Media: Difference between revisions
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Benlisquare (talk | contribs) (→PS Vita Memorycards: add 64GB, per current Japan pricing) |
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* 16 GB ($70 -> 4,375 per GB) | * 16 GB ($70 -> 4,375 per GB) | ||
* 32 GB ($120 -> 3,75 per GB) | * 32 GB ($120 -> 3,75 per GB) | ||
* 64 GB (9580 yen (~$94) -> 0,6809 per GB) | |||
==== Pinout ==== | ==== Pinout ==== | ||
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# 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). | ||
=== External References === | === External References === |
Revision as of 14:50, 17 March 2014
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
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.
Pinout
Pin | Signal | Description |
---|---|---|
1 | VSS | |
2 | ||
3 | VSS | |
4 | ||
5 | ||
6 | ||
7 | ||
8 | ||
9 | VSS | |
10 | VCC |
PS Vita Memorycards
PS Vita memory cards come in four variants:
- 4 GB ($30 -> 7,5 per GB)
- 8 GB ($45 -> 5,625 per GB)
- 16 GB ($70 -> 4,375 per GB)
- 32 GB ($120 -> 3,75 per GB)
- 64 GB (9580 yen (~$94) -> 0,6809 per GB)
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)
Pin | Name | I/O | Logic | Description |
---|---|---|---|---|
1 | DAT3 | I/O | PP | Data 3 |
2 | CMD | I/O | PP,OD | Command, Response |
3 | VSS | S | S | Ground |
4 | VDD | S | S | Power |
5 | CLK | I | PP | Clock |
6 | VSS | 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:
- Direction is relative to card. I = Input, O = Output.
- PP = Push-Pull logic, OD = Open-Drain logic.
- S = Power Supply, NC = Not Connected (or logical high).