Media: Difference between revisions

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==== Pinout standard SD (for comparison) ====
==== Pinout standard SD (for comparison) ====
[[File:SD_&_microSD_pins.jpg|280px|thumb|right|SD & microSD pins]]
[[File:SD_card_architecture.jpg|280px|thumb|right|SD card architecture]]


[[File:SD_&_microSD_pins.jpg|250px|thumb|right|SD & microSD pins]]
[[File:SD_card_architecture.jpg|200px|thumb|right|SD card architecture]]


{| class="wikitable" style="text-align: center;border:3px solid #123AAA;"
{| class="wikitable" style="text-align: center;border:3px solid #123AAA;"
Line 115: Line 114:
| 2 || CMD || I/O || PP,OD || Command, Response
| 2 || CMD || I/O || PP,OD || Command, Response
|-
|-
| 3 || Vss1 || S || S || Ground
| 3 || VSS1 || S || S || Ground
|-
|-
| 4 || Vdd || S || S || Power
| 4 || VDD || S || S || Power
|-
|-
| 5 || CLK || I || PP || Clock
| 5 || CLK || I || PP || Clock
|-
|-
| 6 || Vss2 || S || S || Ground
| 6 || VSS2 || S || S || Ground
|-
|-
| 7 || DAT0 || I/O || PP || Data 0
| 7 || DAT0 || I/O || PP || Data 0
Line 133: Line 132:
# PP = Push-Pull logic, OD = Open-Drain logic.
# PP = Push-Pull logic, OD = Open-Drain logic.
# S = Power Supply, NC = Not Connected (or logical high).
# S = Power Supply, NC = Not Connected (or logical high).
# The extended DAT lines (DAT1-DAT3) are input on power up. They start to operate as DAT lines after the SET_BUS_WIDTH command. It is the responsibility of the host designer to connect external pullup resistors to all data lines even if only DAT0 is to be used. Otherwise, non-expected high current consumption may occur due to the floating inputs of DAT1 & DAT2 (in case they are not used).
# The extended DAT lines (DAT1-DAT3) are input on power up. They start to operate as DAT lines after the SET_BUS_WIDTH command.<br/> It is the responsibility of the host designer to connect external pullup resistors to all data lines even if only DAT0 is to be used.<br/> Otherwise, non-expected high current consumption may occur due to the floating inputs of DAT1 & DAT2 (in case they are not used).
# After power up, DAT3 is input with 50Kohm(+/-20Kohm) pull-up (can be used for card detection or SPI mode selection). The pull-up may be disconnected by the user, during regular data transfer, with SET_CLR_CARD_DETECT (ACMD42) command.
# After power up, DAT3 is input with 50Kohm(+/-20Kohm) pull-up (can be used for card detection or SPI mode selection.<br/> The pull-up may be disconnected by the user, during regular data transfer, with SET_CLR_CARD_DETECT (ACMD42) command.
 
{| class="wikitable" style="text-align: center;border:3px solid #123AAA;"
|-
! colspan="5"| '''in SPI Mode'''
|-
! Pin № !! Name !! Type !! Description
|-
| 1 || CS || I || Host to card Chip Select signal (Active low)
|-
| 2 || DataIn || I || Host to card data signal
|-
| 3 || VSS1 || S || Ground
|-
| 4 || VDD || S || Power
|-
| 5 || CLK || I || Host to card clock signal
|-
| 6 || VSS2 || S || Ground
|-
| 7 || DATOut || O/PP || Card to host data signal
|-
| 8 || RSV || I || Reserved
|-
| 9 || RSV || I || Reserved
|}


==== Pinout MS & MS M2 (PSP) ====
==== Pinout MS & MS M2 (PSP) ====

Revision as of 13:11, 23 March 2015

Ps-vita - gamecard (10pins) / memorycard (9-pins)


PS Vita Cards

Two types of cards: Gamecards (on which games are sold) and Memorycards (to hold your savedata for games that don't use the storage on the Gamecards)

PS Vita Gamecards

Comparison: Nintendo 3DS cart, common SD card, PSVita Gamecard, common microSD card

PSVita Gamecard - BACK

10 pin SD sized card (physical incompatible). ±1.4mm pitch.

Savegames stored on the Gamecards cannot be copied/exported.

Currently produced as 2GB and 4GB cards.

How to disassemble vita game cartridges (and reassemble it)

Pinout

PSVita Gamecard - inside module - contactside - annotated
Pin Signal Description
1 VSS
2
3 VSS
4
5
6
7
8
9 VSS
10 VCC
  • Ps-vita - gamecard / memorycard

    Ps-vita - gamecard / memorycard

  • img1

    img1

  • img3

    img3

  • img6

    img6

  • img7

    img7

  • PS Vita Gamecard - inside pic1

    PS Vita Gamecard - inside pic1

  • PS Vita Gamecard - inside pic2

    PS Vita Gamecard - inside pic2

  • PS Vita Gamecard - inside pic3

    PS Vita Gamecard - inside pic3

  • PSVita Gamecard - inside module - topside : 'SanDisk D1149 07011-004G MOB49MA3B3.02 China'

    PSVita Gamecard - inside module - topside : 'SanDisk D1149 07011-004G MOB49MA3B3.02 China'

  • PS Vita Gamecard - dumped content

    PS Vita Gamecard - dumped content

PS Vita Memorycards

PS Vita memory cards come in five variants:

  • 4 GB (€ 12 to € 30 -> €3 to 7,5 per GB)
  • 8 GB (€ 26 to € 46 -> €3,25 to € 5,75 per GB)
  • 16 GB (€ 35 to € 55 -> €2,1875 to € 3,4375 per GB)
  • 32 GB (€ 65,- -> € 2,03125 per GB)
  • 64 GB (9580 yen, ~$94 -> $1,46875 per GB)

note: current sales price as listed in Pricewatch

Vita-Memory-Card-LULZ-685x293.jpg

Pinout

don't try to take it apart like this

Pin Signal Description
1
2
3
4
5
6
7
8
9

Pinout standard SD (for comparison)

SD & microSD pins
SD card architecture


in SD Card Mode
Pin № Name I/O Logic Description
1 DAT3 I/O PP Data 3
2 CMD I/O PP,OD Command, Response
3 VSS1 S S Ground
4 VDD S S Power
5 CLK I PP Clock
6 VSS2 S S Ground
7 DAT0 I/O PP Data 0
8 DAT1
nIRQ		 I/O
O		 PP
OD		 Data 1. SDIO Cards share
with Interrupt Period
9 DAT2 I/O PP Data 2

Notes:

  1. Direction is relative to card. I = Input, O = Output.
  2. PP = Push-Pull logic, OD = Open-Drain logic.
  3. S = Power Supply, NC = Not Connected (or logical high).
  4. The extended DAT lines (DAT1-DAT3) are input on power up. They start to operate as DAT lines after the SET_BUS_WIDTH command.
    It is the responsibility of the host designer to connect external pullup resistors to all data lines even if only DAT0 is to be used.
    Otherwise, non-expected high current consumption may occur due to the floating inputs of DAT1 & DAT2 (in case they are not used).
  5. After power up, DAT3 is input with 50Kohm(+/-20Kohm) pull-up (can be used for card detection or SPI mode selection.
    The pull-up may be disconnected by the user, during regular data transfer, with SET_CLR_CARD_DETECT (ACMD42) command.
in SPI Mode
Pin № Name Type Description
1 CS I Host to card Chip Select signal (Active low)
2 DataIn I Host to card data signal
3 VSS1 S Ground
4 VDD S Power
5 CLK I Host to card clock signal
6 VSS2 S Ground
7 DATOut O/PP Card to host data signal
8 RSV I Reserved
9 RSV I Reserved

Pinout MS & MS M2 (PSP)

External References

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