CDD 5101 - actionmedia.com.hk

Transcription

Philips Optical Storage / BL-RW
Commercial Specification
of the
“Combi , CD-R/RW – DVD Drive”
Combi/ CDD5101/xx:
CD-Recordable / Rewritable / DVD Read drive for data applications,
Up to CD 16x Write, CD 10X ReWrite, and CD 40x Read speed, and
DVD 10x Read Speed
E-IDE interface, 5.25” half height CD-R/RW / DVD Read applications
Commercial Drive Specification
Januari 2002
2002 Philips Electronics N.V.
All rights reserved. Specifications are subject to change without prior notice. Reproduction in whole or
part is prohibited without written consent of the copyright owner.
CDD5101- Drive Specification V1.1
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Final
Table of Contents
1.
Introduction
1.1. Scope
1.2. Summary of product characteristics
1.3. General Standards
1.4. CDD5101 Reference documents
2.
Performance and Functional Specification
2.1. Disc / Data Specification
2.1.1. CD Disc Capacity and Parameters
2.1.2. DVD Disc Capacity and Parameters
2.2. Functional Specification
2.2.1. Buffer Memory
2.2.2. Readable Modes & Block Lengths supported
2.2.3. Writable Modes & Block Lengths supported
2.2.3.1.
2.2.3.2.
3.
4.
5.
6.
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Write verification
Seamless linking
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2.2.4. Audio
2.2.5. Playability CD
2.2.6. Playability DVD
2.2.7. Supported Addressing Methods
2.3. Performance Specification
2.3.1. Read Performance
2.3.2. Write Performance
2.3.3. Transfer Rates
2.3.4. Rotational Speed
2.3.5. Access time
2.3.6. Spin Up, Spin Down, Eject Time
Environmental
3.1. Operational/Non-Operational Temperature
3.2. Operational/Non-Operational Humidity
3.3. Vibration / Shock
3.4. Altitude
3.5. Unbalance Media specification.
3.6. Vibration from/to drive
Quality and Reliability
4.1. MTBF
4.2. Loading Mechanism Life
4.3. Sledge Mechanism
4.4. Emergency Eject Mechanism
4.5. Power On/Off cycles
4.6. Product Lifetime
4.6.1. EEPROM
4.6.2. Flash Memory
4.7. Data Integrity
4.8. Influence and Media Life
4.8.1. Reading
4.8.2. Writing
4.9. Electrostatic Discharge Susceptibility
External Authorities
5.1. Agency Approvals
5.2. Conformance Approvals
5.3. Certification Programs
Acoustic Noise
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Draft
6.1. Sound Power measurements
6.2. Test Conditions
6.3. Noise Specification
7.
Drive Characteristics and Human Interface Specification
7.1. Dimension and Weight
7.1.1. Dimensions
7.1.2. Weight
7.2. Appearance
7.2.1. CDD5101 Front Connectors, LEDs and Knobs
7.2.2. LEDs Functional Description
7.2.3. Tray door
7.2.4. Eject Button
7.3. CDD5101 Rear Connectors
7.3.1. DC Power Connector
7.3.2. E-IDE Interface Connector
7.3.3. Rear Audio Output (Line Out)
7.3.4. Digital Audio Out
7.3.5. Master / Slave Connector
7.4. Disc Loading Mechanism
7.5. Disc Ejection Mechanism
7.5.1. Manual Ejection
7.5.2. Emergency Ejection
7.5.3. Software Ejection
7.5.4. Auto Insertion
8.
Electrical Specification
8.1. Connectors
8.2. Power
8.2.1. Voltage
8.2.2. Power consumption
8.2.3. Ripple plus Noise
8.2.4. Power-On Voltage Curve
8.2.5. Hot Plug in
8.2.6. Power Management
8.3. IDE Interface Protocol Support
8.3.1. Data Transfer Protocol
8.3.2. Response time after ATAPI Soft Reset
8.4. Audio Signal Interface
8.4.1. Line Out according IEC1096
8.4.2. Digital out according to IEC958
9.
Firmware
9.1. Supported Commands
9.2. Default Firmware Settings
9.3. Firmware Upgrades
9.4. Capabilities
10.
Host Software
11.
Media
11.1. Writable Media
11.2. Read Only Media
12.
Product labeling
12.1. Required Labels
12.2. Tracability
12.2.1. Drive Serial Number
12.2.2. Product Number
12.2.3. Regulatory Symbols, Safety symbols, Country of Origin
12.2.3.1.
12.2.3.2.
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UL Approbation label.
SetSeal/Modlevel label / Laser Caution Label
3/36
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Final
12.3. Pallet Labels
12.4. Drive Bag
13.
Shipping Packaging
13.1. General overview of packaging issues
13.2. Multiple Drive Package
13.3. Individual Drive Package
13.4. Versions / Codenumbers
Appendix A : User Profile used at release of the CDD5101 drive.
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Final
List of Tables
Table 1 – Overview of CDD5101 Characteristics.................................................................................7
Table 2 – Disc Capacity..................................................................................................................9
Table 3 – Disc Capacity..................................................................................................................9
Table 4 – Readable Modes and Block Lengths Supported ................................................................ 10
Table 5 – Writable Modes and Block Lengths Supported.................................................................. 11
Table 6 – Transfer Rates ............................................................................................................... 13
Table 7 – Rotational Speed ........................................................................................................... 14
Table 8 - Access Time.................................................................................................................. 14
Table 9 – Drive Response Time...................................................................................................... 15
Table 10 – Operating/Non-Operating Temperature / Humidity / Altitude overview ................................. 15
Table 11 – Operating/Non-Operating Shock/Vibration overview.......................................................... 16
Table 12 – Vibration to/from drive ................................................................................................... 17
Table 13 - Product/Component Lifetime .......................................................................................... 18
Table 14 – ESD specification......................................................................................................... 19
Table 15 – Noise specification (Sound Power)................................................................................. 21
Table 16 – LED Protocol ............................................................................................................... 23
Table 17 – IDE Connector layout.................................................................................................... 24
List of Figures
Figure 1 – Sample Front views of the drive ...................................................................................... 22
Figure 2 – Rear view of drive .......................................................................................................... 24
Figure 3 - UL Approbation Label (examples).................................................................................... 32
Figure 4 Location of SetSeal / Modlevel......................................................................................... 32
Change History
Date
09-01-2002
Rev.
0.1
Document name
Commercial spec -CDD5101_V0.1.doc
Change
Initial document.
18-01-2002
31-01-2002
1.0
1.1
update
Input final DVT results
Author:
Gert Lieten
Product Management
5/36
Final
1.
Introduction
1.1.
Scope
This document describes the commercial specification of the CDD5101, a combined CD-Recordable /
Rewritable and DVD Read drive. This functional specification document shall be used in conjunction with
the command set specification document [CDD5101 MMC].
The CDD5101 CD-R/RW&DVD drive is derived from the generic ‘Hercules’ platform. This Hercules
platform, serves as basis to products with following characteristics: Optical drives which have the same
basic performance as a standard CD-R/RW drive, but also features high speed DVD-ROM reading
functionality.
The CDD5101 is a half height 5.25” CD-R/RW &DVD drive with an E-IDE/ATAPI interface, and has fast
read speeds up to 40x on CD and 10x on DVD, a write speed up to 16x CLV on CD-R media, and a
rewrite speed up to 10x on CD-RW media.
This product is intended for the following customers:
• Customers who have a need for near line storage, which can be easily accessed, modified and resaved to a CD.
• Customers who have a need to transport information from one location to another.
• Customers who have a need to store data for interchange with a wide variety of users.
• Customers who have a need for permanent data storage.
• Customers who are looking for a handy location for storing material from a full hard drive.
• Customers who are creating personal Audio CDs.
The drive reads and writes all standard CD data types.
The drive reads all standard DVD video and data types.
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Final
1.2.
Summary of product characteristics
Table 1 – Overview of CDD5101 Characteristics
Property
OS System compatible
CD-R/RW – DVD-ROM drive
Win95/98, Windows 2000, Windows ME,
Windows NT4.x, Win XP, OSX
Yes, from CD, CDR, CDRW and DVD
E-IDE/ATAPI
700MB (based on 80 min m edia)
MMC2
Flash memory on board
5.25”
+5V+/-5%; ripple: 100mVpp
+12+/-10%; ripple: 200mVpp
Bootable Device
Interface
Capacity
Command set
Firmware upgrade
Form factor
Power supply
Read Speeds:
•
Closed Tracks / Sessions / packets (CD / CD-R)
•
DVD
•
Closed sessions CD-RW
•
Open sessions / open packets
•
Audio extraction, with subcode
•
Audio play
•
Spin down1
Write Speeds:
•
CD-R Media
•
CD-RW Media2
•
ROPC (real time optimum power control)
•
OPC (optimum power control)
•
Support seamless linking
•
Cache buffering
Random Access time CD
Random Access time DVD
Power consumption
•
Sleep mode (avg.)
•
Idle (avg.)
•
Nominal (Read/Write) (avg.)
•
Peak (40x + full stroke access)
Environmental
•
Operational shock
•
Operational Vibration 5-500 Hz
•
Non-Operational Shock/Vibration
•
Operating Temperature/Humidity
•
ESD sensitive
– continued operation w/o operator intervention
– no permanent damage
•
Minimised dust entry
1
2
40x CAV
10X CAV
16x ZCAV – 20x CAV profile
16x ZCAV
16x ZCAV - 24x CAV profile
4x ZCAV, buffered to audible audio on 1x
Spin down algorithm implemented
4x, 8x, 12x, 16x (CLV)
4x and 10x (CLV)
discs dependent
on all speeds
Yes
8 Mbyte
Average 125 ms
Average 150 ms
Compliant to PC2001
<= 2.5W
<= 5W
<= 15W (depends on mode)
<= 21W
See chapter 3.3
See chapter 3.3
See chapter 3.3
5-50°C/8-80%
15 kV
25 kV
Sealed design
Spin down mode is a mode activated by the drive itself, when the media cannot be read at 40x CD or 10x DVD.
CMC CDRW media can be written on 4x and 8x .
7/36
Final
Others:
•
PC2001 compatible
•
Analog Audio Line Out
•
Digital Audio
Yes
Yes
Yes, without subcode
Quality/Reliability
•
MTBF per given user profile
•
Tray load/unload
TBD
35,000
Notes:
• The device has to be used in home or office conditions typically, i.e. built into desktop computers, or
used as peripheral.
• Discs according to the [OB CDR] and [OB CDRW] can be written in single or multiple sessions.
One session is one "Orange Book program area", incl. lead in and lead out. The media format can
be both 80mm3 and 120mm CD-R discs and CD-RW discs.
1.3.
General Standards
[CDDA] System Description Compact Disc Digital Audio (“Red Book”)
IEC-908: 1987, N.V. Philips & Sony Corp.
[CDROM]
System Description Compact Disc Read Only Memory (“Yellow Book”)
[CDROMXA]
System Description Compact Disc Read Only Memory extended Architecture
[CDPLUS]
Standard for Enhanced CD (CD-plus) (“Blue Book”)
[CDI]
System Description Compact Disc Interactive (“Green Book”)
[OB CDR]
System Description Compact Disc Recordable (“Orange Book part II”) Vol1 v3.1
& Vol2 v1.0
[OB CDRW]
System Description Compact Disc ReWritable (“Orange Book part III”) Vol1
v2.0 & Vol2 v1.0
[DVD]
DVD specifiation for read only disc
[DVD+RW]
DVD+RW Video format system discription
[ISO9660]
Volume and File Structure for CD-ROM ISO 9660
[SCSI3]
SCSI-3 Multimedia Commands Specification (MMC)
[CD-ROM cmds]
SFF-8020i V2.6 ATAPI (CD-ROM commandset)
[ATA cmds]
X3T13/1153D ATA-5 Rev. 17 (ATA command set)
[CD-RW cmds1]
X3T10/1048D MMC2 Rev. 11.0 (CD-RW command set)
[CD-RW cmds2]
SFF8090 INF8090I rev. 5.1 October 31, 2000 (DVD commands)
[UDF]
Universal Disc Format from OSTA, v. 1.50
[PC2001]
PC2001 v 1.0
[MPC]
MPC-3
Notes:
• All the documents above serve as reference, however deviations may be accepted, if agreed
between Philips and the Customers.
1.4.
CDD5101 Reference documents
[ CDD5101 MMC ] :
[ CDD5101 DVT ] :
3
CDD5101 command set specification document
CDD5101 DVT report HWRG V1.0
In vertical position, 80mm discs have to be used with a mechanical adapter ring to compensate for weight and size
8/36
Final
2.
Performance and Functional Specification
2.1.
Disc / Data Specification
2.1.1.
CD Disc Capacity and Parameters
Table 2 – Disc Capacity
Stamped CD Disc
120 mm disc: 80 min
80mm disc: 21 min
Business Card CD
Max User Capacity
700 Mbytes
193 Mbytes
50 Mbytes
Note
Mode 1
Mode 1
Mode 1
CDR Disc
120 mm disc: 63 min
120 mm disc: 74 min
120 mm disc: 80 min
80mm disc: 18 min
80mm disc: 21 min
Business Card CD
Max User Capacity
560 Mbytes
650 Mbytes
700 Mbytes
165 Mbytes
193 Mbytes
20 Mbytes
Note
Mode
Mode
Mode
Mode
Mode
Mode
1
1
1
1
1
1
CDRW Disc
120 mm disc: 74 min
120 mm disc: 80 min
80mm disc: 18 min
80mm disc: 21 min
Business Card CD
Max User Capacity
650 Mbytes
700 Mbytes
165 Mbytes
193 Mbytes
20 Mbytes
Note
Mode
Mode
Mode
Mode
Mode
1
1
1
1
1
2.1.2.
DVD Disc Capacity and Parameters
Table 3 – Disc Capacity
Disc
120 mm :DVD5
120 mm :DVD9
120 mm :DVD10
120 mm :DVD18
120 mm :DVD-R
120 mm :DVD-RW
120 mm :DVD+RW
Max User Capacity
4.7GB
8.5GB
9.4GB
17.1GB
4.7 GB
4.7 GB
4.7 GB
9/36
Note
Single layer Single sided disc
Double layer Single sided disc
Single layer Double sided disc
Double layer Double sided disc
Final
2.2.
Functional Specification
2.2.1.
Buffer Memory
The CDD5101 uses an 8MB standard buffer memory. The memory functions as cache during reading
and writing.
2.2.2.
Readable Modes & Block Lengths supported
Table 4 – Readable Modes and Block Lengths Supported
User Data Sector Size
Specification
Usage
2352
2048
2336
2048
Red Book, CD-DA
Yellow Book, Mode 1
Yellow Book, Mode 2
Green Book, Mode 2 Form
1
Green Book, Mode 2 Form
2
DVD Standard, Mode 1
DVD Standard, Mode 2
CD-DA Audio (Audio only) / Disc At Once
CD-ROM/ Single Session (Data only)
Rare
Multisession/MultiVolume – CD-ROM/XA or
CD-I (Data only, Track 1 only)
MultiMedia – CD-ROM/XA or CD-I (compressed
audio, video, graphics, Tracks 2–99 only)
DVD Video/ DVD-ROM/DVD-R
DVD Video/ DVD-ROM/DVD-R
bytes/sector
bytes/sector
bytes/sector
bytes/sector
2328 bytes/sector
2048 bytes/sector
2352 bytes/sector
CDD5101 supports the followings read modes:
• TAO: Track At Once
• DAO: Disc At Once
• SAO: Session At Once
• Incremental packet reading (variable and fixed packets, Orange Book parts II and III)
• Multi Session
• Audio extraction (raw data)
• Audio play (buffered to 1x)
10/36
Final
2.2.3.
Writable Modes & Block Lengths supported
Table 5 – Writable Modes and Block Lengths Supported
User Data Sector Size
Specification
Usage
2352
2048
2336
2048
bytes/sector
bytes/sector
bytes/sector
bytes/sector
Red Book, CD-DA
Yellow Book, Mode 1
Yellow Book, Mode 2
Green Book, Mode 2 Form 1
2328 bytes/sector
Green Book, Mode 2 Form 2
CD-DA Audio (Audio only) / Disc At Once
CD-ROM/ Single Session (Data only)
Rare
Multisession/MultiVolume – CD-ROM/XA or
CD-I (Data only, Track 1 only)
MultiMedia – CD-ROM/XA or CD-I
(compressed audio, video, graphics, Tracks
2–99 only)
CDD5101 supports the following write modes:
• TAO: Track At Once
• DAO: Disc At Once (raw data write)
• SAO: Session At Once
• Incremental packet writing (variable and fixed packets, Orange Book parts II and III)
• Multi Session
• Test Write
• Direct overwrite (DOW) on CD-RW discs in all modes, according to Orange Book part III: min. 750
overwrites (using OB compliant media).
• Audio
The drive is capable of streaming data to the disc, when writing in all write modes and data formats. This
includes both fixed and variable packets.
2.2.3.1. Write verification
Write verification:
• Verification of pit-information (monitoring laser write power - Running OPC) on CD-R media, for all
speeds.
• Data read-after-write verification through host procedure (no automatic verify). On CD-RW media, the
drive supports a ‘verify-command’, to report the possibility of worn out sectors, through a measure
proportional to level 1 and level 2 errors during reading
2.2.3.2. Seamless linking
Seamless linking is a feature used to interrupt the normal process of writing on disk and to allow restart
writing “seamlessly” i.e. just after the last previously written data. This feature can be used for various
reasons like in case of a pending buffer under-run.
In seamless linking mode, the encode operation is stopped based on a programmable position in the
data written to the disc, and is restarted based on read-back of that data written to the disc. Since the
data can be positioned accurately, the re-start position can be matched to the previous stop position.
Seamless linking needs an accurate definition of start and stop positions: the accuracy of one channel
bit. If this accuracy is guaranteed for stopping, for restarting, some uncertainty is present on the start
position. This uncertainty will however not result in a three-symbol uncorrectable in the C2 decoder or
the existence of unreadable data on the disc
11/36
Final
2.2.4.
Audio
Both Audio Play and Audio extraction are supported.
Audio Play is executed at 4x ZCAV and buffered to audible audio at 1x.
Analogue Audio is available through a lineout connector on the rear side of the drive. Digital Audio output
is also available at the rear side of the drive.
The digital stream contains no sub-code, according to IEC-958. The audio stream is in Consumer Mode,
category General, with a sample frequency of 44.1kHz.
Audio extraction, using the READ CD command, is supported at a speed of 16x Z-CAV or 24x CAV,
depending on the track position. The “CD-DA Stream is Accurate”-bit in the CD Capabilities and
Mechanical Status Page is supported. This means that the drive is capable of audio data
resynchronisation during playback and audio extraction. The drive is able to play audio tracks in an open
session.
2.2.5.
•
•
•
•
•
ECC (Eccentricity) <= 150µm
-0.5mm <= VDD (Vertical Deviation) <= 0.5mm
Black Dots <= 0.8mm
Fingerprints: no uncorrectables
Scratch <=2 mm
2.2.6.
•
•
•
•
•
Playability CD
Playability DVD
ECC (Eccentricity) <= 140µm
-0.4mm <= VDD (Vertical Deviation) <= 0.4mm
Black Dots <= 1mm
Fingerprints: no uncorrectables
Scratch <=3 mm
2.2.7.
Supported Addressing Methods
The CDD5101 drive supports both Method 1 and Method 2 addressing.
12/36
Final
2.3.
Performance Specification
2.3.1.
Read Performance
The drive reads CD-ROM and CD-R discs at 40x CAV, if the sessions on the media are closed.
In case of a finalized CD-RW disc, the read speed will be 16x Z-CAV and switches to 20x CAV,
depending on the position.
When necessary, a spin down is done. The spin down is done in fine steps of 10Hz (approx. 1.5x) until
the data can be read. Afterwards the drive will try to spin up again to 40x.
The drive reads open sessions on CD-R/RW discs at 16x Z-CAV.
The drive plays audio discs at 4x ZCAV. The audio signal however is heard on 1x, because the audio
signal is played via an internal buffer. The drive performs audio extraction at 24x ZCAV max (16x Z-CAV
– 24x CAV) without data corruption.
The drive can read DVD-ROM/video at 4X, 8X or 10X CAV.
2.3.2.
Write Performance
The drive can write CD-R media in all the modes of data at 4x, 8x, 12x, 16x (CLV).
The drive can write/rewrite CD-RW media in all the modes of data at 4x and 10x (CLV) 4
2.3.3.
Transfer Rates
Table 6 – Transfer Rates
Max. Transfer Rate
Selected Speed
4x
8x
10x
12x
16x
20x
CLV & ZCAV
CLV
CLV
CLV
CLV & ZCAV
CAV
24x
CAV
32x
40x
CAV
CAV
4x
8x
10x
4
DVD CAV
DVD CAV
DVD CAV
(Audio or Raw)
2352 bytes * 75 / 1024
689.1 Kbytes/sec
1378.1 Kbytes/sec
1722.7 Kbytes/sec
2067.2 Kbytes/sec
2756.3 Kbytes/sec
(Mode 2)
2336 * 75 / 1024
684.4 Kbytes/sec
1368.8 Kbytes/sec
1711 Kbytes/sec
2053 Kbytes/sec
2737.5 Kbytes/sec
1368.8-3421.9
Kbytes/sec
(Mode 1 or Mode 2 Form 1)
2048 * 75 / 1024
600 Kbytes/sec
1200 Kbytes/sec
1500 Kbytes/sec
1800 Kbytes/sec
2400 Kbytes/sec
1200-3000 Kbytes/sec
2737.5-6843.8
Kbytes/sec
DVD (Mode 2)
2352 * 75 / 1024
596-1490 Kbytes/sec
1722.7-4134.4
Kbytes/sec
DVD (Mode 1)
2048 bytes * 75 / 1024
519-1297 Kbytes/sec
CMC CDRW media can be written on 4x and 8x .
13/36
Final
2.3.4.
Rotational Speed
CLV calculated assuming:
• 1x = 1.3 m/s
• min radius = 23 mm
• max radius = 60 mm
Table 7 – Rotational Speed
Relative Speed
4x (CLV & ZCAV)
8x (CLV)
10x (CLV)
12x (CLV)
16x (CLV & ZCAV)
4x (CAV)
8x (CAV)
10x (CAV)
20x (CAV)
24x (CAV)
40x (CAV)
2.3.5.
Rotational
Speed
(variable for CLV)
(constant for CAV)
2160-828 rpm
4320-1656 rpm
5400-2070 rpm
6480-2484 rpm
8640-3312 rpm
858 rpm
1716 rpm
2145 rpm
4290 rpm
5148 rpm
8580 rpm (143 Hz)
Access time
The access time of the drive is measured over multiple accesses (at least 100), at the max. speed
(40x), and includes latency. The benchmark programs WinBench 99 and CD Speed are used. For DVD
the tool DVD Speed is used
Table 8 - Access Time
Random Access Time CD
Random Access Time DVD
Average 125 msec
Average 150 msec
14/36
Final
2.3.6.
Spin Up, Spin Down, Eject Time
Table 9 – Drive Response Time
Operation
Response Time
Disc Load until ready time
Preconditions: drive powered-on
Description: new CD-ROM disc inserted in drive. Time required to load the
disc and spin up, determine disc type (read and calibrate disc), and become
READY.
Spin up time
Preconditions: drive powered-on, spin down, ‘closed disc’ previously loaded,
read and calibrated
Description: time required spinning up till access to the disc.
Spin down time from maximum speed
Preconditions: drive powered-on, ‘closed disc’ spinning at 40x.
Description: time required spinning down till stop command is finished.
Eject Time
Description: Time required ejecting the disc, without spin down time.
CD < 13 sec
DVD < 21 sec
3.
CD < 5 sec
DVD < 10sec
CD < 5 sec
DVD < 5 sec
CD < 1 sec
DVD < 1 sec
Environmental
Table 10 – Operating/Non-Operating Temperature / Humidity / Altitude overview
Operating
Non-Operating
3.1.
Temperature5
Humidity
Altitude
Storage Temperature
Storage Exposure
Humidity
Altitude
5 to 50
8 to 80
0 – 10000
-40 to 60 (96 hours)6
70 (48 hours)
5-95
-200 – 40000
°C
% RH
Feet
°C
°C
% RH
Feet
Operational/Non-Operational Temperature
The CDD5101 drive does not need an internal fan. Cooling is done via the drive’s cabinet.
The drive design is made in such a way that dust and particle deposits on CD-RW discs are minimised,
since these deposits can negatively impact write quality. Therefore internally in the drive a dust seal is
incorporated.
Operational Temperature:
5
Guaranteed under normal application software, using normal user profile. In case of stress conditions, a 5 degree margin is
necessary, resulting in 10-45 degrees spec.
6
After being exposed to the above mentioned conditions, and given a recovery time of 4 hours at 25 degree, the CDD5101
will comply to the specification.
15/36
Final
•
•
•
Operational Temperature: 5-50 °C, using normal user profile. No stress conditions. See footnote.
Temperature Gradient: 10°C/hour
No condensation allowed
Non-Operational Temperature:
• -40 to 60 °C for 96 hours (without disc).
• 70 °C for 48 hours (without disc).
• Temperature Gradient: 10°C/hour.
• No condensation allowed
3.2.
Operational/Non-Operational Humidity
Operating:
•
8–80% RH; no condensation allowed
Storage Non-operating Range:
• 5-95% RH, no condensation allowed
• 5 to 60% RH Recordable media
3.3.
Vibration / Shock
Operating drive orientation:
The drive can be mounted both horizontally and vertically. In vertical orientation the right side down
(RSD) is preferable (seen from front).
•
•
Tilt:
Horizontal: +/-15 degrees for 120mm media, +/-5 degrees for 80mm media w/o adapter ring.
Vertical:
+/-5 degrees.
Table 11 – Operating/Non-Operating Shock/Vibration overview
Horizontal drive orientation
Operating Vibration 5-500Hz, 0.8g, swept sine, 1 oct/min;
CD read mode
5-500Hz, 0.001g2/Hz random, 10 min
Operating Vibration
CDR write mode
Operating Vibration
CDRW write mode
Operating Vibration
DVD
Operating Shock CD
read mode
Operating Shock
CDR write mode
Operating Shock
CDRW write mode
Operating Shock
DVD
5-500Hz, TBD g , swept sine, 1 oct/min;
5-500Hz, 0.6g , swept sine, 1 oct/min;
5-500Hz, TBDg2/Hz random, 10 min
5-500Hz, 0.4g , swept sine, 1 oct/min;
6g/11ms, 6 sec between shocks
3g/11ms, 6 sec between shocks, 10 shocks
16/36
Final
Non Operating
Vibration
Non Operating
Shock
5-500 Hz, 0.008 g2/Hz random, 10 min
140g/2ms, (half sine ), 6 directions
80g/11ms,(half sine), 6 directions
80g (180in/sec) (square wave), 6 directions
In all the situations: no permanent errors will occur, meaning:
• No damage to optics, CD mechanism, loader or drive
• No damage to the disc or data on the disc
• No unrecoverable or fatal errors in operational modes
3.4.
Altitude
Operational Altitude:
• 0 - 10000 feet
Non-Operational Altitude:
• -200 - 40000 feet
3.5.
Unbalance Media specification.
The CDD5101 drive will be able to read at maximum speed.
• Unbalanced media spec, Pressed media CD : maximum 5gr.mm
• Unbalanced media spec, Recordable/Rewritable media: maximum 5gr.mm
•
Unbalanced media spec, Pressed media DVD: maximum 3gr.mm
For media with unbalance, or in case the media cannot be read due to another reason, the CDD5101
drive has a spin down recovery algorithm.
3.6.
Vibration from/to drive
Vibration generated by the drive to its environment as a result of spinning discs at high speeds:
Table 12 – Vibration to/from drive
Generated vibration
<=0.7g rms
Measured at any point on the exterior of the
drive, with any disc at max speed.
17/36
Final
4.
Quality and Reliability
During the testing and release of the CDD5101 drive, a certain average user profile was used. For more
information see Appendix A.
4.1.
MTBF
MTBF with average user profile: TBD hrs
The MTBF figure is based on:
• Drive powered in 8 hours/day
• Drive active during 20% of time. Active according to user profile.
• 5 days/week, 50 weeks per year
• Warranty period of 3 years
• Service call rate: <1%
4.2.
Loading Mechanism Life
The drive is capable of at least 35,000 complete disc load/unload cycles.
4.3.
Sledge Mechanism
The drive is capable of at least 2.000.000 seeks (Random), during the lifetime of the product.
4.4.
Emergency Eject Mechanism
The emergency eject mechanism is capable of at least 150 operations.
4.5.
Power On/Off cycles
The drive is capable of withstanding at least 2,000 on/off power cycles, without unrecoverable damage.
4.6.
Product Lifetime
Table 13 - Product/Component Lifetime
MTTF target
4.6.1.
2000 hrs
Tested on component level
(Motors, laser, load/unload, power on/off,
seek, etc)
EEPROM
The EEPROM is capable of at least 1,000,000 overwrites on each memory element.
4.6.2.
Flash Memory
The flash memory is capable of at least 100,000 overwrites.
18/36
Final
4.7.
Data Integrity
Error Rates CD:
• Unrecoverable read errors, Mode 1 data:
• Undetectable read and write errors:
• Recoverable read errors:
• Seek errors (incl. 5 retries):
Error Rates DVD:
• Undetectable read errors:
• Recoverable read errors:
• Seek errors (incl. 5 retries):
4.8.
Influence and Media Life
4.8.1.
Reading
<1 block in 10E12
<1 block in 10E9
<1 block in 10E12 bits
<1 block in 10E9
<1 seek-error in 10E6 seeks
<1 block in 10E12
<1 block in 10E9
<1 block in 10E12 bits
<1 block in 10E9
<1 seek-error in 10E6 seeks
Reading with the drive does not degrade media life.
4.8.2.
Writing
The drive is capable of at least 750 overwrites on [OB-RW] qualified CD-RW media.
4.9.
Electrostatic Discharge Susceptibility
All user accessible parts, when the drive is mounted in a Host PC (i.e. drive front bezel, tray front,
volume control, headphone jack, LED’s and Open/Close button) will withstand the following:
Table 14 – ESD specification
ESD discharges
15 kV
25 kV
Effect
continued operation w/o user intervention
no permanent defect or damages
All applicable mechanical pieces and parts have the recycle symbols and indications, as required by the
environmental rules.
19/36
Final
5.
External Authorities
5.1.
Agency Approvals
•
•
•
•
•
•
•
5.2.
•
•
•
•
•
•
•
•
•
•
•
5.3.
•
•
UL (safety USA)
CEBEC (safety Europe)
CSA (through UL or CSA) (safety Canada)
CDRH (US Laser safety)
FCC part 15 class B (EMC USA) (Grant or DoC)
EMC directive 89/336/EEC (“CE”-mark, DoC required)
C-TICK (Australia EMC)
Conformance Approvals
UL 1950 (safety USA)
CSA C22.2 No. 950 (safety Canada)
EN 60950 (IEC950) (safety Europe)
CDRH Class 1 (laser)
EN 60825-1 (laser Europe)
CSA C108,8 SOR/93-113 (EME Canada)
VCCI class 2 (EMC Japan)
European Environmental Directives
USA Clean Air Act (environmental USA)
EN55022 Class B (Emissions Europe)
EN 50082-1 (Immunity Europe)
Certification Programs
This drive meets Microsoft/Intel PC2001 certification criteria.
This drive is certified as an OSTA MultiRead device.
20/36
Final
6.
Acoustic Noise
6.1.
Sound Power measurements
6.2.
Test Conditions
Noise measurements are done in reverberation room in Philips-Natlab-WAK.
Room characteristics: volume: 230 m³, floorsurface area: 227m², height: 5m.
Measurements are done according ISO 3741. The averaging time is according ISO: 64s (1 rotation of
microphone - rotating boom).
Sound Power Level (Lw) is A-weighted measured.
All drive measurements are done with an acoustic isolation housing around the PC. PC is standing next
to the drive.
The drive is suspended on a jig with elastic strings. Height above ground: ± 1/8m.
Measurements are done in horizontal drive position, with a Philips CDROM testdisc with 3grmm
unbalance.
6.3.
Noise Specification
Table 15 – Noise specification (Sound Power)
Mode
Normal read 40X
Typical (dB(A))
51
21/36
Peak (dB(A))
54
Final
7.
Drive Characteristics and Human Interface Specification
7.1.
Dimension and Weight
7.1.1.
Dimensions
The drive fulfils the 5.25” dimension constraints.
7.1.2.
Weight
The weight of the drive is approx. 850g.
7.2.
Appearance
Depending on the version of the CDD5101, the appearance can change. Versions of the front are
available with or without headphone jack and volume control. The number of LEDs and their placement
can change as well.
7.2.1.
CDD5101 Front Connectors, LEDs and Knobs
Figure 1 – Sample Front views of the drive
From left to right (depending on the version):
(A)
Headphone Jack. (optional)
(B)
Volume control. (optional)
(C)
General Status LED (1 or 2 optional).
(D)
Button open/close.
7.2.2.
LEDs Functional Description
22/36
Final
Table 16 – LED Protocol
Drive State
No disc inserted
Disc is loading
Disc loaded and ready
Disc in, drive in power save mode
Error
Read or Verify activity
Writing a CD-R or CD-RW disc
Test writing a CD-R or CD-RW disc
Tray locked and eject button pushed (during write/read)
Tray locked and eject button pushed (during no action)
Performing drive diagnostics
Flashing firmware
After successful flash operation
After failed flash operation
7.2.3.
Single LED Specification
OFF
SOLID GREEN TILL READY
OFF
OFF
OFF
SOLID GREEN
GREEN flashing ≈ 2 Hz
OFF
SOLID GREEN
OFF
SOLID GREEN
Tray door
The tray door opens and closes when the disc is unloaded / loaded. For dust performance
improvements, the tray will automatically close after 1 min approximately, without user input.
7.2.4.
Eject Button
With button (D) the tray will open or close. When the button is pushed during write, media removal is
prevented (General Status LED flashed for 1 second).
An auto self-test function can be activated, when the eject-button is pushed and held for the duration of
one complete open and close cycle.
A positive self-test result is indicated by the General Status LED in green. After an erroneous self-test,
the General Status LED will be red and will indicate the faulty step by flashing the same number of
times as the number of the faulty step.
7.3.
CDD5101 Rear Connectors
The connector in the back of the drive is a 5-in-1 connector.
23/36
Final
Figure 2 – Rear view of drive
(A)
(B)
(C)
(D)
(E)
7.3.1.
Analogue audio output (4 pin, according to MPC-2 spec)
3 position jumper block, for CS (Cable Select), M (Master) and S (Slave) 7
40 pin ATA-2 dual row flat-cable connector, shrouded & keyed (pin 20 removed)
DC Power inlet: Industry std. 4-pin Amphenol
Digital Audio Output.
DC Power Connector
See connector D. The drive needs DC power to be supplied from an external power supply.
Table 19 – DC Power inlet: Industry std. 4-pin Amphenol – pin out table
Pin number
1
2
3
4
Meaning
+12V
Ground
Ground
+5V
For the electrical characteristics of the power supply, see paragraph 8.2, Power.
7.3.2.
E-IDE Interface Connector
The layout of the IDE connector (C) is given below.
For a detailed description of the IDE command specification (MMC), see [CDD5101 MMC]
Table 17 – IDE Connector layout
IDE Connector
Pin NR
Signal
1
Reset
2
GND
3
DB(7)
4
DB(8)
5
DB(6)
6
DB(9)
7
Pin NR
21
22
23
24
25
26
Signal
DMA Request
GND
I/O Write
GND
I/O Read
GND
PC99 requirement to be followed for CS functionality
24/36
Final
7
8
9
10
11
12
13
14
15
16
17
18
19
20
7.3.3.
DB(5)
DB(10)
DB(4)
DB(11)
DB(3)
DB(12)
DB(2)
DB(13)
DB(1)
DB(14)
DB(0)
DB(15)
GND
Removed
27
28
29
30
31
32
33
34
35
36
37
38
39
40
I/O Ready
SPSync: CSEL
DMACKGND
INTRQ
16 BIT I/O
DA1
PDIAGDA0
DA2
CS0
CS1
DASPGND
Rear Audio Output (Line Out)
Table 21 – Pin out table for line out connector (A)
Pin number
1
2
3
4
7.3.4.
Meaning
Left audio channel
Ground
Ground
Right audio channel
Digital Audio Out
Table 22 – Pin out table for Digital Audio Out connector (E)
Pin number
1
2
7.3.5.
Meaning
Ground
Dig. Audio signal
Master / Slave Connector
This connector (B) is used to install the IDE data cable depending on the existing PC configuration.
Three possibilities of connection:
•
•
•
7.4.
CDD5101 as slave (jumper on Slave).
CDD5101 as master (jumper on Master).
CDD5101 as master or slave (jumper on Cable Select): depending on the configuration of another
connected device.
Disc Loading Mechanism
The CDD5101 drive has a tray load mechanism. The drive incorporates a dust seal prevention so that the
entering of dust in to the drive is minimized. The tray will close automatically after 1 min, without user
input.
25/36
Final
There is a locking mechanism on the tray such that when power is off and the tray is closed, the tray
will be locked in a closed position. This locking mechanism has a manual override, the “emergency eject
mechanism”.
7.5.
Disc Ejection Mechanism
Table 23 – Disc Ejection States
Tray Position
Action
Response
Tray is closed and drive is in READY
state
Tray is closing or tray is closed and
drive has not yet come READY
Tray is open or opening
Depress Load/Eject button
Tray will open if not in locked
state.
Tray will open.
Tray will close
7.5.1.
Manual Ejection
The drive has a manual ejection button on the front bezel. When pressed, it activates the electrical
signal to open the tray. The host computer can disable the manual ejection facility function through the
“PREVENT/ALLOW MEDIUM REMOVAL” command.
7.5.2.
Emergency Ejection
The CDD5101 drive has an emergency eject facility to allow opening the tray in emergency situations or
during power off. An emergency eject hole is located on the front of the drive. The tray will open using a
normal paperclip (diameter approx.1.0mm). Two or three pushes will bring the tray out, after which the
tray can be manually pulled out.
7.5.3.
Software Ejection
The host is able to eject and load a disc by using the START/STOP UNIT ATAPI packet command.
7.5.4.
Auto Insertion
The tray is automatically closed when the tray is pushed.
26/36
Final
8.
Electrical Specification
8.1.
Connectors
Table 24 – Connectors
Connector
Description
DC Power Inlet
Audio Output (Line Out)
Headphone Jack
Digital Audio Out
Signal Connector
Industry std. 4-pin Amphenol
Standard 4-pins CD-ROM audio connection
3.5mm miniature jack
According to IEC958, standard 2-pins CD-ROM DA-connection
40 pin ATA-2 dual row flat cable connector, shrouded & keyed
(pin 20 removed)
3 position jumper block
Master/Slave Connector
8.2.
Power
8.2.1.
Voltage
The voltage supplied by the power supply to the input of the drive must meet the following specification:
•
•
+5 VDC with ± 5% tolerance
+12 VDC with ± 10% tolerance
8.2.2.
Power consumption
Table 25 – Power consumption
Mode
Sleep mode
IDLE
Start/Stop
Read (40x)
Read (10x) DVD
Write (16x)
Open/Close
Seek
Total Power cons.
(average)
2.5 W
3.5 W
5.5 W
12 W
8W
14 W
5.5 W
15.5 W
The rating label of the drive is +5V 2A, +12V 2A.
27/36
Final
8.2.3.
Ripple plus Noise
No non-recoverable errors will occur when ripple voltages of 100mVpp and 200mVpp at frequencies of
20, 200, 500, 1K, 2K, 4K, 5K, 10K, 20K, 50K, 200K, 500K, 2M, 10MHz are superimposed upon the 5V
(-5%,+0%) and 12V (-10%,+0%) power supply lines respectively.
During testing, the ripple voltage has been applied at each frequency for not less than 2 minutes.
8.2.4.
Power-On Voltage Curve
Table 26 – Power on Voltage constraints
Power up repetition time (on/off/on)
Rise time delay between 5V and 12V during power on
Supply Voltage rise time
> 5 sec.
< 0.5 sec.
< 30 msec.
No combination of power sequencing will result in corruption of data on the disc or will damage the drive.
8.2.5.
Hot Plug in
The CDD5101 drive does not support hot plugging.
8.2.6.
Power Management
The CDD5101 is PC2001 compliant.
It’s compliant with Device Class Power Management Reference Specification for the Storage device
class (v1.0a).
It’s compliant with ATA/ATAPI-6 (rev. 1c), except “Advanced Power Management”.
8.3.
IDE Interface Protocol Support
8.3.1.
Data Transfer Protocol
Table 28 – Data Transfer Protocol
Protocol Support:
PIO Mode 0
PIO Mode 1
PIO Mode 2
PIO Mode 3
PIO Mode 4
DMA Mode 0 (multi-word)
U-DMA (Mode 0)
U-DMA (Mode 1)
U-DMA /33 (Mode 2)
28/36
Max. Burst Rate
3.3 MB/sec
5.2 MB/sec
8.3 MB/sec
11.1 MB/sec
16.7 MB/sec
4.2 MB/sec
13.3 MB/sec
16.7 MB/sec
16.5 MHz
20 MHz
33 MHz
Final
8.3.2.
Response time after ATAPI Soft Reset
The response time of the drive after an ATAPI Soft Reset is approx. 4 sec.
8.4.
Audio Signal Interface
All values are measured on an Audio Precision SYS2522 – Cascade- System.
8.4.1.
Line Out according IEC1096
Table 29 – Audio specification for line out:
Output Voltage
Unbalance
Output Impedance
Amplitude Linearity
S/N-ratio
S/N-ratio, A-weighted
Total Harmonic Distortion + Noise
Out band attenuation, signal =
1kHz
Channel separation
Muting level during random access
8.4.2.
0.6 V rms ± 5%
Max 0.10 dB
470 Ohm
-2 dB (20 Hz - 20 kHz)
84 dB, BW = 22Hz - 22kHz
89 dB A-wgt, BW = 22Hz - 22kHz
-77 dB (1 kHz) BW = 22kHz
40dB (>25kHz)
Min 50 dB (20 kHz)
Min. 70 dB (BW = 20 kHz)
Digital out according to IEC958
Table 31 – Digital Audio
Output Impedance
Signal Amplitude
DC output voltage
Clock Accuracy
Sample Rate
75Ω ± 20% unbalanced
1.22 Vpp ± 20%
< 0.05V
± 5Hz
44.1kHz
29/36
Final
9.
Firmware
9.1.
Supported Commands
See combi-dd-0025-dp command specification
9.2.
Default Firmware Settings
The default 8-byte vendor ID reported in the inquiry string is “COMBI ” followed by 3 ASCII spaces.
The default product ID reported in the inquiry string is: “RW 16x10/DVD”, followed by 5 spaces
Thus the complete Inquiry String is “COMBI RW16x10/DVD
“.
9.3.
Firmware Upgrades
The CDD5101 drive has a flash memory to upgrade the firmware level of the product.
The CDD5101 drive needs a host computer reboot after the flash process.
The drive is capable of updating firmware in the following ways:
• With an executable capable of reading in a binary firmware image file.
• With a CD recognized as a flash-CD and containing the binary firmware image file.
The drive has a changeable inquiry string.
9.4.
Capabilities
The CDD5101 has a self-diagnostic capability.
10.
Host Software
The CDD5101 is thoroughly tested and released with following host software
CDR/W:
Ahead InCD 3.14 XP
Ahead Nero Burning Rom 5.5.5.6 Philips Light
Roxio Creator 5.1.02.0029 DirectCD 5.1.02.0029
Veritas RecordNow 3.5 Build 350B18b VCD
Veritas DLA 3.01 Build 200B33a
(Veritas) Prassi PrimoDVD 2.0.793
DVD :
Power DVD 3.0 Build 1102
Other SW can be supported on demand
30/36
Final
11.
Media
11.1.
Writable Media
The CDD5101 drive writes all CD-R discs according to the Orange Book Part II, and all CD-RW discs
according to the Orange Book Part III. This means that the drive can retrieve extended ATIP values and
write CD-R media specified for 2x, 4x, 12x and 16x recording, as well as CD-RW media specified for 2x,
4x and 10x rewriting. High-speed RW discs will be written at 10x only.
The drive is capable of physically erasing CD-RW media, however only in the PCA and PMA areas. DC
erase in the program area in not implemented, to prevent early wearing out of the media life.
11.2.
Read Only Media
The CDD5101 drive is compatible with industry standard Compact Discs, as specified in the Red Book,
Yellow Book, Green book, Blue book, White book, CD-ROM XA Specification, and the Multi-session CD
Specification. The drive is also compatible with finalised CD-R media. The CDD5101 drive is compatible
with the DVD specification for read only disc and DVD+RW Video format
The drive is able to read both 120mm and 80mm media; however in vertical orientation an additional
adapter ring must be used for reading 80mm media.
In horizontal direction the adapter only must be used if the tilt of the drive is larger than 5 degrees. See
orientation/tilt specification.
31/36
Final
12.
Product labeling
12.1.
Required Labels
The labels defined for the CDD5101 drive can be adapted to the OEMs requirements. Detailed
information about labeling and trace-ability is described in sheet 166.
12.2.
Tracability
The tracability label is used by Philips to be able to trace products from its date of production to its
destination(s) at the customer. The tracability label is located at the bottom side of the tray. Detailed
information about labeling and trace-ability is described in sheet 166.
12.2.1.
Drive Serial Number
The serial number, as a part of the traceability is described in sheet 166.
Example: product serial number: 1VO1845DL99944
1VO
1
8
45
D
L
99944
12.2.2.
= Allocation
= Change code
= Year code
= Week code
= Drive
= Line number
= Serial number (5 digits)
( 1VO = Hasselt / 4VO = Gyor /?VO )
( 0 .. 9 then A ..Z )
( Last digit of the year 8 for 1998)
( D = drive / L = loader)
( 0.. 9 then A ..Z )
Product Number
The product number can differ per OEM. An example is CDD5101/xx.
12.2.3.
Regulatory Symbols, Safety symbols, Country of Origin
12.2.3.1. UL Approbation label.
A second label that is located at the topside of the drive is the UL Approbation Label. The layout of the
label is shown in Figure 3 - UL Approbation Label.
Figure 3 - UL Approbation Label (examples)
12.2.3.2. SetSeal/Modlevel label / Laser Caution Label
The location of the SetSeal / Modlevel label is shown below (See Figure 4 Location of SetSeal /
Modlevel). Please note that the Label is combined with the laser Caution label.
of SetSeal / Modlevel
CDD5101- Drive SpecificationFigure
V1.1 4 Location
32/36
Final
12.3.
DANGER
INVISIBLE LASER RADIATION WHEN OPEN.
AVOID DIRECT EXPOSURE TO BEAM.
DANGER
RADIATIONS INVISIBLESDU LASER EN CAS D’OUVERTURE.
EVITER TOUTE EXPOSITION DIRECTE AU FAISCEAU.
VORSICHT
UNSICHTBARE LASERSTRAHLUNG? WENN ABDECKUNG GEÖFFNET.
NICHT DEM STRAHL AUSSETZEN.
ADVARSEL
USYNLIG LASERSTRÅLING VED ÅBNING.
UNDGÅ UDS/ETTELSE FOR STRÅLING.
ADVARSEL
USYNLIG LASERSTRÅLING NÅR DEKSEL ÅPNES.
UNNGÅ EKSPONERING FOR STRÅLEN.
VARNING
OSYNLIG LASERSTRÅLNING NÄR DENNA DEL ÄR ÖPPNAD.
STRÅLEN ÄR FARLIG.
VARO !
NÄKYMÄTÖN AVATTAESSA OLET ALTTIINA LASERSÄTEILYLLE,
ÄLÄ KATSO SÄTEESEN
WARRANTY
VOID
IF SEAL
IS BROKEN
Pallet Labels
The locations of the Philips pallet labels are described in sheet 560, “PACKAGING / STACKING
INSTRUCTION”
12.4.
Drive Bag
The CDD5101 will be packed in an anti-static bag.
33/36
Final
13.
Shipping Packaging
13.1.
General overview of packaging issues
The CDD5101 drive can be packed as single unit or as multiple packing for OEM.
No transport-screws or -locks are required.
Each drive is separately packed in an anti-static bag. The bag is designed such that the product label is
scannable through the bag. (Or a duplicate label is placed on the bag).
The packaging fulfills the UAN-D1534 package requirement.
Included in the packaging is the following (defined per strokenr):
Labeling : Philips or [OEM]
At drive : product label describing:
• PHILIPS or [OEM]
• Approbation logos
• Serial nbr./factory-changecode
• Made in ....... (country of origin)
• Made by Philips [not for OEM]
• Type nbr. [or modelnbr. provided by OEM]
• 12 NC nbr. [not for OEM]
• Yellow Laser Safety warning sticker
at packaging :
• type label
• brand label
• P.m.: Logistics code or barcode
• serial nbr./factory-changecode
13.2.
Multiple Drive Package
In the multiple drive package, the drives are packed in a carton suitable for 12 pcs/carton.
The drive can be packed with- or without bezel. No further accessories are included.
13.3.
Individual Drive Package
In the single drive packaging, there is space for:
2 CD-jewel boxes
A5 user manual
3.5" floppy disk
50p flatcable (80 cm length)
jumpers
mounting screws
13.4.
Versions / Codenumbers
CDD5101/xx
Multipack, Brandless drive
9305 xxx xxxxx
Other strokenumbers are reserved.
34/36
Final
Appendix A : User Profile used at release of the CDD5101 drive.
During the testing and the release of the CDD5101 drive and to ensure MTBF target, a certain average
assumed user profile was used. As a reference the used profile is depicted below:
Lifetime Start Point:
.
5 years
Maximum Lifetime:
40 hours/week (8 hours per day the drive is powered on)
50 weeks/year
5 years x 40 hours/week x 50 weeks/year = 10,000 hours
35/36
Final
III
Total POH
Mode
User Profile :
10000 Total active time
%
hours
mode
active hours
%
350
Hours mode
Tracks
% hours mode
10
%
hours
Seek
1
1,5 Low speed
5
0,075 Read
99
Seek
1
High speed
95
1,425 Read
99
Seek
10
13,5 Low speed
0
0 Read
90
Seek
10
90
CD
Low refl
7
15
(CDRW)
Packets
tracks
90
60
High speed
100
13,5 Read
Seek
1
21 Low speed
20
4,2 Read
99
Seek
1
High speed
80
16,8 Read
99
Seek
5
0 Read
95
CD
Normal refl
Read
64
15
35
225 (CD, CDR,..)
packets
DVD
22
40
14 Low speed
50
0
(DL, +RW,..)
56
125
tracks
10
14 Read
Seek
5
Low speed
80
40 Read
95
Seek
5
High speed
20
10 Read
95
Seek
5
Low speed
80
100 Read
95
Seek
5
High speed
20
25 Read
95
Low Speed
5
Seek
1
Write
99
3,75
High Speed
CD-RW
30
Write
36
95
37,5
packets
90
Low speed
5
33,75 High Speed
95
125
Low Speed
tracks
60
70
80
87,5
Low Speed
Packets
40
36/36
20
35
High speed
20
52,5
High Speed
CD-R
5
95
100
Normal refl.
(SL, +R,..)
Seek
High speed
Low refl.
DVD
mode % hours
80
Seek
1
Write
99
Seek
10
Write
90
Seek
10
Write
90
Seek
1
Write
99
Seek
1
Write
99
Seek
5
Write
95
Seek
5
Write
95
Final

CDD 5101 - actionmedia.com.hk

Transcription

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