LiteOn PX XxG5ME 72 96fd m032

8/19/2019 LiteOn PX XxG5ME 72 96fd m032

1/27

A

572

P16G5M72

P24G5M72

P32G5M72

AA ( 300)

AA 6.0 /

( A)

M R.: R1.1

R D: 2013/08/12


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Page 2 of 27 Prodcut Specification

R 0.1 2012/11/09 D

R 1.0 2012/12/07 F R

R 1.1 2013/02/03 U ATA

2013/02/21 A 16G

2013/03/07 M D S S

2013/04/23 R NOP COMMAND SUPPORT COMMAND LIST

2013/08/12 U I T


3/27

Product Specification Page 3 of 27

2011 A

T

, ,

. I , , , ,

,

.

T .

A . N ,

, LITEON IT C.


4/27


1 ........................................................................ 5

1.1 Overview : ................................................................................................. 5

1.2 Product Specification..................................................................................... 5

1.3 Functional Block Diagram ............................................................................. 12

1.4 Mechanical Drawing: ................................................................................... 12

1.5 Architecture .............................................................................................. 12

1.6 DEVSLP power mode .................................................................................. 12

2 ...................................... 13

2.1 Pin Locations ............................................................................................ 13

2.2 Signal Descriptions ..................................................................................... 13

3 AA ............................................................. 16

3.1 ATA Command ......................................................................................... 16

3.2 Power Management Command Set ................................................................. 20

3.3 Security Mode Feature Set ............................................................................ 21

3.4 SMART Command Set ................................................................................ 21

3.5 Host Protected Area Command Set ................................................................. 22

3.6 48-Bit Address Command Set ........................................................................ 22

3.7 Device Configuration Overlay Command Set ...................................................... 23

3.8 General Purpose log Command Set ................................................................. 23

4 AA ........................................................... 24

4.1 SATA Command ........................................................................................ 24

5 ........................................................................ 25

6 A ........................................................... 26


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1

1.1

:

T 5 SATA 6 G/ S S D (SATA SSD)

JEDEC MO300

. B NAND

, LITEON IT SSD S A

T A (SATA) , ,

. S , , ,

,

I/O

. T 5 SATA SSD

300 .

T 5 AA SSD SATA PC, ,

/. K , ,

, , SATA

. T 5 AA SSD JEDEC MO300 , ,

300 S ATA . O

SATA .

1.2

1.2.0 K C F

1.2.0.1 F: T TC58TEG6DDJTA00

1.2.0.2 C: M M L 9188

1.2.0.3 F : F : 1.01 16/24GB, 1.0032GB

1.2.1. F F: JEDEC MO300 SATA SSD

1.2.2. C: 16GB (P16G5M)

24GB (P24G5M)

32GB (P32G5M)

1 A

A

16GB 31,277,232

24GB 46,905,264

32GB 62,533,296

: 1. 1GB=1,000,000,000 .

2. 1 S = 512


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1.2.3. F: ML C (MLC) TM,


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1.2.4. B P

2 A /

16 GB

S R U 210 MB/ ( SATA 6G/ )

S U 30 MB/ ( SATA 6G/ )

ATTO R 220 MB/, 30 MB/

24 GB

S R U 290 MB/ ( SATA 6G/ )

S U 50 MB/ ( SATA 6G/ )


32 GB

S R U 390 ( SATA 6G/ )

S U 70 ( SATA 6G/ )


: 1). P CDM. ATTO

2). 1 MB/ = 1,048,576 / .

I 1 MB/ = 1,000,000 / , 4.85% .

3). T : ASUS P868 P G3 ( 7 64)

4). T ( )

1.2.5. R IOPS (IOMETER)

3 / /

A

16GB

4K R (IOPS) 23,000 (SATA 6G/)4K (IOPS) 8,000 (SATA 6G/)

CDM QD32 IOPS R 25,000, 10,000

24GB

4K R (IOPS) 32,000 (SATA 6G/)

4K (IOPS) 14,000 (SATA 6G/)

CDM QD32 IOPS R 34,000, 15,000

32GB

4K R (IOPS) 41,000 (SATA 6G/)

4K (IOPS) 19,000 (SATA 6G/)

CDM QD32 IOPS R 43,000, 21,000

: 1. P IOMETER 32, C D M QD32.

2.

3. T : ASUS P868 P G3 (SATA 6 G/ 7 64)

4. T ( )


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1.2.6. R T

4 A

P R 1

R DESLP 100

: 1.

2. D M .

1.2.7. C

SATA R 3.0

C SATA 1.5G/, 3.0G/ & 6.0G/

ATA/ATAPI 8

SSD SMART ATA

N C Q (NCQ)

TRIM

1.2.8. C

5

CE

I

E D L

D EMC D

UL U L, I. C R

UL609501

BSMI

C T EMC L

R D C I T

E, CNS 13438 C B

M HQL M H Q L

RHS R H S D

1.2.9. SATA I P M

3.3 SATA

SATA


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1.2.10. P C

6

16GB O 3.3 (+/ 5%) 3.135 3.465

24GB O 3.3 (+/ 5%) 3.135 3.465

32GB O 3.3 (+/ 5%) 3.135 3.465

7 ()

16GB DIPM E 0.2

24GB DIPM E 0.2

32GB DIPM E 0.2

8

16GB DESLP 1

24GB DESLP 1

32GB DESLP 1

1.2.11. T

9

A

T

O 0 70 C

N 40 85 C

HO 5 95 %

N 5 95 %

: M


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1.2.12. R

10

M T F (MTBF) > 1,500,000

P / 50000

:

1. MTBF P S A. I .

.

2. P / ,

. M

.

1.2.13. S

11

/

S1

A 1 1500G

A 2 1000G

N A 1 1500G

N A 2 1000G

2

O 7800 H 2.17G

N 7800 H 3.08G

:

1. S SSD

. S , .

2. SSD

. S ,

. T .


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1.2.14. E I

E I SSD . T

(RF) .

12

E C 4K

A: 8KA IEC 6100042:2008

E C 6K

A: 12KB IEC 6100042:2008

E C 8K

A: 15KC IEC 6100042:2008

R RF

801000MH, 3/,80% AM 1 KH

900 MH, 3 /, 50%

200H

A IEC 6100043:2008

E 1K AC

0.5K I/OB

IEC 6100044:2004

+C.1:2006

+C.2:2007

S 1K 2K

, AC B IEC 6100045:2005

C RF 150KH80 MH, 3 ,

80% AM 1KH A IEC 6100046:2008

P

50H, 1A/ (...) A IEC 6100046:2008

:

1.

P A = T , ..,

.

2. P B = T

, , ,

.

3. P C = T . O

.

4. C .

1.2.15. : 9 M.

1.2.16. D:

50.8 29.8 3.6 (L H)


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1.3

1.4 :

D: 50.8 29.8 3.6 (L H)

1.5

A

T 5 AA 6G/ S S D (SSD)

(SC) 6G/

.

1.6

LON SSD DESLP . A , SET FEATURES

, DESLP H DESLP . A

R H DESLP .

SATAHost

Interface

DDR3DRAM

NANDFlashArray

Flash MemoryController


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2

2.1

T 5 AA 6 G/ SSD

.

2.2

13

P1 R N C

P2 +3.3 3.3 P

P3 R N C

P4 GND R C P

P5 R N C

P6 +1.5 1.5 P ( N )

P7 R N C

P8 R N C


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P9 GND R C P

P10 R N C

P11 R N C

P12 R N C

P13 R N C

P14 R N C

P15 GND R C P

P16 R N C

P17 R N C

P18 GND R C PP19 R N C

P20 R N C

P21 GND R C P

P22 R N C

P23 +B H R D S P B

P24 +3.3 3.3 P

P25 B H R D S P B

P26 GND R C P

P27 GND R C P

P28 +1.5 1.5 P ( N )

P29 GND R C P

P30 T I N C

P31 A H T D S P A

P32 T I N C

P33 +A H T D S P A

P34 GND R C P

P35 GND R C P

P36 R N C

P37 GND R C P

P38 R N C

P39 +3.3 3.3 P

P40 GND R C P

P41 +3.3 3.3 P

P42 R N C


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P43 D T N C

P44 D S S

I ' DESLP, DESLP SS ( ),

.

I DESLP, DESLP S S

( ) ,

DESLP .

D S S H: SSD .

D S S L: SSD .

P45 S / M P/N

P46 R N C

P47 S / M P/N

P48 +1.5 1.5 P ( N )

P49 DAS D A S

P50 GND R C P

P51 P DT 0 GND

SATA

P52 +3.3 3.3 P


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3 AA

3.1

AA

T 5 AA 6G/ SSD ATA

ATA/ATAPI8 .

3.1.1 ATA G F C S

T 5 AA 6G/ SSD ATA G C (

),

． EECUTE DEICE DIAGNOSTIC

． FLUSH CACHE

． IDENTIF DEICE

． READ DMA

． READ DMA ITHOUT RETRIES

． READ SECTOR(S)

． READ SECTORS(S) ITHOUT RETRIES

． READ ERIF SECTORS(S)

． READ ERIF SECTORS(S) ITHOUT RETRIES

． SEEK

． SET FEATURES

． RITE DMA

． RITE DMA ITHOUT RETRIES

． RITE SECTOR(S)

． RITE SECTOR(S) ITHOUT RETR

． READ MULTIPLE

．

SET MULTIPLE MODE

． RITE MULTIPLE

． INITIALIE DEICE PARAMETERS

． DATA SET MANAGEMENT

T 5 AA 6G/ SSD

． READ BUFFER

． RITE BUFFER

． DONLOAD MICROCODE


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3.1.2 I D D

T IDENTIF DEICE .

14

=

=

=

0 F 0040 G

1 F 3FFF ON (16,383)

2 F C837 S

3 F 0010 ON (16)

45 F 0000 R

6 F 003F ON (63)

78 F 0000 R C F A

9 F 0000 R

1019 . S (20 ASCII )

2022 F 0000 R / O

2326 . F (8 ASCII )

2746 . M

47 F 80107:0 M

48 F 4000 T C , 14 1

49 F 2F00 C

50 F 4000 C

5152 F 0000 O

53 F 0007 88 70:64

54 . O N (16,383)

55 . O N (16)

56 . O N (63)

5758 . C(C**)

59 01N

(B7:0 )

6061

31,277,232

(16GB)

T 28

(D)

46,905,264

(24GB)

62,533,296

(32GB)


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=

=

=

62 F 0000 O

63 0007 M DMA /

64 F 0003 PIO

65 F 0078 M DMA

66 F 0078M DMA

67 F 0078 M PIO

68 F 0078 M PIO IORD

6970 F 0000 R( )

7174 F 0000 R IDENTIF DEICE

75 F 001F 4:0 M Q 1=31

76 070E S ATA

77 . R S ATA

78 014C S ATA

79 . S ATA

80 F 01FE M N

81 F 0021 M N

82 F 346B C

83 F 7D01 C

84 F 4123 C

85 3469 C

86 BC01 C

87 F 4123 C

88 407F U DMA

89 F 0003 T

90 F 0003 T

91 F 0000 C

92 . M P I

93 0000

H . T (12:0)

.

94 F 0000 C AAM

95 F 0000 S M R S

96 F 0000 S T T DMA

97 F 0000 S A L DMA PIO


19/27


=

=

=

9899 F 0000 S P G

100103

31,277,232

(16GB)

M LBA 48 A 46,905,264

(24GB)

62,533,296

(32GB)

104 F 0000 S T T PIO

105 F 0008M 512 DATA SET

MANAGEMENT

106 F 4000 P /

107 F 0000 I ISO7779

108111 0000 0000

0000 0000

112115 F 0000 R 128

116 F 0000 R TLC

117118 F 0000

119 F 4010 C

120 F 4010 C

121126 F 0000 R

127 F 0000 R M S N

128 002 S (B4:1 )

129159 F 0000

160 F 0000 C F A (CFA) 1

161167 F 0000 R CF A

168 F 0000

169 F 0001 DATA SET MANAGEMENT

170173 . A P I (ATA S)

174175 F 0000 R

176205 F 0000 C (ATA )

206 F 003D SCT C T

207208 F 0000 R

209 F 4000 A

210211 F 0000 R S C M 3 (D)

212213 F 0000 R S C M 2 (D)

214 F 0000 N C C


20/27


=

=

=

215216 F 0000 N C S L B (D)

217 F 0001 N

218 F 0000 R

219 F 0000 N C O

220 F 0000 7:0 R

221 F 0000 R

222 F 1075F T

223 F 0000 T

224229 F 0000 R230233 F 0000 E N U A S (Q)

234 F 0000M 512 DONLOAD

MICROCODE 03

235 F 0000M 512 DONLOAD

MICROCODE 03

236254 F 0000 R

255 . I

:

1. F=F. T ,

R .

2. =. T

.

3. =F . T .

3.2

T 5 AA 6G/ SSD ,

． CHECK POER MODE

． IDLE

． IDLE IMMEDIATE

． SLEEP

． STANDB

． STANDB IMMEDIATE


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3.3

T 5 AA 6 G/ SSD S M ,

． SECURIT SET PASSORD

． SECURIT UNLOCK

． SECURIT ERASE PREPARE

． SECURIT ERASE UNIT

． SECURIT FREEE LOCK

． SECURIT DISABLE PASSORD

3.4 A

T T 5 AA SSD SMART , ． SMART ENABLE OPERATIONS

． SMART DISABLE OPERATIONS

． SMART ENABLE/DISABLE AUTOSAE

． SMART RETURN STATUS

T 5 AA 6G/ SSD .

． SMART EECUTE OFFLINE IMMEDIATE

． SMART READ DATA

． SMART READ LOG

． SMART RITE LOG

T SMART .

15 A

A

SMART ATTRIBUTE ALUES (READ DATA) D0

READ ATTRIBUTE THRESHOLDS D1

ENABLE/DISABLE ATTRIBUTE AUTOSAE D2

SAE ATTRIBUTE ALUES D3

EECUTE OFFLINE IMMEDIATE D4

EECUTE SMART OFFLINE ROUTINE 00

EECUTE SMART SHORT SELFTEST ROUTINE (OFFLINE) 01

EECUTE SMART ETENDED SELFTEST ROUTINE (OFFLINE) 02

ABORT OFFLINE ROUTINE 7F


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3.5

A T 5 AA 6G/ SSD H P A

． READ NATIE MA ADDRESS

． SET MA ADDRESS

． READ NATIE MA ADDRESS ET

． SET MA ADDRESS ET

T 5 AA 6G/ SSD .

． SET MA SET PASSORD

． SET MA LOCK

． SET MA FREEE LOCK

． SET MA UNLOCK

3.6

48 A

T 5 AA 6G/ SSD H P A ,

． FLUSH CACHE ET

． READ DMA ET

． READ NATIE MA ADDRESS ET

． READ SECTOR(S) ET

． READ ERIF SECTOR(S) ET

． READ MULTIPLE ET

． SET MA ADDRESS ET

． RITE DMA ET

． RITE MULTIPLE ET

． RITE MULTIPLE FUA ET

EECUTE SMART SHORT SELFTEST ROUTINE (CAPTIE) 81

EECUTE SMART ETENDED SELFTEST ROUTINE ( CAPTIE ) 82

READ LOG SECTOR D5

RITE LOG SECTOR D6

ENABLE SMART OPERATIONS D8

DISABLE SMART OPERATIONS D9

RETURN SMART STATUS DA

E/D A OFFLINE DB


23/27


． RITE SECTOR(S) ET

3.7

T 5 AA 6G/ SSD D O ,

． DEICE CONFIGURATION FREEE LOCK

． DEICE CONFIGURATION IDENTIT

． DEICE CONFIGURATION RESTORE

． DEICE CONFIGURATION SET

3.8

T 5 AA 6G/ SSD ,

． READ LOG ET

． RITE LOG ET


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4 AA

4.1

AA

T SATA 3.0 S ATA/ATAPI8

. T 5 AA 6G/ SSD

SATA 3.0 S.

4.1.1.

T 5 AA 6G/ SSD SET FEATURES /

.

4.1.2.

T 5 AA 6G/ SSD N C Q (NCQ)

, .

． READ FPDMA QUEUED

． RITE FPDMA QUEUED

: 32


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5

T .

16

D 2008 CCI://...///

/.

J 2007 ROHSS

://..

J 2007 SFF8144, 1.8 ://..

F 2007 S ATA R 2.6 ://..

M 2006SFF8223, 2.5 D /S A

C://..

M 2005 SFF8201, 2.5 ://..

A 2004 ATA7 S. 1 ://.13./

A. 2009 ATA8 S. R 2 ://.13./

2008

2008

2004

2005

2008

2008

I E T C

EB61000

42 P E D I

43 E (EMC)

44 E (EMC)

45 E (EMC)

46E (EMC)

411 ( )

://..

2004EN 50204 (R

)://..


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6 A

T

.

17 A

ATA A T A

ATAPI A T A P I

BERB E R,

BIOS B I/O S

CA

PC

DIPMD I P M

T SATA

DMA D M A

DRAM D R A M

ET E

FP F P

GB G 1109

HCI H C I

HCT H C T

HDD H D D

HIPMH I P M

T SATA

H PA SATA

IOPS I

LBA L B A

LPML P M: SATA

,

MB M 1106

SATA MSATA

MTBF M

NCQ N C Q


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LiteOn PX XxG5ME 72 96fd m032

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