MCIMX355AVM5B Freescale, MCIMX355AVM5B Datasheet - Page 143

• Manufacturer Part Number: MCIMX355AVM5B
• Manufacturer: Freescale

Specifications of MCIMX355AVM5B

• Operating Temperature (min): -40C
• Operating Temperature (max): 85C
• Operating Temperature Classification: Industrial
• Mounting: Surface Mount
• Lead Free Status / RoHS Status: Compliant

Freescale Semiconductor
M
A
C
D
G
H
N
R
U
B
E
F
J
K
L
P
T
_DAT
_MDI
_TX_
ATA3
NFC
NFR
SRX
I2C2
_MD
VSS
RTS
STX
FEC
_RD
FEC
FEC
FEC
RTS
D14
E_B
TX1
FST
EN
D5
D8
LE
D5
D4
O
C
1
2
1
TX3_
NFW
ATA1
ATA0
TXD
HCK
FEC
_RD
FEC
_RD
FEC
FEC
RXD
D10
D15
NFA
E_B
RX2
STX
FS4
STX
_RX
_CL
_RX
_DV
D0
D2
D7
LE
D4
R
K
2
2
1
TX5_
DATA
RXD
I2C2
ATA2
ATA_
DMA
ATA_
NFR
SCK
FEC
_RD
FEC
FEC
_CO
CTS
A13
D12
NF_
CE0
RX0
_CL
_RX
_ER
RQ
D4
D6
A9
12
B
R
K
R
3
2
L
1
NFW
TX4_
ATA1
_TX_
_TX_
ATA_
ATA_
DATA
ATA_
DATA
ERR
MA1
P_B
RX1
SCK
SRX
SCK
FEC
_TD
FEC
FEC
CLK
DA0
TX0
A7
A8
D1
D9
D5
15
4
0
T
4
8
Table 93. Silicon Revision 2.0 Ball Map—17 x 17, 0.8 mm Pitch
i.MX35 Applications Processors for Automotive Products, Rev. 9
TX2_
DATA
ATA2
ATA0
ATA_
ATA_
ATA_
CTS
HCK
SCK
FEC
_CR
BUF
D13
RX3
FSR
FEC
_TD
FEC
_TD
DA2
F_E
A11
A0
A5
A6
D3
S
N
5
2
T
5
3
C_MI
ATA3
ATA_
ATA_
SDB
SDB
NVC
C_N
NVC
C_N
STX
NVC
FEC
VDD
NVC
C_A
NVC
C_A
TXD
RES
D11
FS5
_TD
ET_
A12
IOR
FC
FC
SC
DY
A0
A1
A3
A4
TA
TA
6
1
B
C_MI
D_MI
ATA_
SDQ
VDD
NVC
NVC
VDD
NVC
VDD
NGN
VDD
NVC
VDD
USB
OTG
_OC
SD3
SD3
C_E
C_N
C_A
CS1
MI1
FC
SC
SC
S3
A1
A2
TA
7
0
1
D_MI
C_MI
CSPI
CSPI
NGN
NGN
PI_R
VDD
NVC
VSS
NVC
VSS
VSS
NVC
VDD
SD2
SD2
SD2
A24
C_E
D_E
C_A
A25
MI1
MI1
1_S
1_S
SC
SC
DY
TA
S1
8
7
8
9
VDD
NVC
NVC
NGN
NGN
NGN
NVC
BOO
ODE
SD2
SD2
SD2
C_E
C_E
VSS
D_N
VSS
D_A
VSS
D_A
C_C
VST
T_M
A22
A23
MI1
MI1
RM
FC
BY
TA
TA
9
4
6
5
1
NGN
NGN
NGN
NGN
NGN
SDQ
NVC
NVC
D_M
NVC
C_M
_MO
RES
ET_I
SD2
SD2
C_E
C_E
D_E
D_E
VSS
D_A
D_C
VSS
CLK
DE1
N_B
A20
A21
MI1
MI1
MI1
MI1
S2
TA
LB
LB
10
SI
3
2
MGN
NGN
NGN
CDC
NGN
MVD
SD2
NVC
NVC
NVC
C_C
SD2
SD1
C_E
C_E
VSS
D_E
D_L
D_C
FUS
E_V
O1_
O2_
A19
A18
MI1
MI1
MI2
GPI
GPI
RM
SS
11
SI
D
D
1
0
7
0
0
COM
_DAT
SDC
VDD
NVC
NGN
NGN
NGN
CDC
PGN
NGN
VDD
SD1
SD1
SD1
C_E
VSS
D_E
D_E
D_S
PHY
PAR
SD2
A17
D_L
DIO
2_V
MI2
MI3
MI3
LK
SS
A3
12
8
9
D
E
6
D_JT
_DAT
NGN
SDQ
SDC
NVC
VDD
PVD
PHY
_CM
SD1
SD1
C_E
VSS
VSS
VSS
VSS
FUS
E_V
SD2
SD2
A16
LK_
2_V
MI2
AG
DD
DD
S1
A1
13
D
D
5
2
B
LD16 LD22 LD20 LD21 LD18 LD17 LD19
_DAT
GND
CSI_
CSI_
NVC
NVC
NVC
CDC
NVC
CDC
NVC
CDC
NVC
CDC
USB
PHY
NVC
VSY
SD1
SD1
SD8
A14
BCL
C_E
C_E
C_L
C_L
C_L
C_L
1_U
C_S
SD1
D14
MI2
MI3
PLL
DIO
NC
A0
14
K
4
3
SDW
PLLV
VDD
VDD LD12 LD14 LD11 LD13 LD15
HIFT
DDA
TDO
CSI_
CSI_
SD1
SD1
SD5
RAS
FPS
PHY
USB
PHY
A15
A10
D3_
1_V
1_U
D11
TDI
DD
D8
15
0
1
E
C_JT
_DAT
DQM
CON
CAS
TTM
_PIN
PHY
NVC
TMS
SD9
SD7
SD3
EB1
LD3
LD5
TRA
SSA
TRS
SD1
1_V
AG
ST
TB
A1
16
2
_DAT
PLLV
SDQ
DQM
_MO
SDC
REV
I2C1
USB
PHY
TCK
VSS
SD6
SD0
KE1
CS0
LD2
LD8
D3_
CLS
D3_
1_U
SJC
DD
1
17
S0
D
1
DQM
SDC
1_UI
_BIA
OSC
SD4
SD2
KE0
CS4
EB0
HSY
SPL
USB
PHY
USB
PHY
BUS
USB
PHY
SSA
24M
_VS
RTC
LD1
LD6
D3_
D3_
1_V
1_V
NC
18
D
S
S
K
3
DQM
LD23
DIO_
ECB
VSY
USB
PHY
USB
PHY
USB
PHY
REF
OSC
OSC
SD1
CS3
CS1
CS5
24M
_VD
_AU
VSS
LD4
LD9
D3_
1_D
1_D
1_R
NC
19
M
D
0
P
LD10 H
AL24
XTAL
DRD
_BIA
VSS
I2C1
PHY
DDA
PHY
SSA
USB
PHY
DDA
CS2
LBA
LD0
LD7
D3_
_CL
EXT
24M
RW
1_V
1_V
1_V
OE
20
M
Y
K
S
A
B
C
D
E
G
K
M
N
P
R
U
F
J
L
T
143