NOTES: • Extron recommends that each LAN port have a unique IP address.

• The factory default IP and netmask (subnet mask) addresses are as

follows: LAN 1:

IP address: 192.168.254.254 Netmask address: 255.255.0.0 LAN 2:

IP address: 192.168.254.253 Netmask address: 255.255.0.0 Both ports:

Gateway address: 0.0.0.0 DHCP: Off

• Two LAN ports allow the media player to reside on two different subnets

simultaneously.

Cabling

It is vital that your Ethernet cables be the correct cable type and that they be properly terminated with the correct pinout. Ethernet links use Category (CAT) 5e or CAT 6, unshielded twisted pair (UTP) or shielded twisted pair (STP) cables, terminated with RJ-45 connectors. Ethernet cables are limited to a length of 328 feet (100 m).

NOTES: • Do not use standard telephone cables. Telephone cables do not support

Ethernet or Fast Ethernet.

• Do not stretch or bend cables. Transmission errors can occur.

The cable used depends on your network speed. The player supports the following Ethernet formats half-duplex and full-duplex Ethernet protocols, using the following cable:

• 10 Mbps (10Base-T — Ethernet) requires CAT 3 UTP or STP cable at a minimum.

• 100 Mbps (100Base-T — Fast Ethernet) requires CAT 5 UTP or STP cable at a minimum.

• 1000 Mbps (1000Base-T — Gigabit Ethernet) requires CAT 5 UTP or STP cable at a

minimum.

Snap one of the included ferrite beads on each network cable, as close to the unit as practicable.

JMP 9600 Media Player • Installation 9

RJ-45 connector wiring

A cable that is wired as T568A at one end and T568B at the other (Tx and Rx pairs reversed) is a "crossover" cable.

A cable that is wired the same at both ends is called a "straight-through" cable, because no pin/pair assignments are swapped.

12345678

RJ-45

Connector

Insert Twisted

Pair Wires

Pins:

Crossover Cable Straight-through Cable

1 2 3

4 5 6 7

Wire color

White-green Green White-orange

Blue White-blue Orange White-brown

Brown

Wire color

T568A T568B

End 1 End 2 End 1 End 2

White-orange Orange White-green

Blue White-blue Green White-brown

Brown

1 2 3

4 5 6 7

Wire color

White-orange

White-green Blue White-blue

White-brown Brown

Wire color

T568BT568B

White-orange

OrangeOrange

White-green

Blue

White-blue

GreenGreen

White-brown

Brown

The Ethernet cable can be terminated as a straight-through cable or a crossover cable and

must be properly terminated for your application (see ﬁgure 6).

• Crossover cable — Direct connection between the computer and the media player

• Patch (straight) cable — Connection of the media player to an Ethernet LAN

Figure 6. RJ-45 Connector and Pinout Tables

Remote Control Port

Remote (RS-232) port 1 — Connect a host device, such as a computer, touch panel

control, or RS-232 capable PDA to the player via this male 9-pin D connector for serial RS-232 (see ﬁgure 7) control or pass-through.

RS-232 Function Pin

— TX RX

—

Gnd

—

Not used Transmit data Receive data Not used Signal ground Not used Not used Not used Not used

3 4 5 6

7 8 9

Figure 7. Remote 1 Port

See “Programming Guide“ for denitions of the MSVPP commands (serial commands to control the media player via this connector).

Snap one of the included ferrite beads on the Remote cable, as close to the unit as possible.

NOTES: • Unlike products that were designed by Extron, former Electrosonic

products use a male connector. You may need an adapter.

• Serial port Remote 1 can be set to ControlMSVPP (control the player),

Passthrough (pass the signals through to a controlled device), or Disabled.

• The media player can:

• Serial port Remote 2 is for factory use only. The customer or end user

• Operate at 300, 600, 1200, 1800, 2400, 4800, 9600, 19200, 38400,

• Use 7 or 8 data bits

• Use no parity, even parity, or odd parity.

• Use 1 or 2 stop bits

cannot control the player via the Remote 2 port.

57600, or 115200 baud rates

JMP 9600 Media Player • Installation 10

Digital Inputs and Relays

1 2

12V

POWER

The Digital Inputs and Relays ports provides optically-isolated digital inputs and relay outputs that can be controlled by the show control software. See the “Programming Guide“

section for the MSVPP commands that activate or are issued by the these ports.

NOTES: • By factory default, automatic reporting of Digital Inputs 1 through 4 is

disabled. To enable reporting, use the Set input trigger on MSVPP command (see the “Programming Guide” section).

• Use a single cable for all inputs and relay ports and snap one of the included

ferrite beads on the cable, as close to the unit as possible.

Digital Inputs 1 through 4 — These inputs allow the media player to sense

+ - + -

a discrete signal, such as change in a switch position. Connect the desired discrete input line to the unit via two poles (+ and –) of a 3.5 mm 4-pole captive screw connector (see “Optically-isolated Digital Inputs”, on page 94, for an illustration of a typical input connection).

The media player issues an MSVPP message on Remote port 1 when it detects a

change of state on the digital inputs, prompting the connected device to respond as appropriate.

Power — This port provides +12 VDC power at up to 1.8 A, typically for use

with Digital Inputs 1 through 4 (item i) above. The power is internally protected. Connect the device requiring power to two poles (12V and ground [ ]) of a 3.5 mm 4-pole captive screw connector.

WARNING: 12 VDC is always present on this port when the media player is powered

on. Ensure that no conductive material comes into contact with these

terminals.

A typical use of this voltage is shown in “Optically-isolated Digital Inputs,” on page 94.

Relay Outputs — These ports are four sets of NO and NC relay contacts.

NC CNO NC

Connect an external device that you want to be able to switch on or off to the player via three poles (normally closed [NC], common [C], and normally open [NO]) of the 3.5 mm 4-pole captive screw connectors.

NOTE: Relays R1 and R4 each are on a single captive screw connector.

Relays R2 and R3 each span two captive screw connectors.

The player toggles the relay on or off in response to an MSVPP signal from the device

connected on Remote port 1 or either LAN port, see “Relay Contacts“ on page 95.

JMP 9600 Media Player • Installation 11

Power

NOTE: Although the unit performs reliably while running on a single AC power supply,

doing so defeats the dual-redundant power supply feature.

Dual Redundant AC Power Input connectors —

Connect a standard IEC power cord between one rear panel AC Power Input connector and a 100 to 240 VAC, 50-60 Hz

power source.

Connect a second IEC power cord between the remaining AC

Power Input connector and either an uninterruptible power source or a power source that is completely independent from the primary power source.

WARNING: Physically disconnect both power cables from the player before opening

the case for servicing.

Dual Redundant AC Power Input switches — Toggle both AC Power Input switches

to the on () position.

JMP 9600 Media Player • Installation 12

Operation

This section describes the front panel operation of the JMP 9600, including:

• Deﬁnitions

• Front Panel Controls and Indicators

• Menu System Overview

Deﬁnitions

The following terms, which apply to Extron media players, are used throughout this

manual:

• Digital Cinema Package (DCP) — A folder that contains all of the ﬁles necessary for

the JMP 9600 to play a presentation. This folder can include reel ﬁles (video images and audio data), subtitle ﬁles, the composition playlist (CPL), and the associated packing list and asset map. All of these ﬁle types are detailed below and are encoded to the Digital Cinema Initiatives (DCI) speciﬁcation.

NOTE: All of the ﬁles within the DCP are automatically created when using the

Extron JPEG 2000 Encoding Software (see “Encoding Guidelines” in the “Detailed System Interaction” section).

• Reel — A reel is a ﬁle that contains either compressed video content or

uncompressed audio content. These les have the *.mxf le extension, for example

reel_1_video.mxf. Reels are typically 10 to 20 minutes long, so a larger presentation may consist of multiple video and audio reels.

• Composition Playlist (CPL) — An xml ﬁle that contains all of the information

on how the ﬁles for a speciﬁc presentation should be played back, including the ﬁlenames and locations of the reels and how the audio and subtitles are synchronized with the picture. The CPL can specify one video reel and one audio reel or multiple reels of both types.

• Clip — The video and audio material content speciﬁed by a CPL ﬁle. The terms “clip”

and “DCP” can be used interchangeably.

• Asset map ﬁle — A ﬁle that is similar to the CPL ﬁle, but the asset map also lists the

frame rate and duration of the clip.

• Packing list ﬁle — A ﬁle that contains information and identiﬁcation about each of

the individual ﬁles that are delivered in a DCP.

• Playlist — An xml ﬁle that can be the name of a single DCP presentation (a clip) or a

sequential list of clips. Playlists must contain DCPs that are all of the same resolution, color space, frame rate, and number of audio channels to load successfully in the JMP 9600.

NOTE: Pay attention to the difference between a “playlist” and a “composition

playlist.”

JMP 9600 Media Player • Operation 13

Pre-roll period — A programmable interval before the presentation starts. As an example,

Not

pre-roll might allow audience members to take their seats after an announcement that the show has begun.

Post-roll period — A programmable interval after the presentation ends. Select the Stop At option to set a stop point for the timecode and for the screen to go black. As an example, post-roll might allow the house lights to gradually brighten. Post-roll is also sometimes known as “run-on.”

Front Panel Controls and Indicators

All JMP 9600 controls and indicators are on the front panel (ﬁgure 8).

VIDEO

DISK DRIVE LAN

123412

798

Used

10 1312

111

ENTER

JMP 9600

JPEG2000 MEDIA PLAYER

Figure 8. Front Panel, JMP 9600 Media player

Status LEDs

Video LED — This LED blinks when the player is in Play mode or Pause mode.

Disk Drive 1 and 2 LEDs — These LEDs ash when the associated hard disk is active.

When you are transferring a large le or playing a high bit rate le the LEDs ash more frequently. It is common, under heavy load, for the LEDs to appear to be continuously lit.

NOTE: The Disk 3 and Disk 4 LEDs are reserved for possible future applications

and are not currently implemented.

LAN 1 and 2 LEDs — These LEDs ash when the associated Ethernet connection is

active. When you are transferring a large le the LEDs ash more frequently. It is not uncommon, under heavy load, for the LEDs to appear to be continuously lit.

JMP 9600 Media Player • Operation 14

Transport Buttons

Play/Pause ( ) button — Press this button to start the currently selected CPL or clip

ﬁle or pause a currently playing presentation while leaving the image displayed.

Stop ( ) button — Press this button to stop the currently playing presentation. When

you press Play again, the presentation starts over from the beginning.

Previous clip ( ) button — Press this button to load the previous CPL or clip ﬁle in

the playlist. The button has no function if no playlist is loaded (using the menu controls).

Frame mode button ( ) — Press this button and then rotate the encoder knob

(item m) to step frame-by-frame through the CPL or clip ﬁle while the player is in play mode.

Shuttle mode ( ) button — Press this button and then rotate the encoder knob

(item m) to “shuttle” backwards and forwards through the CPL or clip ﬁle, at a rate controlled by the encoder knob.

NOTE: The audio portion of the clip is active only when the playback speed is +1.0

Next clip ( ) button — Press this button to load the next CPL or clip ﬁle in the

playlist. The button has no function if no playlist is loaded (using the menu controls).

LCD and Menu Controls

(normal forward speed).

LCD screen and conﬁdence monitor — The LCD display the user interface for local

control. The screen can also display a presentation as the player outputs it on its video output connectors. The alpha-blend feature allows you to display a mix of the video that is playing and the user interface simultaneously.

Previous button — Press this button to return to the previously displayed menu or

page.

Enter button — Press this button to initiate or activate a selected function.

Encoder knob

Encoder knob — Rotate this knob to navigate the menu system. Rotate this knob

when frame mode and shuttle mode are selected to operate those features.

JMP 9600 Media Player • Operation 15

Menu System Overview

40 sec.

Power

Power-on Sequence

Plug either or both power cords into power sources and turn on () one or both rear panel

power switches. When AC power is applied, the media player performs a self-test that blinks

all of the front panel buttons several times and then displays the LCD start-up screen while it continues to load the operating system (see ﬁgure 9). After approximately 40 seconds, the LCD window displays the main menu screen. An error-free power-up self-test sequence leaves all of the buttons except Stop unlit and the LCD window displaying the main menu.

Figure 9. LCD Power up Screen and Main Menu

Menu System Flow

Figure 10 shows a owchart of the main menu system.

Ch. 1 Status

Ch. 2 Status

Settings

Lock

(License

Keys)

Help System Status

ENTER

(About)

Figure 10. Main Menu Flowchart

NOTE: The elements in ﬁgure 10 are not drawn to scale.

Encoder knob — Rotate the encoder knob to navigate through the main menu and submenu options.

Enter button — Press the Enter button to activate the highlighted function. Previous button — Press the Previous button to “back up” to the previously displayed

menu or page.

NOTES: • You cannot back up past the main menu screen shown in ﬁgure 10.

• In the procedures that follow, the term “highlight” means blue ﬁll, unless

otherwise described.

JMP 9600 Media Player • Operation 16

Channel status menus

NOTES: • Channel 2 Status is displayed in the main menu (ﬁgure 10) and available for

selection only in 2-channel output mode and 2-channel locked output mode, both of which can be selected in the Settings > Video submenu.

• The Channel 1 Status and Channel 2 Status are identical, except where noted.

Figure 11 shows an overview of the Channel Status screen and the available settings.

Figure 11. Channel Status Menu

The LCD shows the current state of the channel 1, including the loaded clip and playlist (if applicable) and whether the presentation is playing, paused or stopped. The screen also shows two counters and a static display that display the time of speciﬁc functions of the time as hour:min:sec:frame:

Tc (Timecode) — The Timecode counter shows the current point in time within the loaded program. The Timecode counter includes the pre-roll, roll, and post-roll periods.

Lock indicator ( ) — The lock indicator, when displayed, indicates the video that is playing is synchronized with an external genlock signal.

Fr (Frame) — The Frame counter shows the current point in time within the currently loaded playlist or clip; the roll period only.

Dur (Duration) — The Duration display shows the entire run-time of the currently loaded playlist or clip. This is a static display only.

NOTE: The frame ﬁeld of the Tc and Fr counters is not updated during playback; only

the hour:min:sec ﬁelds are active. The Time count and Frame counters show the frame number when paused, in Frame mode, or in shuttle mode.

JMP 9600 Media Player • Operation 17

Playlist and Clip ﬁelds

These elds display whether a playlist or clip is loaded. Empty elds indicate that no playlist

or clip is loaded. They also are used with menu controls to load a playlist or clip.

Select and load a playlist or clip as follows:

NOTES: • You must have created one or more playlists using the HTML pages before

any are available for selection to select (see “Playlist Editor Page“ in the

“HTML Operation” section).

• Ensure that the media player is congured for 1-channel output before

attempting to load 4:4:4 chroma subsampled content. If the player is conﬁgured for 2-channel output mode and 2-channel locked output mode, these formats will not load. Use the Settings > Video submenu to check the video mode and change it if necessary.

• In 2-channel locked output mode, the ﬁles for the two channels must have

the same number of frames, resolution, bit depth, and number of audio channel and must use 4:2:2 chroma subsampling. If these conditions are not met, the ﬁles will not load.

• The player must be correctly conﬁgured for the clip or playlist that you select

using the Settings > Video submenu, or else the player does not load the

selected clip or playlist and the LCD reports ERROR.

• If you cannot get a clip to load, see “Setting the clip or playlist to

autoplay and view clip info“ in the “HTML Operation” section to view the

properties of the clip, which can help reveal the problem.

• If you load a new clip with a different resolution and frame rate than the

currently loaded clip, it can take up to 4 seconds before it is ready to play.

1. Rotate the encoder knob as necessary to highlight the

Playlist ﬁeld or Clip ﬁeld as shown at right.

2. Press the Enter button. The Select a playlist screen (a list of playlist les) or Select a clip

folder screen (a list of DCP folders) appears (see ﬁgure 12).

Select a playlist Select a clip

Figure 12. Select a Playlist Screen and Select a Clip Folder Screen

3. Rotate the encoder knob as necessary to highlight

the desired playlist ﬁle or clip folder.

4. Press the Enter button.

When loading a playlist — The LCD returns to the Channel Status screen with the playlist selected in step 3 shown in the Playlist eld. The Play/Pause button ashes. The procedure is complete.

JMP 9600 Media Player • Operation 18

5. When loading a clip — The LCD displays the

second step of the Select a clip ﬁle screen (see ﬁgure 13). Proceed to step 6.

Figure 13. Select a Clip File Screen

6. Rotate the encoder knob as necessary to highlight the desired clip ﬁle.

7. Press the Enter button. The LCD returns to the Channel Status screen with the clip

selected in step 5 shown in the clip ﬁeld. The Play/Pause button lights. The procedure is complete.

Video selection

The LCD can show the control display, the video playback display, or both simultaneously (an alpha blend). To fully display the video playback (without an

alpha blend), rotate the encoder knob to highlight the Video selection and press the Enter

button.

To return to the channel status display or alpha blend, press the Previous button.

Frame selection

In Frame mode, you can step frame-by-frame through the selected CPL or clip ﬁle while the player is playing video. To turn Frame mode on, rotate the encoder knob to

highlight the Frame selection and press the Enter button.

Rotate the encoder knob to the left or right to step forward or backwards through the clip frame by frame.

NOTE: This function is identical to selecting the front panel Frame mode button ( ).

To return to the Channel status display, press the Previous button.

Shuttle selection

In Shuttle mode, you can “shuttle” backwards and forwards through the selected playlist or clip ﬁle, at a rate controlled by the encoder knob. To turn Shuttle mode on,

rotate the encoder knob to highlight the Shuttle selection and press the Enter button.

Rotate the encoder knob to the left or right to fast forward or reverse through the clip at up

to 16 times regular playback speed. Use the encoder knob to return the shuttle indicator to

the middle (vertical) position to play the ﬁle at normal speed.

NOTES: • This function is identical to selecting the front panel Shuttle mode button ( ).

• The audio portion of the clip is active only when the playback speed is +1.0

(normal forward speed).

To return to the Channel status display, press the Previous button.

JMP 9600 Media Player • Operation 19

Loop selection

In Loop mode, the player runs the selected playlist or clip ﬁle in a continuous loop, automatically starting the presentation over again once it ends. To toggle Loop mode on and off, rotate the encoder knob to highlight (box) the Loop selection and press the

Enter button.

Mute selection

To toggle audio mute on and off, rotate the encoder knob to highlight (box) the

Mute selection and press the Enter button. Mute disables the audio output from all 16

audio channels when the media player is in 1-channel mode. Mute disables audio channels 1 through 8 for video channel 1 and audio channels 9 through 16 for video channel 2 when the media player is in 2-channel or 2-channel locked mode.

NOTE: Audio is unmuted (is output) when power is cycled.

Settings menu

The Settings menu (see ﬁgure 14) provides submenus to control the behavior of the player and how it interacts with the connected audio/video systems and the network. Rotate the

encoder knob to highlight the desired submenu and press the Enter button.

Figure 14. Settings Menu

NOTE: Figure 14 is not an accurate image of the Settings menu. The ﬁgure is

elongated to show all selections in the menu. On the media player, the Video selection is not visible until you rotate the Encoder knob to scroll down the

menu.

To return to the Settings menu from any of its submenus, press the Previous button.

JMP 9600 Media Player • Operation 20

Audio submenu

The Audio submenu (see ﬁgure 15) provides controls to set the volume and audio delay variables for the one or two output groups.

Media player set to 2-channel or

2-channel locked output

Media player set to 1-channel output

Figure 15. Audio Submenu

NOTE: The image shown on the left in ﬁgure 15 shows the audio menu when the

media player is set to either 2-channel or 2-channel locked output. The

submenu on the right is 1-channel locked output. Use the Settings > Video

submenu to select the mode.

Adjust the values as follows:

1. Rotate the encoder knob to highlight the selected variable.

2. Press the Enter button.

3. Rotate the encoder knob to change the selected variable to the desired value.

4. Press the Enter button to enter the variable and “jump” the selection highlight to the

next variable.

JMP 9600 Media Player • Operation 21

Autostart submenu

NOTES: • The player must be correctly conﬁgured for the clip or playlist that you select

using the Settings > Video submenu, or else the player does not load the

selected clip or playlist and the LCD reports ERROR.

• If you cannot get a clip to load, see “Setting the clip or playlist to

autoplay and view clip info“ in the “HTML Operation” section to view the

properties of the clip, which can help reveal the problem.

The Autostart feature sets a speciﬁed clip or playlist to automatically start playing for channel 1 or channel 2 whenever the media player powers up and has loaded its operating system. The Autostart submenu provides controls to select a clip or playlist and enable or

disable autostart. Enable an autostart as follows:

1. Rotate the encoder knob to highlight the channel (1 or 2) that you want to autostart

(see ﬁgure 16).

ENTER

Figure 16. Autostart Submenu Flowchart

2. Press the Enter button. The enable screen appears.

3. Rotate the encoder to highlight the Enable Autostart check box.

4. Press the Enter button.

5. Rotate the encoder to highlight either Playlist or Clip radio button.

6. Press the Enter button. The radio button is selected.

NOTE: If a clip or playlist is displayed in the ﬁeld beneath the radio buttons and

you are satisﬁed with it, the process is complete. Press the Previous button twice to return to the Settings submenu.

JMP 9600 Media Player • Operation 22

7. To select or change the clip or playlist that is displayed in the ﬁeld beneath the radio

buttons, rotate the encoder button to highlight the ﬁeld (see ﬁgure 17).

ENTER

Figure 17. Select a Clip File Screen

8. Press the Enter button. The eld displays a list of available playlists or clips, depending

on the selection made in step 5.

9. Rotate the encoder knob as necessary to highlight the desired playlist or clip ﬁle.

10. Press the Enter button. The eld displays the selected playlist or clip le.

11. Press the Previous button twice to return to the Settings submenu.

Date and Time submenu

The Date and Time submenu provides a tool to change the real time clock set in the media player (see ﬁgure 18).

Figure 18. Date and Time Submenu

NOTE: The media player does not automatically support Daylight Saving Time. Use

this submenu to account for Daylight Saving Time if desired.

JMP 9600 Media Player • Operation 23

Adjust the date and time as follows:

1. Rotate the encoder knob to highlight the ﬁrst variable to be changed.

NOTE: Rotating the encoder knob selects through the variables in the following

order: Month > Day > Year > Hour > Minute > Second >Month ... .

2. Press the Enter button.

3. Rotate the encoder to change the selected variable to the desired value.

4. Press the Enter button. The highlight jumps to the next variable.

5. Repeat steps 1 through 4 as necessary to change all variables.

6. Press the Preview button to exit the most recently changed value. The player prompts

you to see if you really want to change the value (see ﬁgure 19).

Figure 19. Apply new settings? Prompt

7. Rotate the encoder as necessary to highlight either Yes or No.

NOTE: If you do not perform steps 7 and 8, the player abandons the changes and

displays the Settings menu after approximately 30 minutes.

8. Press the Enter button. The screen displays the Settings menu.

LCD submenu

The LCD submenu provides a tool to change how the LCD displays information (see ﬁgure 20).

Figure 20. LCD Submenu

NOTE: Figure 20 shows the display with the video playback overlaid on top of the GUI

control. If no clip or playlist is selected to play or if video is stopped (the stop [ ]

button is lit), the GUI/Video control is not available and the no video playback is overlaid on top of the GUI.

JMP 9600 Media Player • Operation 24

Slider-type controls — The GUI/Video control adjusts the mix of the video image and the graphical user interface (the “alpha blend”). The Brightness and Contrast controls function the same as similar controls on any video monitor. Adjust the display controls as follows:

1. Rotate the encoder to highlight the desired variable.

2. Press the Enter button.

3. Rotate the Encoder knob to adjust the setting:

GUI/Video — All the way to the left displays 100% of the GUI control. All the way to

the right displays 100% of the video image.

Brightness — Left (0) is darker, right (100) is brighter. The default setting is 0.

Contrast — Left (0) is maximum contrast, right (100) is minimum contrast. The default

setting is 30.

NOTE: The adjustments take effect as you make them in step 3.

4. Press the Enter button to conrm the setting and continue to the next parameter.

—or—

Press the Previous button to conﬁrm the setting and return to the previous menu.

Button-type controls — The Turn OFF LCD backlight control turns the LCD off. This can be helpful to reduce distraction when the player is in the same room as the presentation. The Factory Settings control returns the LCD settings to their factory defaults. Operate these controls as follows:

1. Rotate the encoder to highlight the desired control.

2. Press the Enter button.

NOTE: Turn the LCD back on by pressing either the Enter, Previous,

Frame mode ( ), or Shuttle mode ( ) button or by cycling power.

Networking submenu

The Networking submenu (see ﬁgure 21) provides tools to set up the media player for

use in a LAN. Use this submenu to access and change all of the port settings for both Ethernet connections of the media player (see “Network parameters” and ﬁgure 22,

on the next page) and to ping another device on the network (see “Ping function“ and

ﬁgure 23, on page 28).

Figure 21. Networking Submenu

NOTE: Two LAN ports allow the media player to reside on two different subnets

simultaneously.

JMP 9600 Media Player • Operation 25

Network parameters —

The IP ﬁeld contains the IP address of one the two the media player ports.

The Netmask ﬁeld is used to determine whether the media player is on the same subnet as the controlling PC when you are subnetting (see “Subnetting — A Primer“ for more information).

The Gateway IP Address ﬁeld identiﬁes the address if you choose to use the media player as a gateway to another device that is not on the same subnet.

Valid addresses for all elds above consist of four 1-, 2-, or 3-digit numeric subelds, properly called octets, separated by dots (periods). Each eld can be numbered from 000

through 255. Leading zeroes, up to 3 digits total per ﬁeld, are optional.

The Enable DHCP check box directs the media player to obtain its IP address from a Dynamic

Host Conguration Protocol (DHCP) server (if the network is DHCP capable). Contact the local system administrator to determine whether to use DHCP.

NOTES: • The factory default IP, netmask, and gateway addresses are as follows:

LAN (Network Interface) 1: IP address: 192.168.254.254 Netmask address: 255.255.0.0

LAN (Network Interface) 2: IP address: 192.168.254.253 Netmask address: 255.255.0.0

Both ports:

Gateway address: 0.0.0.0 DHCP: Off

• If these values conict with other equipment at your installation, you can

change the addresses to any valid value.

• Editing the settings for an Ethernet port on which you have an active

connection can immediately disconnect the media player from the network

• If DHCP is enabled, the IP address and Netmask settings are disabled but can

be viewed from the front panel. Disable DHCP to change the IP address and

Netmask settings.

Edit any of the network parameter settings as follows (see gure 22):

ENTER

5 6

Figure 22. Networking Submenu and Network Parameters Settings

JMP 9600 Media Player • Operation 26

ENTER

1. Rotate the encoder to highlight the selection for the value or setting to be change (a on

ﬁgure 22 on the preceding page):

IP address — Interface 1 or 2, as applicable Netmask 1 or 2 — Interface 1 or 2, as applicable DHCP — Interface 1 or 2, as applicable Gateway — Gateway

2. Press the Enter button (b).

NOTES: • If DHCP is enabled, the IP address and Netmask settings are disabled.

Disable DHCP (steps 1, 2, 5, and 6) to change the IP address and Netmask settings.

• For a Gateway address, proceed to step 3.

• For DHCP, skip to step 5.

• For IP addresses and Netmask addresses, skip to step 9.

3. For a Gateway address, Rotate the encoder as necessary to select the LAN port

(Interface 1 or Interface 2) to use as a gateway (c).

4. For a Gateway address, press the Enter button. The Apply control appears in the

LCD. Proceed to step 9.

5. To toggle DHCP on or off, rotate the encoder as necessary to highlight the Enable

DHCP

selection (d).

6. To toggle DHCP on and off, press the Enter button. The Apply control appears in the

LCD.

7. If you enabled DHCP or you do not want to manually set the addresses, proceed to

step 15.

8. To manually set addresses after disabling DHCP, proceed to step 9.

9. Rotate the encoder to highlight the ﬁrst or next octet that needs to be changed (e).

10. Press the Enter button.

11. Rotate the encoder to change the selected octet to the desired value (f).

12. Press the Enter button. The highlight jumps to the next octet.

13. Repeat steps 9 through 12 as necessary to change all octets.

14. Press the Enter button.

15. Rotate the encoder as necessary to highlight the Apply control (g).

16. Press the Enter button (h).

JMP 9600 Media Player • Operation 27

Ping function —

Use the Ping function to ‘ping’ another device on the network as follows:

1. Rotate the encoder to highlight the Ping IP selection (see a on ﬁgure 23).

ENTER

3 4

Figure 23. Ping Function

2. Press the Enter button (b).

3. Rotate the encoder to highlight the ﬁrst or next octet that needs to be changed (c).

4. Press the Enter button.

5. Rotate the encoder to change the selected octet to the desired value (d).

6. Press the Enter button. The highlight jumps to the next octet.

7. Repeat steps 3 through 6 as necessary to change all octets.

8. Press the Enter button.

9. Rotate the encoder as necessary to highlight the Ping control (e).

10. Press the Enter button (f).

ENTER

Player submenu

The Player submenu provides a tool to give the player a unique name and location (see ﬁgure 24).

ENTER

3 4

Figure 24. Player Submenu and Keyboard

Customize the player as follows:

1. Rotate the encoder to highlight the identiﬁer, either Name or Location (see a ﬁgure 24).

2. Press the Enter button (b). An alphanumeric keyboard screen appears.

3. Rotate the encoder to highlight the ﬁrst or next character in the identiﬁer (c).

NOTES: • is the back space key. Pressing Enter when this key is highlighted,

erases the character to the left of the cursor.

• is the Caps key. Pressing Enter when this key is highlighted, toggles

the keyboard between uppercase and lowercase characters.

• is the space key.

JMP 9600 Media Player • Operation 28

4. Press the Enter button (d).

5. Repeat steps 3 and 4 until the name or location is spelled out.

6. Press the Previous button to save the value and return to the Player submenu (e).

7. As desired, repeat steps 1 through 6 for the other identiﬁer.

Reboot submenu

The Reboot submenu (see ﬁgure 25) provides a prompt that allows you to reboot the media player without powering it down. Reboot the player as follows:

Figure 25. Reboot? Prompt

1. Rotate the encoder as necessary to highlight Yes. (Highlight No to abandon the reboot.)

2. Press the Enter button. The media player reboots.

Serial Ports submenu

The Serial Ports submenu provides a tool to conﬁgure serial port Remote 1 (see ﬁgure 26, below).

NOTES: • Serial port Remote 1 can be set to ControlMSVPP (control the player),

Passthrough (pass the signals through the player to and from a controlled device), or Disabled.

• When you are using the Pass Through setting, ensure that the Baud

Rate, Parity, Data Bits and Stop Bit are set to match the device that you are

controlling. Also, in your remote control program, set the IP port number to

4001 and the IP address to that of media player. When the port is in Pass

Through mode, any TCP/IP control string that appears on port 4001 of the JMP 9600 is passed to the Remote 1 port and any strings on the port pass to port 4001.

• The media player can:

• Operate at 300, 600, 1200, 1800, 2400, 4800, 9600, 19200, 38400,

57600, or 115200 baud rates

• Use 7 or 8 data bits

• Use no parity, even parity, or odd parity.

• Use 1 or 2 stop bits

• Serial port Remote 2 is for factory use only. The customer or end user cannot

control the player via the Remote 2 port.

ENTER ENTER

2 3

Figure 26. Serial Ports Submenu

JMP 9600 Media Player • Operation 29

Conﬁgure serial port Remote 1 as follows:

1. Press the Enter button (see a on ﬁgure 26). The Com port 1 conﬁguration screen

appears.

2. Rotate the encoder to highlight the value to be set: Mode, Baud Rate, Data Bits, Parity,

or Stop Bits (b).

3. Press the Enter button.

4. Rotate the encoder to select the desired setting (c). See the note above for available

settings.

5. Press the Enter button (d).

NOTE: The values are not changed if you do not press the Enter button.

6. Repeat steps 2 through 5 as necessary to change other conﬁgurable parameters.

System Info selection

View a snapshot of the status of the connections and settings of the media player

(see ﬁgure 27). Rotate the encoder to scroll to hidden parts of the display.

Figure 27. System Information Screen

JMP 9600 Media Player • Operation 30

Video submenu

The Video submenu provides tools to manage the video output settings and timing

(see ﬁgure 28).

NOTES: • Analog Channel 2 is displayed in the Video submenu (see gure 28) and

available for selection only in 2-channel output mode and 2-channel locked output mode, both of which can be selected in the Settings > Video >

Mode selection.

• The Analog Channel 1 and Analog Channel 2 are identical, except where

noted.

Figure 28. Video Submenu

Make selections as follows (see ﬁgure 29, on the next page):

1. Rotate the encoder to highlight the desired selection.

2. Press the Enter button.

NOTES: • Figure 29 shows all of the possible options on the screens available in the

video submenu. Depending on the video mode and the enabled licenses, some selections are not available on some screens.

• You can conﬁgure the media player signal combinations that are not deﬁned

• The selections on the following screens act like Microsoft® Windows® radio

within the video payload identier specication (SMPTE 352); for example single channel, dual link HD-SDI operation with 12-bit 4:2:2 color sampling and the RGB color space. Some displays may not correctly display such an

image or may require manual adjustment. The video payload identiﬁer is

updated correctly when the next valid SMPTE 352 format is selected.

buttons; selecting one deselects the others in the same group.

JMP 9600 Media Player • Operation 31

Mode Selection

NOTES: • See page 3 for detailed

descriptions of the functions of the modes.

• The loop selections are indepen-

dent of each other; you can select one, both, or neither.

• Ch. 2 loop enabled is only

available for selection when the switcher is in either 2-channel mode or 2-channel-locked mode.

• In 2-channel or 2-channel locked

mode, the channels share the same clock reference. Both channels operate at the same resolution and frame rate, which is set by the loaded clip or playlist. The parameters of the last clip loaded take precedence.

HDSDI Selection

NOTES: • The High Framerate, available on

the JMP 9600 2K model only, supports resolutions of up to 1920x1080 and 2048x1080 at 48, 50, and 60 Hz. The player must be set to 2-channel-locked mode to select this rate. See “High Frame

Rate” in the “Detailed System

Interaction” section for more details on this mode.

• When in 1-Channel mode and

playing 4:4:4 content, all outputs are active (Channels 1 and 2). When in 1-Channel mode and playing 4:2:2 content, only Channel 1 outputs are active.

• The player ships with the

dual-link HD-SDI VPI tag on by default. You may chose to turn it off for backwards compatibility or legacy support.

GenLock Selection

NOTES: • Master — Send both ESGEN and

MSGEN genlock as a master.

• ES Genlock — Receive ESGEN

genlock as a slave.

• MS9200 Genlock — Receive

MSGen genlock as a slave.

• Only JMP 9600 2K units

support ES genlock or MS genlock.

• Black Burst PAL, Black Burst NTSC, and Trilevel — Receive a

selected sync signal.

• Source indication — Indicates the presence of an external genlock signal.

• Lock indication —Indicates synchronization with an external genlock signal.

• The media player monitors the sync inputs. If any selected sync signal is lost, the media player automatically defaults to Master.

• Media players with serial numbers 9600-01 through 9600-50 support the Master, ES Genlock, and MS9200 Genlock sync types only (see “About menu” to identify the serial number).

Timecode Selection

NOTES: • Chase — Stay in sync with a

received timecode signal.

• Trigger — Respond to a specific

Timecode and continue with no further response to the ongoing timecode signal.

Figure 29. Mode Selection

Timecode Selection

JMP 9600 Media Player • Operation 32

Lock menu

— or — “locked” for unlock operation

The Lock submenu allows the user to lock the front panel of the media player, limiting media

player operation by unauthorized personnel. When the player is locked, all of the front panel

functions are disabled except for the ability to unlock it. The player does not respond to an other front panel operation. The lock is protected by a user-assigned password.

NOTE: The media player can be controlled via MSVPP commands and the HTML pages

when the front panel is locked.

Toggle the front panel lock on and off as follows:

1. Rotate the encoder to highlight the text window (see a in ﬁgure 30).

— or — “unlocked” for lock operation

3 4

PREVENTER

ENTER

Figure 30. Lock and Unlock Operation

2. Press the Enter button (b). An alphanumeric keyboard opens.

3. Rotate the encoder to highlight the ﬁrst or next character in the password (c).

NOTES: • is the back space key. Pressing Enter when this key is highlighted,

causes erases the character to the left of the cursor.

• is the Caps key. Pressing Enter when this key is highlighted, toggles

the keyboard between uppercase and lowercase characters. Passwords

ARE case sensitive.

• is the space key.

4. Press the Enter button (d).

5. Repeat steps 3 and 4 until the password is spelled out.

6. Press the Previous button to return to the Lock or Unlock submenu (e).

7. Rotate the encoder to highlight the Lock or Unlock selection (f).

8. Press the Enter button (g).

NOTE: If you are unlocking the front panel and if the password is incorrect, the

media player reports “Incorrect password!“ Repeat steps 1 through 8.

JMP 9600 Media Player • Operation 33

Help menu

View contact information for Extron (see gure 31).

Figure 31. Help Screen

System Status menu

View voltage and temperature information within the media player (see gure 32).

Figure 32. System Status Screen

Voltages should be in the following ranges to ensure optimum operation:

• 3.3 V: +3.2 to +3.4 V • 5.0 V: +4.75 to +5.5 V

• 12.0 V: +12 to +13 V • –12.0 V: –12 to –13 V

Temperatures above 85 °C (185 °F) indicate an equipment cooling problem. See “Troubleshooting a High Temperature“ in the “Mounting and Maintenance“ section.

License Keys menu

The License Keys submenu allows the user to enter an acquired product license, unlocking the capabilities supported by that key.

Install a license as follows:

1. Obtain the license key from Extron.

2. Rotate the encoder to the ﬁrst ﬁeld in the key (see a in ﬁgure 33).

3 4

PREVENTER

ENTER

Figure 33. Licenses Operation

JMP 9600 Media Player • Operation 34

3. Press the Enter button (b). An alphanumeric keyboard opens.

4. Rotate the encoder to highlight the ﬁrst or next character in the password (c).

NOTES: • is the back space key. Pressing Enter when this key is highlighted,

causes erases the character to the left of the cursor.

• is the Caps key. Pressing Enter when this key is highlighted, toggles

the keyboard between uppercase and lowercase characters. License

keys ARE case sensitive.

• is the space key.

5. Press the Enter button (d).

6. Repeat steps 4 and 5 until the four characters of that license key ﬁeld are spelled out.

7. Press the Previous button to return to the License Key submenu (e).

8. Repeat steps 2 through 7 for each ﬁeld of the license key.

9. Rotate the encoder to highlight the Validate selection (f).

10. Press the Enter button (g).

About menu

View the serial number of the player and the revision levels of system elements (see gure 34).

Serial number nnnn

Figure 34. About Screen

NOTES: • The revision levels shown in ﬁgure 34 are examples only.

• The media player must run ﬁrmware version 2.06.07 or newer. If you have

an older version, update the ﬁrmware to ensure proper operation (see “Data

Transfer and Firmware Upgrade“ in the “Detailed System Interaction”

section).

JMP 9600 Media Player • Operation 35

Play a Presentation

Play a presentation as follows:

1. Rotate the encoder to highlight the Ch. 1 Status selection or Ch. 2. Status selection

(depending on which channel you want to output the video).

2. Press the Enter button. The selected Channel Status menu opens.

3. Select and load a playlist as described in “Playlist and Clip ﬁelds.”

The Play/Pause (

NOTE: If you load a new clip with a different resolution and frame rate than the

4. Press the Play/Pause ( ) Button to start playing the le. The LCD screen displays a

progress-bar as the clip runs. The video output appears on the connected display system.

NOTE: If you want the JMP 9600 LCD to fully display the video that is playing

Press the Previous button to return to the Channel Status menu or the

) Button lights.

currently loaded clip, it can take up to 4 seconds before it is ready to play.

(rather than a blend of the video and the control display), rotate the

encoder knob to highlight the Video Mode icon ( ) and press the Enter button.

blended display.

JMP 9600 Media Player • Operation 36

HTML Operation

This section describes the operation of the JMP 9600 Media Player using its embedded HTML

pages, including:

• Opening the Embedded HTML Pages

• Player Control Page

• Playlist Editor Page

• Setup Functions

The player can be controlled and operated through either LAN port, connected via a LAN

or WAN, using a web browser such as Microsoft Internet Explorer. The display of the player

status or operation has the appearance of web pages. The following factory-installed

HTML pages and dialog boxes are available on the media player and cannot be erased or

overwritten.

• Player Control page — See ﬁgure 35, on the next page. Controls the transport,

similar to as on a VTR and also shows properties associated with specic clips and

playlists. This is the default startup page.

• Playlist Editor page — See ﬁgure 40, on page 43. Manages playlists and clip ﬁle,

manages clip-speciﬁc Timecode settings.

• Setup dialog boxes — Available from the Player Control page (see ﬁgure 47, on

page 47). A palette of dialog boxes that manages the player setup and conﬁguration and its interaction with the network system.

• MSVPP page — A stand-alone HTML page, not linked to the pages and the menu

of dialog boxes listed above, that provides an easy-to-use tool for entering MSVPP commands. This page is described in the “Programming Guide” section (see “Opening

the embedded HTML MSVPP page” in that section).

NOTE: If your Ethernet connection to the matrix player is unstable, try turning off the

proxy server in your web browser. In Internet Explorer, click Tools > Internet

Options server...

> Connections > LAN Settings, uncheck the Use a proxy

box, and then click OK.

Opening the Embedded HTML Pages

Channel Control Media Browser

Access the player using HTML pages as follows:

1. Start the web browser program.

2. Click in the Address ﬁeld of the browser.

3. Enter the IP address of the connected port in the Address eld of the browser.

NOTE: • If the local system administrators have not changed the value, the

factory-speciﬁed default IP addresses are as follows: LAN 1: 192.168.254.254 LAN 2: 192.168.254.253

• To access the stand-alone MSVPP page, enter

<IP address>/msvpp.html, where “msvpp.html” is case sensitive.

4. Press the keyboard <Enter> key. The player downloads the Player Control page (see

ﬁgure 35) (or the MSVPP page if you accessed it as described in the NOTE above).

Player Control Page

The Player Control page (ﬁgure 37) is the default startup page, appearing when you initially

download the web pages from the player. If you are on the Playlist Editor page

(see ﬁgure 40), click the Player Control link at the top right of the page. The Player control page consists of the Channel Control panel (transport

controls) and the Media Browser panel.

Figure 35. Player Control Page

The Player Control page continually updates itself to display the latest status of the clip or playlist that is loaded.

JMP 9600 Media Player • HTML Operation 38

Channel 1 and 2 Control and Status Windows

The Channel Control panel portion of the Player Control page consists of one or two control and status windows that display information unique to the output channels.

NOTES: • The Channel 2 control and status window is displayed only in 2-channel

output mode and 2-channel locked output mode, both of which can be selected from the HTML Setup > Video > Mode dialog box submenu.

• The Channel 1 Status and Channel 2 Status are identical, except where noted.

Each channel window displays the real-time status information for the current content in the

upper half of the window and transport controls in the lower half of the window.

Real time status display

Figure 36. Real Time Status Display

Timecode

time within the loaded program. The Timecode counter includes the pre-roll, roll, and postroll periods.

Frame

the currently loaded playlist or clip; the roll period only. The Frame counter runs in sync with the Timecode counter but when paused, the actual frame is displayed.

Duration

currently loaded playlist or clip. This is a static display only.

NOTE The frame ﬁeld of the Timecode and Frame counters is not updated during

Playlist

playlist. If this ﬁeld is empty, no playlist is loaded.

Clip — The Clip ﬁeld shows the name of the currently loaded clip. If this ﬁeld is empty, no playlist is loaded.

Clip Info — The Clip Info ﬁeld describes the currently loaded clip, whether it is a stand-along clip or part of a playlist.

— The Timecode counter shows the current point in

— The Frame counter shows the current point in time within

— The Duration display shows the entire run-time of the

playback; only the hour:min:sec ﬁelds are active. The Timecode and Frame counters show the frame number when paused, in Frame mode, or in shuttle mode.

— The Playlist ﬁeld shows the name of the currently loaded

JMP 9600 Media Player • HTML Operation 39

Transport controls

Figure 37. Transport Controls

TIP: Rest the mouse over a control to see a pop-up tool tip that identiﬁes the control, as

shown by the pop-up in ﬁgure 37.

Progress bar

progress of a clip in play. If the clip is paused, the progress bar freezes; if the clip is stopped the progress bar goes blank.

Shuttle control — Drag the pointer in this control to “shuttle” backwards and forwards through the playlist or clip ﬁle, at a rate controlled and indicated by the pointer.

• Drag the pointer to the right to play forward in increments of 1x (normal speed — this

is the position shown at right), 2x, 4x, 8x and 16x normal speed.

• Drag the pointer to the left to play in reverse increments of -1x (normal speed but in

reverse), -2x, -4x, -8x and -16x normal speed.

NOTE: The audio portion of the clip is active only when the playback speed is +1.0

A tool tip displays at the top of the Player Control Page whenever you drag the pointer away from its default (Play) position. You can also Pause the presentation by dragging the pointer one stop to the left from the default position.

Previous clip ( ) control — Click this control to load the previous clip ﬁle in the playlist. The control has no function if no playlist is loaded (see “Loading a Clip or Playlist into a

Player Channel”).

Stop ( ) control — Click this control to stop the currently playing presentation. When you

click the Play control, the presentation starts over from the beginning.

— This bar tracks the

(normal forward speed).

Pause ( ) control — Click this control to pause a currently playing presentation while leaving the image displayed.

Play ( ) control — Click this control to start the currently selected playlist or clip ﬁle.

Next ( ) clip control — Click this control to load the next clip ﬁle in the playlist. The

control has no function if no playlist is loaded (see “Loading a Clip or Playlist into a

Player Channel”).

Jog control — When a channel is paused, click in the Jog control to

step forward or backward through the content, frame by frame. Increments are ± 1, 5, 10 and 20 frames.

JMP 9600 Media Player • HTML Operation 40

Loading a Clip or Playlist into a Player Channel

NOTES: • You must have created one or more playlists before any are available for

selection to select (see “Playlist Editor Page“).

• Ensure that the media player is conﬁgured for 1-channel output before

attempting to load 4:4:4 chroma subsamped or stereoscopic content. If the player is conﬁgured for 2-channel output mode and 2-channel locked output mode, these formats will not load. Use the Setup > Video > Mode dialog

box submenu to check the video mode and change it if necessary.

• In 2-channel locked output mode, the ﬁles for the two channels must have

the same number of frames, resolution, bit depth, and number of audio channel and must use 4:2:2 chroma subsampling. If these conditions are not met, the ﬁles will not load.

• The player must be correctly conﬁgured for the clip or playlist that you select

using the Settings > Video submenu, or else the player does not load the selected clip or playlist and the LCD reports ERROR.

• If you cannot get a clip to load, see “Setting the clip or playlist to

autoplay and view clip info“ to view the properties of the clip, which can

help reveal the problem).

• If you load a new clip with a different resolution and frame rate than the

currently loaded clip, it can take up to 4 seconds before it is ready to play.

1. If necessary, click the Clips panel header (see Ä in ﬁgure 38) or Playlists panel footer (Å)

in the Media Browser panel to open either the clip browser or playlist browser.

2a2b

Figure 38. Loading a Clip or Playlist

2. Scroll through the list of available content to the desired clip or playlist.

3. Drag (Ç) the desired clip or playlist from the Media Browser panel and drop it (É) into

the desired channel window in the Channel Control panel. A green check appears while dragging the clip or playlist when it is of a format that can be loaded.

4. Click the Play control ( ) to start the show.

JMP 9600 Media Player • HTML Operation 41

Setting the clip or playlist to autoplay and view clip info

NOTE: • The player must be correctly conﬁgured for the clip or playlist that you select

using the Setup > Video > Mode dialog box submenu, or else the player does not load the selected clip or playlist.

• If you cannot get a clip to load, See “Setting the clip or playlist to

autoplay and view clip info“ to view the properties of the clip, which can

help reveal the problem.

• This page lets you set a clip ﬁle to autoplay only. To view and clear an

autoplay selection, use the Autoplay Setup Dialog Box.

• If you load a new clip with a different resolution and frame rate than the

currently loaded clip, it can take up to 4 seconds before it is ready to play.

The autoplay feature sets a speciﬁed clip or playlist to automatically start playing for channel 1 or channel 2 whenever the media player powers up and has loaded its operating

system. Enable a clip or playlist to autoplay as follows:

1. In the Media Browser panel, right-click the ﬁle that you want to autoplay (see a in

ﬁgure 39). A dialog box appears.

Figure 39. Loading a Clip or Playlist

2. Click Set as Autoplay (b). The Set Autoplay dialog box appears.

NOTE: Alternatively, you can click View Clip Info to open a dialog box that

shows details of the ﬁle, including:

• The ﬁle name

• The issuer (creator)

• The issue (creation) date

• The bit rate

• The resolution and frame rate

• The color depth

• The chroma subsampling rate

• The number of audio channels

• The audio width

Click the to close the View Clip Info dialog box.

3. Select either the Channel 1 or Channel 2 check box (c).

4. Click the Ok button (d).

JMP 9600 Media Player • HTML Operation 42

Playlist Editor Page

Playlist Browser Clip BrowserPlaylist Editor

The Playlist Editor page (see gure 40) is the default startup page, appearing when you initially download the web pages from the player. From the Playlist

Editor page, click the Playlist Editor link at the top right of the page. The Player control page consists the Playlist Browser, Playlist Editor, and Clip Browser panels.

Creating a New Playlist

Figure 40. Playlist Editor Page

1. In the Playlist Browser, click the New button (see a in ﬁgure 41). A dialog box opens.

Figure 41. Creating a Playlist

2. Enter the name of the new playlist (b).

3. Click OK (c). The new playlist appears in the Playlist Browser panel.

JMP 9600 Media Player • HTML Operation 43

Editing the Contents of a Playlist

To perform all of the playlist editing functions described in the various procedures below, you

must open the playlist in the Playlist Editor panel.

Open the desired playlist by clicking its name in the Playlist Browser panel. The name of the playlist appears in the Edit Playlist panel header and the clip les included in the opened

playlist appear in the body of the panel (see ﬁgure 42).

Figure 42. Opening a Playlist

Once a playlist is open in the Playlist Editor panel, you can edit the playlist in the ways

described below.

NOTES: • Valid playlists must contain clip les that are all of the same resolution, color

space, frame rate, and number of audio channels. Although you can create an playlist with DCPs of different formats, any such playlist is invalid; you will receive an error message when you load the playlist on the Player Control Page and the playlist will not play.

• After you add a clip to a playlist, you need to load or reload the playlist before

you can access or play the clip.

Add DCP (clip ﬁles) to a playlist

Drag and drop one or more les the from the Clip Browser panel to the Playlist Editor panel. While you are dragging a le and before you drop it into the Playlist Editor panel, a dotted

bar appears in the panel to show where in the playlist the clip will appear (see ﬁgure 43).

Figure 43. Adding Clips to a Playlist

Reorder clip ﬁles in a playlist

Click and drag les within the Playlist Editor panel to reorder them. Before you release the

mouse button, a blue box shows where the in the playlist order the clip cam from and a dotted line in the panel shows where in the playlist order the clip will appear (see ﬁgure 44).

Figure 44. Adding Clips to a Playlist

JMP 9600 Media Player • HTML Operation 44

Remove a clip ﬁle from a playlist

1. In the Playlist Editor panel, left-click the le that you want to remove from the playlist

(see a in ﬁgure 45).

TIP: Hold down the <Ctrl> key to select multiple clip ﬁles.

Figure 45. Removing Clips from a Playlist

2. Right-click anywhere over the clip les listed in the Playlist Editor panel (b). A dialog

box appears.

3. Left-click the Remove Clip button in the dialog box (c). A Message dialog box appears.

TIP: Or, preferred for multiple clips, select the ﬁles that you want to remove in

accordance with step 1 and then click the Remove button on the footer of the Playlist Editor panel. The Message dialog box appears.

4. Left-click Yes to delete the selected clip ﬁles from the playlist (d).

TIP: When working extensively with playlists, try opening a second browser window.

This allows one browser to display the Player Control page and the second to

display the Playlist Editor page.

JMP 9600 Media Player • HTML Operation 45

Editing the Properties of a Playlist

NOTE: See “Synchronization“ and “Conﬁguring a player as an LTC master“

in the “Detailed System Interaction” section for a detailed discussion of the JMP 9600 timecode feature, its interaction with other timing references and system components, and speciﬁc application examples.

You can edit the timecode mode and other properties of a playlist using controls available in

the Playlist Editor panel.

1. Open the desired playlist by clicking its name in the Playlist Browser panel. The name

of the panel appears in the Edit Playlist panel header and the clip les included in the

opened playlist appear in the body of the panel (see ﬁgure 45 on the preceding page).

2. Click the Properties button on the footer of the

Playlist Editor panel. The Edit Playlist Properties window opens

(see ﬁgure 46).

Figure 46. Edit Playlist Properties Window

3. In the Timecode drop-down box, select among the following

modes:

• Disabled — The player does not respond to any incoming

timecode. Proceed to step 10.

• Generate — The player generates a timecode as a timecode master when the

playlist is playing. Proceed to step 4 to conﬁgure generate mode.

• Receive — The player responds to an incoming timecode as a timecode slave.

Proceed to step 8 to conﬁgure receive mode.

4. In Generate mode, enter

<hours:minutes:seconds:frames> in the Start Time ﬁeld.

5. If necessary, clip to select the Play at and Stop at

check boxes to allow you to enter time values.

6. If necessary, enter <hours:minutes:seconds:frames> in the

Play at and Stop at check boxes.

NOTE: The display goes black when the Stop at time expires.

7. Proceed to step 10.

8. In Receive mode, if necessary, clip to select the Play at

check box to allow you to enter time values.

9. If necessary, Enter <hours:minutes:seconds:frames> in the Play at check box.

10. For all selections, click the Save button.

JMP 9600 Media Player • HTML Operation 46

Setup Functions

A wide variety of communications, video, and audio setup functions, necessary to ensure peak performance of the player and the video/audio playback, are available using the Setup palette of tools (see ﬁgure 47). To

select the setup functions, from the Playlist Editor page, click the Setup

Editor

Audio Setup Dialog Box

The Audio setup dialog box (see ﬁgure 48) provides controls to set the volume and audio delay variables for the one or two output groups and to mute one or both outputs.

link at the top right of the page.

Figure 47. Setup Palette

Media player set to 1-channel output

Media player set to 2-channel or

2-channel locked output

Figure 48. Audio Setup Dialog Box

NOTES: • The image shown on the left in ﬁgure 48 shows the audio setup dialog

box when the media player is set to either 2-channel or 2-channel locked

output. The dialog box on the right is 1-channel locked output. Use the

Setup > Video > Mode dialog box submenu to select the mode.

• Audio is unmuted (is output) when power is cycled.

To adjust the volume and delay values, click the up or down buttons (

) as necessary. The

green bar in the ﬁeld indicates that your selection is being saved.

To toggle audio mute on and off, click the appropriate Mute check box. Mute disables the audio output from all 16 audio channels when the media player is in 1-channel mode. Mute disables audio channels 1 through 8 for video channel 1 and audio channels 9 through 16 for video channel 2 when the media player is in 2-channel or 2-channel locked mode.

Click the to close the dialog box.

JMP 9600 Media Player • HTML Operation 47

Autoplay Setup Dialog Box

The Autoplay setup dialog box (see ﬁgure 49) displays of the complete path of a clip ﬁle selected to autoplay in each channel and buttons to clear an autoplay selection.

Figure 49. Autoplay Setup Dialog Box

NOTE: This dialog box lets you view and clear an autoplay selection only. To set a clip ﬁle

to autoplay, see “Setting the clip or playlist to autoplay and view clip info“.

Click the

to close the dialog box.

Network Setup Dialog Boxes

The Network selection provides pages to set up the media player for use in a LAN. Use these pages to access and change all of the port settings for both Ethernet connections of the

media player.

NOTES: • The factory default IP, netmask, and gateway addresses are as follows:

LAN (Network Interface) 1: IP address: 192.168.254.254 Netmask address: 255.255.0.0

LAN (Network Interface) 2: IP address: 192.168.254.253 Netmask address: 255.255.0.0

• If these values conict with other equipment at your installation, you can

• Editing the settings for an Ethernet port on which you have an active

• If DHCP is enabled, the IP address and Netmask settings are disabled.

Both ports:

Gateway address: 0.0.0.0 DHCP: Off

change the addresses to any valid value.

connection can immediately disconnect the media player from the network

Disable DHCP to change the IP address and Netmask settings.

JMP 9600 Media Player • HTML Operation 48

Network Ethernet setup dialog boxes

1. Select Network > Ethernet 1 or Network > Ethernet 2 to

open the selected Ethernet setup dialog box (see gure 50).

Figure 50. Ethernet Setup Dialog Box

2. For the IP Address and Netmask (subnet mask) ﬁelds: a. Click in the desired ﬁeld. b. Edit the address as desired.

3. Click the Mode drop-down box and select either

Static or DHCP.

4. Click the Save button.

5. Click the to close the dialog box.

Network Gateway setup dialog box

1. Select Network > Gateway to open the Gateway dialog box

(see ﬁgure 51).

Figure 51. Gateway Setup Dialog Box

2. Click the Mode drop-down box and select

either eth0 or eth1.

NOTE: eth0 = LAN port 1.

eth1 = LAN port 2.

3. Edit the address as desired.

4. Click the Save button.

5. Click the to close the dialog box.

JMP 9600 Media Player • HTML Operation 49

License Management Setup Dialog Box

The License Management setup dialog box (see ﬁgure 52) allows the user to see the installed license and enter an acquired product license, unlocking the capabilities supported by that key.

Figure 52. Enter a License Key

1. Obtain the license key from Extron.

2. Click the Install New License button (see a in ﬁgure 52).

3. Enter the 32 characters of the new license into the license key eld (b).

4. Click the OK button (c).

5. Click the to close the dialog box.

Player Info Setup Dialog Box

The Player Info setup dialog box (see ﬁgure 53) allows the user to give the media player a distinct identity.

Figure 53. Player Info Setup Dialog Box

Enter a name and location in the appropriate elds. Click the to close the dialog box. The green bar in the ﬁeld indicates that your selection is being saved.

JMP 9600 Media Player • HTML Operation 50

Serial Port Setup Dialog Box

The Serial Port setup dialog box provides tools to conﬁgure serial port Remote 1 (see ﬁgure 54).

Figure 54. Serial Port Setup Dialog Box Submenu

NOTES: • Serial port Remote 1 can be set to disabled, controlmsvpp (control the

player), or passthrough (pass the signals through the player to a controlled device).

• When you are using the passthrough mode, ensure that the Baud Rate,

Data Bits, Stop Bits, and Parity are set to match the device that you

are controlling. Also, in your remote control program, set the IP port number

to 4001 and the IP address to that of media player. When the port is in

passthrough mode, any TCP/IP control string that appears on port 4001 of

the JMP 9600 is passed to the Remote 1 port.

• Serial port Remote 2 is for factory use only. The customer or end user cannot

control the player via the Remote 2 port.

Conﬁgure serial port Remote 1 as follows:

NOTE: You do not need to perform those steps that make changes that are

unnecessary for your conﬁguration.

1. Click the Mode drop-down box and select among the settings (see a in ﬁgure 54).

2. Click the Baud Rate drop-down box and select among the settings (b).

3. Click the Data Bits drop-down box and select among the settings (c).

4. Click the Stop Bits drop-down box and select among the settings (d).

5. Click the Parity drop-down box and select among the settings (e).

6. Click the Save button or the Cancel button to save or abandon the changes (f).

7. Click the or the Cancel button to close the dialog box (g).

JMP 9600 Media Player • HTML Operation 51

Video Setup Dialog Boxes

The Video selection provides pages to set up the media player for best video performance.

Use these pages to set the number of channels the player outputs, congure the video outputs (analog, DVI-I, or HD-SDI), set the video colorspace, and congure video synchronization.

Video mode setup dialog box

Figure 55. Video Mode Setup Dialog Box

Channels drop-down box

output modes shown at right. The green bar in the ﬁeld indicates that your selection is being saved.

NOTES: • See page 3 for detailed descriptions of the functions of the modes.

• In 2-channel or 2-channel locked mode, the channels share the same clock

reference. Both channels are constrained to operate at the same resolution

and frame rate, which is set by loading a clip or playlist. The parameters of the last clip loaded take precedence.

Timecode drop-down box

timecode modes shown at right.

Chase mode — The media player stays in sync with a received timecode signal.

Trigger mode — The media player responds to a speciﬁc timecode signal and continues with no further response to the ongoing timecode.

The green bar in the ﬁeld indicates that your selection is being saved.

— Select among the

JMP 9600 Media Player • HTML Operation 52

Genlock drop-down box — Select among the genlock modes shown at right. The green bar in the ﬁeld indicates that your selection is being saved.

Black Burst PAL and Black Burst NTSC — Receive a selected sync signal.

ES Genlock and ES MS9200 Genlock —

Receive ES Genlock or MS9200 Genlock as a slave.

NOTES: • ES Genlock and ES MS9200 Genlock are proprietary sync signals that are

native to Electrosonic products that have been acquired by Extron and to older Electrosonic products.

• Only JMP 9600 2K units support ES genlock and MS genlock.

• When using ES Genlock or ES MS9200 Genlock, the video signal

resolution and frame rate must match on all players.

Master — Send ES Genlock genlock as a master.

NOTE: Media players with serial numbers 9600-01 through 9600-50 support the

Master, ES Genlock, and ES MS9200 Genlock sync types only (see “About

menu” in the “Operation” section to identify the serial number).

Trilevel — Receive a tri-level (HD video) sync signal.

Loop check boxes

desired.

— Select (check) and deselect the channel loop modes as

Video analog setup dialog box

Figure 56. Video Analog Output Setup Dialog Box

Select between the Colorspace selections shown in ﬁgure 56. The green bar in the ﬁeld indicates that your selection is being saved.

Video HD-SDI setup box

Figure 57. Video HD-SDI Setup Dialog Box

JMP 9600 Media Player • HTML Operation 53

HDSDI Mode — Select between the output modes shown at right. The green bar in the ﬁeld indicates that your selection is being saved.

NOTES: • The Dual Link High Framerate,

available on the JMP 9600 2K model only, supports resolutions

* * *

* These selections are available in 1 channel mode only.

of up to 1920x1080 and

2048x1080 at 48, 50, and 60 Hz. The player must be set to 2-channel-locked

mode to select this rate. See “High Frame Rate” in the “Detailed System Interaction” section for more details on this mode.

• You can conﬁgure the media player signal combinations that are not deﬁned

within the video payload identier specication (SMPTE 352); for example single channel, dual link HD-SDI operation with 12-bit, 4:2:2 color sampling and the RGB color space. Some displays may not correctly display such an

image or may require manual adjustment. The video payload identiﬁer is

updated correctly when the next valid SMPTE 352 format is selected.

Colorspace

— Select between the Colorspace selections shown at right. The green bar in the ﬁeld indicates that your selection is being saved.

VPI enable check box

— Select (check) and deselect VPI as desired.

NOTE: The player ships with the dual-link HD-SDI VPI tag on by default. You may chose

to turn it off for backwards compatibility or legacy support.

About Setup Dialog Box

NOTE: The media player must run ﬁrmware version 2.06.07 or newer. If you have

an older version, update the ﬁrmware to ensure proper operation (see “Data

The About setup dialog box (see ﬁgure 58) displays the exact media player model, revision levels, and disk usage information. Firmware revision (to identify when upgrades are necessary) and disk usage (to determine if there is room for loading more clip ﬁles) are of particular interest.

Transfer and Firmware Upgrade“ in the “Detailed System Interaction”

section).

Figure 58. About Setup Dialog Box

NOTE: The revision levels shown in ﬁgure 58 are examples only.

JMP 9600 Media Player • HTML Operation 54

Programming Guide

This section describes MSVPP command control of the JMP 9600 Media Player, including:

• Control Ports

• Host-to-Player instructions

• Using the Command and Response Table

Control Ports

The media player has three remote control ports make remote control of the player possible:

Remote port 1 — An RS-232 port on a 9-pin D female connector

LAN ports 1 and 2 — Local area network (LAN) port or wide area network (WAN) ports on

RJ-45 connectors

Remote Port 1

See item h and “Remote Control Port” on page 10.

NOTES: • The player can:

• If necessary, use the front panel controls to set the port to ControlMSVPP (see

• Serial port Remote 2 is for factory use only. The customer or end user cannot

LAN Ports

The rear panel Ethernet connector on the media player can be connected to an Ethernet LAN or WAN (see item g and “LAN Ports” on page 9). The simplest way to establish communications between the player and the controlling device is via the built-in HTML MSVPP page, although you can use other communication utilities. The MSVPP commands

and the actions of the player are identical to the commands and actions the player has when communicating with it via its RS-232 port.

• Operate at 300, 600, 1200, 1800, 2400, 4800, 9600, 19200, 38400,

57600, or 115200 baud rates

• Use 7 or 8 data bits

• Use no parity, even parity, or odd parity.

• Use 1 or 2 stop bits

“Serial Ports submenu” in the “Operation” section).

control the player via the Remote 2 port.

JMP 9600 Media Player • Programming Guide 55

Default IP Addresses

To access the media player via either LAN port, you need the IP address for the port that you are using, and may need the netmask mask and the gateway address. The factory-speciﬁed defaults are:

• IP address (port 1): 192.168.254.254 • IP address (port 2): 192.168.254.253

• Netmask mask: 255.255.0.0 • Gateway address: 0.0.0.0

• DHCP: off

These values can be viewed and changed from the front panel (see “Networking

submenu“ in the “Operation“ section).

Opening the embedded HTML MSVPP page

The simplest way to establish communications between the player and the controlling device

is via the built-in HTML MSVPP page. Open the HTML MSVPP page as follows:

1. On your computer, start the web browser program such as Microsoft Internet Explorer.

2. Click in the Address ﬁeld of the browser.

3. Enter enter <IP address of the connected port>/msvpp.html in the Address

ﬁeld of the browser, where “msvpp.html” is case sensitive.

4. Press the keyboard <Enter> key. The player downloads the MSVPP page (see gure 59).

Figure 59. MSVPP Page

JMP 9600 Media Player • Programming Guide 56

5. Enter valid MSVPP commands (see “Command and Response Table for MSVPP

Commands“) in the Command eld and press the keyboard <Enter> key. The media

player responds accordingly.

TIPS: • Previous commands are available using the drop-down list of the Command

ﬁeld (click ).

• If you enter a folder or ﬁle name with the wrong case, such as CLip-1 rather

than Clip-1, refresh the page (click that the original, incorrect, command is not substituted.

Host-to-Player Instructions

NOTE: The format for the JMP 9600 Media Player is DIFFERENT than most other

Extron products. Read this section CAREFULLY.

Valid MSVPP commands consist of the following:

• A command word — Commands words are deﬁned in the Command and Response

Table for MSVPP Commands. Commands are not case sensitive. Variables, such as le

names, are case sensitive.

• Zero, one, or more parameters (X`s) — Parameters are deﬁned in “Symbol

Deﬁnitions,” on the next page. Multiple parameters must be separated by a space

character (•). Parameters that include spaces must be enclosed in double quotes (“).

• Terminator — A carriage return without a line feed (}) terminator is required to end a

command character sequence.

) after you correct the error to ensure

NOTE: If you are connected via either LAN port and are using the MSVPP page,

pressing the keyboard <Enter> key at the end of the command provides a

valid terminator.

When a command is valid, the unit executes the command and sends a response to the

host device. All responses from the unit to the host end with a carriage return and a line feed (CR/LF = ]), which signals the end of the response character string. When a command involves both channels (X# = 1,2), the unit responds separately for each channel.

JMP 9600 Media Player • Programming Guide 57

Using the Command and Response Table

Symbols (parameters), deﬁned below, are used throughout the Command and Response

Table for MSVPP Commands, which begins on page 60. The symbols represent variables

in the command/response table ﬁelds. Letters in the command ﬁeld are not case-sensitive.

Hexadecimal equivalent are not necessary for the MSVPP command set, with the possible

exception of the carriage return character (0x0D) and the line return chararacter (0x0A).

Symbol Deﬁnitions

] = CR/LF (carriage return/line feed)

} = Carriage return (no line feed)

• = Space (hard) character

X! = Folder name Name of a DCP folder (such as “ X@ = Clip name Name of a clip ﬁle (such as “ X# = Output (channel) 1 = channel 1 2 = channel 2 1,2 = both channels X$ = Playlist name Name of a playlist ﬁle (such as “Canyon documentary.espl.xml”)

720p_422_60_donkey

rafting_720p_5994.cpl.xml

“)

NOTE: For the clip name (X@) and playlist name (X$), the name that you enter must include the ﬁle extension (“cpl.xml” for a clip or

“espl.xml” for a playlist) to be valid. If you try to enter a name without the ﬁle extension, the media player responds with ERROR.

X% = Playlist position Sequential postion of a clip in a playlist X^ = Play speed Speed at which to play video, where:

1.0 is normal speed, 2.0 is 2x normal speed, and so on A positive value (+) is forward video (+ is assumed if no direction is speciﬁed) A negative value (–) is reverse video Fractional speeds are rounded up or down to the 3rd decimal place (0.000)

X& = Frame count for advance command Number of video frames to jump forward or backward, where:

A positive value (+) is forward (+ is assumed if no direction is speciﬁed)

A negative value (–) is reverse

X* = Frame count for seek and assorted timecode commands nn:nn:nn:nn (“hour”:”minute”:”second”:”frame”) X( = Property name “PlayAt“, “StartTime“, “StopTime“, or “TimecodeMode”

NOTE: All names, ﬁle names, clip names, and property names, are case sensitive.

X1) = Playlist property value If

= “TimecodeMode“: If X( = “PlayAt“, “StartTime“, or “StopTime“: If X( = “Path“:

root playlist folder)

X1)

= “Disabled“, “Generate“, or “Receive”

X1)

= nn:nn:nn:nn (hours:minutes:seconds:frame)

X1)

= the path to the playlist ﬁle (an empty character if the ﬁle is in the

X1! = Timecode mode “timecodeGenerate“ or “timecodeReceive” X1@ = Timecode receive mode setting “chase“ or “trigger” X1# = On/off (audio mute, loop, input trigger) 0 = off or 1 = on X1$ = Video mode “1_channel”, “2_channel”, or “2_channel_locked” X1% = Video output video.hdsdi = HD-SDI output video (channel 1 and channel 2)

ch1.video.dac = channel 1 analog video ch1.video.dvi = channel 1 digital video ch2.video.dac = channel 2 analog video ch2.video.dvi = channel 2 digital video

X1^ = Colorspace

“rgb” or “yprpb•bt.709”

X1& = Color value 000 (none) through 255 (maximum) X1* = Alpha blend 000 through 255 X1( = Time 0.00 (seconds) though 255.0 X2) = Genlock mode “master“, “esgen“, “esgenlegacy“, “blackburst_ntsc“, “blackburst_pal“,

or“trisynch“

NOTE: “esgen“ is sync slaved to the proprietary Electrosonic ESGen sync. “esgen_legacy“ is sync slaved to the proprietary Electrosonic ESGen sync (native to older products, such as the MS9200). “master“ is ESGEN sync output as a master. “trisynch” is HDTV tri-level sync.

JMP 9600 Media Player • Programming Guide 58

X2! = HD-SDI enable state 0 = not enabled, 1 = enabled X2@ = HD-SDI mode “single”, “dual_422_12”, “dual_444_10“, or “dual_444_12“ or

“dual_422_hfr“

NOTES: • The “dual_422_hfr” high frame rate is a licensed option of the JMP 9600 2K model.

• The high frame rate supports resolutions of up to 1920x1080 and 2048x1080 at 48, 50 and 60 Hz. High frame rate uses

the dual HD-SDI connection mode per SMPTE 372M. The player must be set for 2-channel-locked mode and only content

speciﬁcally encoded for the high frame rate mode plays back correctly.

X2# = Delay ± up to 500 milliseconds X2$ = Volume 0 (no attenuation, full volume) through –144 (full attenuation, audio

effectively muted)

X2% = License key 32 alphanumeric digits X2^ = License Installed license (such as “V2HD“ or “V22K“) X2& = Serial port baud rate 300, 600, 1200, 1800, 2400, 4800, 9600, 19200, 38400, 57600, or

115200

X2* = Parity “none”, “even”, or “odd” X2( = Data bits 7 or 8 X3) = Stop bits 1 or 2 X3! = Serial port mode “controlMSVPP“, “disabled“, or “passthrough” X3@ = Ethernet port

“Eth0” or “Eth1” (for LAN port 1) or “Eth2” (for LAN port 2)

X3# = IP address, Netmask, gateway address ###.###.###.### X3$ = DHCP on/off status “On“ or “Off” X3% = Hardware (MAC) address ##:##:##:##:##:## X3^ = Digital Input port or Relay output port 1, 2, 3, or 4 X3& = Level “+“ = high level, logic 1; “–” = low Level, logic 0 X3* = Date In the format: MM/DD/YYYY where: MM = month: 01 (Jan) through 12 (Dec)

DD = day: 01 through 31 YYYY = year: 1970 through 2037

X3( = Time In the format: HH:MM:SS where: HH = hour: 00 through 23

MM = minutes: 00 through 59 SS = seconds: 00 through 59

X4) = Identiﬁer Location or name

NOTE: If there are spaces (•) In the identier (such as Theater 1), the entire name must be enclosed in double quotation marks in the set

command (such as “Theater 1”). Quotes are not required for a single word identifer (such as Theater).

The identiﬁer is always in quotes in the response.

X4! = Memory capacity or availablility In 1024-byte blocks X4@ = Video mode / channel availability 1 (1-channel mode) or 2 (2-channel mode or 2-channel locked mode) X4# = Horizontal or vertical resolution Horizontal: 1280, 1920, or 2048 Vertical: 780 or 1080 X4$ = Scan type i (interlaced) or p (progressive) X4% = Frame rate 23.98, 24, 24, 29.97, 30, 48, 50, 59.94, or 60 X4^ = Player state “playing“, “paused”, or “stopped” X4& = Frame count Number of frames (total or current position) X4* = Percentage Current position in a playing clip expressed as a percentage X4( = Temperature nn.nn °C X5) = Voltage sensor “ps1•5vdc“ “ps2•5vdc“

“ps1•3.3vdc“ “ps2•3.3vdc“ “ps1•12vdc“ “ps2•12vdc“ “ps1•–12vdc“ “ps2•–12vdc“

NOTES: • The sensor name must be enclosed in double quotation marks as shown.

• Positive voltage sensor names must not include the positive sign (+); negative voltage sensor names must include the negative

sign (–).

X5! = Voltage ±n.nn (3.3 vdc and 5 vdc sensors) or ±nn.nn (12 vdc sensors) X5@ = Version X5# = Date

JMP 9600 Media Player • Programming Guide 59

Command and Response Table for MSVPP Commands

Command MSVPP Command

(host to unit)

Media management

View directory

Example:

View clips

Example:

Load a clip

GetMediaTree

GetClips

GetMediaClips•720p_422_60_rafting

LoadClip

JMP 9600 Media Player • Programming Guide 60

Example:

NOTES: • If the folder name (X!) and the clip name (X@) contain any spaces (•), the entire set of parameters must be enclosed in quotes (“X!/X@“), for example:

LoadClip•1•”720p_422_60_rafting/river•rafting.cpl.xml”

• Ensure that the media player is congured for 1-channel output before attempting to load 4:4:4 chroma subsampled or stereoscopic content. If the player is conﬁgured for 2-channel output mode and 2-channel locked output mode, these formats will not load. Use the Get•VideoMode MSVPP command to check the video mode.

• In 2-channel locked output mode, the ﬁles for the two channels must have the same number of frames, resolution, bit depth, and number of audio channel and must use 4:2:2 chroma subsampling. If these conditions are not met, the ﬁles will not load.

• If you cannot get a clip to load, see “Setting the clip or playlist to autoplay and view clip info“ in the “HTML Operation” section to view the properties of the clip, which can help reveal the problem.

• If you load a new clip with a different resolution and frame rate than the currently loaded clip, it can take up to 4 seconds before it is ready to play.

LoadClip•1•720p_422_60_rafting/rafting_720p_5994.cpl.xml

}

X!}

•

X#•X!/X@}

•

Response

(unit to host)

MediaBranch•1 MediaBranch•1

• •

MediaBranch•1 MediaBranch MediaBranch•1•720p_422_60_donkey] MediaBranch•1•720p_422_60_rafting

• •

MediaBranch•1•9600_1200x720_48p_Canyon MediaBranch Clip•”X@”]

• •

Clip•”X@”] Clip

]

}

Clip•“rafting_720p_5994.cpl.xml”] Clip

]

X!]

•

X!]

•

X!]

•

]

}

Additional description

List all DCP folders (clips and playlist) saved in the media player.

]

List all clips (*.cpl.xml les) within a folder (X!). If X! is not a value returned by the GetMediaTree command,

s are listed in the response.

Load a clip to play. This command performs the same function as the front panel load, see “Playlist and

Clip Files.“ The Play/Pause (

and

are not values returned by the GetMediaTree

command and GetMediaClips command, or if the media player is not correctly conﬁgured for the clip

that you select, the media player responds with ERROR.

Load the rafting clip from the rafting folder to play on channel 1.

) button lights. If X!

KEY: X! = Folder name Name of a DCP folder (such as “720p_422_60_donkey“)

X@ = Clip name Name of a clip ﬁle (such as “rafting_720p_5994.cpl.xml“) X# = Output 1 = channel 1 2 = channel 2 1,2 = both channels

Command/response table for MSVPP commands (continued)

Command MSVPP Command

(host to unit)

Media management (continued)

Load the next clip to play

NOTES: • If you send multiple LoadNextClip commands, each overwrites the one before it; only the most recently loaded clip is available to be played.

• If the folder name (

LoadNextClip•1•”720p_422_60_rafting/river•rafting.cpl.xml

Create a playlist

Example:

NOTE: Clips within a playlist must have the same resolution and frame rate.

Add a clip to a playlist

LoadNextClip•

CreatePlaylist• CreatePlaylist•Canyon documentary.espl.xml

AddPlaylistItem•

JMP 9600 Media Player • Programming Guide 61

Example:

NOTE: After you add a clip to a playlist, you need to load or reload the playlist before you can access or play the clip.

Move a clip in a playlist

Example:

AddPlaylistItem•River activities.espl.xml•720p_422_60_kayak/kayak_720p_5994.cpl.xml•2

MovePlaylistItem•

MovePlaylistItem•River activities.espl.xml•2•4

Response

(unit to host)

X#•X!/X@}

) and the clip name (X@) contain any spaces (•), the entire set of parameters must be enclosed in quotes (“X!/X@“), for example:

X$}

X$•X!/X@•X%}

]

}

”.

Additional description

Load a clip to play automatically after the clip that is currently playing in channel X# ends. If X! and X@ are

not values returned by the GetMediaTree command and GetMediaClips command, or if the media player is

not correctly conﬁgured for the clip that you select, the media player responds with ERROR.

Create a Canyon documentary playlist.

Add the clip ﬁle X@, in the folder X!, to playlist X$ at position clips after it sequentially, slip by one position. If you specify a position ( of clips in the playlist, the clip goes at the end. If the playlist does not already exist, the media player creates it automatically as it executes the command.

. The clip previously at position X%, and all

) that is larger than the number

}

Add a clip on kayaking to the playlist on river activities. The kayaking clip plays second. Create the playlist “River activities.espl.xml” if it does not exist.

Move the clip ﬁle in position Clips in between the two positions move up to ﬁll the empty space. Move the clip in the second position in the river activities the playlist to the fourth position.

X$•X%

current

]

new

}

•

]

}

]

current

to position

new

KEY: X# = Output 1 = channel 1 2 = channel 2 1,2 = both channels

X! = Folder name Name of a DCP folder (such as “720p_422_60_donkey“) X@ = Clip name Name of a clip ﬁle (such as “rafting_720p_5994.cpl.xml“) X$ = Playlist name Name of a playlist ﬁle (such as “Canyon documentary.espl.xml”) X% = Playlist position Sequential position of a clip in a playlist

Command/response table for MSVPP commands (continued)

Command MSVPP Command

(host to unit)

Media management (continued)

Append a clip to a playlist

Example:

List clips in a playlist

Remove a clip from a playlist

Example:

List playlists

AddPlaylist•

AddPlaylist•River•activities.espl.xml•720p_422_60_rafting/rafting_720p_5994.cpl.xml

ListPlaylist•

RemovePlaylistItem•

RemovePlaylistItem•River•activities.espl.xml•2

ListAllPlayalists

JMP 9600 Media Player • Programming Guide 62

Load a playlist

Example:

LoadPlaylist•

LoadPlaylist•1•River•activities.espl.xml

X$•X!/X@}

X$}

X$•X%}

}

X#•X$}

Response

(unit to host)

]

PlaylistEntry•X$•X!/ PlaylistEntry•X$•X!/

• •

PlaylistEntry•X$•X!/ Playlist

Playlist• Playlist•

Playlist• Playlist OK

}

]

• •

]

}

]

X$ X$

] ]

]

X@] X@

]

X@]

Additional description

Add the clip ﬁle X@, in the folder X!, to playlist X$. The ﬁle cited in the command is added as the last clip in the playlist. If the playlist does not already exist, the media player creates it automatically as it executes the command.

}

Add a clip on rafting to the end of a playlist on river activities. Create the playlist “River activities.espl.xml” if

it does not exist. List all of the clips in a playlist and the folders in which the clips are saved.

Remove the clip at location X% from playlist X$.

Delete the clip at location 2 from the River activities playlist

Load a playlist to play. This command performs the same function as the front panel load, see “Playlist

and Clip Files.“ The Play/Pause (

If the

is not a value returned by the ListAllPlaylists command, or if the media player is not correctly conﬁgured for the clip that you select, the media player responds with ERROR.

Load the river activities playlist to play on channel 1.

) button ashes.

KEY: X! = Folder name Name of a DCP folder (such as “720p_422_60_donkey“)

X@ = Clip name Name of a clip ﬁle (such as “rafting_720p_5994.cpl.xml“) X# = Output 1 = channel 1 2 = channel 2 1,2 = both channels X$ = Playlist name Name of a playlist ﬁle (such as “Canyon documentary.espl.xml”) X% = Playlist position Sequential position of a clip in a playlist

Command/response table for MSVPP commands (continued)

Command MSVPP Command

(host to unit)

Media management (continued)

Switch to a new playlist

Example:

Clear a playlist Delete a playlist

SwitchPlaylist•

SwitchPlaylist•1•Canyon•Documentary.espl.xml

ClearPlaylist• DeletePlaylist•

Playback commands

JMP 9600 Media Player • Programming Guide 63

Play

Play with effects

Example 1: Example 2:

NOTE: The audio portion of the clip is active only when the playback speed is +1.0.

Pause Stop Frame forward and

frame backward

NOTE: The clip must have been started and then paused for this command to have any affect. If the clip is running or has not been started, the media player responds with OK, but

there is no affect on the video display.

NOTE: The media player responds with ERROR if no playlist is loaded.

Seek

Play•

Play•1•2.5 Play•1•–1.0

Pause Stop• FrameAdvance•

Next•

Previous•

Seek•

X#}

X#•X^}

•X#}

X#}

X#•X*}

}

X#•X$}

X$}

X#•X&}

Response

(unit to host)

]

}

]

Additional description

Set playlist X$ to start automatically on channel X# once the currently-running clip ends. Set the canyon documentary playlist to start automatically on channel 1 once the currently-running playlist ends. Clear all clips from a playlist.

Delete a playlist.

Play the clip or playlist that is currently loaded on

channel Play the clip or playlist that is currently loaded on channel Play channel 1 video forward at 2.5 times normal speed.

Play channel 1 video backwards at normal speed.

Pause the clip that is currently playing on channel X#. Stop the clip that is currently playing on channel X#. Jump forward or backward X& frames in the video

paused in channel

Jump to the next clip in the currently loaded playlist.

Jump to the previous clip in the currently loaded playlist.

Jump to the speciﬁed frame (X*) in the clip that is currently playing or paused on channel

in a direction and speed speciﬁed by X^.

KEY: X# = Output 1 = channel 1 2 = channel 2 1,2 = both channels

X$ = Playlist name Name of a playlist ﬁle (such as “Canyon documentary.espl.xml”) X^ = Play speed Speed at which to play video, where:

X& = Frame count for advance command Number of video frames to jump forward or backward, where:

A positive value (+) is forward (+ is assumed if no direction is speciﬁed)

A negative value (–) is reverse

X* = Frame count for seek command nn:nn:nn:nn (“hour”:”minute”:”second”:”frame”)

Command/response table for MSVPP commands (continued)

Command MSVPP Command

(host to unit)

Playlist properties

NOTE: Property names are case sensitive.

Set playlist properties

Example 1:

Example 2:

View playlist properties

Example 1:

SetPlaylistProperties•

SetPlaylistProperties•Canyon documentary.espl.xml•StartTime•00:01:30:00

SetPlaylistProperties•Canyon documentary.espl.xml•StartTime•00:01:30:24•StopTime•00:11:30:00

GetPlaylistProperties•

GetPlaylistProperties•Canyon documentary.espl.xml•TimecodeMode

JMP 9600 Media Player • Programming Guide 64

Example 2:

Example 3:

Delete playlist properties

Example:

GetPlaylistProperties•Canyon documentary.espl.xml•TimecodeMode•PlayAt

GetPlaylistProperties•Canyon documentary.espl.xml

DeletePlaylistProperties•

DeletePlaylistProperties•Canyon documentary.espl.xml•

X$•X(•X1)}

X$•X(}

Response

(unit to host)

]

Additional description

Set the property X( to a value of Include multiple property names ( by separating them with spaces (•s) (example 2).

}

]

PlaylistProperty•”X(”•” PlaylistProperty

]

X1)

”

]

Set the Canyon documentary to start playing at 1 minute, 30 seconds, and 00 frames, based on the LTC time reference.

Set the Canyon documentary to start playing at 1 minute, 30 seconds, and 00 frames and stop playing at 11 minutes, 30 seconds, and 00 frames, based on the external LTC time reference. Get the property variable ( property ( by separating them with spaces (•s) (example 2). If no property is speciﬁed, the media player returns all playlist properties (example 3).

X$•X(

). Include multiple property names (X(s)

}

PlaylistProperty•”TimecodeMode”•”generate”] PlaylistProperty

]

}

PlaylistProperties•”TimecodeMode”•”generate”] PlaylistProperties•”PlayAt”•”01:00:00:00”] PlaylistProperties

]

}

PlaylistProperties•”TimecodeMode”•”generate”] PlaylistProperties•”Path”•”Canyon documentary.espl.xml” PlaylistProperties•”StartTime”•”00:59:00:00” PlaylistProperties•”PlayAt”•”01:00:00:00” PlaylistProperties•”StopTime”•”01:02:00:00” PlaylistProperties OK

]

PlayAt•StartTime

}

]

Delete one or more playlist properties. Include multiple property names (

Delete the “PlayAt” and “StartTime” properties from

the Canyon documentary playlist.

]

s) by separating them with spaces (•s).

}

X1)

) for the listed playlist

]

X1)

for playlist X$.

s) and values (

X1)

KEY: X$ = Playlist name Name of a playlist le (such as “Canyon documentary.espl.xml”)

X( = Property name “PlayAt“, “StartTime“, “StopTime“, or “TimecodeMode” X1) = Playlist property value If X( = “TimecodeMode“: X1) = “Disabled“, “Generate“, or “Receive”

If X( = “PlayAt“, “StartTime“, or “StopTime“: X1) = nn:nn:nn:nn (hours:minutes:seconds:frame) If X( = “Path“: X1) = the path to the playlist ﬁle (an empty character if the ﬁle is in the root playlist folder)

Command/response table for MSVPP commands (continued)

Command MSVPP Command

(host to unit)

Timecode commands

NOTES: • Immediately after loading a clip, the playlist property times takes precedence. If you load a clip then send a tcplayat command, that command takes precedence.

JMP 9600 Media Player • Programming Guide 65

• Timecode (X*) values associated with the tcplayat and tcstopat commands must be consistent with the frame rate of the currently selected clip and the timecode values

Set timecode mode to generate Set timecode mode to receive View timecode mode

Set timecode receive mode variable View timecode receive mode settings Get current timecode reference Start timecode

Set “start at” time Set “stop at” time

Loop commands

Turn loop on

Turn loop off View loop mode

entered for a playlist must be consistent with the framerate of the clips included in that playlist.

TcGenerate•

TcReceive

GetTimecodeMode SetTimecodeMode•

GetTimecodeOpMode

GetTimecodeValue

TcStart•

TcPlayAt• TcStopAt•

Loopon•

Loopoff•

GetLoopMode

Video mode

NOTES: • See page 3 for detailed descriptions of the functions of the video modes.

• In 2-channel or 2-channel locked mode, the channels share the same clock reference. Both channels are constrained to operate at the same resolution and frame rate, which

Set 1-channel mode

Set 2-channel mode Set 2-channel locked

mode View video mode

is set by loading a clip or playlist. The parameters of the last clip loaded take precedence.

SetVideoMode•1_channel SetVideoMode•2_channel SetVideoMode•2_channel_locked

GetVideoMode

}

X#}

X#•X*} X#•X*}

X#}

X*}

}

X1@}

}

} }

}

Response

(unit to host)

]

TimecodeMode•

]

TimecodeOpMode•

TimecodeValue•

]

LoopMode•

]

VideoMode•

X1!

X1#•X1#

X1$

]

X1@

]

Additional description

Generate timecode as a master and issue the timecode

as a jam sync. Receive timecode as a slave and loop it out on the rear panel Lock Out connector.

Set the timecode receive mode to

Display the LTC time code value at the instant the media player receives the command. Starts the timecode running (assumes that the media player is in timecode generate mode). Set the timecode startat time.

Set the timecode stopat time. The display goes black

X1@

after

The loaded presentation automatically restarts after it completes. The loaded presentation runs to completion and stops.

Loop status (

1-channel mode or in channel 1•channel 2 order if in either 2-channel or 2-channel locked mode.

X1#

) is reported for channel 1 only if in

X1@

KEY: X# = Output 1 = channel 1 2 = channel 2 1,2 = both channels

X* = Frame count for assorted timecode commands nn:nn:nn:nn (“hour”:”minute”:”second”:”frame”) X1! = Timecode mode “timecodeGenerate“ or “timecodeReceive” X1@ = Timecode receive mode setting “chase“ or “trigger” X1# = On/off (audio mute, loop, input trigger) 0 = off 1 = on X1$

= Video mode “1_channel”, “2_channel”, or “2_channel_locked”

Command/response table for MSVPP commands (continued)

Command MSVPP Command

(host to unit)

Colorspace

NOTES: • The player must be correctly configured for the colorspace that you select, or else the player responds with ERROR.

• You can configure the media player signal combinations that are not defined within the video payload identifier specification (SMPTE 352); for example single channel, dual

Set the colorspace

Example:

View the colorspace

Example 1:

Example 2:

link HD-SDI operation with 12-bit, 4:2:2 color sampling and the RGB color space. Some displays may not correctly display such an image or may require manual adjustment. The video payload identifier is updated correctly when the next valid SMPTE 352 format is selected

SetColorspace• SetColorspace•ch1.video.dac•RGB

GetColorspace

GetColorspace•ch2.video.dvi

Color wash

NOTES: • The color wash command works even when the clip is paused.

JMP 9600 Media Player • Programming Guide 66

• The color wash effect is not shown on the front panel video monitor of the media player.

• The color wash settings are lost when power is removed from the media player.

Color wash

Example:

Colorwash•

Colorwash•1•255•255•255•255•3.5

X1%•X1^}

}

X#•X1&•X1&•X1&•X1*•X1(}

}

Response

(unit to host)

]

Colorspace•” Colorspace

Colorspace•”video.HDSDI”•”rgb”] Colorspace•”ch1.video.dac”•”rgb” Colorspace•”ch2.video.dac”•”rgb” Colorspace Colorspace•”ch2.video.dvi”•””] Colorspace

]

X1%

”•”

X1^

”]

Additional description

Set the channel 1 analog video to RGB. This command can be with or without the channel

output parameter (X1%). If no X1% is speciﬁed, the player responds with the colorspace (X1^) for both analog outputs and the HD-SDI outputs.

] ]

No colorspace ( the channel 2 DVI connector.

Immediately transition to any deﬁned color. The color values ( The alpha value ( where a value of 255 = 100%. For best results use a time value ( Completely (100%) fade the channel 1 image to white when the video clip ends. The fade takes 3.5 seconds.

X1^

) Is assigned to the digital portion of

X1&

s) are entered in RGB order.

X1*

) is the opacity of the color wash,

X1(

) of 4 seconds or less.

KEY: X# = Output 1 = channel 1 2 = channel 2 1,2 = both channels

X1&

= Color value 000 (none) through 255 (maximum)

X1*

= Alpha blend 000 through 255

X1(

= Time 0.00 (seconds) though 255.0

X1%

= Video output video.hdsdi = HD-SDI output video (channel 1 and channel 2) chn.video.dac = channel n analog video chn.video.dvi = channel n digital video

X1^

= Colorspace “rgb” or “yprpb•bt.709”

Command/response table for MSVPP commands (continued)

Command MSVPP Command

(host to unit)

Sync

NOTES: • Media players with serial numbers 9600-01 through 9600-50 support the master, esgen, and esgenlegacy sync types only. See “About menu” in the “Operation” section to

• Only JMP 9600 2K units support ES genlock (“esgen”) and MS genlock (“esgenlegacy”).

• When the player responds to the setgenlockmode command, it resets the clocks. This can cause a delay of several seconds. Therefore, Extron recommends that you send

Set sync mode

View sync mode

identify the serial number.

the command only during configuration or reset routines and not every show cycle.

SetGenlockMode•

GetGenlockMode

HD-SDI VPI enable

NOTE: The player ships with the dual-link HD-SDI VPI tag on by default. You may chose to turn it off for backwards compatibility or legacy support.

Set HD-SDI VPI enable View HD-SDI VPI enable

SetHdsdiVpiEnable•

GetHdsdiVpiEnable

HD-SDI mode

Set HD-SDI mode View HD-SDI mode

SetHdsdiMode•

GetHdsdiMode

Video mute

JMP 9600 Media Player • Programming Guide 67

Mute output video

Unmute output video

Audio delay

NOTES: • Leading zeroes are accepted but not required.

• Positive values delay the audio with respect to the video.

• Negative values advance the video with respect to the audio.

• If no polarity is specified in the command, positive (+) is assumed.

Set the audio delay

View audio delay

Example (1 channel):

Example (2 channels):

VideoOff•X# VideoOn•X#}

SetAudioDelay•

GetAudioDelay•

GetAudioDelay•1

GetAudioDelay•1,2

X2)}

}

X2!}

}

X2@

} OK

}

X#•X2#}

X#}

}

Response

(unit to host)

]

GenlockMode•

]

HDSDIVPIEnable•

]

HDSDIMode•

]

AudioDelay•X#• AudioDelay AudioDelay•1•10] AudioDelay AudioDelay•1•10] AudioDelay•2•–25 AudioDelay

X2@

]

X2)

]

X2!

X2#

]

Additional description

See the notes under

Set the HD-SDI mode.

Set the amount of delay between the video and audio outputs.

The audio delay on output 1 is 10 milliseconds.

The audio delay on output 2 is –25 milliseconds

X2#

is in milliseconds.

X2)

in “Symbols” for deﬁnitions.

KEY:

X2!

= HD-SDI enable state 0 = not enabled, 1 = enabled

= Output 1 = channel 1 2 = channel 2 1,2 = both channels

X2@

= HD-SDI mode “single”, “dual_422_12”, “dual_444_10“, or “dual_444_12“ or “dual_422_hfr“

NOTE: The “dual_422_hfr” high frame rate, available on the JMP 9600 2K model only, supports resolutions of up to 1920x1080 and 2048x1080 at 48, 50 and 60 Hz. The

X2# X2)

player must be set for 2-channel-locked mode to select this rate (see “High Frame Rate” in the “Detailed System Interaction” section for more details on this mode).

= Delay ± up to 500 milliseconds

= Genlock mode “master“, “esgen“, “esgenlegacy“, “blackburst_ntsc“, “blackburst_pal“, or“trisynch“

Command/response table for MSVPP commands (continued)

Command MSVPP Command

(host to unit)

Audio mute

NOTE: Audio is unmuted (is output) when power is cycled.

Mute the audio

Unmute the audio View mute status

Example:

SetAudioMute•

SetAudioMute• GetAudioMute•

GetAudioMute•1

Audio volume

NOTES: • Leading zeroes are accepted but not required.

• For any value other than zero, the negative sign must be entered.

Set the audio volume

Example (1 channel):

View audio volume

SetAudioVolume• SetAudioVolume•1 GetAudioVolume•

JMP 9600 Media Player • Programming Guide 68

Example (2 channels):

GetAudioVolume•1,2

License keys

Install a license key

View all installed

licenses

InstallLicense•

GetInstalledLicenses

X#•1}

X#•0} X#}

}

X#•X2$

}

X#}

X2%}

}

left

]

•

X2$

right

}

Response

(unit to host)

]

AudioMute•X#• AudioMute AudioMute•1•1] AudioMute

]

AudioVolume•X#• AudioVolume AudioVolume•1•0•0] AudioVolume•2•–144•–144 AudioVolume

]

License•

License

]

X2^

]

X1#]

X2$

left

X2$

•

right

]

Additional description

Mute disables the audio output from all 16 audio channels when the media player is in 1-channel mode.

Mute disables audio channels 1 through 8 for video channel 1 and audio channels 9 through 16 for video channel 2 when the media player is in 2-channel or 2-channel locked mode.

Output 1 audio is muted

Enter volume ( Set channel 1 audio to 0 dB of attenuation (full volume.

]

The channel 1 audio has 0 dB of attenuation.

The channel 2 audio has full attenuation (minimal volume).

Install a license (enable a media player function). The media player returns as many licenses (

installed on the media player.

X2$

) in left channel•right channel order.

X2^

s) as are

KEY: X# = Output 1 = channel 1 2 = channel 2 1,2 = both channels

X2$

= Volume 0 (no attenuation, full volume) through –144 (full attenuation, audio effectively muted)

X1#

= On/off (audio mute, loop, input trigger) 0 = off or 1 = on

X2%

= License key 32 alphanumeric digits

X2^

= License Installed license (such as “V2HD“ or “V22K“

Command/response table for MSVPP commands (continued)

Command MSVPP Command

(host to unit)

Serial port Remote 1 conﬁguration

NOTES: • Serial port Remote 2 is not conﬁgurable. It is for factory use only.

• You can set the serial port conguration and mode via an MSVPP command and connected to serial port Remote 1, but it is not recommended. Changing the conﬁguration

Conﬁgure serial port

View serial port

conﬁguration Set serial port mode

Example 1:

Example 2:

View serial port mode

or mode while connected via the serial port disconnects the computer from the port.

SetSerialConfig•1•

GetSerialConfig•1

SetSerialMode•1• SetSerialMode•1•controlMSVPP

SetSerialMode•1•passthrough

GetSerialMode•1

Ethernet conﬁguration

JMP 9600 Media Player • Programming Guide 69

NOTE: You can set the Ethernet port conguration variables via an MSVPP command and connected to that LAN port, but it is not recommended. Changing the conﬁguration

Set IP conﬁguration

NOTE: Use the SetDhcp command to turn DHCP on.

View IP conguration

variables for a port while connected via that LAN port disconnects the computer from the port.

SetIpConfig•

Example:

SetIpConfig•eth1•10.13.197.26•255.255.0.0

GetIPConfig•

X2&•X2(•X2*•X3)}

}

X3!}

}

IP address

X3@•X3#

X3@}

Response

(unit to host)

]

X3!

X3@•X3#

X2&X2(••X2*•X3)

]

IP address

•

X3#

Netmask

]

SerialConfig•1•

}

Netmask

X3#

•

}

]

SerialMode•1•

]

}

]

IPConfig•

Additional description

Set the baud rate ( stop bits (

Set serial port Remote 1 to control. The port accepts

MSVPP commands, the media player acts on them, and

makes responses on the port. Set serial port Remote 1 to pass-through. The media player routes commands and responses bidirectionally between controlling and controlling devices.

Disable DHCP (if enabled) and set the following IP

address and Netmask (subnet mask) variables for port

Disable DHCP. Set the port 2 IP address to 10.13.197.26

and the subnet mask to 255.255.0.0.

X3)

X2&

), data bits (

) for serial port Remote 1.

X2(

), parity (

X2*

), and

X3@

KEY:

X2&

= Serial port baud rate 300, 600, 1200, 1800, 2400, 4800, 9600, 19200, 38400, 57600, or 115200

X2*

= Parity “none”, “even”, or “odd”

X2(

= Data bits 7 or 8

X3)

= Stop bits 1 or 2

X3!

= Serial port mode “controlMSVPP“, “disabled“, or “passthrough”

X3@ = Ethernet port “Eth0” or “Eth1” (for LAN port 1) or “Eth2” (for LAN port 2)

NOTE: “Eth0” is accepted the same as “Eth1” in a Set command. “Eth0” is never reported in the response.

X3#

= IP address, netmask, gateway address ###.###.###.###

Command/response table for MSVPP commands (continued)

Command MSVPP Command

(host to unit)

Ethernet conﬁguration (continued)

Set gateway address

Example:

View gateway address

Set DHCP on

NOTE: Use the SetIpConfig command to turn DHCP off.

View DHCP status

View MAC address

SetGateway•

SetGateway•2•10.13.197.25 GetGateway

SetDHCP•

GetDHCP•

GetMacAddr•

Digital inputs and relays commands

NOTE: The commands in this section enable the media player to use its digital inputs and relay outputs ports to control or be controlled by one or more external devices.

JMP 9600 Media Player • Programming Guide 70

View the status of one

or more inputs

Example 1: Example 2: Example 3:

View the status of one

or more outputs

Set input trigger on

NOTE: If the input trigger is on, the media player sends an input state message to the connected computer when the state of an input changes. The message is similar to the response

to the GetInput message (above) and contains the current state of all inputs. The show control system must determine which input or inputs have changed and act accordingly.

Set input trigger off Set output level

Example 1: Example 2:

GetInput•

GetInput•3 GetInput•1•2 GetInput GetOutput•

SetInputTrigger•On

SetInputTrigger•Off Setoutput• Setoutput•1+ Setoutput•2–•3–

X3@•X3#}

}

X3@}

X3^}

}

X3^}

X3^X3&}

}

]

}

Response

(unit to host)

]

X3@•X3$]

]

X3@•X3#

]

X3@•X3%]

]

X3^X3&

]

X3&

]

“

]

”

”•”2

]

X3&

”•”3

X3&

”•”4

Gateway• Gateway OK

Dhcp• Dhcp MacAddr• MacAddr

inputstate•“

inputstate•“3+“ inputstate•”1–”•”2+” inputstate•”1–”•”2+”•“3+“•”4–” outputstate•”

OK outputstate•”1 outputstate•”1+”•”2+”•“3+“•”4–” outputstate•”1+”•”2–”•“3–“•”4–”

]

] ]

Additional description

Set the gateway address of port

Ethernet port (

else the media player responds with ERROR. Set the gateway address of port 2 to 10.13.197.25.

The Ethernet port (

server or else the media player responds with ERROR.

The MAC address is view-only.

Poll multiple inputs ( spaces (•s) (example 2). If no input is speciﬁed, the media player returns the level on all inputs (example 3). Input 3 is high (logic 1).

Input 1 is low (logic 0) and input 2 is high (logic 1).

Poll multiple outputs (

spaces (•s). If no output is specied, the media player

returns the level on all outputs. Set the Digital Inputs ports to automatically report a status change such as a switch closure.

Set the Digital Inputs ports to ignore a status change.

X3&

”

]

Set multiple output levels ( with spaces (•s) (example 2).

X3@

) must be connected to a server or

X3@

) must be connected to a DHCP

X3^

s) by separating them with

X3^

X3@

s) by separating them with

X3^

s) by separating them

X3#

. The

KEY: X3@ = Ethernet port “Eth0” or “Eth1” (for LAN port 1) or “Eth2” (for LAN port 2)

NOTE: “Eth0” is accepted the same as “Eth1” in a Set command. “Eth0 is never reported in the response.

X3#

= IP address, netmask, gateway address ###.###.###.###

X3$

= DHCP on/off status “On“ or “Off”

X3%

= Hardware (MAC) address ##:##:##:##:##:##

X3^ = Digital Input port or Relay output port 1, 2, 3, or 4 X3&

= Level “+“ = high level, logic 1; “–” = low Level, logic 0

Command/response table for MSVPP commands (continued)

Command MSVPP Command

(host to unit)

Time of day

Set the date and time

Example

View the date and time

SetDate• SetDate•10/15/2010•10:20:00 GetDate

Device parameters

NOTE: If there are spaces (•) In the location or name identier (

be enclosed in double quotation marks in the set command (such as “Park Visitor’s Center”). Quotes are not required for a single word identifer (such as Park).

The identiﬁer is always in quotes in the GetDeviceName response.

Set the device location

Example 1: Example 2:

View the device

location Set the device name

Example 1: Example 2:

View the device name View disk information

JMP 9600 Media Player • Programming Guide 71

Reboot

Reboot the media player

SetDeviceLocation• SetDeviceLocation•Theater SetDeviceLocation•”Theater•1” GetDeviceLocation•

SetDeviceName• SetDeviceName•Park SetDeviceName•”Park Visitor’s Center”

GetDeviceName• GetDiskInfo

Reboot

X3*•X3(}

}

X4)}

}

Response

(unit to host)

}

X4)

) (such as Park Visitor’s Center, shown in the SetDeviceName command example 2, below), the entire name must

}

]

X3*•X3(

Date•

]

DeviceLocation•”

]

X4)

”

]

Additional description

}

]

DeviceName•” diskinfo•

]

X4!

X4)

total

”

]

free

X4!

•

]

Show the total capacity of the hard drives ( the amount of free space ( are in 1024-byte blocks.

Reboot the media player.

free

X4!

). The returned values

X4!

total

)and

KEY:

X3*

= Date In the format: MM/DD/YYYY where: MM = month: 01 (Jan) through 12 (Dec) DD = day: 01 through 31 YYYY = year: 1970 through 2037

X3(

= Time MM = minutes: 00 through 59

SS = seconds: 00 through 59

X4)

= Identiﬁer Location or name

X4!

= Memory capacity or availablility In 1024-byte blocks

In the format:

HH:MM:SS

where: HH = hour: 00 through 23

Command/response table for MSVPP commands (continued)

Command MSVPP Command

(host to unit)

Information requests

TIP: Copy the folder and ﬁlename in the response to the view current clip and view current playlist commands to the clipboard of your computer to paste them into scripts or

DataViewer Send Command eld. This frees you from typing in long, complex, and case sensitive names.

JMP 9600 Media Player • Programming Guide 72

View the output video

mode

Example:

View output resolution

and frame rate

Example:

View player type View state View current clip

View current playlist

Example:

View duration

(timecode)

View loop status

View state

GetChannelCount

GetOutputResolution•

GetOutputResolution•1 GetPlayerType GetState• GetStateEx•

GetStateEx•

GetStateEx•1•Clip

GetStateEx•

}

X#}

}

X#}

}

•Clip

•Playlist

}

•Duration

•Duration_timecode

}

•Loop

•Playstate

}

Response

(unit to host)

]

X4@

]

X1#

horzizontal

X4#

”]

X4&

X4^

”]

vertical

X4#

•

ChannelCount•

ChannelCount•2

OutputResolution•X#•

OutputResolution•1•1920•1080•i•48 PlayerType•ES9600•<version number>

X4^

State StateEx•X#•”clip”•”X!/X@”]

StateEx

StateEx•X#•”playlist”•X$”] StateEx

StateEx•1•”clip”•”720p_422_60_rafting/rafting_720p_5994.cpl.xml”] StateEx StateEx•X#•”duration”•” StateEx StateEx•X#•”duration_timecode”•”X*“ StateEx

StateEx•X#•”loop”•” StateEx StateEx•X#•”playstate”• StateEx

Additional description

The media player is in either 2-channel or 2-channel locked mode.

X4$•X4%

•

]

The resolution ( by scan type ( The channel 1 output is 1920 x 1080, interlaced, at 48 fps.

Some players may report “JMP 9600”. Show whether the player is playing, paused, or stopped. Show the folder (X!) and name (X@) of the currently-

loaded clip. If no clip is loaded, the quotes that contain

X!/X@

the Show the name of the currently-loaded playlist. If no playlist is loaded, the quotes that contain the

Show the length of the currently-loaded clip in total frames. If no clip is loaded, the Show the length of the currently-loaded clip as a timecode count. If no clip is loaded, the “00:00:00:00”. Show the loop function status for channel X#.

Show whether the player is playing, paused, or stopped.

response are empty.

response is empty.

horizontal

X4#

X4$

•

) and frame rate (

vertical

X4#

) is reported, followed

X4%

X4&

response is “0”.

response is

KEY: X! = Folder name Name of a DCP folder (such as “720p_422_60_donkey“)

X@ = Clip name Name of a clip ﬁle (such as “rafting_720p_5994.cpl.xml“) X# = Output 1 = channel 1 2 = channel 2 1,2 = both channels) X$ =Playlist name Name of a playlist ﬁle (such as “Canyon documentary.espl.xml”) X* = Frame count for view duration (timecode) command nn:nn:nn:nn (“hour”:”minute”:”second”:”frame”)

X4@

= Video mode / channel availability 1 (1-channel mode) or 2 (2-channel mode or 2-channel locked mode

X4#

= Horizontal or vertical resolution Horizontal: 1280, 1920, or 2048 Vertical: 780 or 1080

X4$

= Scan type i (interlaced) or p (progressive)

X4%

= Frame rate 23.98, 24, 24, 29.97, 30, 48, 50, 59.94, or 60

X4^

= Player state “playing“, “paused”, or “stopped”

X4&

= Frame count Number of frames (total or current position)

Command/response table for MSVPP commands (continued)

Command MSVPP Command

(host to unit)

Information requests (continued)

View position (frame count) View position (timecode)

View position (percentage)

View speed

NOTE: You can use the “GetStateEx” command described above to request the status of multiple parameters by separating them with spaces (•s) as demonstrated below. Valid

parameters and the returned values are:

GetStateEx•

Parameter Value Parameter Value Parameter Value Parameter Value Parameter Value

Clip Playstate

View multiple

parameters

JMP 9600 Media Player • Programming Guide 73

X!/X@ X4^

Position

GetStateEx•

•Position

•Position_Timecode

•Position_percentage

•Speed

Playlist

•{parameter1}•{parameter2}• ... •{parametern}

}

Response

(unit to host)

}

Duration

X4&

Position_timecode X* Position_percentage

StateEx•X#•”position”•” StateEx StateEx•X#•”position_timecode”•”X*” StateEx

}

StateEx•X#•”position_ percentage”•” StateEx•X#•”clip”•”X^”] StateEx

]

X4*

”]StateEx

X4&

}

StateEx•X#•”{parameter1}”•{value1}] StateEx•

•”{parameter2}”•{value2}

• •

StateEx•X#•”{parametern}”•{valuen} StateEx

]

X4&

”]

]

Duration_timecode X* Loop

Additional description

Show the position of the currently-loaded clip (or clip as part of a playlist) in frame count.

]

Show the position of the currently-loaded clip (or clip as part of a playlist) as a timecode count. Show the position of the currently-loaded clip (or clip as part of a playlist) as a percentage. Show the speed of the currently-loaded clip (or clip as part of a playlist).

X1#

]

X4*

Speed

KEY: X# = Output 1 = channel 1 2 = channel 2 1,2 = both channels

X4&

= Frame count Number of frames (total or current position)

X* = Frame count for view duration (timecode) command nn:nn:nn:nn (“hour”:”minute”:”second”:”frame”) X4*

= Percentage Current position in a playing clip expressed as a percentage

= Play speed Speed at which to play video, where: 1.0 is normal speed, 2.0 is 2x normal speed, and so on

A negative value (–) is reverse video

A positive value (+) is forward video (+ is assumed if no direction is speciﬁed)

Fractional speeds are rounded up or down to the 3rd decimal place (0.000)

X! = Folder name Name of a DCP folder (such as “720p_422_60_donkey“) X@ = Clip name Name of a clip ﬁle (such as “rafting_720p_5994.cpl.xml“) X$ =Playlist name Name of a playlist ﬁle (such as “Canyon documentary.espl.xml”) X1# = On/off (audio mute, loop, input trigger) 0 = off 1 = on

X4^

= Player state “playing“, “paused”, or “stopped”

= Play speed Speed at which to play video, where: 1.0 is normal speed, 2.0 is 2x normal speed, and so on

A negative value (–) is reverse video

A positive value (+) is forward video (+ is assumed if no direction is speciﬁed)

Fractional speeds are rounded up or down to the 3rd decimal place (0.000)

Command/response table for MSVPP commands (continued)

Command MSVPP Command

(host to unit)

Information requests (continued)

View front panel

temperature

View main processor

temperature

View temperature,

both locations

View voltage

NOTE: The sensor name must be enclosed in double quotations. See Example 1 and Example 2, below.

Example 1:

Example 2:

Example 3:

GetTemperature•Front•Panel

GetTemperature•Main•Processor

GetTemperature

GetVoltage•

GetVoltage•”ps1•5vdc”

GetVoltage•”ps1•5vdc”•”ps2•5vdc”

GetVoltage

JMP 9600 Media Player • Programming Guide 74

KEY:

X4(

= Temperature nn.nn °C. See “Troubleshooting a High Temperature“ in the “Mounting and Maintenance“ section for temperatures above 85 °C.

X5)

= Voltage sensor “ps1•5vdc“ “ps1•3.3vdc“ “ps1•12vdc“ “ps1•–12vdc“ “ps2•5vdc“ “ps2•3.3vdc“ “ps2•12vdc“ “ps2•–12vdc“

NOTE Positive voltage sensor names must not include the positive sign (+); negative voltage sensor names must include the negative sign (–).

X5)}

}

Response

(unit to host)

Temperature•”front•panel”• Temperature Temperature•”main•processor”• Temperature Temperature•”front•panel”• Temperature•”main•processor”• Temperature Voltage• Voltage

Voltage•“ps1•5vdc“•”5.19•vdc”] Voltage Voltage•“ps1•5vdc“•”5.19•vdc”] Voltage•“ps2•5vdc“•”5.17•vdc” Voltage Voltage•“ps1•5vdc“•”5.19•vdc”] Voltage•“ps2•5vdc“•”5.17•vdc”

•

Voltage•“ps2•–12vdc“•”–12.70•vdc” Voltage

X5)•X5!

]

•

]

X4(

]

X4(

]

Additional description

Show the front panel temperature in degrees Celsius.

Show the main processor temperature in degrees Celsius.

Show the temperature of both sensors in degrees Celsius.

Poll multiple sensors ( spaces (•s) (example 2). If no sensor is speciﬁed, the media player returns the voltage on all sensors (example 3).

X5)

s) by separating them with

X5!

= Voltage ±n.nn (3.3 vdc and 5 vdc sensors) or ±nn.nn (12 vdc sensors)

Command/response table for MSVPP commands (continued)

Command MSVPP Command

(host to unit)

Information requests (continued)

View disk information

View version

Example:

NOTE: The versions shown above are for example only.

KEY:

X4!

= Memory capacity or availablility In 1024-byte blocks

X5@

= Version

X5#

= Date

GetDiskInfo

GetVersionInfo

JMP 9600 Media Player • Programming Guide 75

}

Response

(unit to host)

total

diskinfo•

VersionInfo•”firmware”•” VersionInfo•”LCD_FPGA”•” VersionInfo•”Video_FPGA”•” VersionInfo VersionInfo•“firmware“•”2.06.07”•””May•19•2010] VersionInfo•“LCD_FPGA“•”2.2”•”8/21” VersionInfo•“Video_FPGA“•”2.7”•”4/15” VersionInfo

X4!

]

free

X4!

•

]

X5@

X5#

”•”

X5@

”•”

X5#

” ”

X5#

X5@

Additional description

Show the total capacity of the hard drives ( the amount of free space ( are in 1024-byte blocks. Show the version of several devices.

] ]

”

]

free

X4!

). The returned values

X4!

total

)and

Detailed System Interaction

This section describes the interaction of the media player and other system components at a detailed level, including:

• Data Transfer and Firmware Upgrade

• Synchronization

• Using Digital Inputs and Relays

• Encoding Guidelines

Data Transfer and Firmware Upgrade

NOTE: The media player must run ﬁrmware version 2.06.07 or newer. If you have an

older version (see “About Setup Dialog Box“ in the “Operation” section to determine the ﬁrmware version), update the ﬁrmware to ensure proper operation.

Program content and ﬁrmware upgrades can uploaded to the media player using the either

LAN port and a reliable File Transfer Protocol (FTP) utility. Extron has tested the FileZilla FTP

utility (www.ﬁlezilla-project.org/) with the JMP 9600:

NOTE: The procedures in this guide are shown using the FileZilla FTP utility. Other FTP

utilities can be used, but the appearance and exact procedure may vary.

Starting the FileZilla FTP Utility

1. Connect a computer that runs the Windows operating system to either media player

LAN port (see “LAN Ports” on page 9), either directly or via a network.

2. Start FTP utility (see ﬁgure 60).

Figure 60. FileZilla FTP Utility

4321

JMP 9600 Media Player • Detailed System Interaction 76

3. Enter the IP address of the connected port in the Host eld (see d on ﬁgure 60).

Local site (PC) Remote site (JMP 9600)

NOTE: If the local system administrators have not changed the value, the factory-

speciﬁed default IP addresses are as follows: LAN 1: 192.168.254.254 LAN 2: 192.168.254.253

4. Enter “es9600” (without the quotes) in the Username eld (b).

NOTE: The Username and Password ﬁelds are case sensitive.

5. Enter “nortxe” (without quotes) in the Password ﬁeld (c).

NOTE: No Port entry is required, but port 23 can be used to establish a secure

connection (SFTP).

6. Click the Quickconnect button (d).

See ﬁgure 61. The Remote site ﬁelds in the utility show the ﬁle contents on the JMP 9600. The Local site ﬁelds show the ﬁle contents on the computer connected to the media player.

TIP: Use the FileZilla Site Manager feature (click File > Site Manager) to save the

connection details as a preset.

Figure 61. FTP Utility Local and Remote Sites

JMP 9600 Media Player • Detailed System Interaction 77

Loading Media Folders to the Media Player

Local site (PC) Remote site (JMP 9600)

See “Encoding Guidelines” details on encoding content for use on the JMP 9600.

The nal encoded content (JPEG 2000 video, audio, and other associated data) is collectively

referred to as a DCP folder and must be loaded on the hard drive of the JMP 9600 via FTP in order to be played.

1. Connect a computer to the media player and start the FTP utility (see “Starting the

FileZilla FTP Utility” on the page 75).

2. Drag and drop the DCP folders (and all ﬁles within the folders) from the local site into

Media folder in the remote site (see

the

TIP: Hold down the <Shift> key to select multiple DCP folders.

on ﬁgure 62).

Figure 62. Loading Media Files

NOTES: • DCP folders can be very large. The time taken to up-load depends on the

le size and the bandwidth of the network connection. Ensure that the

ﬁles have completely transferred to the media player before trying to play them.

• There is a delay of 10 to 15 seconds after a clip had been loaded while the media player registers it in its database. It cannot be played during this delay.

Once you have transferred the program material to the media player, you are ready to play the ﬁles (see “Play a Presentation“ in the Operation section).

JMP 9600 Media Player • Detailed System Interaction 78

Deleting Folders and Individual Files from the Media Player

Remote site (JMP 9600)

1. Connect a computer to the media player and start the FTP utility (see “Starting the

FileZilla FTP Utility” on the page 76).

2. Left-click the folders and ﬁles that you want to delete (see a ﬁgure 63).

TIP: Hold down the <Shift> key to select multiple folders or les.

2a1

Figure 63. Deleting Files from the Media Player

3. Right-click among the shaded (selected) folders (Ç) and ﬁles and select Delete (É).

TIP: Or, press the keyboard <Delete> key.

4. Left-click Yes to conﬁrm the deletion (c).

JMP 9600 Media Player • Detailed System Interaction 79

Loading and Updating ﬁrmware

NOTE: The media player must run ﬁrmware version 2.06.07 or newer to properly

update to even newer versions. If you have version 2.06.06 or older, you must update to 2.06.07 before updating to any later version. See “About menu“ in the “Operation” section to determine your ﬁrmware version.

Acquire ﬁrmware upgrades and upload them to the media player as follows:

1. Visit the Extron website, www.extron.com, click the Download tab, and then click the

Firmware link (see

NOTE: The file name, part number,

version, release date, and size shown are sample values only.

on ﬁgure 64).

Figure 64. Location of Firmware Upgrade Files

2. Select the appropriate ﬁrmware ﬁle (JMP 9600) to download and click Download (b).

3. Enter the requested personal information and then click Download to copy the ﬁrmware

to your computer (c).

4. Click Run on the next two screens (see d on ﬁgure 65 on the next page). The

PC downloads the rmware update from the Extron website and starts the Extron

Installation Program to extract the ﬁrmware ﬁle.

5. Click Next (e on ﬁgure 65). The program extracts the ﬁrmware ﬁles and places them in

a folder identied in the InstallShield Wizard window.

NOTE: Note the folder to which the ﬁrmware ﬁle is saved.

6. Click Finish to exit the program (f on ﬁgure 65).

JMP 9600 Media Player • Detailed System Interaction 80

NOTE: The file name and

size shown are sample values only.

Folder where firmware is installed

Figure 65. Downloading Firmware Upgrade Files

JMP 9600 Media Player • Detailed System Interaction 81

7. Connect a computer to the media player and start the FTP utility (see “Starting the

FileZilla FTP Utility” on the page 73).

8. In the local site, navigate to the folder where you saved the ﬁrmware upgrade ﬁle (see

on ﬁgure 66).

NOTE: Valid rmware les must have the le extension .UPG. A le with any other

extension is not a ﬁrmware upgrade.

Local site (PC) Remote site (JMP 9600)

Figure 66. Loading a Firmware File

9. Drag and drop the ﬁle from the local site into the Upgrade folder in the remote site (b).

10. Reboot the media player, either via the front panel (see “Reboot submenu“ in the

“Operation“ section) or via an MSVPP command (see the Reboot command in the “Programming Guide” section.

After the media player reboots, it automatically detects and installs the ﬁrmware update. The LCD displays the progress of the installation. The ﬁrmware update may take up to 20 minutes.

After the ﬁrmware installation is complete, the media player automatically deletes the ﬁrmware upgrade ﬁle.

NOTE: FileZilla does not automatically refresh the contents, so you will not see that

the ﬁle is deleted unless you manually refresh the display.

11. Close the FTP utility.

JMP 9600 Media Player • Detailed System Interaction 82

Synchronization

Large control systems often require a number of different pieces of equipment to operate within strict timing constraints. For example, an exhibit can use a video display with an associated multi-channel audio playback system, in which audio playback must match the video display (“lip sync”). To support complex system timing requirements in multi-unit conﬁgurations, the JMP 9600 supports the following synchronization timing references:

• Linear timecode (LTC) — A stream of coded time stamps encapsulated in an audio

• Traditional genlock — A standard NTSC, PAL, or HDTV blackburst timing reference

• Proprietary genlock — Two timing references that are non-standard and unique to

signal. The frequency of these time stamps matches video rates for the various video standards. There are three common standards in use that the media player supports:

• SMPTE 12M-1-2008 — Including all of the frame rates supported by the player,

including:

• EBU — Matches the video rate of 25 frames per second of the PAL speciﬁcation

that is used in the United Kingdom.

• Film — Matches the video rate of 24 frames per second used in the motion

picture industry.

NOTE: The Drop Frame timecode standard is not supported.

Electrosonic products that have been acquired by Extron:

• MSGEN genlock — A timing reference that is native to the legacy Electrosonic

MS9200 series HD Player.

• ESGEN genlock — A timing reference that is native to most other former

Electrosonic products.

NOTE: Only JMP 9600 2K units support MSGEN genlock and ESGEN genlock.

JMP 9600 Media Player • Detailed System Interaction 83

Connections for Synchronized Multi-player Operation

The following equipment is required for an example of a small synchronized system:

• Two JMP 9600 Media Players (see ﬁgure 67, below)

• One or more LTC cables terminated with male RCA connectors (in red on ﬁgure 67)

• One or more Lock (ESGEN or MSGEN genlock) cables terminated with 6-pin mini-DIN

connectors (shown in blue on ﬁgure 67)

• A computer that is running show control software

• Ethernet or serial (RS-232) remote control cabling

A synchronized system requires that one device in the system is conﬁgured as the master device which generates the timing references for the entire system. All other devices in the system are conﬁgured as slaves.

The JMP 9600 can either generate a master timing references or operate as a slave. For the purposes of this discussion, assume that one of the media players is conﬁgured as the master. The media player can also present some clips in master mode and others in slave mode.

The slave player must be set to Chase mode (see “Video submenu“ to set the mode from the front panel) to continuously lock to the master player. In trigger mode, the slave player starts playback at the predeﬁned Playat time and free runs after that.

NOTE: The two media players in this example are designated as the “master player”

and “slave player” for the remainder of this discussion.

The master player distributes LTC and proprietary genlock (if conﬁgured) to all other devices in the system that need it (slaves). Typically, a slave generates its output based on the timing references it receives. For example a lighting system can be programmed based on the LTC it receives to generate a lighting scene or effect when a certain timecode is received.

The master player outputs LTC on its LTC Out connector (see ﬁgure 67). The slave player receives LTC on its LTC In connector and syncs itself to the master player. If the master player outputs a timecode of one minute and 28 seconds (expressed as 00:01:28:00), the slave device follows it there. If the master player is playing a presentation or has a presentation

cued and has received the TcStart MSVPP command, the LTC counts up from the initial

command. If the master player is paused, the LTC repeats the same value. The active or static LTC value can be seen as the TC ﬁeld on the front panel Channel Status screen (see “Channel status menus”).

In an application where other components in the system need LTC, the slave player outputs the signal on its LTC Out connector.

INPUT: 100-240VAC, 0.4-1A, 50/60HZ

USE ONLY: F2 AH 240V FUSES.

1-2 3-4 5-6 7-8

9-10 11-12 13-14 15-16

1 LAN 2

DIGITAL AUDIO OUT

DVI-I-1DVI-I-2

REMOTE 2

REMOTE 1

JMP 9600

DIGITAL VIDEO OUTPUTS

HDSDI

DIGITAL INPUTS RELAY OUTPUTS

12 34

+ -+ -+ -+ -

LOCK LT C

GENLOCK

POWER

R1 R3 R4R2

12V

NC CNCNCNONC CCCNONONO

OUT

INPUT: 100-240VAC, 0.4-1A, 50/60HZ

USE ONLY: F2 AH 240V FUSES.

1-2 3-4 5-6 7-8

9-10 11-12 13-14 15-16

1 LAN 2

DIGITAL AUDIO OUT

DVI-I-1DVI-I-2

REMOTE 2

REMOTE 1

JMP 9600

DIGITAL VIDEO OUTPUTS

HDSDI

DIGITAL INPUTS RELAY OUTPUTS

12 34

+ -+ -+ -+ -

LOCK LT C

GENLOCK

POWER

R1 R3 R4R2

12V

NC CNCNCNONC CCCNONONO

OUT

Master Player Slave Player

Figure 67. Sample Connections for System Synchronization

NOTE: In another application, external show control equipment could provide the LTC

reference. In such an application, both media players are slaved to the show control equipment.

JMP 9600 Media Player • Detailed System Interaction 84

If the slave player needs an additional timing reference for more precise synchronization (see “Results of timecode and genlock timing references,“ below), either the proprietary genlock timing reference or traditionaly genlock can provide it. In ﬁgure 67, on

the preceding page, the master player outputs the ESGen genlock signal on its Lock Out connector. The slave player receives the ESGen genlock on its Lock In connector.

TIP: If you are using proprietary genlock in your conﬁguration set the player that is the

LTC master to be the genlock master.

NOTE: If you are using traditional genlock, the media player can only input the

reference and can be a genlock slave only.

The slave player can daisy-chain the signal on its Lock Out connector for use in an application with up to three media players. In a system with more that three devices

requiring proprietary genlock, Extron recommends using the following optional Extron

equipment:

• PDA 108 Player Sync Distribution Ampliﬁer for JMP 9600 (part number 60-1148-01) for

the ESGen genlock signal

• DA 6A Stereo Audio Distribution Ampliﬁer (part number 60-692-20) for the LTC signal

Results of LTC and genlock timing references

For precise frame-by-frame sync to the master player, the slave player needs an additional timing reference in addition to LTC; either proprietary genlock or traditional genlock (see ﬁgure 68).

• Proprietary or traditional genlock only — Video frame times are precisely

synchronized between the players, but there is no control ensuring that both players are playing the corresponding frame.

• LTC only — The content is loosely synchronized with the players outputting

corresponding frames, but the video frame times may be slightly shifted.

• Proprietary or traditional genlock and LTC — Video frames and content are precisely

synchronized.

Master

Player

Frame

Genlock only

Slave

Player

Frame

Master Player

Frame

LTC only

Slave

Player

Frame

Master

Player

Frame

Genlock and LTC

Slave

Player

Frame

Figure 68. Comparison of the Effects of Timing References Applied

JMP 9600 Media Player • Detailed System Interaction 85

ESGEN vs. traditional Genlock

The example in ﬁgure 67, on page 84, uses ESGEN Genlock. Traditional genlock, such as is output by an Extron BBG 6 A Blackburst Generator, can also be used in many applications.

See the attributes of the two timing references, below, to determine which to use in your application.

ESGEN Genlock attibutes —

• ESGEN Genlock uses the pixel clock, so it works for all resolutions and frame rate

combinations.

• ESGEN Genlock is a proprietary signal, it can be used only with certain Electrosonic

products acquired by Extron.

• The cable length is limited to 4 feet (1.2 m).

• The recommended limit for daisy chaining ESGEN genlock is three units. Beyond

that, an Extron PDA 108 Player Sync Distribution Amplier for JMP 9600

(part number 60-1148-01) should be used to maintain signal integrity.

Traditional Genlock attributes —

• Traditional Genlock is expected to be NTSC (29.97 Hz) or PAL (25 Hz), so it is limited to

certain resolutions and frame rate combinations.

NOTE: The JMP 9600 can accept a standard NTSC standard deﬁnition bi-level

genlock signal and use it to lock a 1080i signal at 59.94 FPs or 1080p signal at 29.97 FPS.

• Traditional Genlock is very common, so it can be used with a wide variety of non-Extron

system components.

• The cable length can be more than 100 feet (30 m).

JMP 9600 Media Player • Detailed System Interaction 86

Applicable MSVPP commands

The table below lists the MSVPP commands that you may need to congure and control a multi-player system. With the exception of TCStart, which can only be an MSVPP command

(see the ﬁrst NOTE, below), all of these commands can be also be accomplished using

the HTML pages, as shown in the “Conﬁguring LTC for Synchronized Multi-player

Operation“and “Conﬁguring Genlock for Synchronized Multi-player Operation“

examples on the pages that follow.

NOTE: When you have loaded a playlist with dened timecode parameters and you

then click the Play control ( ) to start the show, it has the same affect as issuing the TCStart command.

The commands sent to each player are the same, whether the show control computer is connected to Remote port 1 or either LAN port.

NOTE: Click the blue links below to see the full command description in the

“Programming Guide“ section, including the complete command syntax,

variables, responses, and some examples.

Command Function

File management commands

LoadClip

— OR —

LoadPlaylist

NOTE: The LoadClip and the LoadPlaylist commands both require a few seconds to complete

because of some initialization that must occur when a new ﬁle is selected. If you are using the media player to repeatedly play a single ﬁle (such as in a theater) try using the Loop command.

LTC commands

Tcgenerate hh:mm:ss:ff

Tcreceive

GetTimecodeMode

SetTimecodeOpMode

GetTimecodeOpMode TcPlayAt <Chan> hh:mm:ss:ff

Tcstopat <Chan> hh:mm:ss:ff

TcStart

Genlock commands

SetGenlockMode <parameter>

GetGenlockMode

Load a clip into a speciﬁed channel or both channels.

Load a playlist into a speciﬁed channel or both channels.

Set the player into LTC generate (master) mode and issues the LTC hh:mm:ss:ff as a jam sync. Set the player into LTC receive (slave) mode and loop the incoming LTC to the LTC output.

Check the status of the media player LTC mode: ‘Tcgenerate’ (master) or ‘Tcreceive’ (slave). Dene the LTC operating mode as either ‘Chase’ (stay in sync) or ‘Trigger (respond to specic signal).

Check the status of the media player when operating in TcReceive mode. Sets an LTC timestamp at which the loaded clip or playlist automatically

starts. Sets an LTC timestamp at which the loaded clip or playlist automatically stops. The display goes black after hh:mm:ss:ff. Starts the LTC running (assumes the player is in LTC generate mode)

Set the media player genlock mode: master, ESGEN, MSGEN, NTSC, PAL, or tri-level (HDTV).

Check the status of the media player genlock mode.

JMP 9600 Media Player • Detailed System Interaction 87

TIP: When you are in a multiple player, master/slave conguration, you should stop all

slave players before loading new content on the master player if that content has a different frame rate than the currently-loaded content.

1. Stop all players.

2. Load new content on the master player.

3. Load new content on the slave players.

4. Send the tcreceive and tcplayat commands.

5. Use the tcstart command to begin playback of the new content.

Changing content on the master player without stopping the slave players may

result in a ashing or green screen output to the displays until the new content is

loaded on the slave players.

Conﬁguring LTC for Synchronized Multi-player Operation

Control Example — Single ﬁle using separate control

This example is the simplest type of synchronized show, requiring two players. Each player

loads a single clip and plays it through to the end. This is an example of a technique that might be used in a 3D theater.

The following table assumes that you want to play the ﬁle <

folder>/<name> in channel 1

of two JMP 9600 units, beginning at the 1-hour LTC mark, with a 5 second LTC lead in (pre-roll). To play properly, the show-control system needs to trigger the following events in the sequence shown.

Command to Master Player Command to Slave Player Function

LoadClip 1 <folder>/<name>]LoadClip 1 <folder>/<name>

NOTE: The media players respond to the LoadClip commands with OK] after the ﬁle loading process is completed. You may need

Tcgenerate 00:59:55:00

TcPlayAt <1> 01:00:00:00

Tcstart

to build a delay into the sequence required between the LoadClip and Tcgenerate commands. The actual delay required is dependent on the size of the clip ﬁle and must be determined by experimentation, but start with 1 second.

]

Tcreceive TcPlayAt <1> 01:00:00:00

]

Load a clip (cue it) into channel 1 of both media players .

]

For a playlist, use the LoadPlaylist command.

Program the master player as the LTC generator. Program the slave player as the LTC receiver. Set both media players to begin playing at a speciﬁc LTC

]

timestamp. Set the master player to begin LTC generation.

Both media players begin showing video at the LTC timestamp specied in the Tcplayat

command.

NOTE: Adjustments to the Tcplayat timestamp on the slave player can correct for

encoding errors.

When the media player is set as a timecode master and a clip or playlist is loaded, the player begins to generate LTC as a response to either of two commands:

• Play — This command can be from the front panel Play/Pause ( ) button, the Play ( )

control on the Player Control HTML page, or the Play MSVPP command.

• TcStart — This command can only be sent via MSVPP (although when you have

loaded a playlist with deﬁned timecode parameters and you then click the Play control ( ) to start the show, it has the same affect as issuing the TCStart command).

JMP 9600 Media Player • Detailed System Interaction 88

LTC locks any slave devices to the video output of the master player. Each playlist can have

its own unique LTC and has the ability to generate a pre-roll period, a post-roll period (also called “run-on”), or both.

The simplest way to congure the player is using the HTML Edit Playlist Properties dialog box

as shown in the “Conﬁguring a player as an LTC master“ and “Conﬁguring a player as

an LTC receiver (slave)“ examples that are shown on the next several pages.

TIPS: • See “Editing the Properties of a Playlist“ in the “HTML Operation“ section to

open the dialog box.

• The Edit Playlist Properties Dialog box is available for playlists only. If your

presentation is a single clip, create a playlist consisting of just that clip.

Conﬁguring a player as an LTC master

You may need to make the following settings:

• Start Time — Select Generate (above Start Time), enter a Start Time, and click

Save. This is the LTC that is generated (the jam sync) when the playlist is loaded and

after a play command is received. If the Play At option (see below) is not enabled, this is also the point when video output begins

This sequence is the equivalent of issuing the Start Time variable is the hh:mm:ss:ff portion of the MSVPP command.

• Play At — Select the Play At check box, enter a time for playback to begin, and click

Save. The difference between the Start Time and Play At time is the pre-roll period,

an interval in which LTC is generated before the video starts. As an example, pre-roll might allow audience members to take their seats after an announcement that the show has begun.

This action is the equivalent of issuing the PlayAt MSVPP command.

TcGenerate MSVPP command where the

• Stop At — Select the Stop At check box, enter a time for LTC playback to stop, and

click Save. This option sets a stop point for the LTC, which can be before or after the end of the video output.

• If no Stop At is speciﬁed, LTC stops when the video ends.

• If Stop At is before the end of the video roll, the video playback also stops and the

display goes black.

• If Stop At is after the end of the video roll, the difference between the end of the

clip or playlist and Stop At (when it is after video ends) is the post-roll period, an interval in which LTC continues to be generated after the video ends and the display goes black. As an example, post-roll might allow the house lights to gradually brighten.

This action is the equivalent of issuing the

StopAt MSVPP command.

The examples on the following pages show some typical uses of the LTC generation options.

JMP 9600 Media Player • Detailed System Interaction 89

Figure 69 shows using the Edit Playlist Properties dialog box to set the master player to generate an LTC (a) that starts counting up from 01:00:00:00 (exactly 1 hour) (b) once the

play or TCStart command is received.

1 2

Figure 69. Generate an LTC

Figure 70 shows using the Edit Playlist Properties dialog box to generate an LTC that starts at 01:00:00:00 (c) once the play command is received, but to delay the start of the video play

until 01:00:10:00 (by 10 seconds) (d). This creates a 10 second pre-roll period.

3 4

Figure 70. Delay Video Start

Figure 71 shows using the Edit Playlist Properties dialog box to generate an LTC starting at 01:00:00:00 (e) once the play command is received, start the video 10 seconds later

(10-second delay) (f), and run the LTC on until 01:05:00:00 (g). If the video presentation is

4 minutes and 30 seconds, this results in a 30-second post-roll period.

5 6 7

Figure 71. Set an LTC Stop

JMP 9600 Media Player • Detailed System Interaction 90

Conﬁguring a player as an LTC receiver (slave)

A slave player can be programmed to begin playing the loaded clip or playlist when it receives a particular LTC timestamp. A different LTC timestamp can be programmed for each clip in a playlist.

Figure 72 shows using the Edit Playlist Properties dialog box to receive an LTC (a), start

the video 10 seconds after the receipt (a 10-second delay) (b), and run the LTC on until 01:05:00:00 (c). If the video presentation is 4 minutes and 30 seconds, this results in a 30-second post-roll period.

2 3

Figure 72. Set an LTC Receiver, Pre-Roll, and Post-Roll

The ﬁle will run until a StopAt command halts the player and the display goes black after 5 minutes (01:05:00:00).

Besides setting the player as a slave and (if applicable) setting Play At and Start At times,

you need to consider, when conﬁguring a slave player, whether to operate that player in chase or trigger mode:

• Chase Mode — The media player tracks (stays in sync with) the in-coming LTC.

• Trigger Mode — The media player begins playback at a speciﬁc LTC timestamp value,

but continues playing without any further reference to the incoming LTC.

Chase or trigger can be selected using any of the following:

• The front panel control (see “Video submenu“ in the “Operation” section)

• The HTML setup dialog boxes (see “Video mode setup dialog box“ in the “HTML

Operation” section and ﬁgure 73)

• The SetTimecodeOpMode MSVPP command (see “Applicable MSVPP commands”).

Figure 73. Select an LTC Mode

JMP 9600 Media Player • Detailed System Interaction 91

Conﬁguring Genlock for Synchronized Multi-player Operation

Genlock ensures that multiple media players operate with synchronous timing on each of their outputs. Genlock synchronizes and locks the video outputs. When genlock is combined

with the LTC reference, the ﬁrst frame of video is decoded across all the players that make

up the ‘genlocked’ system at the same time. See “Results of LTC and genlock timing

references“ on page 85.

The selected genlock provides a high level of timing synchronization among systems. Proprietary genlock works with Extron and Electrosonic devices only and allows non- standard frame rate synchronization.

The media player can operate as a proprietary genlock master or a slave of any genlock standard, as selected:

• Blackburst NTSC — The media player receives traditional NTSC genlock as a slave on

the rear panel Genlock connector.

• Blackburst PAL — The media player receives traditional PAL genlock as a slave on the

rear panel Genlock connector.

• ES Genlock — The media player receives ESGEN genlock signals as a slave on the rear

panel Lock In connector.

• ES MS9200 Genlock — The media player receives MSGEN genlock signals as a slave on

the rear panel Lock in connector.

• Master — The media player transmits both ESGEN and MSGEN genlock signals

simultaneously on the rear panel Lock Out connector.

• Trilevel — The media player receives traditional HDTV trilevel genlock as a slave on the

rear panel Genlock connector.

The proprietary genlock settings can be selected using any of the following:

• The front panel control (see “Video submenu“ in the “Operation” section)

• The HTML setup dialog boxes (see “Video mode setup dialog box“ in the “HTML

Operation” section and ﬁgure 74)

• The SetGenlockMode MSVPP command (see “Applicable MSVPP commands”).

Figure 74. Select a Genlock Mode

JMP 9600 Media Player • Detailed System Interaction 92

High Frame Rate

The high frame rate mode supports resolutions of 1920x1080 and 2048x1080 at 48, 50,

and 60Hz by using the dual HD-SDI connection mode. The media player must be set for

2-channel-locked mode and the content must be progressive frame only with interlaced

transport format, compatible with SMPTE 372-2009. The high frame rate content requires a

pair of DCPs; one containing the odd lines for each frame and the other containing the even

lines. Each DCP must be loaded on the appropriate channel of the player and both channels

must be loaded before the player allows playback. Loading a different ﬁle format or frame rate clears the clip loaded on the other channel.

The Extron JPEG 2000 Encoder software (see “Encoding Guidelines”) automatically generates the ﬁle format required for high frame rate operation when you select the corresponding resolution and frame rate.

The high frame rate mode requires that the connected display support the SMPTE 372M dual-link HD-SDI interlaced transport mode. Several cinema projectors support this mode with they are tted with the appropriate dual-link HD-SDI input board. Please

conﬁrm compatibility with the specialized equipment manufacturer. As an alternative,

an AJA Video Systems® Hi5 3G 3G/Dual-link/HD/SD-SDI To HDMI 1.3a Video and Audio Converter can convert th a single HDMI connection.

NOTE: The Extron USP 507 supports only single-link HDSDI and the output frame rates

are limited to 50 Hz and 60 Hz (48 Hz is not supported).

Using Digital Inputs and Relays

WARNING: 12 VDC is always present on the inputs and relays Power port when the

INPUT: 100-240VAC, 0.4-1A, 50/60HZ

USE ONLY: F2 AH 240V FUSES.

Figure 75. Rear View of the Inputs and Relays Ports

The inputs and relays ports offers digital inputs and relay outputs that can be controlled via third party show-control software. The inputs and relays ports feature:

• Four optically-Isolated digital inputs that can be conﬁgured to provide triggers to either

an external show-control system, which can issue commands to the JMP 9600

• Four digital outputs, each driving low current changeover relays that can switch up to

1 A at 24 VDC.

• 12 VDC to power the I/O switch function

media player is powered on. Ensure that no conductive material comes into

contact with these terminals.

DIGITAL INPUTS RELAY OUTPUTS

1-2 3-4 5-6 7-8

9-10 11-12 13-14 15-16

1 LAN 2

DIGITAL AUDIO OUT

DVI-I-1 DVI-I-2

REMOTE 1

REMOTE 2

JMP 9600

DIGITAL VIDEO OUTPUTS

HDSDI

DIGITAL INPUTS RELAY OUTPUTS

12 34

+ -+ -+ -+ -

12 34

+ -+ -+ -+ -

LOCK LTC

GENLOCK

POWER

R1 R3 R4R2

12V

NC CNCNCNONC CCCNONONO

POWER

R1 R3 R4R2

12V

OUT

CNCNONC CC

ONONO

JMP 9600 Media Player • Detailed System Interaction 93

Optically-isolated Digital Inputs

The digital input connections are implemented as four + and – terminals on 3.5 mm captive screw terminal blocks. Because each input is optically-isolated, both connections must be

used to ensure the correct operation of the input circuit.

NOTE: By factory default, status notication for Digital Inputs 1 through 4 is disabled.

To be made operational, they must be enabled using the Set input trigger

on MSVPP command (see “Applicable MSVPP Commands”).

The optically-isolated input circuits provide for various connection scenarios; two common methods follow:

Option 1 — Figure 76 shows a typical Digital Input application, monitoring external switch positions. This application uses the Power port on the media player and is an application where the current required is within the 1.8 A that the Power port makes available for external use.

Switch 1

Switch 2

JMP 9600 Digital Inputs

1 kohm

JMP 9600 Input Terminals

Screw Terminals

JMP 9600 Power

+12V

GND

Internal Configuration

Figure 76. Digital Input Connection Using the Power Port

Option 2 — Figure 77 shows a similar external switch monitoring application, except that it uses an external power supply. The external power supply is the preferred method in noisy environments or when wiring is run over a long distance. The exact external power supply voltage rating is not critical so long as the current through the 1-kohm resistor internal to the media player is limited between 5 mA and 20 mA. Note the resistor in the input 1 circuit in ﬁgure 77, which attenuates the current to within these limits.

+24 VDC PS

+5 VDC PS

+VE

-VE

+VE

-VE

680 Ohm

Switch 1

+5VDC

Switch 2

Use twisted pair wire for noise cancellation.

Screw Terminal

NOT USED

JMP 9600 Digital Inputs

JMP 9600 Power

+12V

GND

JMP 9600 Input Terminals

1 kohm

Internal Configuration

Figure 77. Digital Input Connection Using External Power Supplies

JMP 9600 Media Player • Detailed System Interaction 94

Extron electronic JMP 9600 User Manual

Specifications and Main Features

Frequently Asked Questions

User Manual

Contents

Introduction

About this Guide

About the JMP 9600

Features

Installation

Mounting the Media Player

Connections and Features

Video and Audio Outputs

Sync

LAN Ports

Remote Control Port

Digital Inputs and Relays

Power

Operation

Front Panel Controls and Indicators

Status LEDs

Transport Buttons

LCD and Menu Controls

Encoder knob

Menu System Overview

Power-on Sequence

Menu System Flow

Play a Presentation

HTML Operation

Opening the Embedded HTML Pages

Player Control Page

Channel 1 and 2 Control and Status Windows

Playlist Editor Page

Creating a New Playlist

Editing the Contents of a Playlist

Editing the Properties of a Playlist

Setup Functions

Audio Setup Dialog Box

Autoplay Setup Dialog Box

Network Setup Dialog Boxes

License Management Setup Dialog Box

Player Info Setup Dialog Box

Serial Port Setup Dialog Box

Video Setup Dialog Boxes

About Setup Dialog Box

Programming Guide

Control Ports

Remote Port 1

LAN Ports

Host-to-Player Instructions

Using the Command and Response Table

Detailed System Interaction

Data Transfer and Firmware Upgrade

Starting the FileZilla FTP Utility

Loading Media Folders to the Media Player

Deleting Folders and Individual Files from the Media Player

Synchronization

Connections for Synchronized Multi-player Operation

High Frame Rate

Using Digital Inputs and Relays

Optically-isolated Digital Inputs