产品中心

ELNEC V3.85

产品介绍

: ELNEC V3.85

规格特性

产品规格

PG4UW SW, version 3.85, issued 27/APR/2023

significant modifications:
- PG4UWMC: fixed PG4UWMC software exception "Permission denied (#10013 in Bind)" bug during
searching programmers
- PG4UWMC: fixed PG4UWMC software bug for option "Network mode" for stand-alone programmer

added support of next devices:
Manufacturer       Device(s)
Allegro Microsys. A5931xESTR
AMD                AM30LV0064DJ40WG [FBGA40]
Analog Devices     ADM1266 [LFCSP64] (firmware 1.14.3), ADM1266 [LFCSP64] (firmware 1.15.4)
Anlogic            EF3L15xxxxxB [caBGA256](SVF), EF3L25xxxxxB [caBGA256](SVF),
EF3L45xxxxxB [caBGA256](SVF)
Atmel              QT60168, QT60248
cFeon(Eon Si.Sol.) EN25QE80A(2P) [SOP8-208] (QuadSPI), EN25QE80A(2P) [SOP8-208],
EN25QW80A(2P) [SOP8-208] (QuadSPI), EN25QW80A(2P) [SOP8-208],
EN25SX256A(2P) [SOP8-208] (QuadSPI), EN25SX256A(2P) [SOP8-208]
Cypress            CY14B108L [FBGA48], CY14B108N [FBGA48],
CYT2B93BACQ0AZSGS [LQFP64],
CYT2B94BACQ0AZSGS [LQFP80], CYT2B94BACQ0AZEGS [LQFP80],
CYT2B94CACQ0AZEGS [LQFP80],
CY8C5468AXI-LP042 (ISP), CY8C5888AXI-LP096 (ISP),
CY8C5287AXI-LP095 (ISP),
S6J334DJTxxxx [TEQFP176]
Eon Silicon Sol.   EN25QE80A(2P) [SOP8-208] (QuadSPI), EN25QE80A(2P) [SOP8-208],
EN25QW80A(2P) [SOP8-208] (QuadSPI), EN25QW80A(2P) [SOP8-208],
EN25SX256A(2P) [SOP8-208] (QuadSPI), EN25SX256A(2P) [SOP8-208]
ESMT               EN25QE80A(2P) [SOP8-208] (QuadSPI), EN25QE80A(2P) [SOP8-208],
EN25QW80A(2P) [SOP8-208] (QuadSPI), EN25QW80A(2P) [SOP8-208],
EN25SX256A(2P) [SOP8-208] (QuadSPI), EN25SX256A(2P) [SOP8-208]
Espressif          ESP32-S2-WROOM-x4 (ISP-UART), ESP32-S2-WROOM-x4, ESP32-S2-WROOM-I-x4 (ISP-UART),
ESP32-S2-WROOM-I-x4, ESP32-S2-WROVER-x4Rx, ESP32-S2-WROVER-x4Rx (ISP-UART),
ESP32-S2-WROVER-I-x4Rx, ESP32-S2-WROVER-I-x4Rx (ISP-UART),
ESP32-WROOM-32D-x4, ESP32-WROOM-32D-x8, ESP32-WROOM-32D-x16
Freescale Semic.   S908GR32A [LQFP48], S908GR48A (ISP 5-wire), S908GR48A (ISP allwire),
S908GR60A (ISP 5-wire), S908GR60A (ISP allwire)
Geehy              APM32F103RCT [LQFP64], APM32F103RDT [LQFP64], APM32F103RET [LQFP64]
GigaDevice         GD32F303CBT [LQFP48], GD32F303RBT [LQFP64], GD32F303VBT [LQFP100],
GD32F303CB (ISP-SWD), GD32F303RB (ISP-SWD), GD32F303VB (ISP-SWD),
GD32F303CB (ISP-JTAG), GD32F303RB (ISP-JTAG), GD32F303VB (ISP-JTAG),
GD32F303CB (ISP-JTAG CHAIN), GD32F303RB (ISP-JTAG CHAIN), GD32F303VB (ISP-JTAG CHAIN),
GD32F310F4P [TSSOP20], GD32F310F6P [TSSOP20], GD32F310F8P [TSSOP20],
GD32F427ZET [LQFP144], GD32F427ZGT [LQFP144], GD32F427ZKT [LQFP144]
Hitachi            HD6475368CP [PLCC84]
Infineon           TLD7002-16ES [TSDSO24], CY91F362GBPVSR [QFP208], S6J334DJTxxxx [TEQFP176]
Intersil           RAA228236
ISSI               IS21TF08G-JCLI [FBGA153], IS21TF16G-JCLI [FBGA153], IS21TF32G-JCLI [FBGA153],
IS21TF64G-JCLI [FBGA153], IS22TF08G-JCLA1 [FBGA153], IS22TF16G-JCLA1 [FBGA153],
IS22TF32G-JCLA1 [FBGA153], IS22TF64G-JCLA1 [FBGA153], IS22TF128G-JCLA1 [FBGA153],
IS25LP040E-J (ISP)
Jeju Semiconductor JSFAAC3YH3BBE-4 [FBGA121]
Kingston Techn.    EMMC64G-TY29-5B111 [FBGA153], EMMC128-TY29-5B111 [FBGA153], EMMC256-TY29-5B111 [FBGA153]
KIOXIA             TC58BVG2S0HTA00 [TSOP48], TC58BYG2S0HBAI4 [TFBGA63]
Macronix           MX77U12851F [SOP8-200] (Quad I/O), MX77U12851F [WSON8 6x5] (Quad I/O),
MX77U12851F [WSON8 8x6] (Quad I/O),
MX66UW1G45GXDx00 [BGA24] (Octa I/O)
Microchip          MCP4441, MCP4541 [DFN8], MCP4542 [MSOP8], MCP4561 [MSOP8], MCP4562 [DFN8], MCP4642 [DFN10],
MCP4662 [DFN10],
QT60168, QT60248,
PIC24FJ32GU202, PIC24FJ32GP202 [QFN28], PIC24FJ32GP202 [SSOP28],
PIC24FJ32GU205, PIC24FJ32GP205,
PIC32MK1024MCM100 (ISP-2wire JTAG), PIC32MK1024MCM100 (ISP-4wire JTAG),
PIC32MK1024MCM100 (ISP-2wire JTAG-ext.VDD), PIC32MK1024MCM100 (ISP-4wire JTAG-ext.VDD)
Micron             MTFC64GBCAQTC [LFBGA153], MTFC128GBCAQTC [LFBGA153], MTFC256GBCAQTC [LFBGA153],
SH203 [LFBGA153], PO121 [LFBGA153], PO120 [LFBGA153]
Mitsubishi         M30627FJPWG
Nuvoton            NANO100LE2AN [LQFP48], NANO100LE2BN [LQFP48], NANO100SE2AN [LQFP64], NANO100SE2BN [LQFP64],
NANO100KE3AN [LQFP128], NANO100KE2AN [LQFP128], NANO100KD3AN [LQFP128],
NANO100KD2AN [LQFP128], NANO100KC2AN [LQFP128], NANO100KE3BN [LQFP128],
NANO100KE2BN [LQFP128], NANO100KD3BN [LQFP128], NANO100KD2BN [LQFP128],
NANO100KC2BN [LQFP128], NANO110LE2AN [LQFP48], NANO110LE2BN [LQFP48],
NANO110SE2AN [LQFP64], NANO110SE2BN [LQFP64], NANO110KE3AN [LQFP128],
NANO110KE2AN [LQFP128], NANO110KD3AN [LQFP128], NANO110KD2AN [LQFP128],
NANO110KC2AN [LQFP128], NANO110KE3BN [LQFP128], NANO110KE2BN [LQFP128],
NANO110KD3BN [LQFP128], NANO110KD2BN [LQFP128], NANO110KC2BN [LQFP128],
NANO120LE2AN [LQFP48], NANO120LE2BN [LQFP48], NANO120SE2AN [LQFP64], NANO120SE2BN [LQFP64],
NANO120KE3AN [LQFP128], NANO120KE2AN [LQFP128], NANO120KD3AN [LQFP128],
NANO120KD2AN [LQFP128], NANO120KC2AN [LQFP128], NANO120KE3BN [LQFP128],
NANO120KE2BN [LQFP128], NANO120KD3BN [LQFP128], NANO120KD2BN [LQFP128],
NANO120KC2BN [LQFP128], NANO130LE2AN [LQFP48], NANO130LE2BN [LQFP48],
NANO130SE2AN [LQFP64], NANO130SE2BN [LQFP64], NANO130KE3AN [LQFP128],
NANO130KE2AN [LQFP128], NANO130KD3AN [LQFP128], NANO130KD2AN [LQFP128],
NANO130KC2AN [LQFP128], NANO130KE3BN [LQFP128], NANO130KE2BN [LQFP128],
NANO130KD3BN [LQFP128], NANO130KD2BN [LQFP128], NANO130KC2BN [LQFP128],
NUC200LC2AN (ISP), NUC200LD2AN (ISP), NUC200LE3AN (ISP), NUC200SC2AN (ISP),
NUC200SD2AN (ISP), NUC200SE3AN (ISP), NUC200VE3AN (ISP), NUC220LC2AN (ISP),
NUC220LD2AN (ISP), NUC220LE3AN (ISP), NUC220SC2AN (ISP), NUC220SD2AN (ISP),
NUC220SE3AN (ISP), NUC220VE3AN (ISP), NUC230LC2AN (ISP), NUC230LD2AN (ISP),
NUC230LE3AN (ISP), NUC230SC2AN (ISP), NUC230SD2AN (ISP), NUC230SE3AN (ISP),
NUC230VE3AN (ISP), NUC240LC2AN (ISP), NUC240LD2AN (ISP), NUC240LE3AN (ISP),
NUC240SC2AN (ISP), NUC240SD2AN (ISP), NUC240SE3AN (ISP), NUC240VE3AN (ISP),
NUC200LC2AE (ISP), NUC200LD2AE (ISP), NUC200LE3AE (ISP), NUC200SC2AE (ISP),
NUC200SD2AE (ISP), NUC200SE3AE (ISP), NUC200VE3AE (ISP), NUC220LC2AE (ISP),
NUC220LD2AE (ISP), NUC220LE3AE (ISP), NUC220SC2AE (ISP), NUC220SD2AE (ISP),
NUC220SE3AE (ISP), NUC220VE3AE (ISP), NUC230LC2AE (ISP), NUC230LD2AE (ISP),
NUC230LE3AE (ISP), NUC230SC2AE (ISP), NUC230SD2AE (ISP), NUC230SE3AE (ISP),
NUC230VE3AE (ISP), NUC240LC2AE (ISP), NUC240LD2AE (ISP), NUC240LE3AE (ISP),
NUC240SC2AE (ISP), NUC240SD2AE (ISP), NUC240SE3AE (ISP), NUC240VE3AE (ISP)
NXP                LPC824M201 [TSSOP20](UART),
MC68HC908GR4 [LQFP32], MC68HC908GR4 (ISP 5-wire), MC68HC908GR4 (ISP all-wire),
MCHC908GR8A (ISP 5-wire), MCHC908GR8A (ISP all-wire), S908GR8 [LQFP32], S908GR8A [SOIC28],
S908GR8A (ISP 5-wire), S908GR8A (ISP all-wire),
MC68908GR16 (ISP 5-wire), MC68908GR16 (ISP all-wire), S908GR16 [LQFP32], S908GR16 [LQFP48],
S908GR32A (ISP 5-wire), S908GR32A (ISP allwire), S908GR60A (ISP 5-wire),
S908GR60A (ISP allwire)
Nyquest Technology N25Q064A [SOP8-200] (QuadSPI)
Quantum            QT60168, QT60248
TI (TMS)           TMS320F2808 [NFBGA100],
TPS53830 [QFN35-5x5] (csv),
TPS929121-Q1
Puya Semiconductor P25Q32SN [SOP8-150] (Quad I/O), PY25Q512HB (Quad I/O),
P25Q32SN [SOP8-150]
Renesas            HD6475368CP [PLCC84],
M30627FJPWG,
R5F51303AxFP [LFQFP100] Boot mode,
R5F51305AxFP [LFQFP100] Boot mode,
R5F51306BxFP [LFQFP100] Boot mode,
R5F51307AxFP [LFQFP100] Boot mode,
R5F51308AxFP [LFQFP100] Boot mode,
R5F71250Ax50FP [LQFP64] Boot mode,
R5F71251Ax50FP [LQFP64] Boot mode,
R5F71252x50FP [LQFP64] Boot mode,
R5F71253x50FP [LQFP64] Boot mode,
R7F701690xxFP [LQFP64],
RAA228236
Samsung            KLMCG2UCTB-B041 [FBGA153]
Spansion           S29CD032JxxFxx01 [BGA80]
STMicroelectronics STM32L4R5ZIY [WLCSP144]
TeraDevices        TD24C32, TD24C64, TD24C128, TD24C256,
TD24C32 (ISP), TD24C64 (ISP), TD24C128 (ISP), TD24C256 (ISP)
Toshiba            TC58BVG2S0HTA00 [TSOP48], TC58BYG2S0HBAI4 [TFBGA63],
TH58BVG2S3HTAI0 [TSOP48], TH58BYG2S3HBAI4 [TFBGA63],
TC78B011FTG, TC78B027FTG
TTESEMI            TK24C02, TK24C04, TK24C08, TK24C16,
TK24C02 (ISP), TK24C04 (ISP), TK24C08 (ISP), TK24C16 (ISP)
Winbond            W25N01GVTB [TFBGA24], W25N01GVSF [SOIC16], W25N01GWTC [TFBGA24],
W29N01HZBxNA [VFBGA63]
ZTE                ZX298100A [LGA8]

added support of next devices for BeeProg3/BeeHive304 programmers:
Manufacturer       Device(s)
Allegro Microsys. A5931xESTR
Anlogic            EF3L15xxxxxB [caBGA256](SVF), EF3L25xxxxxB [caBGA256](SVF),
EF3L45xxxxxB [caBGA256](SVF)
Analog Devices     LTC3888-1, LTC3888-2
cFeon(Eon Si.Sol.) EN25QE80A(2P) [SOP8-208] (QuadSPI), EN25QW80A(2P) [SOP8-208] (QuadSPI),
EN25SX256A(2P) [SOP8-208] (QuadSPI)
Cypress            CYT2B94BACQ0AZSGS [LQFP80], CYT2B94BACQ0AZEGS [LQFP80],
CYT2B94CACQ0AZEGS [LQFP80],
S6J334DJTxxxx [TEQFP176]
Eon Silicon Sol.   EN25QE80A(2P) [SOP8-208] (QuadSPI), EN25QW80A(2P) [SOP8-208] (QuadSPI),
EN25SX256A(2P) [SOP8-208] (QuadSPI)
ESMT               EN25QE80A(2P) [SOP8-208] (QuadSPI), EN25QW80A(2P) [SOP8-208] (QuadSPI),
EN25SX256A(2P) [SOP8-208] (QuadSPI)
Freescale Semic.   FS32K144U [LQFP64], FS32K144M [LQFP64], FS32K144H [LQFP64],
FS32K116LxxxxLFx, FS32K118LxxxxLFx,
FS32K116LxxxxLHx [LQFP64], FS32K118LxxxxLHx [LQFP64], FS32K142HxxxxLHx [LQFP64],
FS32K142UxxxxLHx [LQFP64]
GigaDevice         GD25Q64E [SOP8-208] (QuadSPI),
GD32F303CBT [LQFP48], GD32F303RBT [LQFP64], GD32F303VBT [LQFP100],
GD32F310F4P [TSSOP20], GD32F310F6P [TSSOP20], GD32F310F8P [TSSOP20],
GD32F427ZET [LQFP144], GD32F427ZGT [LQFP144], GD32F427ZKT [LQFP144]
Hitachi            HD6473837F [QFP100], HD6473837E [QFP100], HD6473837UF [QFP100]
Infineon           CY91F362GBPVSR [QFP208], S6J334DJTxxxx [TEQFP176]
ISSI               IS21TF08G-JCLI [FBGA153], IS21TF16G-JCLI [FBGA153], IS21TF32G-JCLI [FBGA153],
IS21TF64G-JCLI [FBGA153], IS22TF08G-JCLA1 [FBGA153], IS22TF16G-JCLA1 [FBGA153],
IS22TF32G-JCLA1 [FBGA153], IS22TF64G-JCLA1 [FBGA153], IS22TF128G-JCLA1 [FBGA153],
IS29GL064xxFxxT [FBGA64]
KIOXIA             TC58BVG2S0HTA00 [TSOP48], TC58BYG2S0HBAI4 [TFBGA63],
Kingston Techn.    EMMC64G-TY29-5B111 [FBGA153], EMMC128-TY29-5B111 [FBGA153], EMMC256-TY29-5B111 [FBGA153]
Linear Technology LTC3888-1, LTC3888-2
Macronix           MX25UR51245Gxx00 [SOP16] (Quad I/O), MX25U12872F (Quad I/O)
MX77U12851F [SOP8-200] (Quad I/O), MX77U12851F [WSON8 6x5] (Quad I/O),
MX77U12851F [WSON8 8x6] (Quad I/O),
MX25LW51245GXDx00 [BGA24] (Octa I/O), MX66UW1G45GXDx00 [BGA24] (Octa I/O)
Microchip          MCP4441, MCP4541 [DFN8], MCP4542 [MSOP8], MCP4561 [MSOP8], MCP4562 [DFN8],
PIC24FJ32GU202, PIC24FJ32GP202 [QFN28], PIC24FJ32GP202 [SSOP28],
PIC24FJ32GU205, PIC24FJ32GP205
Micron             MT25QU512ABA8E [SO16W] (Quad I/O), MT25QU512ABA8E12 [TBGA24] (Quad I/O),
MT29F4G01ABAFD12-IT [T-PBGA24], MT29F4G01ABAFDWB-IT [U-PDFN8],
MT29F4G01ABBFDWB-IT [U-PDFN8],
MTFC64GBCAQTC [LFBGA153], MTFC128GBCAQTC [LFBGA153], MTFC256GBCAQTC [LFBGA153],
SH203 [LFBGA153], PO121 [LFBGA153], PO120 [LFBGA153]
Nuvoton            NANO100LE2AN [LQFP48], NANO100LE2BN [LQFP48], NANO100SE2AN [LQFP64], NANO100SE2BN [LQFP64],
NANO100KE3AN [LQFP128], NANO100KE2AN [LQFP128], NANO100KD3AN [LQFP128],
NANO100KD2AN [LQFP128], NANO100KC2AN [LQFP128], NANO100KE3BN [LQFP128],
NANO100KE2BN [LQFP128], NANO100KD3BN [LQFP128], NANO100KD2BN [LQFP128],
NANO100KC2BN [LQFP128], NANO110LE2AN [LQFP48], NANO110LE2BN [LQFP48],NANO110SE2AN [LQFP64],
NANO110SE2BN [LQFP64], NANO110KE3AN [LQFP128], NANO110KE2AN [LQFP128],
NANO110KD3AN [LQFP128], NANO110KD2AN [LQFP128], NANO110KC2AN [LQFP128],
NANO110KE3BN [LQFP128], NANO110KE2BN [LQFP128], NANO110KD3BN [LQFP128],
NANO110KD2BN [LQFP128], NANO110KC2BN [LQFP128], NANO120LE2AN [LQFP48],
NANO120LE2BN [LQFP48], NANO120SE2AN [LQFP64], NANO120SE2BN [LQFP64],
NANO120KE3AN [LQFP128], NANO120KE2AN [LQFP128], NANO120KD3AN [LQFP128],
NANO120KD2AN [LQFP128], NANO120KC2AN [LQFP128], NANO120KE3BN [LQFP128],
NANO120KE2BN [LQFP128], NANO120KD3BN [LQFP128], NANO120KD2BN [LQFP128],
NANO120KC2BN [LQFP128], NANO130LE2AN [LQFP48], NANO130LE2BN [LQFP48],
NANO130SE2AN [LQFP64], NANO130SE2BN [LQFP64], NANO130KE3AN [LQFP128],
NANO130KE2AN [LQFP128], NANO130KD3AN [LQFP128], NANO130KD2AN [LQFP128],
NANO130KC2AN [LQFP128], NANO130KE3BN [LQFP128], NANO130KE2BN [LQFP128],
NANO130KD3BN [LQFP128], NANO130KD2BN [LQFP128], NANO130KC2BN [LQFP128]
NXP                FS32K144U [LQFP64], FS32K144M [LQFP64], FS32K144H [LQFP64],
FS32K116LxxxxLFx, FS32K118LxxxxLFx,
FS32K116LxxxxLHx [LQFP64], FS32K118LxxxxLHx [LQFP64], FS32K142HxxxxLHx [LQFP64],
FS32K142UxxxxLHx [LQFP64],
MC68HC908GR4 [LQFP32], MCHC908GR8 [LQFP32], S908GR16 [LQFP32]
Puya Semiconductor P25Q20L [SOP8-150] (Quad I/O), P25Q20L [SOP8-200] (Quad I/O),
P25Q20L [WSON8 6x5] (Quad I/O), P25Q40L [SOP8-150] (Quad I/O),
P25Q40L [SOP8-200] (Quad I/O), P25Q40L [WSON8 6x5] (Quad I/O),
P25Q40U [SOP8-150] (Quad I/O), P25Q40U [SOP8-200] (Quad I/O),
P25Q40U [WSON8 6x5] (Quad I/O), PY25Q80HB [SOP8-150] (Quad I/O),
PY25Q80HB [SOP8-200] (Quad I/O), PY25Q80HB [WSON8 6x5] (Quad I/O),
PY25Q512HB (Quad I/O),
P25Q40L [SOP8-150], P25Q40L [SOP8-200], P25Q40L [WSON8 6x5], P25Q40U [SOP8-150],
P25Q40U [SOP8-200], P25Q40U [WSON8 6x5], PY25Q80HB [SOP8-150], PY25Q80HB [SOP8-200],
PY25Q80HB [WSON8 6x5], P25Q20L [SOP8-150], P25Q20L [SOP8-200], P25Q20L [WSON8 6x5]
Renesas            HD6473837F [QFP100], HD6473837E [QFP100], HD6473837UF [QFP100],
R7F701647xxFP [LQFP144], R7F701690xxFP [LQFP64], R7F701A57xxFP [LQFP144]
Samsung            KLMCG2UCTB-B041 [FBGA153]
TeraDevices        TD24C32, TD24C64, TD24C128, TD24C256,
Toshiba            TC58BVG2S0HTA00 [TSOP48], TC58BYG2S0HBAI4 [TFBGA63],
TH58BVG2S3HTAI0 [TSOP48], TH58BYG2S3HBAI4 [TFBGA63],
TC78B011FTG, TC78B027FTG
TTESEMI            TK24C02, TK24C04, TK24C08, TK24C16
Winbond            W25Q128FWxxF [SOIC8-208], W25Q128FWxxF [WSON8 6x5],
W25Q128FWxxQ [SOIC8-208], W25Q128FWxxF [WSON8 6x5] (QuadSPI),
W25Q128FWxxG [WSON8 6x5] (QuadSPI), W25Q128FWxxG [WSON8 8x6] (QuadSPI),
W25Q128FWxxG [WSON8 6x5],
W25Q128FWxxQ [WSON8 8x6] (QuadSPI), W25Q128FWxxQ [WSON8 6x5],
W25Q64JVxxxM [SOIC8], W25Q64JVxxxM [WSON8 6x5], W25Q64JVxxxM [WSON8 8x6],
W25Q64JVxxxM [SOIC16],
W25N01GVTB [TFBGA24], W25N01GVTC [TFBGA24], W25N01GVSF [SOIC16], W25N01GWTC [TFBGA24],
W29N01HZBxNA [VFBGA63],
XTX                XT26G02CWS [WSON8]
ZTE                ZX298100A [LGA8]

device handling improvements:
- added adapter: BGA-Bottom-556 (ord.no. 70-6554)
- added adapter: BGA-Top-384a ZIF (ord.no. 70-3803A)
- added adapter: DIL48/BGA121-5 ZIF NAND-1 (ord.no. 70-6531)
- added adapter: DIL48/BGA40-AM30LV ZIF-CS NAND-1 (ord.no. 70-6541)
- added adapter: DIL48/BGA48-10 ZIF nvSRAM-1 (ord.no. 70-6555)
- added adapter: DIL48/QFN35 ZIF TPS-2 (ord.no. 70-6552)
- added adapter: DIL48/QFP64-1.02 ZIF APM32-1 (ord.no. 70-6506)
- added adapter: DIL48/QFP64-1.02 ZIF CY-4 (ord.no. 70-6553)
- added adapter: DIL48/QFP64-1.02 ZIF R5F-8 (ord.no. 70-6556)
- added adapter: DIL48/WLCSP144-1 ZIF STM32-1 (ord.no. 70-6549)
- added module: AP1 BGA64-2.3 ZIF NOR-4 (ord.no. 71-6557)
- Analog Devices ADM1260, erase procedure improved
- Atmel/Microchip ATtinyxx4/xx6/xx7 in ZIF and (ISP), Power-on sequence modified, effectiveness improved
- Atmel/Microchip ATmega3208/3209/4808/4809 family, Power-on sequence modified, effectiveness improved
- Atmel/Microchip devices using UPDI, work with the devices improved. Some fuse settings cause failures
- cFeon(Eon Si.Sol.) EN25QX128A(2V) [SOP8-208] (QuadSPI), EN25QX128A(2V) [SOP8-208], changed device name
and backward project compatibility
- Cypress/Infineon S6J334DJTxxxx [TEQFP176], power-up procedure improved
- Eon Silicon Sol. EN25QX128A(2V) [SOP8-208] (QuadSPI), EN25QX128A(2V) [SOP8-208], changed device name
and backward project compatibility
- ESMT EN25QX128A(2V) [SOP8-208] (QuadSPI), EN25QX128A(2V) [SOP8-208], changed device name and backward
project compatibility
- ICT PEEL22VC10A, improving of overcurrent protection system
- Infineon TC2xx, TC3xx devices, power-up procedure improved
- Infineon S29JL032HxxTxx31 [TSOP48] (erase test), Erase procedure modified
- Infineon SAK-TC212L-8F133F AC (ISP-DAP), add info to LOG
- Lattice ispLSI2128VE [TQFP100], improving of overcurrent protection system
- module AP1 QFN28-2 ZIF STM32-3&GD32 (71-5890), support fixed (ZIF force added)
- Microchip AVR DA/DB family, Power-on sequence modified, effectiveness improved
- Microchip PIC18F26Q10 [VQFN28], added support for BeeProg2AP, BeeHive204AP, BeeHive204AP-AU
- Microchip/Atmel PLD devices, improved device info with decoupling capacitor value
- Micron M25P32-V [SO16], added support for MemProg2
- Micron MT25QU512ABA8E12 [TBGA24] (Quad I/O), MT25QU512ABA1E12 [TBGA24] (Quad I/O),
- Micron MT29FxG01ABxxD (and other manufacturer devices based on them), internal improvement (related to
plane select bit treatment)
MT25QU512ABB8E12 [TBGA24] (Quad I/O), added support for BeeProg2AP, BeeHive204AP, BeeHive204AP-AU
- Numonyx M25P32-V [SO16], added support for MemProg2
- Nuvoton NUC1xx, NUC2xx, programming Config registers improved
- Nuvoton NUC1xx (ISP), verifying device improved
- NXP LPC8xx, in Code read protection (CRP) added NO_ISP level
- Renesas R5F564MxxxFC, R5F564MxxxLK, added programming of Data area and Option area
- Renesas RX130 group blank, read and verify operations allowed
- Renesas/IDT 5P49V6965A000, reliability of programming improved
- STMicroelectronics M25P32-V [SOIC16], added support for MemProg2
- STMicroelectronics STM32G4 series, programming method changed (introduced modes program all data, only data
from file, only nonblank data; discarded mode program selected pages)
- STMicroelectronics STM32H7xx, modified IWDGx option bits description
- STMicroelectronics STM32H7xx, modified verify algorithm for speed improve
- Texas Instruments LM4Fxxx [LQFP64]/TM4Cxxx [LQFP64]/XM4Cxxx [LQFP64], power-up sequence modified and
programming procedure speed-up
- Texas Instruments RM42L432BPZT [LQFP100], erase procedure improved and overall device algorithm optimization
- Texas Instruments RM48L952DZWTT [NFBGA337], operation algorithms improvements
- Texas Instruments TMS320F28069 [LQFP80], erase procedure improved
- TI (TMS) TPS65086100, programming procedure improved
- Winbond W25Q128JVxxM-DTR [SOIC8-200] (LS), added support for SmartProg2 programmer

device handling improvements for BeeProg3/BeeHive304 programmers:
- added module: AP3 QFN32-1.02 ZL-1 (ord.no. 73-5423)
- added module: AP3 QFN48-2.02 PIC-2 (ord.no. 73-5593)
- added module: AP3 QFP144-1.01/2 AURIX-1 (ord.no. 73-6518)
- added module: AP3 QFP48-1.02 Kinetis-2 (ord.no. 73-6559)
- added module: AP3 QFP80-1.01a AURIX-2 (ord.no. 73-6303)
- added module: AP3 SSOP28-200 PIC-1 (ord.no. 73-3580)
- Cypress/Infineon S6J334DJTxxxx [TEQFP176], power-up procedure improved
- Microchip/Atmel PLD devices, improved device info with decoupling capacitor value
- Micron MT29FxG01ABxxD (and other manufacturer devices based on them), internal improvement (related to
plane select bit treatment)
- Nuvoton NUC1xx, NUC2xx, programming Config registers improved
- NXP LPC8xx, in Code read protection (CRP) added NO_ISP level
- STMicroelectronics STM32G4 series, programming method changed (introduced modes program all data, only data
from file, only nonblank data; discarded mode program selected pages)
- Texas Instruments LM4Fxxx [LQFP64]/TM4Cxxx [LQFP64]/XM4Cxxx [LQFP64], power-up sequence modified and
programming procedure speed-up
- Texas Instruments RM42L432BPZT [LQFP100], erase procedure improved and overall device algorithm optimization
- Texas Instruments RM48L952DZWTT [NFBGA337], operation algorithms improvements
- Texas Instruments TMS320F28069 [LQFP80], erase procedure improved
- Winbond W25N02JWZE [WSON8], read and verify operations improved

bugs fixed:
- Analog Devices ADM1266, load/save project bug fixed
- DIL48/QFP100-1 ZIF HCS08-1 (ord.no. 70-1445), adapter interface bug fixed
- Infineon SAK-TC212L-8F133F AC (ISP-DAP), EC: 0007 bug fixed
- Infineon SAK-TC212L-8F133F AC [TQFP80] (DAP), ID check bug fixed
- Renesas R5F564MxxxLK, programmer configuration bug fixed
- STMicroelectronics STM32C0, STM32G0 and STM32L4 series, fixed check of possible conflicts with protections
active in device before programming
- STMicroelectronics STM32G4 and STM32L4 series, fixed possible problems if dual-bank mode was changed in
menu, but the menu changes were cancelled
- STMicroelectronics STM32H7xx, RDP erase bug fixed
- XTX XT25F16B [USON8 2x3], pinout bug fixed

bugs fixed for BeeProg3/BeeHive304 programmers:
- Nordic nRF52820-QDAA [QFN40], nRF52833-QDAA [QFN40], bug fixed
- SanDisk SDINBDA6-32G [FBGA153], incorrect product name bug fixed
- STMicroelectronics STM32C0, STM32G0 and STM32L4 series, fixed check of possible conflicts with protections
active in device before programming
- STMicroelectronics STM32G4 and STM32L4 series, fixed possible problems if dual-bank mode was changed in
menu, but the menu changes were cancelled

推荐产品