CXD4302GB: Difference between revisions

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== Sony CXD4302GB-1 / CXD4302GB-T6 (Starship 2) ==
<gallery>
File:SCEI_CXD4302GB.JPG|Sony CXD4302GB - IC3801 (StarShip 2)
</gallery>
alt.part no.: [[CXD4302GB-T6]] <br />
8-753-265-45 / IC3801 <br />
Seen in early NAND FAT: [[CECHAxx]]/[[COK-00x#COK-001|COK-001]] and [[CECHBxx]]/[[COK-00x#COK-001|COK-001]]<br />
Documented in [https://www.google.com/#q=sm-ps3-0013e-02-0.pdf sm-ps3-0013e-02-0.pdf]
<div style="float:right">[[File:CXD4302GB-GRID-bw-ss2-bottomside.png|200px|thumb|left|IC3801 (StarShip 2)<br />BALL-GRID-ARRAY overview<br />IC view, facing BGA<br />A1 marker:northeast/topright]]<br />[[File:CXD4302GB-GRID-bw-pcbview.png|200px|thumb|left|IC3801 (StarShip 2)<br />BALL-GRID-ARRAY overview<br />PCB view, facing BGA<br />A1 marker:northwest/topleft]]</div>
<div style="height:750px; overflow:auto">
{| border="1" cellspacing="0" cellpadding="5" border="#999" class="wikitable sortable" style="border:1px solid #999; border-collapse: collapse;"
|- bgcolor="#cccccc"
! Pad # !! Name !! Description
|-
| A1 || HA[0]  || /SB_EBUS_ADDR0 (via JL9338 [[EBUS]])
|-
| A2 || XHOE || /SB_EBU_OE (via JL9305 [[EBUS]])
|-
| A3 || HA[2] || /SB_EBUS_ADDR2 (via JL9336 [[EBUS]])
|-
| A4 || HA[4] || /SB_EBUS_ADDR4 (via JL9334 [[EBUS]])
|-
| A5 || HA[6] || /SB_EBUS_ADDR6 (via JL9332 [[EBUS]])
|-
| A6 || HA[17] || /SB_EBUS_ADDR17 (via JL9321 [[EBUS]])
|-
| A7 || XHWE || /SB_EBUS_SWE (via JL9304 [[EBUS]])
|-
| A8 || HA[9] || /SB_EBUS_ADDR9 (via JL9329 [[EBUS]])
|-
| A9 || HA[11] || /SB_EBUS_ADDR11 (via JL9327 [[EBUS]])
|-
| A10 || style="color:white; background-color:#FF3333;" | VDD33 || style="color:white; background-color:#FF3333;" | +3.3V VDD
|-
| A11 || HA[14] || /SB_EBUS_ADDR14 (via JL9324 [[EBUS]])
|-
| A12 || HA[16] || /SB_EBUS_ADDR16 (via JL9322 [[EBUS]])
|-
| A13 || BSTCLK || /SB_EBUS_SYSCLK with R3806 0 Ohm inline (via JL9302 [[EBUS]])
|-
| A14 || IA[3] ||
|-
| B1 || XHCE0 || /SB_EBUS_CE0 (via JL9307 [[EBUS]])
|-
| B2 || HA[1] || /SB_EBUS_ADDR1 (via JL9337 [[EBUS]])
|-
| B3 || HA[3] || /SB_EBUS_ADDR3 (via JL9335 [[EBUS]])
|-
| B4 || HA[5] || /SB_EBUS_ADDR5 (via JL9333 [[EBUS]])
|-
| B5 || HA[7] || /SB_EBUS_ADDR7 (via JL9331 [[EBUS]])
|-
| B6 || XHRST || (C3827 100pF CH 50V & R3801 10kOhm) to /SB_EBUS_RESET (with R3838 0 Ohm inline) + /SS2_RESET (with R3839 0 Ohm inline)
|-
| B7 || HA[8] || /SB_EBUS_ADDR8 (via JL9330 [[EBUS]])
|-
| B8 || HA[10] || /SB_EBUS_ADDR10 (via JL9328 [[EBUS]])
|-
| B9 || HA[12] || /SB_EBUS_ADDR12 (via JL9326 [[EBUS]])
|-
| B10 || HA[13] || /SB_EBUS_ADDR13 (via JL9325 [[EBUS]])
|-
| B11 || HA[15] || /SB_EBUS_ADDR15 (via JL9323 [[EBUS]])
|-
| B12 || XHBE || /SB_EBUS_IOR (via JL9303 [[EBUS]])
|-
| B13 || IA[2] ||
|-
| B14 || style="color:white; background-color:#FF3333;" | VDD33 || style="color:white; background-color:#FF3333;" | +3.3V VDD
|-
| C1 || HRDY || /SB_EBUS_ACK (via JL9308 [[EBUS]])
|-
| C2 || XHCE1 || /SB_EBUS_CE2 (via JL9306 [[EBUS]])
|-
| C3 || HD[2] || /SB_EBUS_DATA2 (via JL9352 [[EBUS]])
|-
| C4 || HD[3] || /SB_EBUS_DATA3 (via JL9351 [[EBUS]])
|-
| C5 || HD[11] || /SB_EBUS_DATA11 (via JL9343 [[EBUS]])
|-
| C6 || HD[4] || /SB_EBUS_DATA4 (via JL9350 [[EBUS]])
|-
| C7 || HD[5] || /SB_EBUS_DATA5 (via JL9349 [[EBUS]])
|-
| C8 || HD[6] || /SB_EBUS_DATA6 (via JL9348 [[EBUS]])
|-
| C9 || HD[14] || /SB_EBUS_DATA14 (via JL9340 [[EBUS]])
|-
| C10 || HD[7] || /SB_EBUS_DATA7 (via JL9347 [[EBUS]])
|-
| C11 || HD[15] || /SB_EBUS_DATA15 (via JL9339 [[EBUS]])
|-
| C12 || IA[4] ||
|-
| C13 || IA[1] ||
|-
| C14 || IA[0] ||
|-
| D1 || BRDY || R3802 22 Ohm inline and R3807 10KOhm pullup to /SS2_BRDY (via JL9309 [[EBUS]])
|-
| D2 || XINT || R3808 10KOhm pullup to /SS2_INT (via JL9310 [[EBUS]])
|-
| D3 || HD[10] || /SB_EBUS_DATA10 (via JL9344 [[EBUS]])
|-
| D4 || style="color:white; background-color:#333333;" | GND || style="color:white; background-color:#333333;" | Ground
|-
| D5 || style="color:white; background-color:#FF3333;" | VDD33 || style="color:white; background-color:#FF3333;" | +3.3V VDD
|-
| D6 || style="color:white; background-color:#FF3333;" | VDD33 || style="color:white; background-color:#FF3333;" | +3.3V VDD
|-
| D7 || HD[12] || /SB_EBUS_DATA12 (via JL9342 [[EBUS]])
|-
| D8 || HD[13] || /SB_EBUS_DATA13 (via JL9341 [[EBUS]])
|-
| D9 || style="color:white; background-color:#FF3333;" | VDD33 || style="color:white; background-color:#FF3333;" | +3.3V VDD
|-
| D10 || style="color:white; background-color:#FF3333;" | VDD33 || style="color:white; background-color:#FF3333;" | +3.3V VDD
|-
| D11 || style="color:white; background-color:#333333;" | GND || style="color:white; background-color:#333333;" | Ground
|-
| D12 || IA[5] ||
|-
| D13 || ID[0] ||
|-
| D14 || ID[1] ||
|-
| E1 || style="color:white; background-color:#FF3333;" | VDD33 || style="color:white; background-color:#FF3333;" | +3.3V VDD
|-
| E2 || HD[8] || /SB_EBUS_DATA8 (via JL9346 [[EBUS]])
|-
| E3 || HD[1] || /SB_EBUS_DATA1 (via JL9353 [[EBUS]])
|-
| E4 || HD[9] || /SB_EBUS_DATA9 (via JL9345 [[EBUS]])
|-
| E11 || IA[7] ||
|-
| E12 || IA[6] ||
|-
| E13 || ID[2] ||
|-
| E14 || ID[3] ||
|-
| F1 || CPOUT || via R3809 1k Ohm to G1 (VCOIN)
|-
| F2 || PLLSEL[3] || to <span style="color:white; background-color:#FF3333;">VDD33</span>
|-
| F3 || PLLSEL[1] || to <span style="color:white; background-color:#FF3333;">VDD33</span>
|-
| F4 || HD[0] || /SB_EBUS_DATA0 (via JL9354 [[EBUS]])
|-
| F6 || style="color:white; background-color:#333333;" | GND || style="color:white; background-color:#333333;" | Ground
|-
| F7 || style="color:white; background-color:#333333;" | GND || style="color:white; background-color:#333333;" | Ground
|-
| F8 || style="color:white; background-color:#333333;" | GND || style="color:white; background-color:#333333;" | Ground
|-
| F9 || style="color:white; background-color:#333333;" | GND || style="color:white; background-color:#333333;" | Ground
|-
| F11 || style="color:white; background-color:#CC3333;" | VDD18 || style="color:white; background-color:#CC3333;" | +1.8V VDD
|-
| F12 || IA[12] ||
|-
| F13 || ID[4] ||
|-
| F14 || ID[5] ||
|-
| G1 || VCOIN || via R3810 180 Ohm and C3801 0.01uF B 25V to <span style="color:white; background-color:#333333;">Ground</span>
|-
| G2 || style="color:white; background-color:#CC3333;" | VDDP || style="color:white; background-color:#CC3333;" | +1.8V VDD
|-
| G3 || style="color:white; background-color:#CC3333;" | VDD18 || style="color:white; background-color:#CC3333;" | +1.8V VDD
|-
| G4 || PLLSEL[2] || via R3822 0 Ohm to <span style="color:white; background-color:#333333;">Ground</span>
|-
| G6 || style="color:white; background-color:#333333;" | GND || style="color:white; background-color:#333333;" | Ground
|-
| G7 || style="color:white; background-color:#333333;" | GND || style="color:white; background-color:#333333;" | Ground
|-
| G8 || style="color:white; background-color:#333333;" | GND || style="color:white; background-color:#333333;" | Ground
|-
| G9 || style="color:white; background-color:#333333;" | GND || style="color:white; background-color:#333333;" | Ground
|-
| G11 || IA[15] ||
|-
| G12 || style="color:white; background-color:#FF3333;" | VDD33 || style="color:white; background-color:#FF3333;" | +3.3V VDD
|-
| G13 || ID[6] ||
|-
| G14 || ID[7] ||
|-
| H1 || PLLSEL[2] || via R3824 0 Ohm to <span style="color:white; background-color:#333333;">Ground</span>
|-
| H2 || style="color:white; background-color:#333333;" | GNDP || style="color:white; background-color:#333333;" | Ground
|-
| H3 || CLKSEL || via R3843 0 Ohm to <span style="color:white; background-color:#333333;">Ground</span>
|-
| H4 || style="color:white; background-color:#FF3333;" | VDD33 || style="color:white; background-color:#FF3333;" | +3.3V VDD
|-
| H6 || style="color:white; background-color:#333333;" | GND || style="color:white; background-color:#333333;" | Ground
|-
| H7 || style="color:white; background-color:#333333;" | GND || style="color:white; background-color:#333333;" | Ground
|-
| H8 || style="color:white; background-color:#333333;" | GND || style="color:white; background-color:#333333;" | Ground
|-
| H9 || style="color:white; background-color:#333333;" | GND || style="color:white; background-color:#333333;" | Ground
|-
| H11 || style="color:white; background-color:#FF3333;" | VDD33 || style="color:white; background-color:#FF3333;" | +3.3V VDD
|-
| H12 || IA[13] ||
|-
| H13 || IA[10] ||
|-
| H14 || XICE ||
|-
| J1 || CNTCLK || SB_SS2_CLK (R3811 0 Ohm inline)
|-
| J2 || style="color:white; background-color:#FF3333;" | VDD33 || style="color:white; background-color:#FF3333;" | +3.3V VDD
|-
| J3 || SCAN[1] ||
|-
| J4 || PLLEN || via R3844 0 Ohm to <span style="color:white; background-color:#FF3333;">VDD33</span>
|-
| J6 || style="color:white; background-color:#333333;" | GND || style="color:white; background-color:#333333;" | Ground
|-
| J7 || style="color:white; background-color:#333333;" | GND || style="color:white; background-color:#333333;" | Ground
|-
| J8 || style="color:white; background-color:#333333;" | GND || style="color:white; background-color:#333333;" | Ground
|-
| J9 || style="color:white; background-color:#333333;" | GND || style="color:white; background-color:#333333;" | Ground
|-
| J11 || IA[9] ||
|-
| J12 || IA[8] ||
|-
| J13 || IA[14] ||
|-
| J14 || XIRD ||
|-
| K1 || XIN || via R3842 0 Ohm to <span style="color:white; background-color:#FF3333;">VDD33</span>
|-
| K2 || style="color:white; background-color:#333333;" | GND || style="color:white; background-color:#333333;" | Ground
|-
| K3 || PLLSEL[0] || via R3820 0 Ohm to <span style="color:white; background-color:#333333;">Ground</span>
|-
| K4 || PLLTEST || via R3845 0 Ohm to <span style="color:white; background-color:#333333;">Ground</span>
|-
| K11 || style="color:white; background-color:#FF3333;" | VDD33 || style="color:white; background-color:#FF3333;" | +3.3V VDD
|-
| K12 || IA[11] ||
|-
| K13 || SCAN[0] ||
|-
| K14 || INMIN ||
|-
| L1 || XOUT ||
|-
| L2 || XFRB1 || SS2_XFRB1
|-
| L3 || XFCE1 || SS2_XFCE1
|-
| L4 || style="color:white; background-color:#333333;" | GND || style="color:white; background-color:#333333;" | Ground
|-
| L5 || FALE1 || SS2_FALE1
|-
| L6 || style="color:white; background-color:#FF3333;" | VDD33 || style="color:white; background-color:#FF3333;" | +3.3V VDD
|-
| L7 || style="color:white; background-color:#FF3333;" | VDD33 || style="color:white; background-color:#FF3333;" | +3.3V VDD
|-
| L8 || style="color:white; background-color:#CC3333;" | VDD18 || style="color:white; background-color:#CC3333;" | +1.8V VDD
|-
| L9 || FALE0 || SS2_FALE0
|-
| L10 || style="color:white; background-color:#FF3333;" | VDD33 || style="color:white; background-color:#FF3333;" | +3.3V VDD
|-
| L11 || style="color:white; background-color:#333333;" | GND || style="color:white; background-color:#333333;" | Ground
|-
| L12 || FD0[8] ||
|-
| L13 || XIWR ||
|-
| L14 || XEXPOR || via R3846 0 Ohm to <span style="color:white; background-color:#FF3333;">VDD33</span>
|-
| M1 || FD1[15] ||
|-
| M2 || FD1[7] ||
|-
| M3 || XFRE1 || SS2_XFRE1
|-
| M4 || FCLE1 || SS2_FCLE1
|-
| M5 || XFWE1 || SS2_XFWE1
|-
| M6 || XFWP1 || SS2_XFWP1
|-
| M7 || XFRB0 || SS2_XFRB0
|-
| M8 || XFCE0 || SS2_XFCE0
|-
| M9 || FCLE0 || SS2_FCLE0
|-
| M10 || XFWE0 || SS2_XFWE0
|-
| M11 || XFWP0 || SS2_XFWP0
|-
| M12 || style="color:white; background-color:#FF3333;" | VDD33 || style="color:white; background-color:#FF3333;" | +3.3V VDD
|-
| M13 || FD0[1] || SS2_FD0_1
|-
| M14 || FD0[0] || SS2_FD0_0
|-
| N1 || FD1[14] ||
|-
| N2 || FD1[13] ||
|-
| N3 || FD1[12] ||
|-
| N4 || FD1[11] ||
|-
| N5 || FD1[10] ||
|-
| N6 || FD1[9] ||
|-
| N7 || FD1[8] ||
|-
| N8 || FD0[15] ||
|-
| N9 || FD0[14] ||
|-
| N10 || FD0[13] ||
|-
| N11 || FD0[12] ||
|-
| N12 || FD0[11] || SS2_FD0_11
|-
| N13 || FD0[2] || SS2_FD0_2
|-
| N14 || FD0[9] || SS2_FD0_9
|-
| P1 || FD1[6] || SS2_FD1_6
|-
| P2 || FD1[5] || SS2_FD1_5
|-
| P3 || FD1[4] || SS2_FD1_4
|-
| P4 || FD1[3] || SS2_FD1_3
|-
| P5 || FD1[2] || SS2_FD1_2
|-
| P6 || FD1[1] || SS2_FD1_1
|-
| P7 || FD1[0] || SS2_FD1_0
|-
| P8 || XFRE0 || SS2_XFRE0
|-
| P9 || FD0[7] || SS2_FD0_7
|-
| P10 || FD0[6] || SS2_FD0_6
|-
| P11 || FD0[5] || SS2_FD0_5
|-
| P12 || FD0[4] || SS2_FD0_4
|-
| P13 || FD0[3] || SS2_FD0_3
|-
| P14 || FD0[10] || SS2_FD0_10
|-
|}
''remark: the following Pad #letter's are not used: I, O, Q, S, X, Z, AI, AO, AQ, AS, AX, AZ''
</div>
== Sony CXD4302GB-T6 (Starship 2) ==
<div style="float:right">[[File:SCEI_CXD4302GB.JPG|200px|thumb|left|Sony CXD4302GB<br />IC3801 (StarShip 2)]]</div>
alt.part no.: [[CXD4302GB-1]] <br />
8-753-265-45 / IC3801 <br />
Seen in early NAND FAT: [[CECHAxx]]/[[COK-00x#COK-001|COK-001]] and [[CECHBxx]]/[[COK-00x#COK-001|COK-001]] <br />
== Sony CXD4302GB (Starship 2) ==
== Sony CXD4302GB (Starship 2) ==
Used on Reference Tool/DECR1000A Communication Processor Board <br />
DECR1000A/J Communication Processor Board: <br/>
Instead of 2x 1Gbit NAND flash on retail models, a single 2Gbit NAND Flash is connected to the Starship2 (there is also an empty pad on the board, which suggest useability for dual NAND)
Instead of 2x 1Gbit NAND flash on retail models, a single 2Gbit NAND Flash is connected to the Starship2 (there is also an empty pad on the board, which suggest useability for dual NAND)
DEH-H100X Boards: <br/>
2x 1Gbit NAND


No datasheet found/available <br />
No datasheet found/available <br />
No pinout yet<br />
No pinout yet<br />


{{stub}}
{{Wikify}}
 


{{Console}}


[[Category:Starship2]]
{{Motherboard Components}}<noinclude>[[Category:Main]]</noinclude>

Latest revision as of 00:38, 18 July 2017

Sony CXD4302GB-1 / CXD4302GB-T6 (Starship 2)[edit | edit source]

  • Sony CXD4302GB - IC3801 (StarShip 2)

    Sony CXD4302GB - IC3801 (StarShip 2)

alt.part no.: CXD4302GB-T6
8-753-265-45 / IC3801
Seen in early NAND FAT: CECHAxx/COK-001 and CECHBxx/COK-001

Documented in sm-ps3-0013e-02-0.pdf

IC3801 (StarShip 2)
BALL-GRID-ARRAY overview
IC view, facing BGA
A1 marker:northeast/topright

IC3801 (StarShip 2)
BALL-GRID-ARRAY overview
PCB view, facing BGA
A1 marker:northwest/topleft
Pad # Name Description
A1 HA[0] /SB_EBUS_ADDR0 (via JL9338 EBUS)
A2 XHOE /SB_EBU_OE (via JL9305 EBUS)
A3 HA[2] /SB_EBUS_ADDR2 (via JL9336 EBUS)
A4 HA[4] /SB_EBUS_ADDR4 (via JL9334 EBUS)
A5 HA[6] /SB_EBUS_ADDR6 (via JL9332 EBUS)
A6 HA[17] /SB_EBUS_ADDR17 (via JL9321 EBUS)
A7 XHWE /SB_EBUS_SWE (via JL9304 EBUS)
A8 HA[9] /SB_EBUS_ADDR9 (via JL9329 EBUS)
A9 HA[11] /SB_EBUS_ADDR11 (via JL9327 EBUS)
A10 VDD33 +3.3V VDD
A11 HA[14] /SB_EBUS_ADDR14 (via JL9324 EBUS)
A12 HA[16] /SB_EBUS_ADDR16 (via JL9322 EBUS)
A13 BSTCLK /SB_EBUS_SYSCLK with R3806 0 Ohm inline (via JL9302 EBUS)
A14 IA[3]
B1 XHCE0 /SB_EBUS_CE0 (via JL9307 EBUS)
B2 HA[1] /SB_EBUS_ADDR1 (via JL9337 EBUS)
B3 HA[3] /SB_EBUS_ADDR3 (via JL9335 EBUS)
B4 HA[5] /SB_EBUS_ADDR5 (via JL9333 EBUS)
B5 HA[7] /SB_EBUS_ADDR7 (via JL9331 EBUS)
B6 XHRST (C3827 100pF CH 50V & R3801 10kOhm) to /SB_EBUS_RESET (with R3838 0 Ohm inline) + /SS2_RESET (with R3839 0 Ohm inline)
B7 HA[8] /SB_EBUS_ADDR8 (via JL9330 EBUS)
B8 HA[10] /SB_EBUS_ADDR10 (via JL9328 EBUS)
B9 HA[12] /SB_EBUS_ADDR12 (via JL9326 EBUS)
B10 HA[13] /SB_EBUS_ADDR13 (via JL9325 EBUS)
B11 HA[15] /SB_EBUS_ADDR15 (via JL9323 EBUS)
B12 XHBE /SB_EBUS_IOR (via JL9303 EBUS)
B13 IA[2]
B14 VDD33 +3.3V VDD
C1 HRDY /SB_EBUS_ACK (via JL9308 EBUS)
C2 XHCE1 /SB_EBUS_CE2 (via JL9306 EBUS)
C3 HD[2] /SB_EBUS_DATA2 (via JL9352 EBUS)
C4 HD[3] /SB_EBUS_DATA3 (via JL9351 EBUS)
C5 HD[11] /SB_EBUS_DATA11 (via JL9343 EBUS)
C6 HD[4] /SB_EBUS_DATA4 (via JL9350 EBUS)
C7 HD[5] /SB_EBUS_DATA5 (via JL9349 EBUS)
C8 HD[6] /SB_EBUS_DATA6 (via JL9348 EBUS)
C9 HD[14] /SB_EBUS_DATA14 (via JL9340 EBUS)
C10 HD[7] /SB_EBUS_DATA7 (via JL9347 EBUS)
C11 HD[15] /SB_EBUS_DATA15 (via JL9339 EBUS)
C12 IA[4]
C13 IA[1]
C14 IA[0]
D1 BRDY R3802 22 Ohm inline and R3807 10KOhm pullup to /SS2_BRDY (via JL9309 EBUS)
D2 XINT R3808 10KOhm pullup to /SS2_INT (via JL9310 EBUS)
D3 HD[10] /SB_EBUS_DATA10 (via JL9344 EBUS)
D4 GND Ground
D5 VDD33 +3.3V VDD
D6 VDD33 +3.3V VDD
D7 HD[12] /SB_EBUS_DATA12 (via JL9342 EBUS)
D8 HD[13] /SB_EBUS_DATA13 (via JL9341 EBUS)
D9 VDD33 +3.3V VDD
D10 VDD33 +3.3V VDD
D11 GND Ground
D12 IA[5]
D13 ID[0]
D14 ID[1]
E1 VDD33 +3.3V VDD
E2 HD[8] /SB_EBUS_DATA8 (via JL9346 EBUS)
E3 HD[1] /SB_EBUS_DATA1 (via JL9353 EBUS)
E4 HD[9] /SB_EBUS_DATA9 (via JL9345 EBUS)
E11 IA[7]
E12 IA[6]
E13 ID[2]
E14 ID[3]
F1 CPOUT via R3809 1k Ohm to G1 (VCOIN)
F2 PLLSEL[3] to VDD33
F3 PLLSEL[1] to VDD33
F4 HD[0] /SB_EBUS_DATA0 (via JL9354 EBUS)
F6 GND Ground
F7 GND Ground
F8 GND Ground
F9 GND Ground
F11 VDD18 +1.8V VDD
F12 IA[12]
F13 ID[4]
F14 ID[5]
G1 VCOIN via R3810 180 Ohm and C3801 0.01uF B 25V to Ground
G2 VDDP +1.8V VDD
G3 VDD18 +1.8V VDD
G4 PLLSEL[2] via R3822 0 Ohm to Ground
G6 GND Ground
G7 GND Ground
G8 GND Ground
G9 GND Ground
G11 IA[15]
G12 VDD33 +3.3V VDD
G13 ID[6]
G14 ID[7]
H1 PLLSEL[2] via R3824 0 Ohm to Ground
H2 GNDP Ground
H3 CLKSEL via R3843 0 Ohm to Ground
H4 VDD33 +3.3V VDD
H6 GND Ground
H7 GND Ground
H8 GND Ground
H9 GND Ground
H11 VDD33 +3.3V VDD
H12 IA[13]
H13 IA[10]
H14 XICE
J1 CNTCLK SB_SS2_CLK (R3811 0 Ohm inline)
J2 VDD33 +3.3V VDD
J3 SCAN[1]
J4 PLLEN via R3844 0 Ohm to VDD33
J6 GND Ground
J7 GND Ground
J8 GND Ground
J9 GND Ground
J11 IA[9]
J12 IA[8]
J13 IA[14]
J14 XIRD
K1 XIN via R3842 0 Ohm to VDD33
K2 GND Ground
K3 PLLSEL[0] via R3820 0 Ohm to Ground
K4 PLLTEST via R3845 0 Ohm to Ground
K11 VDD33 +3.3V VDD
K12 IA[11]
K13 SCAN[0]
K14 INMIN
L1 XOUT
L2 XFRB1 SS2_XFRB1
L3 XFCE1 SS2_XFCE1
L4 GND Ground
L5 FALE1 SS2_FALE1
L6 VDD33 +3.3V VDD
L7 VDD33 +3.3V VDD
L8 VDD18 +1.8V VDD
L9 FALE0 SS2_FALE0
L10 VDD33 +3.3V VDD
L11 GND Ground
L12 FD0[8]
L13 XIWR
L14 XEXPOR via R3846 0 Ohm to VDD33
M1 FD1[15]
M2 FD1[7]
M3 XFRE1 SS2_XFRE1
M4 FCLE1 SS2_FCLE1
M5 XFWE1 SS2_XFWE1
M6 XFWP1 SS2_XFWP1
M7 XFRB0 SS2_XFRB0
M8 XFCE0 SS2_XFCE0
M9 FCLE0 SS2_FCLE0
M10 XFWE0 SS2_XFWE0
M11 XFWP0 SS2_XFWP0
M12 VDD33 +3.3V VDD
M13 FD0[1] SS2_FD0_1
M14 FD0[0] SS2_FD0_0
N1 FD1[14]
N2 FD1[13]
N3 FD1[12]
N4 FD1[11]
N5 FD1[10]
N6 FD1[9]
N7 FD1[8]
N8 FD0[15]
N9 FD0[14]
N10 FD0[13]
N11 FD0[12]
N12 FD0[11] SS2_FD0_11
N13 FD0[2] SS2_FD0_2
N14 FD0[9] SS2_FD0_9
P1 FD1[6] SS2_FD1_6
P2 FD1[5] SS2_FD1_5
P3 FD1[4] SS2_FD1_4
P4 FD1[3] SS2_FD1_3
P5 FD1[2] SS2_FD1_2
P6 FD1[1] SS2_FD1_1
P7 FD1[0] SS2_FD1_0
P8 XFRE0 SS2_XFRE0
P9 FD0[7] SS2_FD0_7
P10 FD0[6] SS2_FD0_6
P11 FD0[5] SS2_FD0_5
P12 FD0[4] SS2_FD0_4
P13 FD0[3] SS2_FD0_3
P14 FD0[10] SS2_FD0_10

remark: the following Pad #letter's are not used: I, O, Q, S, X, Z, AI, AO, AQ, AS, AX, AZ

Sony CXD4302GB-T6 (Starship 2)[edit | edit source]

Sony CXD4302GB
IC3801 (StarShip 2)

alt.part no.: CXD4302GB-1
8-753-265-45 / IC3801
Seen in early NAND FAT: CECHAxx/COK-001 and CECHBxx/COK-001

Sony CXD4302GB (Starship 2)[edit | edit source]

DECR1000A/J Communication Processor Board:
Instead of 2x 1Gbit NAND flash on retail models, a single 2Gbit NAND Flash is connected to the Starship2 (there is also an empty pad on the board, which suggest useability for dual NAND)

DEH-H100X Boards:
2x 1Gbit NAND


No datasheet found/available
No pinout yet

This article is marked for rewrite/restructuring in proper wiki format.
You can help PS3 Developer wiki by editing it.


Syscon
CXR713F Series
CELL
90 nm
65 nm
45 nm
RSX
90 nm
65 nm
40 nm
28 nm
CELL RAM
(XDR)
Elpida
Qimonda
Samsung
RSX RAM
(GDDR3 or 5)
Elpida
Infineon & Qimonda
Samsung
Hynix
PS2
Compatibility
EEGS
RDRAM
Bridge
South Bridge
Starship2
Flash
NAND
Samsung
NOR
Macronix
Samsung
Spansion
eMMC
Samsung
Panasonic
BD SATA/PATA
BD Controllers
On BD board
Sony
Renesas SCEI
Integrated
Sony
Renesas SCEI
Others
IDT SCEI
Wireless
Connectors
Other
Diverse Comp.
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