TH E S Y MB OL M AR K OF T HI S S CH EM ET IC D IA G R A M IN CO RP OR AT E S
SP EC IA L F EA TU RE S IM PORT AN T F OR P RO TE CT IO N F RO M X- RA DI AT I O N .
FI LR E A N D E LE CT RI CA L SH OC K H AZ AR DS , WH EN S E RV IC IN G IF I S
ES SE NT I A L T HA T ON LY MAN UF A T U RE S SP EC FI ED P A RT S BE U SE D F O R
TH E CR I T I CA L CO MP ON ENTS I N T HE SY MB OL M A RK O F TH E SC H E M ET IC .
200 9 .0 6.18
BCM 3 55 6 & NA N D FL ASH
BCM (E UROB BTV )
NA ND _D A TA [7 ]
CI _A [ 0]
CI _A [ 3]
CI _A [ 2]
NA ND _ D A T A[ 6]
NA ND _D A TA [6 ]
NA ND _D A TA [2 ]
CI _A [ 12 ]
N A ND _ DA T A [ 0]
NA ND _ DA TA [4 ]
NA ND _ DA TA [3 ]
N A ND _ DA T A [ 3]
N A ND _ DA T A [ 1]
NA ND _ D A T A[ 2]
CI _A [ 8]
CI _A [ 5]
N A ND _ DA T A [ 7]
CI _A [ 6]
N A ND _ DA T A [ 5]
NA ND _ D A T A[ 7]
NA ND _ D A T A[ 0]
NA ND _ D A T A[ 5]
NA ND _D A TA [1 ]
NA ND _D A TA [0 ]
CI _A [ 9]
CI _A [ 11 ]
N A ND _ DA T A [ 6]
CI _A [ 13 ]
CI _A [ 7]
NA ND _ DA TA [5 ]
CI _A [ 4]
N A ND _ DA T A [ 2]
N A ND _ DA T A [ 4]
NA ND _ D A T A[ 4]
CI _A [ 10 ]
NA ND _ DA TA [0 - 7]
CI _A [ 1]
NA ND _ D A T A[ 1]
NA ND _ D A T A[ 3]
R 1 32
22
R1 2 7
22
R 1 17
33
R1 0 3 7
2. 7K
OP T
R1 00 3
2. 7K
N A ND _ WE b
PW M_ D IM
D S UB _ DE T
N A ND _ DA T A [ 0- 7 ]
R1 00 7
2. 7K
O P T
R1 02
2 2
S C _R E 2
N A ND _ CE b
R1 01 2 1 0 0
M O DE L _O P T _ 5
R1 02 2 1K
DD R_ 5 1 2 M B
MO DE L _O PT _1
C1 15
0. 1 u F
R1 69
2. 7K
C1 14
0 . 1u F
NA N D _ RE b
R 1 33
22
SC L3 _ 3. 3V
R1 02 3 1K
NO N_ G IP
R1 00 1
2. 7K
M O DE L _O P T _ 0
R 1 93 4. 7 K
FR C_ RE S ET
NA N D _ AL E
CI _O UT C LK
MO DE L _O P T_1
C1 1 6
47 00 pF
SD A1 _ 3. 3V
MO DE L _O PT _2
R1 40
22
A_ DI M
R 1 94 4. 7 K
R1 00 8
2. 7K
O P T
RG B_ DD C _S C L
R1 0 4 0
2. 7 K
OP T
NA ND _ A L E
R1 0 3 9
2. 7K
EB I_ W E
/C I_ IR E Q
C 1 03
0. 1u F
C I _M O D_ R E S ET
R F _S W IT C H _ CTL
MO DE L _O PT _0
R1 0 9 10 0
NA ND _ C L E
+3 .3 V _N OR MA L
C1 6 7
8p F
OP T
R1 0 0 0
2. 7K
MO DE L_ O PT _5
NA N D _ CE b
T U NE R _R E S E T
R1 22
2 2
E R RO R _O U T
R1 02 4 1 0 0
NA N D _ CL E
N A ND _ RE b
R1 30
22
NA N D _ WE b
+3 .3 V _N OR MA L
R1 0 0 2
2. 7K
OP T
AV _C V BS _ DET
+3 .3 V _ N O RM AL
R1 03 3
22
R1 5 7
2. 7K
OP T
CI _A [ 0- 1 3]
SI DE _A V _D E T
IF _A G C_ SE L
EP HY _L I NK
M O DE L _O P T _ 4
R1 04 5
4. 7K
NAN D _ RB b
R1 0 0 6
2. 7K
OP T
R1 36
4. 7K
R1 01 8 1K
NO _F RC
R1 00 5
2. 7K
R1 01 1 1K
MI N I _ LV D S/ N O LO C AL _ D
F E _T S _V A L _ ER R
+3 . 3 V _N O RM A L
SD A3 _ 3. 3V
R1 01 9 1 0 0
/C I_ CD 2
R1 01 3 1 K
EX TE R NE L FR C /T _C O N F R C
+3 .3 V _N OR MA L
R1 01 5 1K
DD R_ 2 56 MB
B T _R E SE T
R1 56
2. 7K
+3 .3 V_ N OR MA L
NA ND _D A TA [ 0 - 7]
R1 08
10 0
R1 5 8
2. 7K
OP T
N A ND _ CL E
R1 02 1 1K
HD
R1 1 0 10 0
S C _R E 1
MO DE L_ O PT _ 2
R1 1 1
2 2
R1 0 3 4
2. 7K
+3 .3 V_ N OR M A L
R1 00 4
2. 7K
O P T
SC L1 _ 3. 3V
C1 71
8p F
OP T
IC1 0 2
M24 M01- HRMN6 TP
3
E2
2
E1
4
VSS
1
NC
5
SDA
6
SCL
7
WP
8
VCC
MO DE L _O PT _3
CI _5 V _C TL
R1 34 2.7K
R1 91 2. 7 K
SC L0 _ 3. 3V
R1 02 0 1K
FR C
+3 .3 V_ N OR MA L
EB I_ CS
R1 00 9 1 K
GI P
RG B_ DD C _S D A
+3 .3 V_ N OR M A L
EB I_ CS
R1 04 6
22
/C I_ W A I T
N A ND _ DA T A [ 0- 7 ]
EB I_ RW
R1 03 5
2. 7K
R1 04 4
0
BC M _ R X
EP HY _A C TI VI TY
Q1 01
KR C1 0 3S
E
B
C
R1 01 7 1K
FH D
R1 03 8
2. 7K
R1 29
2 2
MO DE L_ O PT _4
R1 01 4 1K
LV DS / LO CA L_ D
HP _ D E T
N A ND _ AL E
SD A0 _ 3. 3V
BC M _ T X
FL AS H _W P
LN A2 _ C T L /B OS T ER _C TL
R1 0 3 6
2. 7K
OP T
+3 .3 V _N OR MA L
M O DE L _O P T _ 3
R1 01 0 1K
NO F R C/ I NT E R N ER FR C
R1 07
10 0
/C I_ CD 1
R1 16
2 2
N A ND _ RB b
R1 02 7
10 K
SY S _ R ES E Tb
+3 .3 V_ N OR MA L
SO C_RESET
WI RE L ES S_ DL _ TX
WI RE L ES S_ DL _ RX
CO M P 2 _D E T
SD A2 _ 3. 3V
SC L2 _ 3. 3V
AU D _ M AS T ER _ C L K
SC AR T1 _ DE T
VR EG _ CT R L
/ R ST _ HU B
R1 0 3 0 0
R1 03 2
0
R1 02 5
4. 7K
C 1 36 10 u F
10 V
S D A3 _ 3. 3 V
S C L3 _ 3. 3 V
R 1 02 6 2 2
R 1 02 8 2 2
DT V_ A TV _ SEL E CT
SI DE _C O MP _ D E T
PO WE R_ D ET
R1 04 7
0
OP T
H D MI _ HP D _ 4
H D MI _ HP D _ 3
H D MI _ HP D _ 2
H D MI _ HP D _ 1
R1 141K
R1 0 2 9
1 K
R1 99
1K
R1 06
1K
5 V _H D MI _ 1
5V _H D MI _ 2
5V _H DM I _3
5V _H DM I _4
R1 0 4 8
10 0
R1 05 0
10 0
R1 61 10 0
R1 0 4 9
2 2
R1 05 1
22
LO CA L D IM MI NG
R 1 70
1. 2K
R 1 87
1. 2K
EU
R 1 80
1. 2K
R 1 83
1. 2K
R 1 76
1. 2K
R 1 84
1. 2K
EU
R 1 71
1. 2K
R 1 77
1. 2K
R1 23 0
WI RE LE S S
R1 24
0
W I RE L ES S
IC 10 1
NA ND 0 4G W3 B2 D N6 E
NA ND FL AS H
26
NC _1 7
27
NC _1 8
28
NC _1 9
29
I/ O0
30
I/ O1
31
I/ O2
32
I/ O3
33
NC _2 0
34
NC _2 1
35
NC _2 2
36
VS S_ 2
37
VD D_ 2
38
NC _2 3
39
NC _2 4
40
NC _2 5
41
I/ O4
42
I/ O5
43
I/ O6
44
I/ O7
45
NC _2 6
46
NC _2 7
47
NC _2 8
48
NC _2 9
17
A L
3
NC _ 3
6
NC _ 6
16
C L
15
NC _1 0
14
NC _ 9
13
VS S_ 1
12
VD D_ 1
11
NC _ 8
10
NC _ 7
9
E
8
R
7
R B
4
NC _ 4
5
NC _ 5
25
NC _1 6
24
NC _1 5
23
NC _1 4
2
NC _ 2
22
NC _1 3
21
NC _1 2
1
NC _ 1
20
NC _1 1
19
W P
18
W
SI DE _ CO MP _D E T
Q1 03
FDV 30 1N
OP T
G
D
S
Q1 04
F D V3 0 1N
OP T
G
D
S
R1 73
10 K
OP T
WI RE LE S S_ SC L
SD A 2 _ 3. 3 V
WI RE LE S S_ SD A
SC L 2 _ 3. 3 V
+ 3 .3 V _N O R M AL
R1 601 0 0
LG 5 1 1 1_ R ES E T
R1 920
DC DC
D E MO D _R E S E T
DE MO D_ R ES ET
D D
DD
M _ RE M OT E _ R X
M_ RE M OT E_ RX
M_ RE M OT E_ TX
M _ RE M OT E _ T X
R1 0 3 0
RF _S WI T CH _ C T L_ C HB R F _S WI TC H _C T L_ CH B
R1 13
22
DE MO D _R E SET
L G 51 1 1_ R E S ET
+1 2V
C1 78
0. 1u F
50 V
C1 79
0. 1u F
50 V
R1 04 11 2 K
C1 73
22 uF
16 V
C1 8 0
10 0 p F
50 V
EM I
R1 05 5 6
R1 15 1. 8 K
R1 05 2
4. 7K
+3 .3 V _N OR MA L
MO DE L_ O PT _6/C I_ SE L
MO DE L_ O PT _ 6
R1 18 1K
OL ED
R1 19 1 K
NO N_ O LE D
MD S 6 2 11 0 20 4
G A S6 - *1
5 . 5T _ GA S
MD S 6 2 11 0 20 4
G A S7 - *1
5 . 5T _ GA S
MD S 6 2 11 0 20 4
G A S1 - *1
5. 5T _G A S
MD S6 21 1 02 06
GA S6
6. 5T _G A S
MD S6 21 1 02 06
G A S2
6. 5 T _ GA S
MD S6 21 1 02 06
G A S7
6. 5 T _ GA S
MD S6 21 1 02 06
GA S5
6. 5T _G A S
MD S6 21 1 02 06
G A S1
6. 5 T _ GA S
MD S6 21 1 02 06
GA S4
6. 5 T _ GA S
MD S6 21 1 02 06
G A S3
6. 5 T _ GA S
MD S6 21 1 02 06
GA S8
6. 5T _G A S
MD S6 21 1 02 06
GA S9
6 . 5T _ GA S
IC 10 0
LG E 35 56C (C0 VE RSI O N)
GP IO _ 00
N2 6
GP IO _ 01
L2 6
GP IO _ 02
N2 5
GP IO _ 03
L2 5
GP IO _ 04
K2 7
GP IO _ 05
K2 8
GP IO _ 06
K2 4
GP IO _ 07
K2 6
GP IO _ 08
K2 5
GP IO _ 09
AA 27
GP IO _ 10
AA 28
GP IO _ 11
AA 26
GP IO _ 12
L1
GP IO _ 13
L3
GP IO _ 14
L2
GP IO _ 15
Y2 5
GP IO _ 16
Y2 6
GP IO _ 17
M2 7
GP IO _ 18
AA 25
GP IO _ 19
R2 5
GP IO _ 20
N2 8
GP IO _ 21
N2 7
GP IO _ 22
AH 18
GP IO _ 23
P2 3
GP IO _ 24
M2 3
GP IO _ 25
AD 19
GP IO _ 26
AE 19
GP IO _ 27
M4
GP IO _ 28
M5
GP IO _ 29
L2 3
GP IO _ 30
Y2 8
GP IO _ 31
Y2 7
GP IO _ 32
G2
GP IO _ 33
G3
GP IO _ 34
G5
GP IO _ 35
G6
GP IO _ 36
G4
GP IO _ 37
L2 4
GP IO _ 38
P2 5
GP IO _ 39
L5
GP IO _ 40
K4
GP IO _ 41
K1
GP IO _ 42
L2 7
GP IO _ 43
M2 6
GP IO _ 44
N2 3
GP IO _ 45
R2 8
GP IO _ 46
R2 7
GP IO _ 47
R2 6
GP IO _ 48
P2 8
GP IO _ 49
P2 7
GP IO _ 50
K6
GP IO _ 51
K5
GP IO _ 52
P2 6
GP IO _ 53
M3
GP IO _ 54
M2
GP IO _ 55
M1
GP IO _ 56
L4
GP IO _ 57
L6
SG PI O _ 0 0
W2 7
SG PI O _ 0 1
W2 8
SG PI O _ 0 2
W2 6
SG PI O _ 0 3
W2 5
SG PI O _ 0 4
J2
SG PI O _ 0 5
J1
SG PI O _ 0 6
K3
SG PI O _ 0 7
K2
E B I_ A DD R 3
J2 3
E B I_ A DD R 4
J2 4
E B I_ A DD R 2
H2 5
E B I_ A DD R 1
H2 4
E B I_ A DD R 0
H2 3
E B I_ A DD R 5
J2 5
E B I_ A DD R 6
F2 6
E B I_ A DD R 8
H2 8
E B I_ A DD R 9
J2 6
E B I_ A DD R 1 3
H2 7
E B I_ A DD R 1 2
G2 6
E B I_ A DD R 1 1
J2 7
E B I_ A DD R 1 0
J2 8
E B I_ A DD R 7
F2 7
E B I_ T AB
G2 4
E B I_ W E1 B
H2 6
E B I_ C LK _ I N
G2 7
E B I_ C LK _ O U T
G2 8
E B I_ R WB
K2 3
E B I_ C S0 B
G2 5
N A ND _ DA T A 0
U2 4
N A ND _ DA T A 1
T2 6
N A ND _ DA T A 2
T2 7
N A ND _ DA T A 3
U2 6
N A ND _ DA T A 4
U2 7
N A ND _ DA T A 5
V2 6
N A ND _ DA T A 6
V2 7
N A ND _ DA T A 7
V2 8
N A ND _ CS 0 B
T2 4
N A ND _ AL E
R2 3
N A ND _ RE B
T2 3
N A ND _ CL E
T2 5
N A ND _ WE B
R2 4
N A ND _ RB B
U2 5
S F _M I SO
W2 4
S F _M O SI
U2 3
S F _S C K
V2 3
S F _C S B
V2 4
MD S6 21 1 02 05
GA S6 -* 2
7. 5T _G A S
MD S6 21 1 02 05
GA S1 -* 2
7. 5T _G A S
MD S6 21 1 02 05
GA S7 -* 2
7. 5T _G A S
BT _O N /O FF
R1 81 1 00
BC M BT MO DU L E
MD S 6 2 11 0 20 4
G A S2 - *1
5. 5T _G A S
MD S6 21 1 02 05
GA S2 -* 2
7. 5T _G A S
+3 .3 V_ N OR MA LR1 05 3 2 . 7K
R1 0 4 2 22
R1 84 -* 1
2. 2K
NO N_ EU
R1 87 -* 1
2. 2K
NO N_ EU
MD S 6 2 11 0 20 4
G A S3 - *1
5. 5T _G A S
MD S6 21 1 02 05
GA S3 -* 2
7. 5 T _ GA S
MD S6 21 1 02 05
GA S4 -* 2
7. 5T _G A S
MD S 6 2 11 0 20 4
G A S4 - *1
5. 5T _G A S
MD S 6 2 11 0 20 4
G A S5 - *1
5. 5T _G A S
MD S6 21 1 02 05
GA S5 -* 2
7. 5T _G A S
MD S 6 2 11 0 20 4
G A S8 - *1
5. 5T _G A S
MD S6 21 1 02 05
GA S8 -* 2
7. 5T _G A S
MD S 6 2 11 0 20 4
G A S9 - *1
5. 5T _G A S
MD S6 21 1 02 05
GA S9 -* 2
7. 5T _G A S
1
De fau lt Res . o f all NAND pin i s P ull -d own
Fo r CI
Fo r C I
* I 2 C MA P
* NAND FLASH MEMORY 4Gbit (512M for BB)
MODE L OPT ION
Ex te rn a l D e m od .
Op e n Dr a in
* I2C_0 :
* I2C_1 :
* I2C_2 :
* I2C_3 :
BB A d d .
Fo r C I
Boot Strap
RESET
A8 ’ h
NA ND _I O [0 ] : F la s h S e l ec t ( 1 )
0 : Bo o t Fr o m Se r ia l F la s h
1 : Bo o t Fr o m NA N D F l a sh
NA ND _I O [1 ] : N AN D B l o c k 0 W r i t e ( DN S)
0 : En a bl e B lo ck 0 W r i te
1 : Di s ab le Bl oc k 0 W r it e
NA ND _I O [3 :2 ] : N A ND E C C ( 1, D N S)
00 : N o E CC
01 : 1 EC C B it
10 : 4 EC C B it
11 : 8 EC C B it
NA ND _I O [4 ] : C PU En d i a n ( 0)
0 : Li t tl e E nd ia n
1 : Bi g E nd i an
NA ND _I O [6 :5 ] : X t al B i as Co n t r ol (1 , DN S )
00 : 1 . 2m A ( Fu nd m en t a l R e co m m a nd )
01 : 1 . 8m A
10 : 2 . 4m A ( 3r d o ve r t un e R e c o mm a nd )
11 : 3 . 0m A
NA ND _I O [7 ] : M IP S F r e q ue n cy ( D NS )
0 : 40 5 MH z
1 : 37 8 MH z
NA ND _A L E : I 2C L e ve l ( DN S )
0 : 3. 3 V Sw i tc hi n g
1 : 5V Sw it c hi ng
NA ND _C L E
0 : En a bl e D 2C DI F F A C (D N S)
1 : Di s ab e D 2C DI F F A C
NVRAM
E XT IRQ
G PIO _00 , GP IO_ 01, G PIO _02 ,
G PIO _11 , GP IO_ 11, G PIO _39
I R_I NT : GP IO_ 23
I R1_ IN : GP IO_ 25
I R2_ IN : GP IO_ 29
I R_O UT : GP IO_ 26
P WM0 : GPIO _24
P WM1 : GPIO _09
IR _I N
IN TE R R U P T PI N
IN TE R R U P T PI N
IN TE R R U P T PI N
IR _I N
BC M_ A VC _ DEB U G_ T X1
BC M_ A VC _ DEB U G_ R X1
BT _M U TE
Fr om wi rele ss_ I2C to micom I 2C
SM D G ASK ET
1 5 pa g e: T W _ 99 1 0_ R E S ET
1 7 pa g e: M _ R FM O DU L E _ RE S ET
1 5 pa g e: C H B _R E SE T
17 pa g e : Mo t i o n R em o c o n
17 pa g e : Mo t io n R em oc o n
28 pa g e : IS D B D e m od
1 7 pa g e : M ot i on R e mo c on
1 7 pa g e : M ot i on R e mo c on
15 pa ge : C H B _S U B_ TU NE R
FOR E SD 12V Pa ttern
UR SA 3 E xt er n al
HI GH
L O W
HI GH
OL ED
LO W
DD R- 2 56 M
MO DE L _ O P T_ 4
HI GH
MA I N _ MI N I_ L V D S
HD
MA IN _ L V D S
K1
NO N_ O LE D
MO DE L _ O P T_ 3
MO DE L _ O P T_ 6
MO DE L _O P T_4
L2 5
N2 8
MO DE L _ O P T_ 5
FR C
MO DE L _ O P T_ 0
MO DE L _ O P T_ 2
DD R- 5 1 2 M
H I GH
GI P
PI N N AM E
PW IZ P a nn el T- co n
wi th L G F RC
MO DE L _ O P T_ 1 AA 26
H I GH
R2 6
UR SA 3 I nt er n al
LO W
NO N_ U R S A 3
LO W
K4
*M OD E L_ O PT_ 0 & MO DE L_ O P T _ 4
R EF E R T O T H IS OP TI ON
NO N- G IP
PI N N O.
L O W
K2 7
NO F RC
NO N_ F R C
MO DE L _O PT _0
FH D
UR SA 3
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