Micron N25Q512A, N25Q00AA, older 256Mb/32MB die based device (QUAD)
BGA24 ZIF Socket(s) in hand 6x8mm 5x5 and 4x6 configurations, NUCLEO-144 plug-in fixtures built
BGA24 ZIF looking for an 8x8mm aperture
SOP16 / SOIC16W plug-in fixtures, and hard wired NUCLEO's built
SOIC8(W) 150 mil and 200 mil NUCLEO-144 plug-in fixtures built
Pending generally means I've got 95% percent of it done, but need to allot time to porting to specific board/pin combos, and then construct a directory and upload it.
F4 Platforms
On Demand
Winbond
W25Q80
W25Q16 - Pending
W25Q32 - Pending
W25Q64
W25Q128 - Pending
W25Q256 - Pending
W25Q512 - Pending
F7 Platforms
Micron
N25Q032A - Pending
N25Q064A - Pending
MT25QL128A / N25Q128A
MT25QL256A / N25Q256A
MT25QL512A (QL 3V / QU 1.8V) / N25Q512A
MT25QL01GB / N25Q00AA - Pending
MT25QL02GC - Pending
MT35XL256 - Pending
MT35XL512 - Pending
MT35XL01G - Pending
MT35XL02G - Pending
Macronix
MX25L3233F - Pending
MX25L6433F - Pending
MX25L12845G
MX25L25645G
MX25L51245G
MX25L1G
MX25L3233F - Pending
MX25L6433F - Pending
MX66L1G45G - Pending
Winbond
W25Q80 - Pending
W25Q16 - Pending
W25Q32 - Pending
W25Q64
W25Q128
W25Q256
W25Q512
W25Q01 (2x DIE)
W25Q02 (4x DIE) - From Docs
H7 Platforms (QUAD) [74x,75x]
Winbond
W25Q80 - Pending
W25Q16 - Pending
W25Q32 - Pending
W25Q64
W25Q128
W25Q256
W25Q512
W25Q01 - Pending BSP/Test working
W25Q02 - Pending
Micron
N25Q032A - Pending
N25Q064A
MT25QL128A / N25Q128A
MT25QL256A / N25Q256A
MT25QL512A / N25Q512A
MT25QL01GB / N25Q00AA - Pending
MT25QL02GC - Pending
MT35XL256 - Tentitive/Available
MT35XL512
MT35XL01G (2x DIE) - Pending
MT35XL02G (4x DIE) - Pending
Macronix
MX25L12845G
MX25L25645G
MX25L51245G (QUAD SPI)
MX25L1G
MX25L3233F - Pending
MX25L6433F - Pending
MX66L512 - Pending
MX66L1G45G (2x DIE) - Pending (QUAD SPI)
MX66L2G45G (4x DIE) - Pending (QUAD SPI)
ISSI
IS25LP128 - Pending
IS25LP256D - Pending
IS25LP512M - Pending
IS25LP512MG - Pending
Infineon
S25FL512S
S25HL512T
S25HL01GT - Pending Parts/Samples
S25HL02GT (2X DIE) - Pending Parts/Samples
S25HL04GT (4X DIE) - Pending Parts/Samples
H7 Platforms (OCTO) [72x,73x,7Ax,7Bx]
Macronix
MX25Lxxx - Support available for QUAD parts
MX25LM51245G (OCTO SPI H7A3/7B3)
MX66LM1G45G (2x DIE) - Pending (OCTO SPI)
MX66LM2G45G (4x DIE) - Pending (OCTO SPI)
Micron
MT25QLxxx - Support available for QUAD parts
MT35XL256 - Tentitive/Available
MT35XL512
MT35XL01G (2x DIE) - Pending
MT35XL02G (4x DIE) - Pending
Winbond (QUAD on OCTO)
W25Q80 - Pending
W25Q16 - Pending
W25Q32 - Pending
W25Q64
W25Q128
W25Q256
W25Q512
L4 Platforms (QUAD)
Winbond - Initial Ports Available
W25Q80 - Pending
W25Q16 - Pending
W25Q32
W25Q64
W25Q128
W25Q256
W25Q512
W25Q01 (2x DIE) - Pending
W25Q02 (4x DIE) - Pending
Macronix
MX25L32
MX25L64
MX25L128 - Pending (Core works, need to selectively compile)
MX25L256 - Pending
MX25L512 - Pending
MX66L512 - Pending
MX66L1G - Pending
MX66L2G - Pending
Micron - Initial Ports Available
N25Q032A - Pending
N25Q064A - Pending
MT25QL128A / N25Q128A
MT25QL256A / N25Q256A
MT25QL512A / N25Q512A
MT25QL01GB / N25Q00AA - Pending
MT25QL02GC - Pending
MT35XL512 - Pending
MT35XL01G - Pending
MT35XL02G - Pending
ISSI
IS25LP128 - Pending
IS25LP256D - Pending
IS25LP512M - Pending
IS25LP512MG - Pending
L4+ Platforms (OCTO)
Macronix
MX25LM512 - Pending
MX66LM512 - Pending
MX66LM1G - Pending
MX66LM2G - Pending
Micron
MT35XL512 - Pending
MT35XL01G - Pending
MT35XL02G - Pending
G4 Platforms
Macronix
MX25L64 (GFX Board)
L5 Platforms
On Demand
H5 Platforms (XSPI)
On Demand - Tentitive Build H563
Winbond - Initial Ports Available
W25Q80
W25Q32
W25Q64
W25Q128
W25Q256
W25Q512
Macronix - Initial Port
MX25L32
MX25L64
MX25L128
MX25L256
U5 Platforms
Winbond - Initial Ports Available
W25Q80
W25Q32
W25Q64
W25Q128
W25Q256
W25Q512
W25Q01 (2x DIE) - Pending Test
W25Q02 (4x DIE) - Pending Test
Macronix
On Demand
Micron
N25Q032A - Pending
N25Q064A - Pending
MT25QL128A / N25Q128A - Pending
MT25QL256A / N25Q256A - Pending
MT25QL512A / N25Q512A - Pending
MT25QL01GB / N25Q00AA - Pending
MT25QL02GC - Pending
Are you interested in other platforms? F4 L5 H5 U5 ?? Custom boards, different pinning ?? Porting is not difficult, but is demand driven.