ECMA 189-1993 Information Interchange on 300 mm Optical Disk Cartridges of the Write Once Read Multiple (Worm) Type Using the SSF Method《使用SSF方法的WORM型(一次写入 多次读取)300mm盒式光盘上的信息交换》.pdf

1、ECMA ECMA*:L89 93 3404593 OOLB109 46 ECMA EUROPEAN COMPUTER MANUFACTURERS ASSOCIATION STANDARD ECMA-189 INFORMATION INTERCHANGE ON 300 mm OPTICAL DISK CARTRIDGES OF THE WRITE ONCE, READ MULTIPLE (WORM) TYPE USING THE SSF METHOD June 1993 ECMA ECMAt189 93 m 3404593 0018110 568 m Free copies of this d

2、ocument are available from ECMA, European Computer Manufacturers Association, 114 Rue du Rhne - CH-1204 Geneva (Switzerland) Phone: +4 1 22 735 36 34 Fax: +4 1 22 786 52 3 1 X.400: C=ch, A=arcom, P=ecma, Ckgenevanet, OUl=ecma S=helpdesk - Internet: helpdeskecmach ECMA ECMA*189 93 = 3404593 0018111 4

3、T4 = ECMA EUROPEAN COMPUTER MANUFACTURERS ASSOCIATION STANDARD ECMA-189 INFORMATION INTERCHANGE ON 300 mm OPTICAL DISK CARTRIDGES OF THE WRITE ONCE, READ MULTIPLE (WORM) TYPE USING THE SSF METHOD June 1993 ECMA ECMA*L9 93 3404593 OOLBlL2 330 m Brief history The fust generation - in the eighties - of

4、 300 mm Opticai Disk Cartridges of the WORM Type has not been specified in a standard. The second generation had two different formats: CCS and SSF. ISOE JTCl/SC23 started their standardization in 1988. ECMA TC31 started in 1990. The ECMA work resulted in two ECMA Standards in June 1993: ECMA-189 In

5、formation Interchange on 300 mm Optical Disk Cartridges of the Write Once, Read Multiple (WORM) Type using the SSF Method ECMA-190 Information interchange on 300 mm Optical Disk Cartridges of the Write Once, Read Multiple (WORM) Type Using the CCS Method Both standards have been registered in 1993 a

6、s ISO/rEC CD 13614 and CD 13403. respectively. The standards are identical, except for the parts describing the two different formats, SSF and CCS, respectively. Adopted as an ECMA Standard by the General Assembly of June 1993. ECHA ECMA*Z89 93 - 3404593 0018113 277 W -i- Table of contents Section 1

7、 - General 1 2 3 4 4.1 4.2 4.3 4.4 4.5 4.6 4.7 4.8 4.9 4.10 4.11 4.12 4.13 4.14 4.15 4.16 4.17 4.18 4.19 4.20 4.21 4.22 4.23 4.24 4.25 5 5.1 5.2 6 7 8 8.1 scope Conformance References Definitions case Clamping Zone Control Track Cyclic Redundancy Check (CRC) defects management Disk Reference Plane e

8、ntrance surface Error Correction Code (ECC) format frame holding feature interleaving mark optical disk optical disk cartridge recording layer Reed-Solomon code sector space spindle substnte track track pitch WORM disk zone Conventions Representation of numbers Names Acronyms General description of

9、the optical disk cartridge General requirements Environments 8.1.1 Testing environment 8.1.2 Operating environment 8.1.3 Storage environment 8.1.4 Transportation 8.2 Safety requirements Page 1 1 1 1 1 1 1 1 1 1 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 3 3 3 3 3 3 3 3 3 4 4 4 4 4 5 5 ECMA ECMA*LB 93 m 3404593

10、 OOLBLL4 LO3 m * Il - 8.3 Flammability 9 Reference Drive 9.1 Optical system 9.2 Optical beam 9.3 Read Channels 9.4 Tracking 9.5 Rotation of the disk Section 2 - Mechanical and physical characteristics 10 Dimensional and physical characteristics of the case 10.1 10.2 10.3 Dimensions of the case 10.3.

11、1 Overall dimensions 10.3.2 Location Hole 10.3.3 Alignment Hole 10.3.4 Reference surfaces 10.3.5 Detents 10.3.6 Write-inhibit feature 10.3.7 10.3.8 10.3.9 Loading grooves 10.3.10 Sensor Holes 10.3.1 1 Gripper fatures 10.3.12 Label Area General description of the crise Reference Phes of the case Head

12、 and spindle access windows Shutter, shutter opener and mis-inser protection feature 10.4 Mechanical characteristics 10.4.1 Matenal 10.4.2 Mass 10.4.3 Distortion 10.4.4 Compliance 10.4.5 Shutter opening force 11 Dimensional, mechanical and physical characteristics of the disk 11.1 11.2 11.3 Dimensio

13、ns of the disk General description of the disk Reference axis and plane of the disk 1 1.3.1 Centre Zone 1 1.3.2 Clamping Zone 11.3.3 Transition Zone 11.3.4 Information Zone 11.3.5 Rim Zone 11.4 Mechanical characteristics 11.4.1 Material 11.4.2 Mass 11.4.3 Moment of inertia 1 1.4.4 Imbalance 11.4.5 A

14、xial deflection 11.4.6 Axial acceleration 11.4.7 Radial runout 11.4.8 Radial acceleration 5 7 7 7 7 7 7 8 8 8 9 9 10 10 11 11 12 13 13 13 14 14 14 14 14 14 14 14 14 15 15 15 15 15 15 15 15 15 15 15 16 16 ECHA ECMA*tL89 93 3404593 OOL8LL5 04T . - 111 - 11.4.9 Tilt 1 1.5 Optical characteristics 11.5.1

15、 Index of refraction 11.5.2 Thickness of the substrate 11.5.3 Birefringence 1 1.5.4 Reflectance 12 Interface between cartridge and drive 12.1 Clamping method 12.2 Hub 12.3 Clamping force 12.4 Capture cylinder 12.5 Disk position in operating condition Section 3 - Format of information 13 Track Geomet

16、ry 13.1 Track shape 13.2 Direction of rotation 13.3 Track pitch 13.4 Track number 14 Track format 14.1 Track layout 14.2 Radial alignment 14.3 Sector number 15 Frame and sector format 15.1 Frame format 15.1.1 Servo-and-Address Field 15.1.2 Data Area 15.1.3 15.2 Sector format Physical representation

17、of the marks 15.2.1 Gaps 15.2.2 Laser Power Test Field 15.2.3 WO Field 15.2.4 Data Field 16 Recording code 17 Format of the Information Zone 17.1 17.2 General description of the Information Zone Division of the Information Zone 17.2.1 PEP Control Zone 17.2.2 System Zone 17.2.3 Test Zones 17.2.4 SFP

18、Control Zones 17.2.5 Data Zone 17.2.6 Buffer Zone 18 Format of the Data Zone 16 16 16 16 17 17 17 17 17 17 18 18 32 32 32 32 32 32 32 32 33 33 33 33 33 35 36 37 37 37 37 37 37 38 38 38 39 39 39 39 39 40 40 19 Defect management 19.1 Hash Code replacement Algorithm 19.2 Write procedure Section 4 - Cha

19、racteristics of embossed pre-formatted information 20 Method of testing 20.1 Environment 20.2 Use of the Reference Drive 20.2.1 Optics and mechanics 20.2.2 Read power 20.2.3 Read Channel 20.2.4 Tracking 20.3 Definition of signals 21 Signals from grooves 21.1 Phase depth 21.2 Track location 22 Signai

20、s from Servo-and-Address Fields 23 Signals from embossed Data Fields 24 Signals from PEP Control Zone Section 5 - Characteristics of the recording layer 25 Method of testing 25.1 Environment 25.2 Reference Drive 25.2.1 Optics and mechanics 25.2.2 Read power 25.2.3 Read Channel 25.2.4 Tracking 25.3 W

21、rite conditions 25.3.1 Write pulse 25.4 Definition of signals 26 Optical characteristics 26.1 Baseline reflectivity 26.2 Uniformity of reflectivity 27 Read and write characteristics 27.1 Sensitivity of the recording layer 27.1.1 Optical conditions 27.1.2 27.1.3 27.1.4 Definition and measurement cond

22、itions Write power and writing conditions Characteristics of the written marks 27.2 Read characteristics 40 40 40 40 40 40 40 40 41 41 41 41 42 42 42 42 42 43 43 43 43 43 43 43 44 44 44 44 44 44 44 45 45 45 45 45 45 45 46 ECMA ECMA*KLS 93 H 3404593 0018117 912 -v- 27.2.1 Optical conditions 27.2.2 Re

23、ad power 27.2.3 Reflectivity characteristics 27.2.4 Carrier-to-noise ratio 27.2.6 Timing jitter 27.2.5 COSS-talk Section 6 - Characteristics of User Data 28 Method of testing 28.1 Environment 28.2 Reference Drive 28.2.1 Optics and mechanics 28.2.2 Read power 28.2.3 Read amplifiers 28.2.4 Analog-to-b

24、inary converters 28.2.5 Dm clock 28.2.6 Binary-to-digital conversion 28.2.7 Error correction 28.2.8 Tracking 29 Minimum quality of a sector 29.1 User-written data 30 Data interchange requirements I i 30.1 Tracking 30.3 Quality of disk I 30.2 User-written data Annex A - Distortion test Annex B - Comp

25、liance test Annex C - Track deviation measurement Annex D - Replacement algorithm Annex E - Interleave and ECC for the Data Fields of a sector Annex F - PEP Control Zone Annex G - Control parts of the SFP Zone Annex H - Guidelines for sector replacement Annex K - Test method for the holding characte

26、ristics of the disk Annex L - Derivation of the operating climatic environment for the ODC Annex M - Description of the offke enviroment Annex N - Transportation guidelines Annex P - Specification of the media configuration in the PEP Control Zone 46 46 46 46 47 47 47 47 48 48 48 48 48 48 48 48 48 4

27、8 48 48 48 48 49 49 51 53 55 59 61 65 69 77 79 81 85 87 89 ECMA ECMA*L89 93 3404593 0018118 859 = Section 1 - General 1 2 3 4 4.1 4.2 4.3 4.4 4.5 Scope This ECMA Standard specifies the characteristics of 300 mm opticai disk cartridges (OW) of the WORM iype providing for embossed information and for

28、data to be written once and read multiple times, using the Sample Servo Format (SSF) tracking method. It specifies - - the conditions for conformance testing and the Reference Drive; the mechanical and physical characteristics of the carridge, so as to provide mechanical interchangeability between d

29、ata processing systems; the format of the information on the disk, both embossed and user-written; the characteristics of the embossed information on the disk; the optical characteristics of the disk, enabling processing systems to write data onto the disk: the minimum qudiy of user-written data on

30、the disk, enabling data processing systems to read data from the disk. Together with the standard for Volume and File Structure, this Standard provides for full data interchange between data processing systems. Interchange involves the ability to write and read data without introducing any error. -

31、- - - Conformance A 300 mm optical disk cartridge is in conformance with this Standard if it meets ail mandatory requirements specified herein. A drive claiming conformance with this Standard shall be able, in the operating environment, to write on any optical disk caruidge which is in conformance w

32、ith this Standard and to read any such optical disk cartridge which has been written with any drive in conformance with this Standard. A drive shall not claim conformance if it cannot accept the full range of media conforming to the Standard. References ECMA- 129: 1988, Safety of Information Technol

33、ogy Equipment, including Electrical Business Equipment. Definitions For the purpose of this Standard the following definitions apply case The housing for an optical disk, that protects the disk and facilitates disk interchange. Clamping Zone The annular part of the disk within which the clamping for

34、ce is applied by the clamping device. Control Track A track containing the information on media parameters and format necessary for writing and reading the remaining tracks on the optical disk. Cyclic Redundancy Check (CRC) A method for detecting errors in daia. defects management A method for handl

35、ing defective areas on the disk. 4.6 4.7 4.8 4.9 4.10 4.11 4.12 4.13 4.14 4.15 4.16 4.17 4.18 4.19 4.20 4.21 ECHA ECHA* mm -1.1 mm (in operating environment). The distance from the bottom of the case to Reference Plane X shall be I, = 35,O mm f 0,3 mm. The distance from the top of the case to Refere

36、nce Piane X shall be I, = 305.0 mm f 0,3 mm. The total width of the case shall be I, = 320,O mm f 0,6 mm (in testing environment) 1, = 320,O mm +1J m -1.1 mm (in operating environment). The distance from the left hand side of the case to Reference Plane Y shall be 4.0 mm -0.5 mm. 1, = 300,O mm The d

37、istance from the right hand side of the case to Reference Plane Y shall be I, = 20,O mm t 0,2 mm. The four comers shall be rounded with a radius rl = 5,O mm t 1,0 mm. The thickness of the case shall be l, = 17,O mm I0,4 mm 1, = 17.0 mm t 0.8 mm (in testing environment) (in operating environment). Th

38、e eight long edges of the case shall be rounded with a radius r, = 0,5 mm max. ECMA ECMA*L89 93 3404593 0018125 T99 -8- 103.2 Location Hole (see figure 3) The Location Hole shall have a rounded triangular shape. The comers shall be rounded with a radius r3 = 5,O mm i 0.1 mm. The centre of the radius

39、 of the bottom comer shall be the point of the intersection of the Planes X, Y and Z. The angle of this comer shall be 8, = 30“ f 1“ divided symmetrically by the Plane Y. The length of this hole shall be +O3 nnn +0,1 m I, = 18.0 mm The Location Hole shall be held to a depth I, = 1,5 mm min. Below I,

40、 the Location Hole shall extend to I, = 8 mm min with an area equal to, or greater than, the Location Hole. e Location Hole shall not extend through Side B. The lead-in edges shall be rounded with a radius r, = 0.5 mm max. 10.3.3 Alignment Hole (see fgure 3) The Alignment Hole shall have a rounded r

41、ectangular shape. The vertical centreline of the hole shall lie I, , = 280.0 mm I 0,2 mm from Reference Plane Y. Its dimensions shall be +0.3mlll -0.1 m I, = 18.0 mm I, = 14,O mm I 0.5 mm. The comers shall be rounded with a radius rs = 5,O mm f 0,5 mm The centres of the radii for the bottom comers s

42、hall lie in Plane X. The Alignment Hole shall be held to a depth I, below which the Alignment Hole shall extend to I, with dimensions equal to, or greater than, I, and 113, respectively. The Alignment Hole shall not extend through Side B. The lead-in edges shall be rounded with a radius r4. Referenc

43、e surfaces (see figure 4) Each side of the case shall contain four reference surfaces S, S, S, and S,. Surfaces S , and S, shall be circular with a diameter 10.3.4 d, = 24.0 mm min. The centre of SI shall be located on the Plane Y and I, = 4.0 mm f0,2 rnm above the Plane X. ECMA ECMArLA9 93 3404593

44、OOLA12b 925 W -9- The centre of S, shall be centred at i15 = 280,O mm rt 0,3 mm from the Plane Y and l, = 4,O mm f 0,2 mm above the Piane X. Surfaces S, and S, shall be circular with a diameter d, = 16.0 mm min. with their centres located at l ,7 = 255,O mm f 0.3 mm from the Plane X and I, = 5,O mm

45、f 0.2 mm i, = 270,O mm I0,3 mm from the Piane Y respectively. Ail of the reference surfaces S, S, S, and S, shall be recessed from a case surface with a depth I, = (5,2 - r)/2 mm where t is the enveloped disk thickness. 10.3.5 Detents (see figure 5) The case shail have four symmetrical detent slots

46、intended for positioning or autoloading the carridge. The centres of the two upper slots shall be located at a distance i, = 60.0 mm f 0,3 mm from the top of the case and the centres of the two lower slots shall be located at a distance I, from the bottom of the case. Each slot shall have a riangula

47、r shape with a width of i, = 8,O mm IO.1 mm and an opening angle 0, = 90“ f 1“. The root of each slot shall be rounded with a radius r6 = 3.0 mm max. The corners of each slot shall be rounded with a radius r7 = 1,0 mm max. The slots shall not extend through the full thickness of the case. When viewe

48、d from Side A, the right side slots shall be constrained to Side A and the left side slots shaii be constrained to Side B. Write-inhibit feature (see figure 6) The case shall have a single write-inhibit feature common to both Sides A and B. The centre of the write-inhibit feature is located on the P

49、lane X and 10.3.6 I, = 20,O mm f0,l mm from the Piane Y. Opening of the feature shall be square with the dimension specified by I, = 8.0 mm f 0,2 mm ECMA ECMA*L89 93 3404593 OOL8L27 8bL m - 10- For the write-enable condition the opening shail be closed, for the write-inhibit condition the opening shall be open. The suface of the movable piece of the feature shail be at the position lZ5= 05mmma.x. when in closed position. The four comers of the opening shall be rounded with a radius r,= 0,5 mm max. 103.7 Head and spindle access windows (see figure 7) Each side