M3026 series MCU crack

M30260F3A    M30260F4A    M30260F6A    M30260F8A    M30262F3    M30262F4
M30262F6       M30262F8    M30263F3A    M30263F4A    M30263F6A    M30263F8A
M30280F6    M30280F8    M30280FA    M30281F6    M30281F8    M30281FA
M30290F8    M30290FA    M30290FC    M30291F8    M30291FA    M30291FC
M3010F3    M301N2F8    M30245FC    M302D0F4    M302D1F4    M30620FCA
M30624FGA    M3062GF8    M30620FCP    M30621FCP    M30622F8P    M30624FGP
M30625FGP    M30626FHP    M30627FHP    M306N4FC    M306N4FG    M306N5FC
M306NAFG    M306NBFC    M306NKFJ           

More informaiton about M3026 series MCU crack, please contact us whthout hesitation. We provide whole M3026 series MCU crack.

Renesas's M3026

The original Mitsubishi microcontroller family belonging to Renesas Technology. we can provide Renesas's M3026 series MCU crack service, such as common M30262F6GP MCU decryption. Where M denotes MITSUBISHI, 30 is representative of M16C series, 26 represents the 20 family of M16C series, F represents the FLASH memory, and then the ROM size. When you want to decrypt chip, please have s basic understanding of your chips, then tell the model to engineers. Beijing Sichip can crack M3062xxx, M3028XXX, M30260FXX, M30262FXX, M30263FXX series micorocontrollers.

Part of the models are as follows:

M30260F3A    M30260F4A    M30260F6A    M30260F8A    M30262F3    M30262F4
M30262F6       M30262F8    M30263F3A    M30263F4A    M30263F6A    M30263F8A
M30280F6    M30280F8    M30280FA    M30281F6

M30260F4A

Part of the models are as follows:

M30260F3A    M30260F4A    M30260F6A    M30260F8A    M30262F3    M30262F4
M30262F6       M30262F8    M30263F3A    M30263F4A    M30263F6A    M30263F8A
M30280F6    M30280F8    M30280FA    M30281F6    M30281F8    M30281FA
M30290F8    M30290FA    M30290FC    M30291F8    M30291FA    M30291FC
M3010F3    M301N2F8    M30245FC    M302D0F4    M302D1F4    M30620FCA
M30624FGA    M3062GF8    M30620FCP    M30621FCP    M30622F8P    M30624FGP
M30625FGP    M30626FHP    M30627FHP    M306N4FC    M306N4FG    M306N5FC
M306NAFG    M306NBFC    M306NKFJ

Mitsubishi microcontroller family

The original Mitsubishi microcontroller family belonging to Renesas Technology. we can provide Renesas's M3026 series MCU crack service, such as common M30262F6GP MCU decryption. Where M denotes MITSUBISHI, 30 is representative of M16C series, 26 represents the 20 family of M16C series, F represents the FLASH memory, and then the ROM size. When you want to decrypt chip, please have s basic understanding of your chips, then tell the model to engineers. Beijing Sichip can crack M3062xxx, M3028XXX, M30260FXX, M30262FXX, M30263FXX series micorocontrollers.

MC68HC11/711 MCUs

MC68HC11 A8(AB9ST)               MC68HC11 A8(C96N)
MC68HC11A8(D26E)                 MC68HC11 E20(3E22B)
MC68HC11 E9(1B60R)                MC68HC11 E9(D82R)
MC68HC11 E9(E22B)                 MC68HC11 E9(E28B)
MC68HC11 EA9(2D47J)               MC68HC11 F1(2F37E)
MC68HC11 F1(E87J)                  MC68HC11 K1(2D58N)
MC68HC11 K4(1E62H)                MC68HC11 K4(0E75J)
MC68HC11 KA4(1E59B)              MC68HC11 KS2(0H95B)
MC68HC11 KS4(0E57S)              MC68HC11 KS4(0F60M)
MC68HC11 P2(2E53M)               MC68HC711 E20(1H19S)
MC68HC711 E9(4K81H)             MC68HC711 E9(5C47M)
MC68HC711 EA9(0D46J)             MC68HC711 K4(K59D)
MC68HC711 PH8(0H30R)            MC68HC711 E9(5C47M)
MC68HC711 KS8(1H96P)            MC68HC711 P2(1E53M)

The model can’t all list due to the variety of MC68HC11/711 MCUs. Please contact us for specific information.

MC68HC705 MCU attack MC68HC705C4A breack MC68HC705B16

MC68HC705 MCU attack

The model can’t all list due to the variety of MC68HC11/711 MCUs. Please contact us for specific information.

MC68HC705 MCU attack MC68HC705C4A breack MC68HC705B16

MC68HC705 MCUs from Freescale are very popular on the market, which have their program
memory stored in a built-in EPROM (Erasable-Programmable-Read-Only-Memory) or OTP (One-Time-Programmable) memory instead of the usual ROM (Read-Only-Memory). The difference between the EPROM and OTP part, is that there is a window in the package on the EPROM version which makes it possible to erase it under an UV-lamp for re-use. On the plastic OTP part, this window is missing, thus the EPROM array cannot be erased. OTPs are normally packaged in plastic which ensures a low cost high volume product. we provide all the series of MC68HC705 MCU decryption,

MCU decryption

MC9S08 series MCU decryption was considered to be a complicated series of decryption in the research in Motorola and Freescale MCUs.  And for a long time MC9S08 decryption technolgy is not mature in the industry, bringing a lot trouble to electronic engineers and companies. Our lab has achieved a major breakthrough in decryption MC9S08 series MCUs.

MC9S08  MC9S08AW MC9S08JM MC9S08LC MC9S08QD MC9S08AC16 MC9S08AC32 MC9S08AC60 MC9S08DZ60 MC9S08DZ48 MC9S08DZ32

MC9S08AW

MC9S08  MC9S08AW MC9S08JM MC9S08LC MC9S08QD MC9S08AC16 MC9S08AC32 MC9S08AC60 MC9S08DZ60 MC9S08DZ48 MC9S08DZ32 MC9S08DZ16
MC9S08DN60 MC9S08DN48 MC9S08DN32 MC9S08DN16 MC9S08EL8 MC9S08EL16 MC9S08EL32 MC9S08EL16 MC9S08GB32 MC9S08GB64 MC9S08GT8 MC9S08GT32 MC9S08GT32 MC9S08GT64
MC9S08JM8 MC9S08JM16 MC9S08JM32 MC9S08JM60
MC9S08LC60 MC9S08LG32 MC9S08LG16 MC9S08LL16 MC9S08MP16
MC9S08QA2 MC9S08QA4 MC9S08QB4 MC9S08QD4
MC9S08QE4 MC9S08QE8 MC9S08QE16 MC9S08QE32 MC9S08QE60
MC9S08QG8 MC9S08RC8 MC9S08RC16 MC9S08RC32 MC9S08RC60
MC9S08RE8 MC9S08RE16 MC9S08RE32 MC9S08RE64 MC9S08RE60
MC9S08RG32 MC9S08RG60 MC9S08SE8  MC9S08AW16 MC9S08AW8

For the specific information of MC9S08 MCU decryption please contact us without hesitation.

MC68HC908xxxx MCU crack MC68HC908JB16 break MC68HC908JB8

high-performance 8-bit Flash

The MC68HC908 series MCU is a high-performance 8-bit Flash the structure microcontroller, launched by Freescale semiconductor, from 1KB to 60KB memory space, from 8-pin QFN 80-pin SMD variety of flexiblethe package is optional the MC68HC908 range of products to meet all of today's 8-bit machine design requirements. It provides a wide range of peripheral interfaces, such as 8 or 10 bit A / D converter, SCI, SPI, CAN, LIN, J1850 interface, multi-channel timer, as well as to meet the industrial demand site online programming FLASH, and meet the unique models such as LIN, motor control and radio frequency (RF) and other special applications. All the chips in the series use the enhanced M68HC08 processor core unit (CPU08), they are designed for different peripheral modules, memory sizes and a variety of package types.. The MC68HC908 series MCU is widely used in automotive electronics, consumer products, medical electronic products, financial electronic products, industrial control products, wireless control products, computer peripherals, communications products, motor control products, display products.

MC68HC908AB32

MC68HC908JB8    MC68HC908AB32  MC68HC08AB16A  MC68HC908AB32  MC68HC908AP8   MC68HC908AP16  MC68HC908AP32  MC68HC908AP64  MC68HC08AS32    MC68HC08AZ32   MC68HC08AZ60   MC68HC908AS32  MC68HC908AS60   MC68HC908AZ32  MC68HC908AZ60  MC68HC08AZ60   MC68HC08BD24      MC68HC908BD48    MC68HC908EY8     MC68HC908EY16 MC68HC08GP16    MC68HC08GP32   MC68HC08GR16   MC68HC08GT16    MC68HC908GP32    MC68HC908GR4   MC68HC908GR16  MC68HC908GR32  MC68HC908GR48   MC68HC908GR60  MC68HC908GR8   MC68HC908GT8     MC68HC908GT16   MC68HC908GZ8   MC68HC908GZ16  MC68HC908GZ32  MC68HC908GZ48      MC68HC908GZ60     MC68HC08JT8        MC68HC08JK3 MC68HC08JK8         MC68HC08JL3        MC68HC08JL8        MC68HC908JK1     MC68HC908JK3   MC68HC908JK8  MC68HC908JL16  MC68HC908JL3      MC68HC908JL8     MC68HC08KH12   MC68HC908KX12  MC68HC908KX8   MC68HC908LB8      MC68HC908LD60    MC68HC908LD64    MC68HC908LJ12   MC68HC908JB8         MC68HC908JB16

Baseed on the above features and applications, MC68HC908 MCU decryption is needed in our life. Beijing sichip can provide the full series of MC68HC908 MCU service. And the time is short, price is low.

ATMEL ARM series crack

Part of the models are as follows.
MEGA8A  MEGA16A MEGA32A MEGA64A MEGA128A MEGA48PA MEGA88PA

MEGA168PA MEGA168P MEGA168PV MEGA168PA MEGA163 MEGA164 MEGA165

MEGA165P MEGA169P MENGA324 MEGA324P MENGA325 MEGA325P MENAG328P

MEGA329 MEGA329P MEAGA3250 MEGA329 MEGA329P MEGA644 MEGA644A

MEGA649 MEGA6450 MEGA6490 MEGA103 MEGA161 MEGA323 MEGA2560

MEGA2561
ATTINY4 ATTINYE5 ATTINY9 ATTINY10 ATTINY13A  ATTINY2313A 

ATTINY24A  ATTINY261A  ATTINY44A  ATTINY461A  ATTINY861A
ATMEL ARM series crack
AT91SAM3S16C AT91SAM3S1A AT91SAM3U1C AT91SAM3N2A AT91SAM7S32

AT91SAM7S321 AT91SAM7S64 AT91SAM7S64B AT91SAM7S128 AT91SAM7X128

AT91SAM7XC128 AT91SAM7SE32 AT91SAM7S256 AT91SAM7X256

AT91SAM7XC256 AT91SAM7S512 AT91SAM7X512 AT91SAM7XC512

AT91SAM7SE256 AT91SAM7SE512
For the model not listed please contact us throuth the livechat

or Email.

AT89CXX series MCU crack

AT89CXX series MCU crack
AT89C51 AT89C52 AT89C55 AT89C55WD AT89C1051 AT89C2051

AT89C4051   AT89C51RB2 AT89C51RC AT89C51RC2 AT89C51RD2  AT89CED2
AT89SXX series MCU crack
AT89S51 AT89S52 AT89S53 AT89S54 AT89S58 AT89S8252 AT89S8253
AT90SXX series MCU crack
AT90S1200  AT90S2313  AT90S4433  AT90S8515  AT90S8535  AT90S2343

AT90LS2343
AT90CAN series MCU crack
AT90CAN128  AT90CAN64  AT90CAN32
AT90PWM series MCU crack
AT90PWM2  AT90PWM1   AT90PWM3
AT90USB series MCU crack
AT90USB1287   AT90USB1286 AT90USB162 AT90USB646 AT90USB647

AT90USB82
ATTINY series MCU crack
ATINNY10      ATINNY11(L)   ATTINY12(L/V)   ATTINY13(V)   

ATTINY15(L) ATTINY24(V)   ATTINY26(L)   ATINNY28

(V)    ATTINY2313(V)  ATTINY261(V) ATTINY44     ATTINY45

(V)    ATTINY461    ATTINY48 ATTINY84   

ATTINY85        ATTINY861    ATTINY88
ATMEGA series MCU crack
ATMEGA8(L)    ATMEGA16(L)  ATMEGA32(L)  ATMEGA48(L)  ATMEGA64

(L)  ATMEGA128(L)  ATMEGA161/162(L)(V)  ATMEGA8515(L) 

ATMEGA8535(L)   ATMEGA88   ATMEGA88V ATMEGA168   ATMEGA169
New AVR MCU crack
ATMEL introduced new version AVR MCU. Compared with the original

version of the AVR MCU, the main features if the low-power 8-bit

microcontroller. In addition, the encryption feature also made

improvement, the decryption more difficult. Beijing Sichip can

decrypt the new version of AVR MCU.

AT87FXXX series MCU crack

The company sells its products directly to original

equipment manufacturers; and indirectly through a network of

distributors. It has operations in the United States, Asia,

Europe, South Africa, and Central and South America. Atmel

Corporation was founded in 1984 and is headquartered in San

Jose, California.
Part of the decryption model are as follows:
AT87FXXX series MCU crack
AT87F51  AT87F52  AT87F55  AT87F51RC    AT87C51RB2   AT87C51RD2
AT88SC series MCU crack
AT88SC0104    AT88SC0204 AT88SC0404  AT88SC0808  AT88SC616 

 AT88SC3216  AT88SC6416 AT88SC12816
AT89LVXX      
AT89LV51         AT89LV52         AT89LV55

Atmel Corporation

Atmel Corporation designs, develops, manufactures, and sells

semiconductor integrated circuit (IC) products. The company’s

Microcontrollers segment provides various proprietary and

standard microcontrollers, such as Atmel’s capacitive touch

products, including maXTouch and QTouch, AVR 8-bit and 32-bit

products, ARM-based products, and Atmel’s 8051 8-bit products.

Its Nonvolatile Memories segment offers serial interface

electrically erasable programmable read-only memory and serial

interface flash memory products; and parallel interface flash

memories, as well as parallel interface electrically erasable

programmable read-only memory and erasable programmable read-

only memory devices. The company’s Radio Frequency and

Automotive segment provides products designed for the automotive

industry, including automobile electronics, networking and

access systems, and engine, lighting, and entertainment

components. This segment produces and sells wireless and wired

devices for industrial, consumer, and automotive applications;

and offers foundry services, which produce radio frequency

products for the mobile telecommunications market. Its

Application Specific Integrated Circuit segment provides custom

application specific ICs designed to meet specialized single-

customer requirements of high performance devices in a range of

specific applications. This segment provides products that

provide hardware security for embedded digital systems; and

products with military and aerospace applications, as well as

develops application specific standard products for space

applications, power management, and secure crypto memory

products.

TMS320C28x M0, M1 SARAMs

TMS320C28x M0, M1 SARAMs

All C28x devices contain these two blocks of single access memory, each 1K x 16 in size. The stack
pointer points to the beginning of block M1 on reset. The M0 block overlaps the 240x device B0, B1, B2
RAM blocks and hence the mapping of data variables on the 240x devices can remain at the same
physical address on C28x devices. The M0 and M1 blocks, like all other memory blocks on C28x devices,
are mapped to both program and data space. Hence, the user can use M0 and M1 to execute code or for
data variables. The partitioning is performed within the linker. The C28x device presents a unified memory
map to the programmer. This makes for easier programming in high-level languages.

TMS320C281x ROM

TMS320C281x ROM
The C2812 and C2811 contain 128K x 16 of ROM. The C2810 has 64K x 16 of ROM. In addition to this,
there is a 1K x 16 ROM block that replaces the OTP memory available in flash devices. For information on
how to submit ROM codes to TI, see the TMS320C28x CPU and Instruction Set Reference Guide
(literature number SPRU430).

TMS320F281x Flash

The F2812 and F2811 contain 128K x 16 of embedded flash memory, segregated into four 8K x 16
sectors, and six 16K x 16 sectors. The F2810 has 64K x 16 of embedded flash, segregated into two 8K x
16 sectors, and three 16K x 16 sectors. All three devices also contain a single 1K x 16 of OTP memory at
address range 0x3D 7800–0x3D 7BFF. The user can individually erase, program, and validate a flash
sector while leaving other sectors untouched. However, it is not possible to use one sector of the flash or
the OTP to execute flash algorithms that erase/program other sectors. Special memory pipelining is
provided to enable the flash module to achieve higher performance. The flash/OTP is mapped to both
program and data space; therefore, it can be used to execute code or store data information.