The DS28E01 produced by MAXIM combines 1024-bit EEPROM with a challenge-response security certification that complies with ISO / IEC110118-3 Secure Hash Algorithm (SHA-1). 1024-bit EEPROM (divided into four pages, 256 bits per page), 64-bit key, a register page, 512-bit SHA-1 engine, and 64-bit ROM serial code are integrated into an MCU. The DS28E01 serially transmits data according to the 1-Wire protocol. The communication rate is 15.3kbps (standard rate mode) or 125kbps (high-speed mode). Only one data line and one return ground line are needed, saving the controller to the greatest extent. Occupation of I / O ports.
Over the past few decades, the DS28E01 IC Crack evolved from a prototype development tool to a flexible consumer and industrial application solution. As the DS28E01 decryption logic’s complexity rises from thousands of logic gates to millions of logic gates, the DS28E01 decryption device can accommodate more system-critical functions.
OROD technology designers can choose the DS28E01 to unlock Today. Because the configuration data is stored in the DS28E01 unlock chip, and the chip has a mechanism to prevent the storage data from being read, flash-based solutions provide a relatively secure solution. Also, unless very sophisticated methods are used to disable the security mechanism, the probability of data corruption is very low.
To prevent the DS28E01 IC Crack system cost from increasing sharply, designers must continue to use DS28E01 chip-based decryption without encryption. But they must find a way to protect their IP and keep the cost of security measures to the lowest possible level without having a significant impact on the production process. It is imperative to design that the hardware circuit for DS28E01 decryption security protection is installed in the circuit board’s space without increasing the overall power consumption. And, the impact of security on FPGA resources must be as small as possible.
. 1024 bits of EEPROM memory partitioned into
Four pages of 256 bits
. On-chip 512-bit SHA-1 engine to compute 160-bit
Message Authentication Codes (MAC) and to
. Write access requires knowledge of the secret
And the capability of computing and transmitting
A 160-bit MAC as authorization
. User-programmable page write-protection for
Page 0, page 3, or all four pages together
. User-programmable OTP EPROM emulation
Mode for page 1 (“write to 0”)
. Communicates to host with a single digital signal
At 15.3k bits or 125k bits per second using
. Switchpoint Hysteresis and Filtering to Optimize
Performance in the Presence of Noise
. Reads and writes over a wide voltage range of
2.8V to 5.25V from -40 ° C to + 85 ° C
. 6-lead TSOC, 2-lead SFN or solder-bumped
Chip scale surface mount package
The DS28E01 chip was successfully cracked by the Chip Decryption Research Institute’s engineering team using international advanced decryption technology and equipment to overcome technical difficulties! Now the technology is perfect, and it can be successfully cracked at one time, bringing practical benefits to customers. Customers in need are welcome to come to negotiate business; we will give more discounts!
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