Product data sheet
Industrial
CompactFlash
TM
Card
C-300 Longevity Series
up to UDMA4 / MDMA4 / PIO6
B U:
Fl a sh Pr od u ct s
Date :
Apr il 23 , 2 0 14
Re vi si o n: 1 .0 0
Fi le :
C -3 0 0_ lo n ge vi t y_ dat a _s he e t _C F -
H x BK_ Re v 10 0 .d oc
Swissbit AG
Industriestrasse 4
CH-9552 Bronschhofen
Switzerland
Swissbit reserves the right to change products or specifications without notice.
www.swissbit.com
industrial@swissbit.com
Revision: 1.00
C-300_longevity_data_sheet_CF-HxBK_Rev100.doc
Page
1 of 97
C-300 Longevity Series - UDMA CompactFlash™ Card,
128MByte up to 8GByte, 3.3/5V Supply
1 Main Features
Highly-integrated memory controller
o
Fully compliant with CompactFlash
TM
specification 3.0,
compatible with specification 4.1
o
Fully compatible with PCMCIA specification
o
PC Card ATA Interface supported
o
True IDE mode compatible
o
Up to PIO mode 6 supported
o
Up to MDMA4 supported
o
Up to UDMA4 supported
o
Hardware RS-code ECC (4 Bytes/528 Bytes correction)
o
Fix drive (IDE mode) &
removable drive (PCMCIA mode) as default in the same card
Small form factor
o
CFC Type I: 36.4mm x 42.8mm x 3.3mm
Low-power CMOS technology
3.3V or 5.0V power supply
Power saving mode (with automatic wake-up)
S.M.A.R.T. support by *-SMA product type
Wear Leveling: equal wear leveling of static and dynamic data
The wear leveling assures that dynamic data as well as static data is balanced evenly across the
memory. With that the maximum write endurance of the device is guaranteed.
Data Retention: 10 year (JESD47)
Patented power-off reliability
o
No data loss of older sectors
o
Max. 16/32 sectors data loss (old data kept) for 2k/4k Page flash respectively
o
All data written to the flash if card status is ready after write command
High reliability
o
Best available SLC NAND Flash technology
o
Designed for embedded market
o
MTBF:
> 3,000,000 hours
o
Data reliability:
< 1 non-recoverable error per 10
14
bits read
o
Number of insertions: > 10,000
Hot swappable in PCMCIA modes
High performance
o
Up to 66MB/s burst transfer rate in UDMA4
o
optimized for random access 150kB/s
o
Sustained Read/Write performance: up to 38/20MB/s (UDMA4)
Available densities
o
128MB to 8GBytes
o
1 or 2 channel cards are available depends at the application requirement
Operating System support
o
Standard Software Drivers operation CompactFlash
Controlled BOM
RoHS compliant
Long term support
on request
Swissbit AG
Industriestrasse 4
CH-9552 Bronschhofen
Switzerland
Swissbit reserves the right to change products or specifications without notice.
www.swissbit.com
industrial@swissbit.com
Revision: 1.00
C-300_longevity_data_sheet_CF-HxBK_Rev100.doc
Page
2 of 97
2 Table of Contents
1
2
3
MAIN FEATURES
..................................................................................................................................................................... 2
TABLE OF CONTENTS
............................................................................................................................................................... 3
ORDER INFORMATION.............................................................................................................................................................
6
3.1 G
ENERAL PART NUMBERS
................................................................................................................................................................ 6
3.2 S
TANDARD PART NUMBERS
0°C
TO
70°C
.......................................................................................................................................... 6
3.3 S
TANDARD PART NUMBERS
-40°C
TO
85°C
..................................................................................................................................... 6
3.4 O
FFERED
OEM
OPTIONS
................................................................................................................................................................. 6
4
PRODUCT SPECIFICATION
........................................................................................................................................................ 7
4.1 S
YSTEM
P
ERFORMANCE
................................................................................................................................................................... 8
4.2 E
NVIRONMENTAL
S
PECIFICATIONS
...................................................................................................................................................... 9
4.3 P
HYSICAL
D
IMENSIONS
................................................................................................................................................................. 10
4.4 R
ELIABILITY
............................................................................................................................................................................... 10
4.5 D
RIVE
G
EOMETRY
/ CHS P
ARAMETER
............................................................................................................................................. 10
4.6 P
HYSICAL DESCRIPTION
................................................................................................................................................................ 10
5
ELECTRICAL INTERFACE
......................................................................................................................................................... 12
5.1 E
LECTRICAL DESCRIPTION
............................................................................................................................................................... 12
5.2 E
LECTRICAL
S
PECIFICATION
............................................................................................................................................................. 19
5.3 A
DDITIONAL REQUIREMENTS FOR
C
OMPACT
F
LASH
A
DVANCED
T
IMING MODE
............................................................................................. 20
6
COMMAND INTERFACE
.......................................................................................................................................................... 21
6.1 A
TTRIBUTE
M
EMORY
R
EAD AND
W
RITE
............................................................................................................................................ 21
6.2 C
OMMON
M
EMORY
R
EAD AND
W
RITE
............................................................................................................................................. 22
6.3 I/O R
EAD AND
W
RITE
.................................................................................................................................................................. 24
6.4 T
RUE
IDE M
ODE
........................................................................................................................................................................ 25
6.5 U
LTRA
DMA M
ODE
.................................................................................................................................................................... 27
7
CARD CONFIGURATION
......................................................................................................................................................... 46
7.1 C
ONFIGURATION
O
PTION
R
EGISTER
(200
H IN
A
TTRIBUTE
M
EMORY
)
....................................................................................................... 46
7.2 C
OMPACT
F
LASH
M
EMORY
C
ARD
C
ONFIGURATIONS
.............................................................................................................................. 47
7.3 P
IN
R
EPLACEMENT
R
EGISTER
(204
H IN
A
TTRIBUTE
M
EMORY
)
.............................................................................................................. 47
7.4 S
OCKET AND
C
OPY
R
EGISTER
(206
H IN
A
TTRIBUTE
M
EMORY
)
.............................................................................................................. 48
7.5 A
TTRIBUTE
M
EMORY
F
UNCTION
...................................................................................................................................................... 48
7.6 I/O T
RANSFER
F
UNCTION
.............................................................................................................................................................. 49
7.7 C
OMMON
M
EMORY
T
RANSFER
F
UNCTION
.......................................................................................................................................... 49
7.8 T
RUE
IDE M
ODE
I/O F
UNCTION
..................................................................................................................................................... 49
7.9 H
OST
C
ONFIGURATION
R
EQUIREMENTS FOR
M
ASTER
/S
LAVE OR
N
EW
T
IMING
M
ODES
................................................................................ 50
8
SOFTWARE INTERFACE
.......................................................................................................................................................... 51
8.1 CF-ATA D
RIVE
R
EGISTER
S
ET
D
EFINITION AND
P
ROTOCOL
................................................................................................................... 51
8.2 M
EMORY
M
APPED
A
DDRESSING
.................................................................................................................................................... 51
8.3 C
ONTIGUOUS
I/O M
APPED
A
DDRESSING
.......................................................................................................................................... 52
8.4 I/O P
RIMARY AND
S
ECONDARY
A
DDRESS
C
ONFIGURATIONS
................................................................................................................. 53
8.5 T
RUE
IDE M
ODE
A
DDRESSING
...................................................................................................................................................... 53
9
CF-ATA REGISTERS
............................................................................................................................................................... 54
9.1 D
ATA
R
EGISTER
........................................................................................................................................................................... 54
9.2 E
RROR
R
EGISTER
........................................................................................................................................................................ 54
9.3 F
EATURE
R
EGISTER
...................................................................................................................................................................... 55
9.4 S
ECTOR
C
OUNT
R
EGISTER
.............................................................................................................................................................. 55
9.5 S
ECTOR
N
UMBER
(LBA 7-0) R
EGISTER
.......................................................................................................................................... 55
9.6 C
YLINDER
L
OW
(LBA 15-8) R
EGISTER
........................................................................................................................................... 55
9.7 C
YLINDER
H
IGH
(LBA 23-16) R
EGISTER
......................................................................................................................................... 55
9.8 D
RIVE
/H
EAD
(LBA 27-24) R
EGISTER
............................................................................................................................................ 55
9.9 S
TATUS
& A
LTERNATE
S
TATUS
R
EGISTERS
........................................................................................................................................ 56
Swissbit AG
Industriestrasse 4
CH-9552 Bronschhofen
Switzerland
Swissbit reserves the right to change products or specifications without notice.
www.swissbit.com
industrial@swissbit.com
Revision: 1.00
C-300_longevity_data_sheet_CF-HxBK_Rev100.doc
Page
3 of 97
9.10 D
EVICE
C
ONTROL
R
EGISTER
......................................................................................................................................................... 57
9.11 C
ARD
(D
RIVE
) A
DDRESS
R
EGISTER
................................................................................................................................................. 57
10
CF-ATA COMMAND DESCRIPTION
......................................................................................................................................... 59
10.1 C
HECK
P
OWER
M
ODE
(98
H OR
E5
H
)
............................................................................................................................................ 60
10.2 E
RASE
S
ECTOR
(
S
) (C0
H
)
............................................................................................................................................................. 60
10.3 E
XECUTE
D
RIVE
D
IAGNOSTIC
(90
H
)
.............................................................................................................................................. 60
10.4 F
LUSH
C
ACHE
(E7
H
)
.................................................................................................................................................................. 61
10.5 F
ORMAT TRACK
(50
H
)
................................................................................................................................................................ 61
10.6 I
DENTIFY
D
EVICE
(E
CH
)
.............................................................................................................................................................. 61
10.7 I
DLE
(97
H OR
E3
H
)
................................................................................................................................................................... 69
10.8 I
DLE
I
MMEDIATE
(95
H OR
E1
H
)
................................................................................................................................................... 69
10.9 I
NITIALIZE
D
RIVE
P
ARAMETERS
(91
H
)
............................................................................................................................................ 69
10.10 NOP (00
H
)
........................................................................................................................................................................... 70
10.11 R
EAD
B
UFFER
(E4
H
)
................................................................................................................................................................. 70
10.12 R
EAD
DMA (C8
H
)
................................................................................................................................................................... 70
10.13 R
EAD
M
ULTIPLE
(C4
H
)..............................................................................................................................................................
71
10.14 R
EAD
N
ATIVE MAX ADDRESS
(F8
H
)
............................................................................................................................................. 72
10.15 R
EAD
S
ECTOR
(
S
) (20
H OR
21
H
)
.................................................................................................................................................. 72
10.16 R
EAD
V
ERIFY
S
ECTOR
(
S
) (40
H OR
41
H
)
....................................................................................................................................... 72
10.17 R
ECALIBRATE
(1X
H
)
.................................................................................................................................................................. 73
10.18 R
EQUEST
S
ENSE
(03
H
)
............................................................................................................................................................. 73
10.19 S
EEK
(7X
H
)
............................................................................................................................................................................ 73
10.20 S
ET
F
EATURES
(E
FH
)
................................................................................................................................................................ 74
10.21 S
ET MAX ADDRESS
(F9
H
)
........................................................................................................................................................... 76
10.22 S
ET
M
ULTIPLE
M
ODE
(C6
H
)
...................................................................................................................................................... 76
10.23 S
ET
S
LEEP
M
ODE
(99
H OR
E6
H
)................................................................................................................................................
77
10.24 S.M.A.R.T. (B0
H
)
................................................................................................................................................................ 77
10.25 S
TANDBY
(96
H OR
E2)
............................................................................................................................................................ 78
10.26 S
TANDBY
I
MMEDIATE
(94
H OR
E0
H
)
.......................................................................................................................................... 78
10.27 T
RANSLATE
S
ECTOR
(87
H
)
.......................................................................................................................................................... 78
10.28 W
EAR
L
EVEL
(F5
H
)
................................................................................................................................................................. 79
10.29 W
RITE
B
UFFER
(E8
H
)
.............................................................................................................................................................. 79
10.30 W
RITE
DMA (C
AH
)
................................................................................................................................................................. 79
10.31 W
RITE
M
ULTIPLE
C
OMMAND
(C5
H
)
............................................................................................................................................. 80
10.32 W
RITE
M
ULTIPLE WITHOUT
E
RASE
(CD
H
)
..................................................................................................................................... 80
10.33 W
RITE
S
ECTOR
(
S
) (30
H OR
31
H
)
................................................................................................................................................ 81
10.34 W
RITE
S
ECTOR
(
S
)
WITHOUT
E
RASE
(38
H
)
..................................................................................................................................... 81
10.35 W
RITE
V
ERIFY
(3C
H
)
............................................................................................................................................................... 81
11
S.M.A.R.T FUNCTIONALITY
................................................................................................................................................... 82
11.1 S.M.A.R.T. E
NABLE
/ D
ISABLE OPERATIONS
................................................................................................................................... 82
11.2 S.M.A.R.T. E
NABLE
/ D
ISABLE
A
TTRIBUTE
A
UTOSAVE
...................................................................................................................... 82
11.3 S.M.A.R.T. R
EAD DATA
............................................................................................................................................................. 82
11.4 S.M.A.R.T. R
EAD
A
TTRIBUTE
T
HRESHOLDS
.................................................................................................................................... 85
11.5 S.M.A.R.T. R
ETURN
S
TATUS
....................................................................................................................................................... 86
12
13
14
CIS INFORMATION (TYPICAL)
................................................................................................................................................. 87
ROHS AND WEEE UPDATE FROM SWISSBIT
.......................................................................................................................... 92
PART NUMBER DECODER
...................................................................................................................................................... 94
PACKAGE MECHANICAL
................................................................................................................................................................. 91
14.1 M
ANUFACTURER
......................................................................................................................................................................... 94
14.2 M
EMORY
T
YPE
.......................................................................................................................................................................... 94
14.3 P
RODUCT
T
YPE
.......................................................................................................................................................................... 94
14.4 C
APACITY
................................................................................................................................................................................. 94
14.5 P
LATFORM
............................................................................................................................................................................... 94
14.6 P
RODUCT
G
ENERATION
............................................................................................................................................................... 94
14.7 M
EMORY
O
RGANIZATION
............................................................................................................................................................. 94
14.8 C
ONTROLLER TYPE
...................................................................................................................................................................... 94
14.9 N
UMBER OF
F
LASH
C
HIP
............................................................................................................................................................. 94
Swissbit AG
Industriestrasse 4
CH-9552 Bronschhofen
Switzerland
Swissbit reserves the right to change products or specifications without notice.
www.swissbit.com
industrial@swissbit.com
Revision: 1.00
C-300_longevity_data_sheet_CF-HxBK_Rev100.doc
Page
4 of 97
14.10 F
LASH
C
ODE
............................................................................................................................................................................ 95
14.11 T
EMP
. O
PTION
......................................................................................................................................................................... 95
14.12 DIE C
LASSIFICATION
.................................................................................................................................................................. 95
14.13 PIN M
ODE
............................................................................................................................................................................. 95
14.14 C
OMPACT
F
LASH
XYZ
................................................................................................................................................................ 95
14.15 O
PTION
.................................................................................................................................................................................. 95
15
SWISSBIT CF LABEL SPECIFICATION
...................................................................................................................................... 96
15.1 F
RONT SIDE LABEL
...................................................................................................................................................................... 96
15.2 B
ACK SIDE LABEL
....................................................................................................................................................................... 96
16
REVISION HISTORY
................................................................................................................................................................ 97
Swissbit AG
Industriestrasse 4
CH-9552 Bronschhofen
Switzerland
Swissbit reserves the right to change products or specifications without notice.
www.swissbit.com
industrial@swissbit.com
Revision: 1.00
C-300_longevity_data_sheet_CF-HxBK_Rev100.doc
Page
5 of 97
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