TMS320F MCU crack

Posted by

At present, the latest soft decryption method greatly reduces the cost of MCU crack, in the TMS320F28, 27, 26 series, and lattice series, Yilong microcontroller decryption, Division I has absolute advantages, specific calls can be consulted. Consultation telephone: 13378667812
Take TMS320F2806 chip as an example to analyze.
The characteristics of TMS320F2806 are:
High performance static CMOS Technology
– 100 MHz (10 – ns cycle time)
– 60 MHz (16.67 – ns cycle time)
Low power (1.8 V core, 3.3 volt I / O) design
JTAG boundary scan support (1)
High performance 32 bit CPU (TMS320C28x) resolution
– 16 x 16 and 32 x 32 MAC operation
– 16 * 16 double MAC
Harvard bus architecture
– atomic operations
– fast interrupt response and processing
Unified storage planning model
Code valid (in C / C + + and assembler)
On-chip memory
– F2809:128K flash memory x 16, x 16 SARAM 18 K gold
F2808: x 16 64K flash memory, 18 K x 16 SARAM
F2806: 32K x 16 flash memory, 10000 x 16 SARAM
F2802: 32K x 16 flash memory, 6K x 16 SARAM
F2801: flash 16K x 16, x 16 SARAM 6K.
F2801x: x 16 16K flash memory, 6K 80 * 16 SARAM saline.
– 1K x 16 OTP disc (flash device only) 160 NS
– C2802: 267 x 16 nanoseconds of 6K SARAM for 32K * 16 ROM
C2801:16K x 16 CD, 6K x 16 SARAM
Guide group ROM (4K * 16)
– use software boot mode (SCI, SPI, CAN and I2C, and parallel I / O).
– standard mathematical tables
Clock and system control
– dynamic phase locked loop support rate change
– in chip oscillator
– watchdog timer module
Any one pin can be connected to the core of the three external interrupts of a GPIO.
Peripheral interrupt expansion (PIE) block, support for all 43 peripheral interrupts.
128 bit encryption lock / lock
– prevent reverse engineering firmware.
– protect Flash/OTP/L0/L1 blocks.
• 3 32 bit CPU timer
Enhanced control peripherals
– up to 16 PWM outputs.
– up to 6 HRPWM outputs and 150 PS Department of environmental protection.
– up to 4 acquisition inputs.
– up to two quadrature encoder interfaces
– up to six 32-bit/Six 16 bit timer.
Serial port peripherals
– up to 4 SPI modules.
– up to 2 spinal cord (UART) modules.
– up to 2 CAN modules.
– an integrated circuit (I2C) bus
• 12 bit ADC, 16 channel
– 2 * 8 channel input multiplexer
Double sampling and maintenance
Single / simultaneous conversion
– fast conversion rate:
– 12.5 MSPS (F2809 only)
– 6.25 MSPS (280x)
– 3.75 MSPS (F2801x)
– internal or external benchmarks
• input up to 35 independent programmable GPIO pins for multiplexed filtering.
Advanced simulation functions
– Analysis and breakpoint functions
– real time debugging through hardware
Development support includes
Standard C / C + + compiler / assembler / connector
– Code Composer Studio IDE
– DSP / BIOS accelerator
– digital motor control and digital power supply software library
Low power mode and power saving
– idle, standby, power saving mode support
– disable individual peripheral clocks.
Packaging options
– thin square flat package (PZ value)
MSI’s BGA accelerator (generalized Gauss, zzitu gold mine)
Temperature options:
– A:-40 degrees C to 85 degrees (earthquake, generalized Gauss, zzichang gold mine)
– S:-40 degrees C to 125 degrees (earthquake, generalized Gauss, zzichang gold mine)
– Q:-40 degrees C to 125 degrees (PZ).

TMS IC decryption

Posted by

At present, the latest soft decryption method greatly reduces the cost of IC decryption, in the TMS320F28, 27, 26 series, and lattice series, Yilong microcontroller decryption, Division I has absolute advantages, specific calls can be consulted. Consultation telephone: 13378667812
Take TMS320F2806 chip as an example to analyze.
The characteristics of TMS320F2806 are:
High performance static CMOS Technology
– 100 MHz (10 – ns cycle time)
– 60 MHz (16.67 – ns cycle time)
Low power (1.8 V core, 3.3 volt I / O) design
JTAG boundary scan support (1)
High performance 32 bit CPU (TMS320C28x) resolution
– 16 x 16 and 32 x 32 MAC operation
– 16 * 16 double MAC
Harvard bus architecture
– atomic operations
– fast interrupt response and processing
Unified storage planning model
Code valid (in C / C + + and assembler)
On-chip memory
– F2809:128K flash memory x 16, x 16 SARAM 18 K gold
F2808: x 16 64K flash memory, 18 K x 16 SARAM
F2806: 32K x 16 flash memory, 10000 x 16 SARAM
F2802: 32K x 16 flash memory, 6K x 16 SARAM
F2801: flash 16K x 16, x 16 SARAM 6K.
F2801x: x 16 16K flash memory, 6K 80 * 16 SARAM saline.
– 1K x 16 OTP disc (flash device only) 160 NS
– C2802: 267 x 16 nanoseconds of 6K SARAM for 32K * 16 ROM
C2801:16K x 16 CD, 6K x 16 SARAM
Guide group ROM (4K * 16)
– use software boot mode (SCI, SPI, CAN and I2C, and parallel I / O).
– standard mathematical tables
Clock and system control
– dynamic phase locked loop support rate change
– in chip oscillator
– watchdog timer module
Any one pin can be connected to the core of the three external interrupts of a GPIO.
Peripheral interrupt expansion (PIE) block, support for all 43 peripheral interrupts.
128 bit encryption lock / lock
– prevent reverse engineering firmware.
– protect Flash/OTP/L0/L1 blocks.
• 3 32 bit CPU timer
Enhanced control peripherals
– up to 16 PWM outputs.
– up to 6 HRPWM outputs and 150 PS Department of environmental protection.
– up to 4 acquisition inputs.
– up to two quadrature encoder interfaces
– up to six 32-bit/Six 16 bit timer.
Serial port peripherals
– up to 4 SPI modules.
– up to 2 spinal cord (UART) modules.
– up to 2 CAN modules.
– an integrated circuit (I2C) bus
• 12 bit ADC, 16 channel
– 2 * 8 channel input multiplexer
Double sampling and maintenance
Single / simultaneous conversion
– fast conversion rate:
– 12.5 MSPS (F2809 only)
– 6.25 MSPS (280x)
– 3.75 MSPS (F2801x)
– internal or external benchmarks
• input up to 35 independent programmable GPIO pins for multiplexed filtering.
Advanced simulation functions
– Analysis and breakpoint functions
– real time debugging through hardware
Development support includes
Standard C / C + + compiler / assembler / connector
– Code Composer Studio IDE
– DSP / BIOS accelerator
– digital motor control and digital power supply software library
Low power mode and power saving
– idle, standby, power saving mode support
– disable individual peripheral clocks.
Packaging options
– thin square flat package (PZ value)
MSI’s BGA accelerator (generalized Gauss, zzitu gold mine)
Temperature options:
– A:-40 degrees C to 85 degrees (earthquake, generalized Gauss, zzichang gold mine)
– S:-40 degrees C to 125 degrees (earthquake, generalized Gauss, zzichang gold mine)
– Q:-40 degrees C to 125 degrees (PZ).

TMS320LF240 IC unlock

Posted by

DSP chip of TMS320LF240 series is one of the difficult decryption series of TI (Texas Instruments). Because of its good encryption performance, the difficulty of IC unlock and high cost, DSP chip series has always been a difficult problem for all kinds of reverse research and development electronic engineers and electronic enterprises to study and design reference.
For the decryption of high-difficulty DSP chips of the series of TMS320LF240, Niesdie Technology has set up a special research group on the decryption of DSP chips for three months. At present, the decryption of TI (Texas Instruments) TMS320LF240 series of DSP chips has made a major breakthrough, which can provide efficient and reliable decryption services for the series of single-chip computers. And after repeated verification and testing by our decryption engineers, the cycle and cost budget of the client project can be controlled to the maximum extent.
About TMS320LF240 series DSP chip
The chip device, the new member of the TMS320C24x? Part of the next generation digital signal processor (TMS) controller is tms320c2000? Fixed point DSP platform. The 240x? Does the device provide enhanced chips? The c2xx core processor of digital architecture has low cost, low power consumption and high performance processing capability. Some advanced peripheral equipment, optimized digital motors and motion control applications have provided a true single-chip controller. Although code compatible with existing c24x? DSP-controlled devices offer more 240x machining performance (30 grade) and higher levels of peripheral integration. See tms320x240x summarizes some of the features of the device. The 240x generation provides an array of memory sizes and various applications tailored to specific price / performance points by different peripherals. The flash memory device provides an effective solution to mass production with programmable 32 K. Note that the flash device contains a 256-word memory for easy programming online. The 240x series also includes game devices that are fully compatible with pin to pin flash counterparts. (sprs145 data table described in CD device). All 240x devices provide at least one event management module for optimized digital motor control and power conversion applications. This function module includes center and/or edge alignment to generate programmable dead zones, prevent breakdown, and synchronize analog-to-digital conversion. The device with dual event management enables multiple motors and / or controls with a single 240x controller. High-performance, 10-bit analog-to-digital converter (DAC) has a minimum conversion time of 500 nanoseconds and provides 16-channel analog input. The autosequencing capability of the ADC allows up to 16 conversions to occur in a single conversion without any processor overhead. Serial communication interface (SCI) is integrated with other devices in all devices that provide asynchronous communication systems. The system needs additional communication interfaces. 2407 and 2406 provide 16 bit synchronous serial peripheral interface (Interface). 2407 and 2406 also provide a controller area network (energy) communication module to meet network specifications. To maximize the flexibility of the device, the functional pin is configured as universal input / output (gpios). Simplified development time, jtag-compliantEDA simulation has been integrated into all devices.
Here we only provide a brief introduction of TMS320LF240 series DSP chips, convenient for customers and electronic engineers chip analysis and technical reference, TMS320LF240 series DSP IC unlock needs, please contact Nistel Technology Consulting Details

TMS320F MCU crack success

Posted by

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.
The TMS320F28068M micro controller provides power supply for the C28x kernel and the parallel accelerator (CLA). The core technology is based on the TI C2000 as the basis for the in-depth study of the TMS320F28 series. The dspc2000 series micro controllers have been successfully MCU crack. Although the TMS320F28068M decryption is the latest product, the MCU crack technology is mature for the core technology and the decryption technology is mature. Under the circumstances, we can have more than 95% of the grasp, 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

TMS320F28068M MCU crack success

Posted by

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