Euphonix Pilot User manual

©1999 Euphonix, Inc. Page 1 Pilot Computer Manual
Pilot Computer Manual
Version 2.00
Part# 840-06265-02 rev B
Publish date: August 1999
Euphonix Inc. 220 Portage Avenue Palo Alto , CA 94306
Tel: [phone] Fax: [phone] Web Page: www.euphonix.com
In the interest of continued product development, Euphonix reserves the right to make improvements in this
manual and the product it describes at any time, without notice or obligation.
R-1, Audio Deck, Studio Hub are trademarks of Euphonix Inc.
©1999 Euphonix Inc. All rights reserved worldwide. No part of this publication may be reproduced,
transmitted, transcribed, stored in a retrieval system, or translated into any language in any form by any
means without written permission of Euphonix Inc.
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TABLE OF CONTENTS
TABLE OF CONTENTS................................................................................. 3
Overview.....................................................................................................................4
Purpose ................................................................................................................................................ 4
Features................................................................................................................................................4
Applications .........................................................................................................................................5
Physical Specifications .............................................................................................6
Front Panel...........................................................................................................................................6
Dimensions ..........................................................................................................................................6
Front Panel Features...........................................................................................................................6
Rear Panel ............................................................................................................................................7
Technical Specifications ...........................................................................................8
Performance Specifications ...............................................................................................................8
Power Requirements...........................................................................................................................8
Environmental Requirements.............................................................................................................8
Specific Sub-systems or Performance Considerations..........................................8
IEEE 1394.............................................................................................................................................. 8
User Reference...........................................................................................................9
Installing New Versions of R-1 Software........................................................................................... 9
Network Configuration......................................................................................................................10
Monitor Fine Tune .............................................................................................................................11
Safe Mode...........................................................................................................................................11
Power On Sequence..........................................................................................................................11
Power Down Sequence..................................................................................................................... 12
R-1 Software Boot up........................................................................................................................ 12
Resetting 1394 Drivers:..................................................................................................................... 13
If the R-1 Operating System must be Reinstalled .................................................15
Windows 98SE Settings....................................................................................................................17

©1999 Euphonix, Inc. Page 4 Pilot Computer Manual
Overview
Purpose
The R-1 Pilot Computer is the control and display center of the R-1 recording
system. The user input from the computer keyboard, pointer device (trackball or
mouse), and R-1 Remote control are all processed by the Pilot. The Pilot then acts as
the data manager for the state of the R-1 machine, responding to input with display
at the R-1 Remote control and in the Graphical User Interface (GUI). In standard
operating modes, NO AUDIO PASSES THROUGH THE PILOT computer.
The R-1 Pilot is a remarkably high-powered “Wintel-based” computer system.
Because the Pilot is a computer, the operation and the behavior of the R-1 can be
updated by loading new software. The Pilot also provides the R-1 a portal to future
integration into a more computer-centric networked environment. This computer
modality allows for the use of multimedia and database tools to help manage the R-1
“assets.”
Features
The R-1 Pilot is a high speed Pentium III computer in a 2 RU steel case with a
machined heavy aluminum front panel. The Pilot has fault tolerance designed in for
maximum stability. The R-1 Pilot offers some important features to the recorder
product:
•Software control of all functions
•Responsive high-speed TFT metering display
•Fixed Now-Line 24-Track display with individual clips per punch in/out
•Directory display of all Titles and Sounds on the system
•Bi-directional serial communication with Remote for input and display
•Visual status feedback of most functions and operational modes
•Pentium II processing for control, display, and state machine management
•3D/2D accelerated graphics (1024 X 768 with 16-bit color)
•Three high speed IEEE 1394 data ports
•Network ready RJ45 connection
•Windows 98/2000 (ready) operating system
•CD-ROM for loading new software
•Floppy Drive for Title file safety back up and emergency boot up

©1999 Euphonix, Inc. Page 5 Pilot Computer Manual
Applications
The R-1 Pilot is NOT PROVIDED AS A GENERAL COMPUTER TOOL. Do
not run third party software on the Pilot (unless specified or included by Euphonix),
as Euphonix cannot guarantee correct and reliable operation of the R-1 under such
circumstances.

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Physical Specifications
Front Panel
Dimensions
Height: 3.5 inches
Width: 19 inches
Depth: 18 inches
Weight: 25 lbs
Front Panel Features
3.5” Floppy Drive For upgrading system software, back up of Title files, or other system
housekeeping duties.
24X CD ROM Drive For upgrading system software.
OS Drive LED Indicates the Operating System (DOS) drive is active.
SCSI LED Indicates Pilot SCSI network is active. This is currently not implemented.
Reset Button Can be used for a ‘warm’reboot of Pilot. This button is recessed into the front
panel so it will not be accidentally pressed.
Power Switch On/Off button lights when unit is powered up.
THERE ARE NO USER SERVICEABLE PARTS IN THE PILOT COMPUTER
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Rear Panel
Video Connector (15 Pin D sub) The video monitor (TFT) is connected here. This video cable
either be a long run (10 meters) from the Remote stand or a short run from an
extender box.
USB Ports (USB) Universal serial Bus ports. A USB modem can be connected here, but is
not currently configured for any purpose.
Network Port 1 (RJ45) A Local Area Network (LAN) can be connected at this port to give the
Pilot computer access to networked resources including Internet access if your facility
is so equipped.
Network Port 2 (RJ45) A second Local Area Network (LAN) can be connected at this port to
give the Pilot computer access to a separate set of networked resources. This
attachment of a second network will require further software configuration.
Trackball & Keyboard (PS2) Connect the Y-cable marked KYBD and MOUSE here.
IEEE 1394 Ports (1394) These ports are used for connection to IEEE1394 ports on the Studio
Hub and Audio Deck. 1394 carries control, status and feedback communication.
Remote (9 pin D sub) This port accepts the RS232/422 adapter and Remote cable, or
just the RS232 serial cable if an extender system is supplied. When an extender is
used the RS232-to-RS422 conversion takes place at the Remote.
SCSI (68 pin D-sub female) This port connects to external SCSI devices such as JAZ
drives, CD-R, or Kingston-mounted hard rives. The port is software enabled but not
typically used. Please check with Euphonix R-1 support to configure the port for
actual use.
Power Connector (IEC) The IEC power connector accepts standard IEC power cords. A
switching power supplied is used so voltages from 110volts to 240 volts, 50 or 60
cycle, can be input.
REMOTE
MOUSE
KBD NTWK 2
SCSI USB
TFT
NTWK 1
Primary
Network
Port
Video Monitor
Attach TFT
IEEE 1394
Connect one
to Hub
Trackball &
Keyboard
Y-connector
SCSI – port
may be used
with proper
set-up
Remote
USB Ports
NOT USED
Parallel Port
NOT USED
Network Port
NOT USED

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Technical Specifications
Performance Specifications
Pentium III, 933 MHz, 256 MB RAM, 10 GB HD storage
3D/2D accelerated graphics at 1024 X 768 pixels with 16-bit color
Peak Program Metering per IEC 268-10A
400 Mbit IEEE 1394 interface
Ultra wide SCSI controller
10Base-T/100Base-T Ethernet network controller
USB 1.0 interface
Power Requirements
110, 220, or 240 VAC at 50 or 60 Hz
Environmental Requirements
5 to 35 degree Centigrade
Specific Sub-systems or Performance Considerations
IEEE 1394
The R-1 Pilot Computer isolates itself from the actual audio processing (recording)
components. Each component runs its own operating system (which can be
downloaded from the Pilot) and communicates with the Pilot and other components
via 1394. This control backbone is designed for 400 MBit operation.

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User Reference
Installing New Versions of R-1 Software
Follow this procedure to ensure proper installation of R-1 software upgrades:
1) Power on the R-1 Pilot computer.
2) Insert the CD ROM or diskettes that contain the R-1 software into the CD ROM
or floppy drive.
3) Find the SETUP.EXE file and double click on it. This will install the new
version of R-1 software. DO NOT START THE R-1 SOFTWARE
4) Exit Windows and power down the R-1 Pilot.
5) Disconnect at the Pilot the 1394 cable (green) that runs from the Pilot to the
Studio Hub. There should be no 1394 connection from the Pilot to the Studio
Hub.
6) Disconnect at the Studio Hub the 1394 cable (green) that runs from the
Studio Hub to the first Audio Deck. There should be no 1394 connection from
the Audio Deck or the Pilot to the Studio Hub.
7) Reconnect the 1394 cable (green) that runs from the first Audio Deck back to
the Pilot.
8) Power on the Pilot and Audio Deck.
9) Start the R-1 software by double clicking on the R-1 Multitrack Recorder icon.
Choose Cancel when you get the message that a Studio Hub cannot be found.
10) The software will load new code to the Audio Deck(s) and the R-1 Application
will show on the screen.
11) Close the R-1 Application, exit Windows and power down the Pilot and Audio
Deck.
12) Disconnect at the Pilot the 1394 cable (green) that runs from the first Audio
Deck to the Pilot, and reconnect this cable to the Studio Hub.
13) Reconnect the 1394 cable (green) that runs from the Studio Hub back to the
Pilot.
14) Power on the Pilot, Audio Deck, and Studio Hub.
15) Start the R-1 software by double clicking on the R-1 Multitrack Recorder icon.
16) The software will boot the Audio Deck and load new code to the Studio Hub
and the R-1 application will show on screen.
17) Exit Windows and power down the Pilot, Audio Deck and Studio Hub. The
software upgrade is now complete.

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Network Configuration
The Pilot computer Windows operating software has been made network ready by
the installation of the following:
1) Client for Microsoft Networks
2) Built-in Fast Ethernet Adapter
3) TCP/IP
Still it essential that if you are configuring your R-1 for use on a network, your
facility’s network and systems administrator must ensure that:
1) The physical network is built properly
2) Servers and other nodes on the network are configured correctly
3) Window98 networking features on the R-1 are configured correctly
Euphonix cannot take responsibility for the configuration of your network unless
specific contractual arrangements are made with Euphonix for these services in
advance. If you do not have the expertise on hand to manage a networked
installation, then DO NOT NETWORK your R-1.
To connect your Pilot computer to an Ethernet network:
a) Power on the Pilot computer
b) After boot up, right-click on the Network Neighborhood icon.
c) Left-click on Properties.
d) Click on the Identification tab.
e) Enter a computer name that is unique on your network. Check with your
facility network administrator to answer this question. The Computer Name,
which you enter, must be an alpha-only or alphanumeric character string of
no more than 15 characters. You may use hyphens, but you may not use
any other symbols. You also cannot use spaces, and you cannot use
exclusively numeric names.
f) Enter the name of the workgroup or domain in which you want the
computer to communicate. Check with your facility systems administrator
to answer this question.
g) Click OK.
h) Power down the Pilot computer
i) Connect a RJ45 network cable to the back of the Pilot computer.
j) Power up the Pilot. Enter your network password when prompted by the
opening dialog box.