TMS320F28068M MCU crack success

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My focus on chip reverse engineering is a project in the direction of MCU crack technology, which is based on MCU decryption, DSP decryption, CPLD chip decryption, ARM MCU crack , and SCM software and hardware development.
TMS320F28068M micro controller provides power supply for C28x kernel and parallel accelerator (CLA). Flying star technology is based on TI C2000 for in-depth study of TMS320F28 series. It has been able to successfully MCU crack the dspc2000 series microcontrollers. TMS320F28068M decryption is the latest product, but for core technology and decryption technology In the case of mature, it can have more than 95% assurance, and can be equal, the decryption price is informed by the business personnel, the core and the CLA and low pin number devices of high integrated control peripherals to coupling. The code of this series is compatible with the previous C28x based code, and provides a high degree of analog integration.
An internal regulator realizes the operation of a single power supply rail. The HRPWM module has been improved to provide double edge control (FM). An analog comparator with internal 10 bit reference is added, and it can be directly routed to control PWM output. ADC can perform conversion operations within the fixed scale of 0V to 3.3V and support the metric scale VREFHI / VREFLO benchmark. The ADC interface is specifically optimized for low overhead / low latency.
Characteristic
High efficiency 32 bit CPU (TMS320C28x?)
90MHz (11.11ns periodic time)
16 x 16 and 32 x 32 medium access control (MAC) operation
16 x 16 double MAC
Harvard (Harvard) bus architecture
Continuous operation
Fast interruption response and processing
Unified memory programming model
High efficiency code (using C/C++ and assembly language)
floating point unit
Local single precision floating-point operation
Programmable parallel accelerator (CLA)
32 bit floating-point arithmetic accelerator
Code execution that is independent of the main CPU
Viterbi, complex arithmetic, cyclic redundancy check (CRC) unit (VCU)
Extend C28x? Instruction set to support complex multiplication, Viterbi operation, and cyclic redundancy check (CRC).
Embedded memory
Up to 256KB flash memory
Up to 100KB RAM
2KB one-time programmable (OTP) ROM
6 channel DMA
Low device and system cost
3.3 V single power supply
No power ordering
Integrated reset and undervoltage reduction
Low power operation mode
Non analog support pin
Byte order: small end order

How much do you know about the inside of the MCU crack industry

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Chip decryption is also known as IC decryption, MCU crack, single chip decryption. How much do you know about the inside of the MCU crack industry?
The MCU crack industry is a small industry with large profit margins. The whole country seems to be able to decrypt only a few, and not all models can be cracked. Do you know the so-called decryption businesses, can they really decrypt it? An office, a few employees, looking for customers through Baidu bidding, do you think that is the real decryption business?
It is hard to find a businessman that can really decrypt. He can guarantee your decryption cycle and will not find various reasons to fudge customers’ money.
Before the Baidu bar and Baidu know inside, there are many customers to see the reaction, Shenzhen has 2 deciphers of decryption board company, the name of the specific company name can be searched by the vast number of users, they are generally doing this, they have no technology only, through Baidu bidding to find business, business after he brought him They usually go to their peers to do so. The cycle is not guaranteed at all. Secondly, they will find various reasons to increase the price. All the selection of a good copy board decryption company is very difficult and very necessary.
At present, our company’s decryption technicians are also in the DSP chip, the STM32F103 series, the TMS320 series, the Lattice series and those simple such as the whole series of STC, PIC, and other series of chip decryption is absolutely sure. For other series of chips, such as NEC chips, Hitachi, Fuji and some other Hitachi series and CPLD chips, we still do not have very good technical solutions to solve them. In the 2 series of STM32F103 series and TMS320, we have absolute superiority. Welcome customers to open their electricity consultation.
Customers who need to decrypt and copy the board can come to our company and observe all the operation process practically.

STM8L051F3P6 MCU crack

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STM8L051F3P6 TSSOP-20 packaging is a low power 8 bit MCU, we can provide STM8L051F3P6 MCU crack, welcome customers with demand to contact us. In view of STM8 series chips, there are many successful cases in our company’s decryption center. This series of MCU crack technology has made breakthrough success to ensure 100% break, and provide customers with soft encryption cracking, chip decompile and other services, welcome consultation inspection.
The following are the main features of this chip:

mcu crack

chip decryption process

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Uncovering chip package
The first step in invasive attack is to unwrap chip packages (for short, “open” sometimes called “Kaifeng”, English as “DECAP”, decapsulation).
There are two ways to achieve this goal:
The first is to completely dissolve the chip package and expose the metal connection.
The second one is to remove the plastic package on the silicon core only.
The first method needs to bind the chip to the test fixture and operate with the binding table; the second methods need personal intelligence and patience in addition to the knowledge and the necessary skills of the attacker, but it is relatively convenient to operate in a complete family.
The plastic on the chip can be opened with a knife, and the epoxy resin around the chip can be corroded with concentrated nitric acid. Hot concentrated nitric acid will dissolve the chip package without affecting the chip and wiring. This process is usually carried out under very dry conditions, because the presence of water may corrode exposed aluminum connections (which may result in decryption failure).
Cleaning chip
1. then wash the chip with acetone to remove residual nitric acid and immerse it in the ultrasonic tank.
2. find the position of protective fuse and destroy
3. the last step is to find the location of the fuse protection and expose the protective fuse to ultraviolet light. A microscope with a magnification of at least 100 times is usually used to track the protection fuse from the input line of the programmed voltage input. Without a microscope, a simple search is carried out by exposing different parts of the chip to ultraviolet light and observing the results. Opaque sheets are used to cover the chip during operation to protect program memory from ultraviolet light. The protection of protective fuse can be destroyed by exposing the protective fuse to the ultraviolet light for 5~10 minutes. After that, the content of the program memory can be read directly by a simple programmer.
It is not feasible to use ultraviolet light reset protection circuit to protect the EEPROM unit using a protective layer. For this type of MCU, micro probe technology is usually used to read memory contents. After the chip package is opened, the chip can be placed under the microscope, and it is easy to find the data bus connected to other parts of the circuit. For some reason, chip lock positioning does not lock access to memory in programming mode. With this defect, the probe can be placed on the data line to read all the desired data. In programming mode, restart the read process and connect the probe to another data line, you can read all the information in the program and data storage.
Destruction of protective fuse with microscope and laser cutting machine
Another possible means of attack is to find protective fuse by means of a microscope and laser cutting machine, so as to find all the signal lines associated with this part of the circuit. Because the design is defective, the whole protection function can be prohibited by cutting off a signal line from protective fuse to other circuits (or cutting out the entire encryption circuit) or connecting 1~3 gold lines (usually called FIB:focused ion beam), so that a simple compiler can be used directly to read the inside of the program memory. Yes.
Although most common singlechip has the function of fuse burning to protect the internal code of the single chip microcomputer, the single chip microcomputer is not located in the production of safety products. Therefore, they often do not provide targeted precautions and low security level. With a wide range of applications, large sales volume, large volume of sales, frequent entrustment and technology transfer among manufacturers, a large number of technical data have gone out, making use of the design vulnerabilities of this type of chip and the testing interface of the manufacturers, and reading the internal programs of the single chip computer by modifying the fuse protection bit and other intrusive attack or non intrusive attack batter. It becomes easier.

HOLTEK HT46R01A MCU crack

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HT46R01A and HT48R01A are the eight bit 10-Pin microcontroller series newly developed by HOLTEK semiconductor. Hetai HT46R01A Series MCU includes HT46R01A1, HT46R01A2 and HT46R01A3. Hetai HT48R01A Series MCU includes HT48R01A1, HT48R01A2 and HT48R01A3.
HT46R01A MCU crack  and HT48R01A single-chip decryption technology mature, HT46R01A1, HT46R01A2, HT46R01A3, HT48R01A1, HT48R01A2 and HT48R01A3 MCU crack  success rate 100%. If you have HT46R01A1, HT46R01A2, HT46R01A3, HT48R01A1, HT48R01A2, HT48R01A3 chip decryption or other HT MCU crack  needs.
HT46R01A and HT48R01A have ROM 1K x 14, RAM 64 Bytes, I/O up to 8 ports, Stack number 4-level, built 8 bit bit. In addition, this series provides a RTC Timer, an external interrupt trigger, a Buzzer hardware output, and a three stage low voltage reset (LVR), which provides a package of 10-Pin MSOP in packaging. Among them, HT46R01A provides 4 channels 8-bit A/D and 1 sets of 8-bit PWM. Its highly integrated architecture provides users with a cost-effective solution.
HT46R01A and HT48R01A provide Crystal, ERC (External R.C.), IRC (Internal R.C.) and 32kHz RTC collocation IRC and so on. The four oscillating circuits choose to produce system frequency. Among them, IRC oscillator circuit can choose 4MHz, 8MHz and 12MHz. It is worth mentioning that the IRC oscillator circuit is internally corrected, and the oscillation frequency error is less than 5% in the full working voltage range.
This series of products is characterized by small package and complete functions. The size of the 10-Pin MSOP package is 3mm x 3mm, which is smaller than that of the 8-Pin DIP/SOP package, making this series of microcontroller suitable for product applications with limited space. Low cost, low power consumption, high efficiency, and multi-functional composite I/O can be used for HT48R01A and HT46R01A to be applied to very diverse products and various fields that have not been thought of in the past.
The new version HT48R01A and HT46R01A are compatible with the old HT48R01 and HT46R01 feet, and PCB boards can be shared. In addition to increasing the PA7 Wakeup function, the new version, when selecting the RC oscillating circuit to produce the system frequency, the system wakeup after the fastest time is the fastest two system clock, greatly improving the efficiency and reducing power consumption. It should be noted that due to the difference between the new and old version of Option Table, the program needs to be recompiled if it is to be converted from the old version to the new version. The functions of HT48R01A and HT46R01A include HT48R01 and HT46R01, which will replace the old ones in the future, and will become the main products of this series in the future.
Chip decryption center HT46R01A MCU crack  and other Hetai HOLTEK MCU crack  scheme mature, the success rate of 100%.
Note: HT46R01A single chip decryption and HT48R01A chip decryption preferably provide 2 master pieces and several empty pieces.

AVR ATMEGA88PA MCU crack

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ATMEGA88PA is a 8 bit AVR microcontroller with programmable FLASH in 8K byte system. The decryption scheme of ATMEGA88PA MCU is mature, which ensures that ATMEGA88PA MCU crack is completed within a few hours, and the success rate of MCU crack is 100%.
ATMEGA88PA is a new version of AVR microcontroller.   MCU crack  is more difficult than ATMEGA88 chip decryption and ATMEGA88V MCU crack.
Characteristic analysis of ATMEGA88PA:
High performance, low power 8 bit AVR microsatellite
Advanced RISC architecture
– 131 instructions – most of them are executed in a single clock cycle.
– 32*8 general work register
– all static work
– up to 20 MIPS throughput at 20 MHz
– on – chip 2 – cycle multiplier
High durability, nonvolatile memory segment
– 8K byte in system programmable Flash (www.fpsb.org) memory (ATMEGA88PA)
– 512 bytes of EEPROM (ATMEGA88PA)
– 1K bytes in – chip SRAM (ATMEGA88PA)
– write / erase times: 10000 times, 000 EEPROM
– data storage: 20 years at 85 C/100 in 25 degrees C (1)
– optional boot with independent lock location code segment, boot program on system programming, real simultaneous read and write operation.
– programming software security lock
• peripherals
– two 8 bit timer / counter with independent prescalers and comparison mode.
– 1 16 bit timer / counter with independent prescalers, comparison mode, and capture mode.
– a real time counter with an independent oscillator
– 6 PWM channels
– 8 Channel 10 bit ADC temperature measurement in TQFP and QFN / MLF packages
– 6 channel 10 bit ADC pin PDIP package temperature measurement
– programmable serial USART
– Master / slave mode SPI serial interface
– byte oriented two wire serial interface (PHILPS I2C compatible)
– a Programmable Watchdog Timer with independent on-chip oscillator.
– on – chip analog comparator
– interrupt and wake-up pin level changes
Special processor features
– power reduction and programmable power down detection
– internal calibration oscillator.
– external and internal interruption sources
– 6 sleep modes: idle mode, ADC noise suppression, power saving, power down, standby, extended Standby
• I/ O and encapsulation
– 23 programmable I / O line
– 28 pin PDIP, 32 pin TQFP package, 28 pads QFN / MLF, and 32 pin QFN / MLF
• working voltage: 1.8 – 5.5V ATMEGA88PA
Temperature range: 40 C to 85 C.
Speed level: 0-20 MHz@1.8 – 5.5V
The low power frequency is 1 MHz, 1.8V and 25 degree C are ATMEGA88PA:
– normal mode: 0.2 mA
– power off mode: 0.1 mu A
– power saving mode: 0.75 mu A (including 32 kHz RTC)

Nuvoton W78E052DFG MCU crack

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We have successfully cracked the W78E052DFG . It is now facing the customers at home and abroad to decrypt the W78E052D chip and other Nuvoton MCU crack, the Winbond MCU crack, the Winbond chip program extraction service.
W78E052D overview:
W78E052D is a 8 bit microcontroller that can accommodate a wider frequency range at low power consumption. The instruction of the W78E052D series microcontroller is fully compatible with the standard 8051 instruction.
The W78E052D contains the 8K byte Flash ROM for the update loader, 256 byte RAM, 4 8 bit two-way (P0, P1, P2, P3), a bit addressable I / O port, an additional 4 bit I / aperture, three 16 bit timer / counter, a hardware watchdog timer and serial port. These peripherals support the 8 source and 4 level interrupts. In order to facilitate programming and verification, flash memory EPROM W78E054D/W78E052D/W78E051D series allows program memory to program and read electronic. Once the code is verified, the user can protect the code’s security.
W78E052D features:
– 8 bit CMOS microcontrollers for all static design
• optional 12T or 6T mode
The 12T mode operates on every 12 clock machine cycles (default) at speeds up to 40 MHz/5V.
6T mode, each machine cycle is operated by a writer, and the clock speed can reach 20 MHz/5V.
Wide power supply voltage from 2.4V to 5.5V
Temperature level (-40 C ~ 85 C)
Pin and instruction set compatibility with MCS-51
• 256 bytes of RAM on chip
16K/8K/4K byte of erasable / programmable flash EPROM
2K byte LDROM supports ISP function (refer to application notes)
• 64KB program memory address space
• 64KB data memory address space
• 4 8 bit two-way ports
• 8 sources, level 4 interruption capacity
An additional 4 bit addressable I / O port, with additional INT2/ INT3 (PQFP, PLCC and
LQFP packaging)
• 3 16 bit timer / counter
• a full duplex serial port
• watchdog timer
• reducing the EMI pattern
• software reset
Built in power management idle mode and power down mode.
• code protection
• encapsulation:
W78E052DDG DIP-40 Pin -40oC~85oC
W78E052DPG PLCC-44 Pin -40oC~85oC
W78E052DFG PQFP-44 Pin -40oC~85oC
W78E052DLG LQFP-48 Pin -40oC~85oC
W78E052DFG chip decryption is only the simplest one in the research results of Nuvoton MCU crack, more can decipher the new Tang single chip model continuously update, if you have the Nuvoton MCU crack needs.

MK7A23P MCU crack

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Flying star exclusively provides Taiwan core MIKKON MCU crack, whether packaged or bound, we can successfully complete MCU crack.
Core MIKKON chip applications: home appliance control, computer peripheral, electromagnetic furnace, all kinds of charger, mobile power, UPS power, electric kettle, electric cooker, rice cooker, LED, toy, remote control, LCD electronic clock, calendar, treatment instrument, air conditioner remote control, game machine, USB sound card, USB small digital photo frame, U disk, card reader and so on The speed of data transmission requires faster products and so on.
Because of its high performance, low price and compatibility with multi brand IC pins, the core microcontroller is widely used. Therefore, there is more and more demand for core MIKKON MCU crack in the market. Hua Lan technology has obtained the core decryption MIKKON MCU crack  scheme through in-depth technical research. Now we provide exclusively Taiwan core MCU crack, MIKKON MCU crack.
Flying star Taiwan core Rui MIKKON chip has high success rate and low price.
Core Rui 8 bit microcontroller model:
MK7A10P (compatible with EM78P153/156/447/SN8P2501/PIC12C508/54/57);
MK7A20P (compatible with PIC16F57/EM78P447);
MK6A20P;
MK6A12DP;
Core Rui 8 bit ADC micro controller model:
MK7A21P (compatible with HT46R47);
MK7A22P (compatible with S3F9454);
MK7A23P (compatible with S3F9454);
MK7A25P;
Core Rui 8 bit LCD micro controller model:
MK9A35P (compatible with EM78P468);
MK9A50P;
MK9A80P;
MK9A160P;
Core USB controller model:
MK8A03BP (compatible with HT82A523R, EM78P680);

ATMEGA103 MCU crack

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ATMEGA103 uses the latest Flying star encryption mechanism to program the lock location to protect the safety of self programming data, and the encryption performance is very strong.
In view of the wide demand in the domestic market, MCU  crack ses advanced technology and equipment to decrypt the chip of ATMEGA103. The fastest 3 hours will be deciphered to you, even if it is not urgent, the ATMEGA103 can be deciphered in accordance with the general speed.
Flying Star Electronic processing provides the decryption of ATMEGA103 chips, and also provides agent sales for these ATMEGA103.
Flying star also provides the following MCU crack:
ATMEGA48PV, ATMEGA168P, ATMEGA168PA, ATMEGA168A, ATMEGA168PV, atmega88pv, ATMEGA169, ATMEGA169V, ATTINY4313, ATTINY4313A, ATMEGA1280, ATMEGA1280V. 169PA, attiny88v, ATTINY88, ATTINY48, ATTINY48, ATTINY48A, ATTINY48V, AT90S8515, AT90LS8515, AT90S8535, at90ls8535, ATTINY2313A. 24, ATMEGA324V, ATMEGA164P, ATMEGA164PA, ATMEGA164PV, ATMEGA165, ATMEGAL165V, ATMEGA165P, ATMEGA165PA, ATMEGA325, ATMEGA325P, ATMEGA328P, ATMEGA329. GA3250P, ATMEGA3250PV, ATMEGA3250V, ATMEGA3290PV, ATMEGA3290V, ATMEGA406, ATMEGA644, ATMEGA644P, ATMEGA644PA, ATMEGA644A, ATMEGA644PV, ATMEGA644V. L, ATMEGA640, ATMEGA640V, ATTINY24A, ATTINY44A, ATTINY84A, ATTINY25A, ATTINY45A, ATTINY85A, ATtiny28L, ATtiny28V, ATtiny40. ATMEGA32M1, ATMEGA64M1, ATMEGA8U2, ATMEGA32U2, ATMEGA16U2, ATMEGA128RFA1, ATMEGA128RFR2, ATMEGA16HVA, ATMEGA16HVB, ATMEGA16U4, ATMEGA256RFR2. 7, AT90USB646, AT90USB647, AT90USB82, ATxmega128A1, ATxmega128A1U, ATxmega128A3

BS83B12A/BS83C16 MCU crack

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The company is located in the Hsinchu science and Industry Park. Its sales network is all over the world’s major countries and regions. In order to develop and innovate in Taiwan, sales service is the model of the whole world. The company’s product strategy has always focused on the “MCU” and the micro controller (MCU Peripherals) as the main axis of development, constantly playing and establishing the image of the MCU professional company, and expanding the application and service levels of MCU to create more space for development. At present, the range of semiconductor products includes universal and special type microcontrollers (MCU). In addition to general applications, it covers various fields such as voice, communication, computer peripherals, household appliances, medical care, vehicle and safety monitoring, and provides various peripheral components such as power management and non-volatile memory. The goal is to provide customers with more functional and complete solutions for product development.
The old version of HOLTEK MCU, such as HT48R06a-1, is easy MCU crack. It can be solved in 30 minutes.
HT48R063, HT48R064, HT48R065, HT48R066, HT48R067, HT48R06662, HT46R064, HT46R065, HT46R066, HT46R067, HT46R06662, HT48R01C, HT46R067, etc. The way to encrypt the fuse position to the middle of the data area and do not support the third party tool to read the burning options configuration, making encryption very difficult.