2
–
25
Table 2
–
17. UltraMedia Terminals (Slots A and B)
TERMINAL
NO.
I/O
DESCRIPTION
NAME
SLOT A
PDV
SLOT B
PDV
GHK
GHK
MC_CD
116
N17
49
R02
I
Media Card detect. This input is asserted when an UltraMedia adapter and its associated
media are inserted. For all other UltraMedia cards, the UltraMedia socket is not powered
until this signal is low.
UltraMedia write protect data. This signal indicates that the media inserted in the socket is
write protected.
MC_WP
117
N18
50
P05
I
MS_BS
88
U12
20
J02
O
Memory Stick bus state. This signal provides Memory Stick bus state information.
Memory Stick reserved. This terminal is in a high-impedance state when an UltraMedia
Memory Stick adapter has been inserted.
MS_RFU5
93
U13
25
K02
I
MS_RFU7
96
V14
27
K05
I
Memory Stick reserved. This terminal is in a high-impedance state when an UltraMedia
Memory Stick adapter has been inserted.
MS_SCLK
MS_SDIO
115
90
M14
R12
48
22
P06
J05
O
I/O
Memory Stick clock. This output provides the MS clock, which operates at 16 MHz.
Memory Stick serial data I/O. This signal provides Memory Stick data input/output.
Smart Card clock. The PCI1620 drives a 3-MHz clock to the Smart Card interface when
enabled.
SC_CLK
115
M14
48
P06
O
SC_FCB
119
M15
51
R03
I
Smart Card function code. The PCI1620 does not support synchronous Smart Cards as
specified in ISO/IEC 7816-10, and this terminal is in a high-impedance state when an
UltraMedia Smart Card adapter has been inserted.
SC_GPIO0
SC_GPIO1
SC_GPIO2
SC_GPIO3
SC_GPIO4
SC_GPIO5
SC_GPIO6
SC_GPIO7
122
125
127
129
131
134
135
136
M19
L17
L14
K18
K15
J18
J17
J14
54
57
59
60
63
65
66
67
U05
V05
U06
V06
P08
V07
W07
R08
I/O
Smart Card general-purpose I/O terminals. These signals can be controlled by firmware
Smart Card general ur ose I/O terminals. These signals can be controlled by firmware
and are used as control signals for an external Smart Card interface chip or level shifter.
SC_IO
121
M18
53
W04
I/O
Smart Card input/output. This terminal is the input/output terminal for the character
exchange between the PCI1620 and the Smart Cards.
SC_RFU
112
P18
45
N05
I
Smart Card reserved. This terminal is in a high-impedance state when an UltraMedia
Smart Card adapter has been inserted.
SC_RST
120
M17
52
T01
O
Smart Card reset. This signal starts and stops the Smart Card reset sequence. The
PCI1620 asserts this reset when requested by the host.
SD_CD/
DATA3
138
H19
69
V08
I/O
SD flash card detect/data 3. This signal provides the SD data path per the SD
specification.
SD_CLK
SD_CMD
SD_DATA0
SD_DATA1
SD_DATA2
115
111
108
109
113
M14
P17
N14
R18
N15
48
44
41
42
46
P06
P02
N03
N06
P03
O
I/O
I/O
I/O
I/O
SD flash clock. This output provides the MMC/SD clock, which operates at 16 MHz.
SD flash command. This signal provides the SD command per the SD specification.
SD flash data 0. This signal provides the MMC_SD data path per the SD specification.
SD flash data 1. This signal provides the SD data path per the SD specification.
SD flash data 2. This signal provides the SD data path and CD per the SD specification.
SmartMedia address latch enable. This signal functions as specified in the SmartMedia
specification, and is used to latch addresses passed over SM_D7
–
SM_D0.
SM_ALE
112
P18
45
N05
O
SM_CE
121
M18
53
W04
O
SmartMedia card enable. This signal functions as specified in the SmartMedia
specification, and is used to enable the media for a pending transaction.
SM_CLE
120
M17
52
T01
O
SmartMedia command latch enable. This signal functions as specified in the SmartMedia
specification, and is used to latch commands passed over SM_D7
–
SM_D0.