CXR713120-201GB

Syscon 1st Generation bottom view

Syscon 1st Generation as seen on CECHCxx

Generation 1: CXR713120-201GB / CXR713120-201GB-TL (SysCon)

200 pin BGA package
Ball array, board orientated

    T R P N M L K J H G F E D C B A

 1    M M M M - N N N N N - O O +     1
 2  M M M M M @ N N N N N N @ - J J   2
 3  - @                         J J   3
 4  & -   A A N N N N O O O O   J J   4
 5  & +   A A N N N N O O O O   J J   5
 6  - -   A A + - + N - + H H   R R   6
 7  & #   A A * * # # - + H H   R R   7
 8  Q Q   G G * *     - + H H   K K   8
 9  Q Q   G G * *         H H   K K   9
10  Q Q   G G # # # + - + F F   K K  10
11  Q B   G G # - & & + ^ F F   K K  11
12  B B   C C C C D D D D F F   E E  12
13  B B   C C C C D D D D F F   E E  13
14  B B                         E E  14
15  B P P I I I $ $ $ $ $ $ & - E E  15
16    P P I I I $ $ $ $ $ $ & & &    16

    T R P N M L K J H G F E D C B A

Legend:
* = JTAG
  = N/C
& = Reset & Clock
$ = EEPROM Interface
- = Ground
+ = +3.3v
# = +1.8v
^ = +battery
@ = VDD2, VDD1, VDD0

Syscon 1st Generation (BGA Packaging)

8-753-279-04 / IC4002
Early PS3 : up to including CECHKxx/DIA-002

Pinout

Pin #	Name	Port	Description
T2	/BE_INT	Port M Cell Control Line
R1	PM7
R2	PM6
P1	BE_POWGOOD
P2	/BE_RESET
N1	BE_SPI_CLK		Cell SPI Bus
N2	BE_SPI_DO
M1	BE_SPI_DI
M2	/BE_SPI_CS
L4	PL8	Port N	unused
L5	PL7
K4	PL6
K5	PL5
J4	PL4
J5	PL3
H4	PL2
H5	PL1
H6	PL0
A8	SB_SPI_CLK	Port K	Southbridge SPI Bus
B8	SB_SPI_DO
A9	SB_SPI_DI
B9	/SB_SPI_CS
A10	SEL2_I2C_SCL
B10	SEL2_I2C_SDA
A11	ACDC_STBY
B11	PK0
B5	PJ7	Port J
A5	DISC_OUT12_SW
B2	DISC_OUT8_SW
A2	DISC_IN
B3	SW_10
A3	SW_0
B4	SW_8_B
A4	SW_8_C
L16	SW_PCI	Port I
L15	DISC_CHUCK
M16	DISC_PHOT_LED
M15	SW_2
N16	DIAG_MODE
N15	BACKUP_MODE
E6	/HDMI_INT	Port H
D6	VD_CECI0
E7	PH5
D7	/RS_POW_FAIL
E8	/MUL_CHKSTP_IN
D8	/MUL_TRG_IN
E9	/SYS_THR_ALRT
D9	/SB_INT
M11	SW_ATA	Port G
N11	SW_4_A
M10	/XDR_FET_VREF
N10	/XDR_FET_SCK
M9	BUZZER
N9	SW_PWM
M8	FANPWM1
N8	FANPWM0
E10	/MUL_CHKSTP_OUT	Port F
D10	/MUL_TAG_OUT
E11	/SB_CGRESET
D11	/SB_RESET
E12	BT_WAKEON
D12	BE_VCS_1.25_ON
E13	BE_VCS_1.30_ON
D13	SW_1A
A12	/EJECT_SW	Port E
B12	/POW_SW
A13	/SB_EBUS_RESET
B13	SB_EBUS_BRDY
A14	PE3
B14	VD_CECI1
A15	/BE_POW_FAIL
B15	/POW_FAIL
F13	SW_5_B	Port D
F12	MK_EN
G13	BEVRM_VID5
G12	BEVRM_VID4
H13	BEVRM_VID3
H12	BEVRM_VID2
J13	BEVRM_VID1
J12	BEVRM_VID0
K13	SW_HDD	Port C
K12	I2CBUS_EN
L13	RSXVRM_VID5
L12	RSXVRM_VID4
M13	RSXVRM_VID3
M12	RSXVRM_VID2
N13	RSXVRM_VID1
N12	RSXVRM_VID0
T15	SW_8_A	Port B
R14	SW_7_A
T14	SW_6
R13	SW_1_B
T13	SW_4_B
R12	SW_3
T12	VD_CECO1
R11	VD_CECO0
N7	STBY_LED	Port A
M7	POW_LED
N6	/AUDIO_MUTE
M6	SW_7_B
N5	/BT_RESET
M5	/GBE_RESET
N4	SW_5_A
M4	SW_9
J16	RBB	EEPROM Interface
K16	PI7
J15	WCB
K15	PI6
E16	SKB
E15	PP3
G16	DI
G15	PP2
H16	DO
H15	PP1
F16	CSB
F15	PP0
H11	TESTMODE	Reset & Clock
B16	OSCOUT
C16	OSCIN
D16	32KOUT
D15	32KIN
T5	EXTAL
T4	XTAL
T7	XXTALO
J11	/RST
R4	AVSUO	Power Port	Ground
R5	AVDUO		+3.3v
G6	AVSS		Ground
C2	AVREF2		Ground
B1	AVREF1		+3.3v
F7	AVDD		+3.3v
K11	VSSF		Ground
K6	VSSF		Ground
L6	VDDF		+3.3v
G7	VSS		Ground
G8
G10
T6
R6
T3
L1
E1
C15	VSSep		EEPROM Ground
G11	VDDep		EEPROM Power +3.3v
F11	VDDbat		+battery
H7	DVDD		+1.8v
J10
K10
L10
L11
R7
J7
F8	VDD3		+3.3v
F10
H10
J6
F6
D2	VDD2		+1.5V_RSX_VDDIO
R3	VDD1		+1.2V_MC2_VDDIO
L2	VDD0		+1.2V_MC2_VDDIO
A16	NC
T16
T1
A1
G9
F9
L8	JRTCK	JTAG Interface
K8	JTCK
K9	JTDO
L9	JTMS
K7	JTDI
L7	JNTAST
A6	PR3	Port R
B6	MC_P_OFF_REQ
A7	MC_ALIVE
B7	MC_RESERVED1
R10	RMC_IN	Port Q
T11	PQ5
T10	PQ4
T8	SEL2_I2C_SCL
T9	SEL2_I2C_SDA
R9	PQ1
R8	RSX_FBVDD_SEL
P16	UART0_TxD	Port P	Serial Transmit
P15	UART0_RxD		Serial Receive
R16	SEL1_I2C_SCL
R15	SEL1_I2C_SDA
D1	SEL0_I2C_SCL	Port O
C1	SEL0_I2C_SDA
G4	PO7
F4	HDMI_RST0
G5	PO5
F5	DISC_IN_MECHA
E4	EJECT_MECHA
D4	/XDR_FET_RST
E5	/GX_VSRST
D5	XCG_EN
K2	/VD_VINT1	Port N
K1	/VD_VINT0
J2	/RSX_INT
J1	RSX_FLDO
H2	PN6
H1	PN5
G2	/RSX_RESET
G1	RSX_SPI_CLK		RSX SPI Bus
F2	RSX_SPI_DO
F1	RSX_SPI_DI
E2	/RSX_SPI_CS

Intercepting signals

This points are availables to intercept signals by soldering wires, attaching probes, osciloscopes, etc... The photos are only orientatives to follow the traces, there's no need to remove the SYSCON to intercept this signals so can be done while its working

All this points has been hardware reverse engineered from a CECHH02/DIA-001 motherboard

Topside Pinout

Syscon Top Pinouts
CECHH02/DIA-001

Pin #	Name	Description
B3	SW_10	Unknown
A6	MC_RESERVED2	Unknown
E10	MUL_CHKSTP_OUT	Unknown
C15	VSS	Power Ground
B16	OSCOUT	Goes to unpopulated crystal
C16	OSCIN	From unpupulated crystal
B15	POW_FAIL	Power Failure Signal
H1	PN5	Unknown
H2	PN6	Unknown
R1	PM7	Unknown
R2	PM6	Unknown
M4	SW9	Unknown
M10	XDR_FET_SCK	Unknown

Bottomside Pinout

Syscon Bottom Pinouts
CECHH02/DIA-001

Syscon UART soldered
CECHJxx/CECHKxx DIA-002

Pin #	Name	Description
R5	VDD	+3.3v
R7	DVDD	+1.8v
C15	VSS	Power Ground
N16	DIAG_MODE	Unknown
N15	BACKUP_MODE	Unknown
P16	UART0_TxD	Serial
P15	UART0_RxD	Serial
R9	PQ1	Unknown
B12	POW_SW	Power Switch
A12	EJECT_SW	Eject Switch
L7	JNTAST	JTAG
L8	JRTCK	JTAG
L9	JTMS	JTAG
K7	JTDI	JTAG
K8	JTCK	JTAG
K9	JTDO	JTAG
M6	SW_7_B	Unknown
M8	FANPWM1	Unknown
E5	GX_VSRT	Unknown
B5	DVE_RST	Unknown
G4	HDMI_RST1	Unknown
D4	XDR_FET_RST	Unknown

Perimeter traces

CECHG01 Pictures - SEM-001

Topside Pictures

Syscon Top Pinouts
CECHG01/SEM-001

Bottomside Pictures

Syscon Bottom Pinouts
CECHG01/SEM-001