Nexio AMP® NX3801 HDX - Imagine Communications

Transcription

Hardware Installation and User Guide
Nexio AMP®
NX3801 HDX
April 2014
175-100257-01
Delivering the Moment
Publication Information
© 2014 Imagine Communications Corp. Proprietary and Confidential.
Imagine Communications considers this document and its contents to be proprietary and confidential. Except for
making a reasonable number of copies for your own internal use, you may not reproduce this publication, or any
part thereof, in any form, by any method, for any purpose, or in any language other than English without the
written consent of Imagine Communications. All others uses are illegal.
This publication is designed to assist in the use of the product as it exists on the date of publication of this manual,
and may not reflect the product at the current time or an unknown time in the future. This publication does not in
any way warrant description accuracy or guarantee the use for the product to which it refers. Imagine
Communications reserves the right, without notice to make such changes in equipment, design, specifications,
components, or documentation as progress may warrant to improve the performance of the product.
Trademarks
6800+™, ADC™, CCS Navigator™, Channel ONE™, ChannelView™, ClipSync™, Delay™, D-Series™, D-Series DSX™,
Deliver the Moment™, Delivering the Moment™, FAME™, Farad™, G8™, G-Scribe™, HView™, IconMaster™,
IconLogo™, IconStation™, IconKey™, InfoCaster™, InfoCaster Creator™, InfoCaster Manager™, InfoCaster Player™,
InstantOnline™, Invenio®, Live-Update™, mCAPTURE™, Magellan™, Magellan CCS Navigator™, Magellan Q-SEE™,
MultiService SDN™, NetPlus™, NetVX™, NewsForce™, Nexio® G8™, Nexio AMP® ChannelView™, Nexio® Channel
ONE™, Nexio® ClipSync™, Nexio® Delay™, Nexio® Digital Turnaround Processor™, Nexio® Farad™, Nexio® GScribe™, Nexio® IconKey™, Nexio® IconLogo™, Nexio® IconMaster™, Nexio® IconStation™, Nexio® InfoCaster™,
Nexio® InfoCaster Creator™, Nexio® InfoCaster Manager™, Nexio® InfoCaster Player™, Nexio® InfoCaster Traffic™,
Nexio® InstantOnline™, Nexio® mCAPTURE™, Nexio® NewsForce™, Nexio® NXIQ™, Nexio® Playlist™, Nexio®
Remote™, Nexio®RTX Net™, Nexio® TitleMotion™, Nexio® TitleOne™, Nexio® Velocity ESX™, Nexio® Velocity
PRX™, Nexio® Velocity XNG™, Nexio® Volt™, OPTO+™, Panacea™, Platinum™, Playlist™, Predator II-GRF™, Predator
II-GX™, Punctuate™, Remote™, RTX Net™, QuiC™, Q-SEE™, SD-STAR™, Selenio™, Selenio 6800+™, SelenioNext™,
Selenio X50™, Selenio X85™, Selenio X100™, TitleMotion™, TitleOne™, Velocity ESX™, Velocity PRX™, Velocity
XNG™, Versio™, Videotek® SD-STAR™, X50™, and X85™ are trademarks of Imagine Communications or its
subsidiaries.
Altitude Express®, Connectus®, Enabling PersonalizedTV®, ICE® Broadcast System, ICE Illustrate®, ICE-Q®
algorithms, ICEPAC®, Imagine ICE®, Inscriber®, Inscriber® Connectus®, Invenio®, NEO®, Nexio®, Nexio AMP®,
PersonalizedTV®, RouterWorks®, Videotek®, Videotek® ASI-STAR®, Videotek® GEN-STAR®, and Videotek® HDSTAR® are registered trademarks of Imagine Communications or its subsidiaries.
Microsoft® and Windows® are registered trademarks of Microsoft Corporation. HD-BNC is a trademark of
Amphenol Corporation. Some products are manufactured under license from Dolby Laboratories. Dolby and the
double-D symbol are registered trademarks of Dolby Laboratories. DTS Neural audio products are manufactured
under license from DTS Licensing Limited. DTS and the Symbol are registered trademarks & the DTS Logos are
trademarks of DTS, Inc. © 2008-2010 DTS, Inc. All other trademarks and trade names are the property of their
respective companies.
Contact Information
Imagine Communications has office locations around the world. For locations and contact information see:
http://www.imaginecommunications.com/contact-us/
Support Contact Information
For support contact information see:


Support Contacts: http://www.imaginecommunications.com/services/technical-support/
eCustomer Portal: http://support.imaginecommunications.com
© 2014 Imagine Communications Corp.
Proprietary and Confidential
3
Contents
Chapter 1
Introduction ............................................................................................................5
System .....................................................................................................................9
Video .......................................................................................................................9
Audio .....................................................................................................................10
Video Compression ................................................................................................11
Storage ..................................................................................................................13
RAID Redundancy ...................................................................................................13
Timecode Connection Options ................................................................................13
Remote GPI Control ...............................................................................................13
Remote Serial Interface ...........................................................................................13
Controls .................................................................................................................14
Physical ..................................................................................................................14
Power Supply .........................................................................................................14
Supported Television Formats .................................................................................14
Chapter 2
Hardware Installation .......................................................................................15
Rear Panel Port Connectors ....................................................................................17
Rear Panel Port Descriptions ...................................................................................19
Front Panel Descriptions .........................................................................................24
Chapter 3
Getting Started.....................................................................................................27
Registering Your Software ......................................................................................30
Confirming Connection to Additional Systems ........................................................33
Verifying Audio and Video I/O Connections ............................................................33
Testing Input and Output Signals ............................................................................34
Chapter 4
Monitoring Server Status ................................................................................37
LED Indicators ...............................................................................................................37
NEXIO Monitor .............................................................................................................38
Testing the LED Lights ............................................................................................39
Selecting Monitored Diagnostics .............................................................................40
4
Contents
Checking Status ..................................................................................................... 41
LCD Keypad Buttons .................................................................................................... 41
Chapter 5
Connectors, Jumper Settings, and Circuits ........................................... 43
Chapter 6
Troubleshooting .................................................................................................. 51
Index ......................................................................................................................... 55
5
1
Introduction
This guide describes the NEXIO AMP™ Generation 5 integrated storage server.
NEXIO AMP is an award winning broadcast video server integrated with SD and HD I/O,
“agile” software-based codecs, high performance IT connectivity, and access to NEXIO's
shared storage system via NEXIO's RAIDsoft™ software RAID controller.
NEXIO AMP is software configurable, and uses software codec technology to encode and
decode HD and SD content. NEXIO AMP supports real-time I/O and redundant network
interfaces.
This chapter includes the following sections:
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NEXIO AMP Configurations on page 6
NEXIO AMP Upgrades and Options on page 6
Optional Software Applications on page 7
Key Features on page 7
Specifications on page 9
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Chapter 1
Introduction
NEXIO AMP Configurations
NEXIO AMP Generation 5 is available in a variety of configurations. The available
configurations are shown in Table 1-1. The Software License Card provided with your
server shows which configuration you have purchased. If you want to upgrade to a
different configuration, contact Harris BCD Support for an additional license. For details on
licensing your software, see Registering Your Software on page 30 or the Software
License Card provided with your server.
Table 1-1 NEXIO AMP Models
Model
SD Channels Enabled
NXAMP3801HDI1
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2 Bi-directional
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1 Bi-directional
NXAMP3801HDI2
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4 Bi-directional
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2 Bi-directional
NXAMP3801HDI3
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3 Bi-directional
2 Record + 4 Play Only
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3 Bi-directional
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4 Bi-directional (not available
with all codecs)
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NXAMP3801HDI4
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4 Bi-directional (not available
with all codecs)
4 Record + 4 Play Only
HD Channels Enabled
SD-only channel configurations do not support up/down/cross conversion; Bi-directional
HD is not available with all codecs.
NEXIO AMP Upgrades and Options
The following upgrades and options are available for your NEXIO AMP:
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Software License Upgrades — The software license upgrades enable additional HD
or SD channels, and optional Media Applications.
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NEXIO AMP NXCP Codec Processor Upgrade Kit — The NEXIO NXCP Codec
Processor Upgrade Kit provides hardware-assisted codec support for up to 4 channels
of AVC-Intra play out (50 and 100 Mbps) or 2 channels of AVC-Intra encoding.
To determine if your system meets the requirements needed for the NEXIO AMP NXCP
Codec Processor Upgrade, contact Harris Customer Support.
NEXIO AMP
7
Optional Software Applications
The following table lists the additional software applications that are available for NEXIO
AMP.
Table 1-2 Optional Software Applications
Application
Description
NEXIO Remote
Remotely administer and control NEXIO video servers from
any PC on the same LAN as your NEXIO server.
NEXIO PlayList
Event sequencing application that runs on NEXIO NXOS or
NEXIO Remote for media playback.
NEXIO Delay
Create a delay for play-to-air. You can set various
parameters and step in and out of delay as needed.
NEXIO Navigator
Monitors and provides system-wide diagnostics for NEXIO
servers and associated system components.
NEXIO ClipSync
Play back two separate clips together at the same time
frame accurately.
NEXIO
PRXEncoder
Generate a simultaneous low resolution proxy of content
being ingested via baseband.
NEXIO AMP
ChannelView
Optional software that provides multiviewer I/O
monitoring, enabling up to two NEXIO AMP inputs and
four NEXIO AMP outputs to be viewed in real time on a
computer monitor.
NEXIO AMP Logo
Optional software that enables the display of up to 4 layers
of static or animated logo graphics per video output.
Requires NEXIO AMP ChannelView.
NEXIO Track
Router
Optional software for NEXIO Remote and NXOS that
controls the routing of audio on ingest, the addition of
external audio and closed captions to stored media, and
audio routing rules on playout for multilingual broadcasts.
To purchase optional software applications, contact your Harris Sales Representative. For
details on Harris NEXIO AMP Media Applications, please visit www.broadcast.harris.com/
nexioamp/, or contact your Harris Sales Representative.
Key Features
The following list outlines some of the key features of NEXIO AMP:
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3RU form factor
Two Six-Core AMD Opteron™ 64-bit processors
Dual mirrored boot drives
Dual hot-swappable power supplies
USB ports on the front and rear of the chassis
10/100/1000BaseT Ethernet ports
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Software-based codecs for coding and decoding SD and HD media
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8
Chapter 1
Introduction
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Supports up to 8 SD channels, or up to 4 HD channels (with software license key)
Supports SD (525i, 625i) and HD (1080i, 1080p, 720p) content on the same chassis
Supports SDI (SMPTE-259M) and AES/EBU interfaces
Record and playback SD:

MPEG-2 l-frame and MPEG-2 Long GOP 4:2:0 profile up to 15 Mbps, and 4:2:2
profile up to 50 Mbps
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IMX 30, IMX 40, and IMX 50
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DVCPRO25 and DVCPRO50
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DVCAM at 25 Mbps (625 only)
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H.264 playback only (optional - requires software licensing)
Supports HD-SDI (SMPTE-292M) and AES/EBU interfaces
Record and playback HD:
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MPEG-2 MP@HL l-frame 4:2:0 profile up to 100 Mbps, and 4:2:2 profile up to 150
Mbps
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MPEG-2 MP@HL Long GOP 4:2:0 profile and 4:2:2 profile up to 80 Mbps
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XDCAM HD at 35 Mbps (not available in 720p)
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DVCPRO HD at 100 Mbps
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XDCAM EX at 35 Mbps
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XDCAM HD422 at 50 Mbps
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H.264 playback only (optional - requires software licensing)
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DNxHD (optional - requires software licensing)
Supports Panasonic AVC-Intra for up to 4 channels of playout with the NXCP Upgrade
Kit
Supports Panasonic AVC-Intra for up to 2 channels of ingest with the NXCP Upgrade
Kit
SD scales to 450+ channels — with NXS3100 Series and 1600+ with NEXIO Farad
(NXAMP3801HDX only)
HD scales to 210+ channels — with NXS3100 Series and 500+ with NEXIO Farad
(NXAMP3801HDX only)
Integrated up/down/cross conversion support using software based real time
processing (HD licensed servers only)
Automatic Aspect Ratio Conversion (ARC) using AFD (HD licensed servers only)
Read, generate, and write continuous and discontinuous VITC
EIA-608 <> EIA-708 and WST <> OP-47 closed caption transcoding using software
based real time processing (HD licensed servers only)
Easy integration with IP networks using Gigabit Ethernet for media transfers
Supports redundant Ethernet, which seamlessly switches operation from one Ethernet
network to the other, if one Ethernet network fails
Runs NEXIO operating system (NXOS) software for ingest, playout, file transfers,
content management, and additional optional applications
Multitier user account access, prevents unauthorized operators from altering video/
audio procamps or deleting media
Dolby® Digital and Dolby E audio pass-through; record and play
Off-speed play
Works with a wide range of 3rd party automation, archiving, and media management
applications
NEXIO AMP
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9
Includes FTP Server to move media from server-to-server and between attached general
purpose drives
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MXF OP-1a
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QuickTime
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AVI
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Native LXF
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MPEG2 PS/TS Ingest
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Pinnacle private audio stream (mixed services with MPEG audio)
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MOV support for XDCAM EX and AVC-Intra files in both 720p and 1080i
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GXF Handler now supports file exports in addition to the previous support for GXF
imports
Supports optional software applications described in Table 1-2
Supports upgrade to shared storage systems
Specifications
This section describes the hardware and software specifications for NEXIO AMP.
System
The following list describes the general specifications for NEXIO AMP:
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Video
Two Six-Core AMD Opteron 64-bit processors
PCI Express platform
16 GB RAM
Dual mirrored boot drives
Four 10/100/1000Base-T Ethernet adapters
Dual-head DVI-I monitor interface
PS/2 keyboard and mouse (included)
Two USB 2.0 ports on front panel
Four USB 2.0 ports on back panel
One FireWire (IEEE 1394) port (not powered) on front panel
Windows 7 Professional x64
NEXIO Operating System (NXOS)
The following table describes NEXIO AMP video specifications.
All SD and HD Input/Output Configurations require that you have registered your software.
To register your software, see the Software License Card provided with your system.
10
Chapter 1
Introduction
Table 1-3 NEXIO AMP Video Specifications
Channels
SD = SDI (SMPTE-259M)
HD = HD-SDI (SMPTE-292M)
SD Formats
525 @ 29.97fps
625 @ 25fps
HD Formats
1080i @ 29.97fps
1080i @ 25fps
1080p @ 29.97fps
1080p @ 25fps
720p @ 59.94fps
720p @ 50fps
SD Input/
See Table 1-1 on page 6
Output
Configurations
HD Input/
See Table 1-1 on page 6
Output
Configurations
Audio
SD Aspect
Ratio
4:3
16:9
HD Aspect
Ratio
16:9
Aspect Ratio
Conversion
Up/down/cross conversion support (SD only)
EIA-608 <> 708 & WST <> OP-47 caption conversion
AFD aspect ratio conversion
Port based aspect ratio conversion
User-based aspect ratio conversion
The following table describes NEXIO AMP audio specifications.
Table 1-4 Audio Specifications
Channels & Formats
4 AES/EBU pairs per input channel
4 AES/EBU pairs per output channel
8 pairs embedded per input channel
8 pairs embedded per output channel
Inputs
4 pairs HD-BNC, unbalanced (AES/EBU)
75 termination
1V p-p nominal levels
Outputs
4 pairs HD-BNC, unbalanced (AES/EBU)
75 termination
1V p-p nominal levels
Processing & Storage 16, 20, or 24-bit, PCM, 48kHz
Compressed Audio
Dolby Digital (AC-3) and Dolby E pass-through
NEXIO AMP
Video Compression
11
The following tables describes the NEXIO AMP video compression specifications. All playout
channels support up/down/cross conversion when used in 2 channel or 3 channel mode.
Up/down/cross conversion is supported in 4 channel SD/HD mode. Up/down/cross
conversion is not supported in 4 channel SD only mode or in 6 channel mode.
All channel configurations require registration using a Software License Key (SLK).
Table 1-5 shows the SD video compression coding and decoding.
Table 1-5 Standard Definition Video Compression Specifications
SD Coding and
Decoding
Compression
Profile Resolution and
Frame Rate
MPEG-2 l-frame — 4 to
15 Mbps
4:2:0
525 @ 29.97fps
625 @ 25fps
MPEG-2 l-frame — 10 to
50 Mbps
4:2:2
525 @ 29.97fps
625 @ 25fps
MPEG-2 Long GOP — 4
to 15 Mbps
4:2:0
525 @ 29.97fps
625 @ 25fps
MPEG-2 Long GOP — 10
to 50 Mbps
4:2:2
525 @ 29.97fps
625 @ 25fps
IMX — 30, 40, and 50
Mbps
525 @ 29.97fps
625 @ 25fps
DVCPRO — 25 and 50
Mbps
525 @ 29.97fps
625 @ 25fps
DVCAM* — 25 Mbps
625 @ 25fps
*DVCPRO25 is the same as DVCAM in 525 @ 29.97fps.
Table 1-6 shows the HD video compression coding and decoding.
Table 1-6 High Definition Video Compression Specifications
Compression
Profile Resolution and
Frame Rate
HD Coding and MPEG-2 l-frame — 50,
Decoding
80, and 100 Mbps
4:2:0
1080i @ 29.97fps
1080i @ 25fps
1080p @ 29.97fps
1080p @ 25fps
720p @ 59.94fps
720p @ 50fps
MPEG-2 l-frame — 50,
70, 80, 100, 120, and
150 Mbps
4:2:2
1080i @ 29.97fps
1080i @ 25fps
1080p @ 29.97fps
1080p @ 25fps
720p @ 59.94fps
720p @ 50fps
12
Chapter 1
Introduction
Table 1-6 High Definition Video Compression Specifications (Continued)
MPEG-2 Long GOP —
18, 25, 35, 50, 60, 70,
and 80 Mbps
4:2:0
1080i @ 29.97fps
1080i @ 25fps
1080p @ 29.97fps
1080p @ 25fps
720p @ 59.94fps
720p @ 50fps
MPEG-2 Long GOP —
25, 35, 50, 70, and 80
Mbps
4:2:2
1080i @ 29.97fps
1080i @ 25fps
1080p @ 29.97fps
1080p @ 25fps
720p @ 59.94fps
720p @ 50fps
DVCPRO HD — 100
Mbps
1080i @ 29.97fps
720p @ 59.94fps
1080i @ 25fps
720p @ 50fps
XDCAM HD — 35 Mbps
(not available in 720p)
1080i @ 29.97fps
1080i @ 25fps
XDCAM HD422 — 50
Mbps
1080i @ 29.97fps
720p @ 59.94fps
1080i @ 25fps
720p @ 50fps
XDCAM EX — 35 Mbps
1080i @ 29.97fps
720p @ 59.94fps
1080i @ 25fps
720p @ 50fps
H.264 (decode only)
1080i @ 29.97fps
720p @ 59.94fps
1080i @ 25fps
720p @ 50fps
DNxHD
1080i @ 29.97fps
720p @ 59.94fps
1080i @ 25fps
720p @ 50fps
AVC-Intra encode on
servers with six-core
processors (2 channel
mode only)
1080i @ 29.97fps
720p @ 59.94fps
1080i @ 25fps
720p @ 50fps
AVC-Intra is available on servers with six-core processors. Table 1-7 shows the HD video
compression specifications for servers equipped with the NEXIO AMP NXCP Codec
Processor board.
Table 1-7 High Definition Video Compression Specification for AVC-Intra
HD Decoding
AVC-Intra:
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0 ingest + 2 play only
1080i @ 29.97fps
720p @ 59.94fps
1080i @ 25fps
720p @ 50fps
NEXIO AMP
Storage
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The following table describes NEXIO AMP storage specifications.
Table 1-8 Storage Specifications
Storage
RAID Redundancy
8x internal SATA-2 hot-swappable drives (standard);
additional 8x internal SATA-2 hot-swappable drives
(available for purchase)
The following table describes the NEXIO AMP RAID redundancy specifications.
Table 1-9 RAID Redundancy Specifications
Timecode
Connection Options
Controller
RAIDsoft™ software RAID management
system
RAID Protection Schemes
Per Volume
RAID 3 (single drive parity; single drive
failure protection)
-ORECC (multiple drive parity; dual drive
failure protection)
The following list describes the timecode connections options for NEXIO AMP.
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Remote GPI Control
RS-232
TCP/IP
Leitch clock interface
VITC reader, writer, and generator
The following table describes the GPI control specifications for NEXIO AMP.
Table 1-10 GPI Control Specifications for NEXIO AMP
Remote Serial
Interface
Inputs
32 inputs (two 26-pin MDR connectors)
Outputs
16 outputs (two 26-pin MDR connectors)
The following list describes the remote serial interface specifications for NEXIO AMP:
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RS-422 ports for control of up to eight channels; one port can be allocated for a VTR
RJ-12 connector
Harris ADC VDCP pinout (see NEXIO AMP RS-422 Pinouts on page 46)
14
Chapter 1
Introduction
Controls
The following table describes NEXIO AMP control specifications.
Table 1-11 Control Specifications
Input/Output
Protocols
Physical
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Ethernet, TCP/IP via socket or UDP
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RS-422
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GPI
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NEXIO Native Protocol
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VDCP
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Sony 9-Pin
The following table describes NEXIO AMP size specifications.
Table 1-12 Size Specifications
Power Supply
Height
5.25 in. (13.4 cm); 3RU
Width
19 in. (48.3 cm)
Length
26 in. (71.4 cm) from the rack ears to the rear panel
Weight
62 lbs. (28.12 kilograms)
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Supported
Television Formats
Redundant dual hot-swappable, dual load-sharing
AC 115-120 V; 200-240 V, auto select
60/50 Hz
750 W
NEXIO AMP supports the following television standard formats:
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525 @ 29.97fps
625 @ 25fps
720p @ 59.94fps
720p @ 50fps
1080i @ 29.97fps
1080i @ 25fps
1080p @ 29.97fps
1080p @ 25fps
15
2
Hardware Installation
This chapter describes how to install and begin using NEXIO AMP. This chapter includes the
following sections:
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Rack Mounting on page 15
Connecting NEXIO AMP on page 16
Rack Mounting
The NEXIO AMP comes with the rack mounting rails.
The following are installation requirements/recommendations:
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Equipment — Mount the chassis on an appropriate rack using the provided rack
mounting and support equipment.
Power source — Connect the power inlet to an adequate power source. Using a UPS
is strongly recommended. Connect each of the two redundant power supply
connections to a separate electrical circuit for added protection.
Adequate airflow — NEXIO AMP frames require adequate airflow around the chassis
to provide sufficient cooling. All components draw air in through the front and exhaust
via the rear of the frame. The surfaces must be clear of obstructions to provide proper
air circulation and cooling.
External device connections — Video monitors and all connections to external
devices should be available and in working order.
Cable clearance — Provide at least 2 inches of clearance in the rear of the rack for
cabling.
Ensure that the rack is anchored to the floor so that it cannot tip over when NEXIO
AMP is extended out of the rack.
To rack mount NEXIO AMP
1
Remove the slides from the rails.
2
Attach a slide to each side of the NEXIO AMP chassis. The release latch on the slide faces the rear of
the frame.
3
Attach an extension to the back of each rail to match the depth of your rack.
4
Attach the rails to the rack posts.
5
Pull the inner rail out until it locks.
6
Slide the NEXIO AMP into the rail until it stops; press the release latch on each slide and continue to
slide the NEXIO AMP into the rail until it locks.
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Chapter 2
7
Press the release button on the outside of the rail and slide the NEXIO AMP all the way into the rack.
rear rack
posts
front rack
posts
slide
extension
release button
release latch
slide
Figure 2-1 Rack Mounting
To remove NEXIO AMP from the rack
1
Stand in front of the NEXIO AMP and pull NEXIO AMP out as far as it will go.
2
Press the release latch on each side of the slide, and pull the NEXIO AMP out the rest of the way.
For more information on rack mounting, see the NEXIO NX3801HDI Installation Quick Start
Guide.
Connecting NEXIO AMP
This section contains the following topics:
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Rear Panel Port Connectors on page 17
Rear Panel Port Descriptions on page 19
Front Panel Descriptions on page 24
NEXIO AMP
Rear Panel Port
Connectors
17
The NEXIO AMP rear panel is shown in Figure 2-2.
Figure 2-2 NEXIO AMP Rear Panel
The function of each connector is shown in Table 2-1. For additional information, see Rear
Panel Port Descriptions on page 19.
Table 2-1 NEXIO AMP Rear Panel Port Connectors
Port
Description
SYS ID
SYS ID Button
Used to identify a server from the front.
Power Supply
Alarm Reset
Power Supply Alarm Reset Button
Silences the power supply alarm.
Power Supplies
Power Supply 1, Power Supply 2
Two hot swappable, redundant power
supplies.
HD/SD SDI Video
IN1, IN2, IN3, IN4
Four BNC connectors for HD-SDI and SDI
video inputs 1 through 4.
REF IN
BNC connector for analog bi-level or
tri-level reference input.
LOOP
BNC connector for analog reference
passive loop-through. Loop output = REF
IN input. If the loop-through is not used,
connect a 75terminator to this jack.
LOOP IN1, LOOP IN2, LOOP IN3,
LOOP IN4
Four BNC connectors for loop-through
of inputs 1 through 4.
OUT1, OUT2, OUT3, OUT4
Four BNC connectors for HD-SDI and SDI
video outputs 1 through 4.
IN1
Four HD-BNC connectors for AES/EBU
audio input. Connect to these ports
when using AES/EBU audio and Dolby E
for input 1.
AES Audio
1/2, 3/4, 5/6, 7/8
IN2
1/2, 3/4, 5/6, 7/8
for input 2.
18
Chapter 2
Table 2-1 NEXIO AMP Rear Panel Port Connectors
IN3
1/2, 3/4, 5/6, 7/8
IN4
1/2, 3/4, 5/6, 7/8
OUT1
1/2, 3/4, 5/6, 7/8
OUT2
1/2, 3/4, 5/6, 7/8
OUT3
1/2, 3/4, 5/6, 7/8
OUT4
1/2, 3/4, 5/6, 7/8
USB
USB1
for input 3.
for input 4.
audio output 1.
audio output 2.
audio output 3.
audio output 4.
USB 2.0 port connector for mouse.
MOUSE
USB2
USB 2.0 port connector for keyboard.
KEYBOARD
USB3, USB4
Two unassigned USB 2.0 port
connectors.
RS232
RS232
9-pin D-sub connector for RS232 serial
port connection.
PC Speaker
PC SPKR
Computer speaker port connector. Not
used.
DVI
DVI1, DVI2
Two DVI-I primary monitor connections.
Ethernet
ETHERNET1, ETHERNET2,
ETHERNET3, ETHERNET4
Four RJ-45, 10/100/1000 Mbps Ethernet
connections.
GPI Ports
GPI IN 1-16, 17-32
Two 26-pin MDR connectors for GPI
input.
GPI OUT 1-8, 9-16
Two 26-pin MDR connectors for GPI
output.
COM PORTS
Eight RJ-12, RS-422 ports for serial
control. Either COM port 7 or 8 can be
used to control a VTR.
COM Ports
1, 2, 3, 4, 5, 6, 7, 8
NEXIO AMP
Rear Panel Port
Descriptions
19
The following sections describe the NEXIO AMP rear panel port connections.
SYS ID
The SYS ID button enables you to identify a server from the front. When you press the SYS
ID button, the front panel indicator illuminates so that you can easily identify the applicable
server.
Power Supply Alarm Reset
The power supply alarm reset button silences the power supply alarm.
Power Supplies
NEXIO AMP has two redundant hot swappable power supplies located on the back panel.
Under normal operation both power supplies work in tandem spreading the load between
them. In the event of a failure, the functional power supply provides all power needed by
NEXIO AMP.
To identify and remove the failed power supply
1
Look at the status LED on the front of each power supply. The LED on the failed power supply will
not be illuminated.
Figure 2-3 -------------Power Supply Module
Handle
Status
LED
Release
Tab
2
To remove a power supply, push the release tab to the left.
3
Hold the release tab to the left, grasp the power supply handle, and pull the power supply out of the
frame.
To insert a new power supply
1
Slide the replacement power supply into the empty slot.
2
Press firmly so that it clicks in place. If the power supply cord is in place, the module's status LED will
illuminate.
20
Chapter 2
HD/SD SDI Video
The HD/SD SDI video ports use BNC connectors for HD-SDI and SDI video input and output.
The ports can be configured for SMPTE-259M SD or SMPTE-292M HD outputs.
Reference Ports
There are two reference ports on the NEXIO AMP back panel: REF IN and LOOP.
The reference ports use BNC connectors for analog bi-level or tri-level sync reference
connection. A valid reference signal must be applied to the REF IN port when the system is
configured for external sync.
Looping is not recommended. If you do loop, use caution when looping reference
throughout the server system. If one external cable fails or you replace a failed server, you
will compromise the reference signal to other servers in the looped chain. Always terminate
unused loop outputs with a 75terminatorprovided in the accessories bag).
Each frame should have its own reference for the source device to ensure correct timing.
Referencing the Server System to the House Time Clock (Optional)
Refer to the NXUSBTC User Guide for more information on referencing the NEXIO AMP
to your house time clock. When recording from a satellite feed, apply frame
synchronization hardware between the receiver and the video input channel. The
synchronization hardware and the NEXIO AMP mainframe must be connected to the house
reference.
In addition, refer to the NXUSBLTC User Guide for support of one LTC input per channel
and one LTC output per channel. NXUSBLTC is ideal if you want to preserve LTC input
timecode from VTRs and other sources, and if you are using downstream devices that
require an LTC input, such as closed caption insertors.
Do not use wire or plastic ties on cables as this can impede cable performance. Use soft
cable ties such as Velcro-based ties for wrapping cables.
The BNC connectors use coaxial cable to connect devices together. Use high-quality cable
suitable for HD-SDI with the NEXIO AMP frame, for example, the Belden 1694A cable.
Cable used for analog, SDI, and ASI devices may not be high enough quality.
AES Audio
The audio ports use HD-BNC connectors for AES/EBU digital audio input.
RECORD 1 (5) and RECORD 2 (6) — Supports a total of 4 pairs (8 channels) of digital
audio in per video channel. Each input connector supports one pair of AES/EBU digital
audio.
PLAY 1-4 — Supports a total of 4 pairs (8 channels) of digital audio out per video channel.
Each output connector supports one pair of AES/EBU digital audio.
NEXIO AMP
21
USB
There is a USB port designated for use with a USB keyboard and a USB port designated for
use with a USB mouse.
In addition, there are four available USB 2.0 ports. Two USB ports are located on the front
of NEXIO AMP. Two USB ports are located on the rear of NEXIO AMP. The available USB
ports can be used to connect devices to the server.
The following USB devices can be used as sources and destinations when moving content in
and out of the server:




USB CD-ROM/R/RW drives (source only)
USB DVD-ROM/RW/RAM drives (source only)
USB hard drives
USB thumb drives
An FTP site created for a USB device is created as Folder type rather than an FTP Server
type.
NEXIO AMP supports USB 1.0, 1.1, and 2.0.
RS232
There is one serial port designated for RS232 communication. This port can be used with a
supported Time Code Corrector module to lock the NEXIO AMP server system to your
house time reference. For more information, see the NXUSBTC User Guide and your
Adrienne AEC Box (NXUSBTC) documentation.
PC Speaker
Computer speaker port connector. Not used.
DVI
The NEXIO AMP has two available DVI ports. This lets you simultaneously connect two
monitors to the system.
DVI1 is the primary DVI port. DVI2 is optional. If the DVI2 connection is used, it supports
spanning of the desktop or a second simultaneous instance of the desktop.
Ethernet
NEXIO AMP is equipped with four Ethernet ports, labeled Ethernet 1, Ethernet 2, Ethernet
3, and Ethernet 4. Each port is 10/100/1000 Mbps capable with full autonegotiation. The
ports may be flexibly used for NEXIO LAN, Media Host LAN, FTP, Proxy, and Protocol
(control). Full duplex operation is always preferred for networks and is required for the
NEXIO LAN. Category 5, 5e, or 6 cables must be used at 100 Mbps operation, and
Category 5e or 6 cables are required for operation at 1000 Mbps.
22
Chapter 2
NEXIO AMP
The possible Ethernet port allocations for the NEXIO AMP are shown in Table 2-2.
Table 2-2 Ethernet Port Allocations for NEXIO AMP
Ethernet FTP1, 2
Port
1
2
1

2

3

4

Gigabit Ethernet is required.
No Teaming allowed.
Standard Ethernet Configuration
The following sections describe the configurations for physical ports Ethernet 1
and Ethernet 2 when used in the standard network configuration.
If you need to enter values for Ethernet 3 or higher, enter the appropriate IP address(es) in
the NEXIO Config — LLM tab, NetDiskServer boxes (see LLM on page 81).
Ethernet 1 Port Configuration (default)
The following shows the default configuration from the factory:


Configured as the NEXIO LAN communications port
Preferred port for Ethernet based automation control (G1 only)
If you are using a direct connection:
1
In NEXIO Config, click the IP Config tab (see page 74).
2
In the Role list, select NXLAN 1 for Ethernet 1.
If you are using a Media Host architecture:
1
2
In the Role list, select Not Assigned for all Ethernet connections.
3
In the Hi-Res Net Server (MIOH) area, enter the IP address for Host 1 and Host 2.
FTP with Ethernet
The FTP Server can move both SD and HD content in and out of the server system.
The following rules apply for when moving content in and out of a server mainframe via
FTP:



FTP Server module must be running on the mainframe that is used to move clips in and
out of the server system.
The FTP client controlling the transfer process may run on any computer that has
connectivity to the Ethernet port bound to the FTP service.
FTP cannot use the same Ethernet port as the low resolution proxy (PRXEncoder).
NEXIO AMP


23
Protocol can be used via any Ethernet port. Ethernet ports 3 and 4 can be teamed for
port redundancy. Do not team Ethernet ports 3 and 4 if they are used in servers with
the low resolution proxy (PRXEncoder) application.
If Media Most architecture is used, no FTP support is allowed using any Ethernet port.
If you are using FTP services:
1
2
In the Role list, select FTP LAN for the appropriate Ethernet connection (typically Ethernet 3 or
Ethernet 4).
GPI Ports
The NEXIO AMP provides 4 GPI connectors.




GPI IN 1-16
GPI IN 17-32
GPI OUT 1-8
GPI OUT 9-16
GPI IN — There are two GPI IN connectors. Each GPI IN connector manages 16 GPI input
triggers. Inputs can be used to trigger playlist functions such as play, stop, and record of
each channel.
GPI OUT — There are two GPI OUT connectors. Each GPI OUT connector manages 8 GPI
output triggers. Outputs can be programmed to trigger certain events in the Playlist and to
indicate a RAIDset error.
COM Ports
There are eight ports designated for RS-422 communications. They can all be used to
control channels on the server. COM port 7 or 8 can be used to connect a VTR.
COM ports 1 - 8 can be configured to control various channels (see Table 2-3). Each COM
port can control only one channel. The COM ports are codec based, therefore codec 0 =
channel 1, etc. For more information on configuring COM ports, see NEXIO AMP RS-422
Pinouts on page 46.
Table 2-3 Default COM Port Channel Configurations
Mode
COM Port
Codecs
2 channel mode COM Port 1 and 2
Codec 0 and 1 (channel 1 and 2)
3 channel mode COM Port 1, 2, and 3
Codec 0, 1, and 2 (channel 1, 2,
and 3)
4 channel mode COM Port 1, 2, 3, and
4
Codec 0, 1, 2, and 3 (channel 1, 2, 3,
and 4)
6 channel mode COM Port 1, 2, 3, 4, 5,
and 6
Codec 0, 1, 2, 3, 4, and 5 (channel 1,
2, 3, 4, 5, and 6)
8 channel mode COM Port 1, 2, 3, 4, 5,
6, 7, and 8
Codec 0, 1, 2, 3, 4, 5, 6, and 7
(channel 1, 2, 3, 4, 5, 6, 7, and 8)
24
Chapter 2
Front Panel
Descriptions
The front panel of NEXIO AMP is shown in Figure 2-4. The front panel includes the
following (described below):








LED
Indicators
LED Indicators
LCD
LCD Keypad
Boot Drives
SYS ID Indicator
Media Drives
USB Ports
FireWire Port
LCD
LCD
Keypad
Media
Drives
SYS ID
Indicator
Boot Drives
USB Firewire
Ports Port
Media
Drives
Figure 2-4 NEXIO AMP Front Panel
LED Indicators
The LED indicators are on the front of NEXIO AMP. The LED Indicators are used to monitor
NEXIO AMP. For more information on monitoring NEXIO AMP, see LED Indicators on
page 37.
NEXIO AMP
25
LCD and LCD Keypad
The LCD and LCD keypad work together to provide a user interface that enables you to
control alarms and applications, view status, and configure templates and node settings.
The LCD keypad is also used to power on and off NEXIO AMP, and reset the system as
described in the following sections.
Figure 2-5 LCD Keypad
Power On/Reset Button
The power on/reset button enables you to turn on NEXIO AMP, and reset the system as
described below:


Turn On — press and hold the button for 5 seconds to power on the system.
System Reset — when powered on; press and hold the button for 3 seconds to reset
the system.
Power Off Button
The power off button enables you to shut down the system as described below:

Power Off — press and hold the power off button for 5 seconds to shut down the
system.
Arrow Buttons
The arrow buttons enable you to access information and system status. For more
information, see LCD Keypad Buttons on page 41.
Boot Drives
NEXIO AMP has two boot drives. For information on replacing a drive, see Replacing a
Boot Drive on page 52.
SYS ID Front Panel Indicator
The SYS ID back panel indicator illuminates when the SYS ID button on the back panel is
pressed. This allows you to identify the applicable server from the front.
26
Chapter 2
Media Drives
NEXIO AMP comes with eight media drives for internal storage. Additional media drives
can be purchased for added storage (contact your Harris Customer Service Representative).
USB Ports
The front of NEXIO AMP has two USB 2.0 ports. For more information, see USB on
page 21.
Firewire Port
NEXIO AMP has an IEEE1394 Firewire port connector that can be used for a portable
storage device.
27
3
Getting Started
This chapter describes how to start and begin using the NEXIO AMP. This chapter includes
the following sections:


Starting NEXIO AMP on page 27
Startup Operations on page 30
Starting NEXIO AMP
This section describes how to start the NEXIO AMP and the initial startup tasks that you
should perform. After you have performed the tasks described here, you should run the
Using NEXIO Config on page 53 to assign your video and audio I/O settings.
To start NEXIO AMP

Press the power button on the front panel. Under normal operation, the NEXIO AMP
server software starts when you start the server. The following application shortcuts
appear on your desktop:

NEXIO Startup

LLM

FTP Server

NXOS

NEXIO Config
28
Chapter 3
Getting Started
Table 3-1 Desktop Shortcuts
Shortcut
Description
Starts the FTP Server, LLM, and NXOS. Use this
shortcut as the default method for starting these
applications.
Starts the Low Level Module (LLM). The LLM
application is the core software component for
communication and video/audio I/O in your NEXIO
system.
Starts the FTP Server. The FTP Server lets you manage
the transfer of content in and out of your NEXIO
system.
Starts NXOS. NXOS is the built-in operating system
for NEXIO servers. It provides the user interface
where you can encode, play out, and manage your
content. It also provides access to the following
optional applications: ClipSync, Playlist, and Delay.
Starts NEXIO Config. NEXIO Config lets you change
the video and audio, and I/O control settings for your
video server.
The NXOS Log On dialog box appears after you start the server and the LLM and NXOS
applications are started (see Figure 3-1). The first time you log on to NXOS there are two
default user accounts: Administrator and Guest. Log on to NXOS using the default
Administrator account.
Table 3-2 Default Administrator Account
Tip
User Name
Administrator
Password
system
If you log on as a Guest, you do not need a password.
NEXIO AMP
29
To log on to NXOS
1
In the Accounts list, click Administrator. The Administrator user name appears in the User Name
box (see Figure 3-1).
2
In the Password box, type system. This is the default password for the Administrator account.
Figure 3-1 NXOS Log On Dialog Box
3
Click Log on.
The NXOS main window appears (see Figure 3-2). Your MediaBase clip list will be empty if
no clips are stored on the server system.
Figure 3-2 NXOS Main Window
30
Chapter 3
Getting Started
Startup Operations
Once NEXIO AMP is successfully started, complete the following startup operations to
ensure the NEXIO AMP is operating properly:




Registering Your
Software
Registering Your Software on page 30
Confirming Connection to Additional Systems on page 33
Verifying Audio and Video I/O Connections on page 33
Testing Input and Output Signals on page 34
Your software must be registered. Typically this gets done during the commissioning
process. If your software does not get registered during the commissioning process, you
can register your software. To register your software you will need to send Harris BCD
Support the deployment file (.dc file) for the software. The .dc file is a unique encrypted file
for each server. Therefore you must make sure that you name each server with a unique
name for easy identification.
The following procedure describes how to create the deployment (.dc) file that you need to
send to Harris BCD Support. This information can also be found on the Software
Registration Card provided with your server.
If you have any questions about registering your software, contact BCD Technical Support
(see Technical Support on page 6).
To create the deployment (.dc) file
1
Navigate to the C:\Program Files (x86)\Harris\SLK folder.
Figure 3-3 SLK Folder
2
Tip
Double-click RM.exe to open the Registration Manager.
You can also click Start > Programs > Harris > Software License Key > Registration Manager
to open the Registration Manager.
If you are using NEXIO Software Release 5.7.1 or earlier, the Registration Manager is
located at C:\VR\SLK.
NEXIO AMP
31
The Software License Key - Registration Manager appears.
Figure 3-4 Software License Key - Registration Manager
Tip
3
You can click an application and then click Features configuration to view a list of the features
that are enabled.
Click Register.
The Save As dialog box appears.
Figure 3-5 Save As Dialog Box
32
Chapter 3
Getting Started
4
Name the deployment (.dc) file using the server name and the serial number (found on the right
hand side of the server).
Make sure to scan your USB stick before inserting it into the computer and again
before inserting it into the server to prevent viruses or malware.
5
Insert and locate your USB stick, and click Save.
The following message appears telling you that the .dc file is generated.
Figure 3-6 Information Dialog Box
6
Click OK.
7
Email the .dc file and the description of what you are registering (e.g., 4 Channels SD/HD) to Harris
BCD Support at [email protected].
Harris BCD Support will send you a redistribution code (.rc) file.
8
Copy the .rc file to the USB stick and insert it into server.
9
Open the Software License Key - Registration Manager as described above.
10
In the Open dialog box, locate the USB stick and double-click the .rc file.
11
Run the appropriate application to complete the registration (e.g., NEXIO Config, PlayList, etc.)
The Software License Key - Registration Manager shows the application as registered
(see Figure 3-7).
Figure 3-7 NEXIO Config Registered
You can now close the Software License Key - Registration Manager and start NEXIO
Config as described above.
NEXIO AMP
Confirming
Connection to
Additional Systems
33
The LLM enables you to confirm that NEXIO AMP is connected to additional systems by
viewing information in the Nodes area.
Figure 3-8 LLM Main Window
To confirm connection to additional systems
1
In the Nodes pane, confirm that the video server that you are currently logged on to and any other
active nodes are displayed.
If you are connected via a Media Host architecture you will only see your own node and not
the rest of the nodes in the system.
2
In the Logical Disks pane, confirm that logical disk D and any other volumes in your SAN are
displayed.
Verifying Audio
and Video I/O
Connections
Verify the signal routing by checking the installation of your cables. Confirm that all audio
and video I/O cables are connected properly and securely.
34
Chapter 3
Getting Started
Testing Input and
Output Signals
Test signals on all connected channels. You can verify input and output signals by recording
and playing back a test clip.
To test I/O signals on a channel
1
In the channel window, click Add ID (see Figure 3-9).
Figure 3-9 Channel Window
The Add ID dialog box appears (see Figure 3-10).
Figure 3-10 Add ID Dialog Box
2
In the ID box enter the name of the new clip. This is the name of your test clip.
3
In the Duration box enter a time duration for the test clip. Thirty seconds to 2 minutes is
recommended.
NEXIO AMP
4
35
Click OK.
The new ID name appears in the ID box in the channel window and in the MediaBase
window. The Record button (see Figure 3-11) is available indicating that the clip is ready to
record.
Figure 3-11 Ready to Record
5
Left-click (hold) + right-click the Record button, or press CTRL Q.
The record button appears red (see Figure 3-12). This indicates the clip is being recorded.
The current record duration is displayed at the top of the window.
Figure 3-12 Recording
6
Once the recording is complete, play the test clip back in an available playout channel by doing one
of the following:
a
If you used a bi-directional channel, rewind the clip and click Play.
b
Load the clip into a play only window.
7
Confirm successful playback on a connected monitor.
8
If the video server has a second ingest channel, repeat the procedure above for Channel 2 ingest.
To test output signals on remaining playout channels
1
Select the channel window (see Figure 3-13).
Figure 3-13 Channel 2 Window
2
Select a clip in MediaBase.
3
Drag the selected clip from MediaBase and drop it in the channel window.
4
Press Play.
5
Confirm playback on a connected monitor.
36
Chapter 3
Getting Started
6
Repeat Steps 1 though 5 for all configured playback channels.
You can also verify output by dragging a clip from an ingest channel window to a playout
channel window. For example, drag a clip from Channel 1 and drop it in Channel 3. You
may do this while recording a clip in Channel 1. Press the Play button in Channel 3 to play
the clip back during the ingest process.
For more information on NXOS, see the NEXIO NXOS User Guide (Part No.
175-000407)..
37
4
Monitoring Server Status
This chapter describes how to monitor the status of the NEXIO AMP
video server.
The NEXIO AMP displays general status information the following two ways:

LED Indicators on page 37

NEXIO Monitor on page 38
LCD Keypad Buttons on page 41

LED Indicators
The LED indicators are on the front of the NEXIO AMP frame. They show general status and
health of the frame.
Table 4-1 Front Panel LED Indicators
LED
Color
Description
PS Good
Green
Indicates that one or both of the power
supply connections is operating.
PS Fault
Red
Indicates a problem with one or both of
the power supply connections.
Drive Access
Green
Indicates that the media array is being
accessed.
Fan Fail
Red
Indicates that the front fans or CPU fan
have stopped rotating or falls below
programmed RPM limit.
Overheat
Red
Indicates that the motherboard or video
I/O card temperature is above the critical
threshold.
Fault
Red
Indicates media access errors or critical
hardware faults.
38
Chapter 4
NEXIO Monitor
In addition to the front panel LED indicators, the NEXIO AMP has local machine monitoring
software called NEXIO Monitor. NEXIO Monitor is software that runs as an application in
your Windows system tray. See Figure 4-1.
Figure 4-1 NEXIO Monitor Icon
It monitors the same diagnostics as the front panel LED indicators. These diagnostics
include:




CPU fan power
Motherboard/processor temperature
Video I/O board temperature
LLM faults (see the NEXIO Low Level Module User Guide for details)
To open NEXIO Monitor
1 Right-click on the NEXIO Monitor icon in the system tray (see Figure 4-2).
Figure 4-2 NEXIO Monitor Icon Menu
NEXIO AMP
39
2 Click Open.
The NEXIO Monitor window appears (see Figure 4-3).
Figure 4-3 NEXIO Monitor Window
NEXIO Monitor also lets you perform a test of the LED lights on the front panel and select
which diagnostics you want monitored.
Testing the LED
Lights
NEXIO Monitor lets you test the frame’s LED indicator lights. This test does not test if the
actual diagnostic is being monitored; it only tests the LED lights to verify that they are
working.
To test the LED lights
1
Open NEXIO Monitor.
2
In the Front Panel LED Test area, select the check box for the LED light you want to test (see
Figure 4-4).
Figure 4-4 Front Panel LED Test Area
40
Chapter 4
3
Look at the LED indicator on the front panel and verify that it is lit.
4
Clear the check box for the selected LED light.
Selecting
Monitored
Diagnostics
NEXIO Monitor lets you select which diagnostics to monitor. You can select the following
diagnostics:




Drive Access — drive availability
Fan Failure — server fan
Overheat — temperature of CPU
LLM Fault — LLM functions
By default, the following diagnostics are selected:

Overheat

LLM Fault
To select a diagnostic

In the Monitored Parameters area, select the check box of the desired diagnostic (see
Figure 4-5). The selected diagnostic will be monitored.
Figure 4-5 Monitored Parameters Area
To deselect a diagnostic

In the Monitored Parameters area, clear the check box of the desired diagnostic. The
cleared diagnostic will not be monitored.
NEXIO AMP
Checking Status
41
The Status area displays the current status of the three major diagnostics (see Figure 4-6):




Fan
Temperature
LLM
Power Supply
Figure 4-6 Monitored Parameters Area
See Table 4-2 for a description of the diagnostic status icons.
Table 4-2 Status Icons
Icon
Description
Indicates a critical problem with the fan.
Indicates a critical problem with the CPU
temperature.
Indicates a critical problem with the
LLM.
The solid green circle indicates the
diagnostic is operating with no errors.
LCD Keypad
Buttons
The LCD Keypad arrow buttons and provides system information and helps you monitor
NEXIO AMP status.
Figure 4-7 LCD Keypad Arrow Buttons
42
Chapter 4
The following table shows an example of the information that is displayed in each location.
For example, if you press the right button 3 times (ending up in the 4 across; 1 down
location) you will see Server Engine Status information as shown in Table 4-3.
Table 4-3 LCD Display Navigation Sample
1 across
2 across
3 across
4 across
1
down
Harris
Platform:NX3801
Date: 10/29/2010
Time: 1:51:51 PM
MB FAN1: 13106.80
MB FAN2: 11842.11
CPU1 FAN: 6338.03
CPU2 FAN: 6585.37
192.168.90.1
IP: 192.168.90.1
SM: 255.255.255.0
Server Engine Status
LLM0: 0 (OK)
LLM1: 0 (OK)
2
down
Host NX1010-1A
IP: 192.168.90.1
SM: 255.255.255.0
PWS: Good
ScabFan1:12536
ScabFan2:13224
ScabFan3:12365
ScabFan4:13091
192.168.90.1
IP: 192.168.90.1
SM: 255.255.255.0
3
down
LLM Network Info
IP: 192.168.90.1
NODE: 1
DOMAIN: A
VCOREA: 1.14
VCOREB: 1.18
+5V: 4.85
5VSB: 4.90
Quad Port C
IP: 172.16.254.1
SM: 255.255.255.0
4
down
CPU1 Temp: 29.00 C +12V 12.25
CPU2 Temp: 30.00 C VBAT: 2.91
MB1 Temp: 25.00 C MCP55V: 1.39
1.5V: 1.47
Quad Port A
IP: 172.16.252.1
SM: 255.255.255.0
RPM
RPM
RPM
RPM
43
5
Connectors, Jumper
Settings, and Circuits
This chapter provides information on NEXIO AMP pinouts and jumper settings, MDR
connector assembly, and GPI input and output circuits. This chapter includes the following
sections:
NEXIO AMP MDR Pinouts on page 43
NEXIO AMP MDR Connector Assembly on page 47
GPI Input and GPI Output Circuits on page 50



NEXIO AMP MDR Pinouts
NEXIO AMP has a 26-pin 3M MDR GPI connector (see Figure 5-1). See Table 5-1 and
Table 5-2 for the pinout descriptions.
1
14
13
26
Figure 5-1 NEXIO AMP GPI Connector
Table 5-1 GPI IN 1-16
DB26 DSUB
PIN No.
Signal
1
Optoisolator 1 Cathode
2
3
GND
44
Chapter 5
Connectors, Jumper Settings, and Circuits
Table 5-1 GPI IN 1-16
DB26 DSUB
PIN No.
Signal
4
5
6
GND
7
8
9
GND
10
11
12
GND
13
External +5VDC Optoisolator Anode
Common
14
15
16
GND
17
18
19
GND
20
21
22
GND
23
24
25
GND
26
External GND (see Figure 5-2)
Table 5-2 GPI OUT 1-8
Pinout
Signal
1
Relay 5 Common
2
Relay 5 N.C.
3
Relay 5 N.O.
4
Relay 6 Common
5
Relay 6 N.C.
6
Relay 6 N.O.
7
Relay 7 Common
8
Relay 7 N.C.
NEXIO AMP
Table 5-2 GPI OUT 1-8 (Continued)
Pinout
Signal
9
Relay 7 N.O.
10
Relay 8 Common
11
Relay 8 N.C.
12
Relay 8 N.O.
13
GND
14
Relay 1 N.O.
15
Relay 1 N.C.
16
Relay 1 Common
17
Relay 2 N.O.
18
Relay 2 N.C.
19
Relay 2 Common
20
Relay 3 N.O.
21
Relay 3 N.C.
22
Relay 3 Common
23
Relay 4 N.O.
24
Relay 4 N.C.
25
Relay 4 Common
26
GND
45
46
Chapter 5
NEXIO AMP RS-422 Pinouts
The ProductName rear panel includes 8 RJ-12 connectors (see Figure 5-2). See Table 5-3
and Table 5-4 for the pinout descriptions.
6 54 3 2 1
Figure 5-2 NEXIO AMP RJ-12 Connector
Table 5-3 shows the slave configuration pinout descriptions for the
NEXIO AMP.
Table 5-3 RJ-12 RS-422 - Slave Configuration
RJ-12
Connector
Function
Identification
1
RC+
RS-422 plus side input
2
RC-
RS-422 minus side input
3
TX-
RS-422 minus side output
4
TX+
RS-422 plus side output
5
Shield
Shield RS-422
6
Not Used
Not Used
Table 5-4 shows the RJ-12 to DB-9 pinout descriptions for NEXIO AMP.
Table 5-4 RJ-12 to DB-9 Adapter
RJ-12
Connector
Function
1
RC+
7
3
2
RC-
2
8
3
TX-
8
2
4
TX+
3
7
5
Shield
9
9
6
Not Used
1
1
DB-9 Master
DB-9 Slave
NEXIO AMP
47
Table 5-5 shows the jumper settings for NEXIO AMP RS-422 and GPI Board.
Table 5-5 Jumper Settings for RS-422 and GPI Board
Jumper
Descriptions
Modes
JP1
Debug Enable/Disable
OFF = Enable ON = Disable
JP2
Board Enumeration
OFF = Board1; ON = Board2
JMP1
Power Input
1-2 = External; 2-3 = USB
JMP2
Optoisolator Power Select
1-2 Internal; 2-3 = External
In normal operating conditions, no jumper setting changes are required.
NEXIO AMP MDR Connector Assembly
This section describes the procedure for assembling a NEXIO AMP MDR connector.
To assemble a MDR connector
1
Use a wire stripper to remove approximately 1/16” of the wire insulation from each of the required
conductors (see Figure 5-3).
Figure 5-3 Stripped Wires
48
Chapter 5
2
Solder wire 1 to pin 1 on the connector. To locate pin 1, see Figure 5-4.
Figure 5-4 MDR Connection Pin Locations
Tip
For optimal results, use a soldering iron with a fine tip. To make a solder connection from the wire to
the solder cup, first flow solder on both the cable and the cup. Next, use tweezers to locate the wire
through the hole of the solder cup. Then, use the solder iron to flow the solder and make the
connection.
Do not push the wire down too far when installing the wire through the hole in
the solder cup or you may cause a short to the cup.
3
Repeat Step 2 for each connector position.
4
Install the grounding strap to the connector so that the long tab is placed underneath the connector
(see Figure 5-5).
Figure 5-5 Grounding Strap Placement
NEXIO AMP
5
Position the lower shell onto the connector as shown in Figure 5-6.
Figure 5-6 Lower Shell Placement
6
Attach the upper shell to the lower shell and tighten it using a #1 Phillips head screwdriver (see
Figure 5-6).
Figure 5-7 Upper Shell Attachment
7
Clamp the ferrite onto the cable next to the connector that will be connected to the rear panel
(pro-panel) as shown in Figure 5-8.
Figure 5-8 Ferrite Placement
If the ferrite is loose on the cable, use a tie wrap to hold it in place.
49
50
Chapter 5
GPI Input and GPI Output Circuits
The following figures show representative GPI input and output circuits.
Figure 5-9 shows a representative GPI input circuit.
Figure 5-9 Representative GPI Input Circuit
Figure 5-10 shows a representative GPI output circuit.
Figure 5-10 Representative GPI Output Circuit
Figure 5-11 shows an external optoisolator power to GPI input connection.
Figure 5-11 External Optoisolator Power to GPI Input Connection
Jumper JMP2 must be moved to position 2 and 3.
51
6
Troubleshooting
This chapter describes how to remove, replace, and rebuild a boot drive and a media drive
in a NEXIO AMP.
This chapter contains the following sections:

NEXIO AMP Drives on page 51

Replacing a Boot Drive on page 52

Replacing a Media Drive on page 53
NEXIO AMP Drives
NEXIO AMP has two types of Drives: Boot Drives, and Media Drives
(see Figure 6-1).
Boot Drives
Media Drives
Figure 6-1 NX3801HDI Front Panel Showing Boot and Media Drives


The Boot Drives contain the Operating System.
The Media Drives are the drives used to store the video/audio data (the LLM's RAIDset).
52
Chapter 6
Troubleshooting
Replacing a Boot Drive
If a boot drive is bad, a message appears indicating that there is a RAID Access Failure (see
Figure 6-2).
Figure 6-2 RAID Access Failure Message
To remove the failed drive
1
Press the drive release button.
2
Pull the drive release lever out.
3
Pull the drive out.
Figure 6-3 Drive Replacement
If you need help removing a drive, contact Harris BCD Support.
4
Insert the new drive, and allow it to spin up.
The Rebuild process should begin automatically. If the Rebuild process does not begin
automatically, follow the procedure below to manually start the Rebuild.
To manually start the Rebuild
5
During the system reboot (after the Memory Count appears), press F10.
The MediaShield BIOS Array List appears.
6
Press Enter.
The NVIDIA Mirror RAID Detail window appears showing the information for the new
drive.
7
Press the R (Rebuild) key.
The NVIDIA Mirror Select From Free Disk List appears.
8
Press the A (Add) key.
A message appears asking if you want to Rebuild the array.
NEXIO AMP
9
53
Press Enter to accept the Rebuild.
A message appears indicating that all the data on the new (or added) disk will be
overwritten, and asks you if you want to continue.
10 Press the Y (Yes) key.
The MediaShield BIOS Array List reappears. The status indicates “Rebuild”.
11 Press Ctrl X (Exit) to exit and reboot the system.
The Rebuild processes in the background. A message appears when the Rebuild is
complete.
Replacing a Media Drive
This section provides information on replacing a media drive. Detailed information is
provided in the NEXIO Low Level Module (LLM) User Guide. There is usually no need to stop
the LLM to replace the media drive. It is recommended that the system is running
throughout the replacement process.
To replace a media drive
1
Follow the instructions provided in the NEXIO Low Level Module (LLM) User Guide.
The size of the replacement drive should not be less than the size of the smallest drive in
NEXIO AMP (256 GB or higher). For example if a unit has all 256 GB drives, or a hybrid of
drives in it; the size of the replacement drive should not be less than 256 GB.
2
Use the diagram below to identify the media drive. The drive bank letters and drive numbers are
shown in red.
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
A
B
C
D
54
Chapter 6
Troubleshooting
55
Index
A
K
AES/EBU audio 20
analog reference 20
ARC 8
aspect ratio 10
aspect ratio conversion 8
audio ports 20
audio specifications 10
key features 7
C
changing
video routing, audio routing 28
checking frame status 41
COM Ports 23
compressed audio 10
control specifications 14
D
Dolby E 8
Drive Access LED 37
E
Ethernet configuration
Ethernet 1 22
F
Fan Fail 37
Fault LED 37
frame dimensions 14
front panel
LED indicators 24, 37
G
GPI
input 23
output 23
pinouts 46, 47
H
house time clock 20
L
LCD keypad 25
LCD user interface 41
LED indicators 24, 37
Drive Access 37
Fan Fail 37
Fault 37
Overheat 37
PS Fault 37
PS Good 37
LOOP 20
M
monitoring diagnostics 40
N
NEXIO Monitor
about 38
open 38
selecting diagnostics 40
status icons 41
testing lights 39
O
Overheat LED 37
P
pinouts 46, 47
ports
COM 23
keyboard 21
serial 21
USB 21
power off 25
power on 25
protocols 14
PS Fault LED 37
PS Good LED 37
56
R
RAID 13
redundancy 13
REF IN 20
reference 20
reference input 20
reset 25
reset system 25
storage 13
system configuration 9
T
television formats 14
testing LED lights 39
timecode connection 13
Transfer Manager 8
tri-level sync 20
S
selecting diagnostics 40
specifications
audio 10
GPI 13
physical 14
RAID 13
storage 13
supported formats 14
video 9
video compression 11
U
USB 21
V
video compression 11
video ports 20
video specifications 9

Nexio AMP® NX3801 HDX - Imagine Communications

Transcription

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