Dallas / Elan Microcontroller Unlock/Crack

Dallas / Elan MCU reverse engineer list

Dallas DS24xx series integrated circuit unlock:

DS2401 DS2405 DS2406 DS2408 DS2409 DS2415 DS2416 DS2417 DS2422 DS2423 DS2430A DS2431 DS2432 DS2433 DS2434 DS2436 DS2438 DS2450 DS2460 ...

Dallas DS28Exx series Mcu reverse engineering:

DS28E22 DS28E17 DS28E16X-ST DS28E16X-S DS28E16QT DS28E16Q DS28E16 DS28E15Q+T DS28E15P+T DS28E15P+ DS28E15G+T DS28E15G+ DS28E15 DS28E10R+T DS28E10P+T DS28E10P+ DS28E10_11 DS28E10 DS28E05R+T DS28E05P+T DS28E05P+ DS28E05 DS28E04S-100 DS28E04-100 DS28E02Q+TR DS28E02Q+T DS28E02Q+R DS28E02P+TR DS28E02P+T DS28E02P+R DS28E02P+ DS28E02_12 DS28E02 DS28E01X-100-S DS28E01X-100 DS28E15 DS28E38 DS28E35 DS28E22 ...

Elan EMC EM78xx series integrated circuit ic attack:

EM78156E EM78447S EM78448C EM78806B EM78448 EM78450 EM78451 EM78458 EM78576 EM78568 EM78569 EM78459 EM78800 EM78806 EM78808 EM78810 EM78811 EM78813 EM78815 EM78820 EM78860 EM78861 EM78862 EM78863 EM78865 EM78870 EM78911 EM78912 ...

Elan EMC EM78Pxx series integrated circuit ic lockbit attack:

EM78P153 EM78P156 EM78P257 EM78P447 EM78P451 EM78P452 EM78P458 EM78P459 EM78P468 EM78P5839 EM78P5840 EM78P5841 EM78P5842 EM78P154N EM78P156N EM78P157N EM78P159N EM78P259N EM78P259N EM78P260N EM78P417N EM78P418N EM78P419N EM78P447N EM78P468N EM78P468L EM78P510N EM78P809N EM78P5840N EN78P5841N EM78P5842N EM78P565 EM78P566 EM78P567 EM78P568 EM78P569 EM78P5830 EM78P806 EM78P808 EM78P811 EM78P813 EM78P870 EM78P911 ...

ELAN Microelectronics clones (13 bit)

ELAN Microelectronics Corp. make a series of PICmicro-like microcontrollers with a 13-bit instruction word. The instructions are mostly compatible with the mid-range 14-bit instruction set, but limited to a 6-bit register address (16 special-purpose registers and 48 bytes of RAM) and a 10-bit (1024 word) program space.

The 10-bit program counter is accessible as R2. Reads access only the low bits, and writes clear the high bits. An exception is the TBL instruction, which modifies the low byte while preserving bits 8 and 9.

The 7 accumulator-immediate instructions are renumbered relative to the 14-bit PICmicro, to fit into 3 opcode bits rather than 4, but they are all there, as well as an additional software interrupt instruction.

There are a few additional miscellaneous instructions, and there are some changes to the terminology (the PICmicro OPTION register is called the CONTrol register; the PICmicro TRIS registers 1–3 are called I/O control registers 5–7), but the equivalents are obvious Silicon Wafer Delayer & SEM Microphoto.

13-bit EM78 instruction set

12	11	10	9	8	7	6	5	4	3	2	1	0	Mnemonic	C?	Z?	Description
0	0	0	0	0	0	0	opcode						Miscellaneous instructions
0	0	0	0	0	0	0	0	0	0	0	0	0	NOP*			No operation (MOVW 0,W)
0	0	0	0	0	0	0	0	0	0	0	0	1	DAA†	C		Decimal Adjust after Addition
0	0	0	0	0	0	0	0	0	0	0	1	0	CONTW*			Write CONT register (CONT ← W)
0	0	0	0	0	0	0	0	0	0	0	1	1	SLEEP*			Go into standby mode (WDT ← 0, stop clock)
0	0	0	0	0	0	0	0	0	0	1	0	0	CLRWDT*			Restart watchdog timer (WDT ← 0)
0	0	0	0	0	0	0	0	0	f				IOW f*			Copy W to I/O control register (f = 5–7, 11–15)
0	0	0	0	0	0	0	0	1	0	0	0	0	ENI†			Enable interrupts maker together club
0	0	0	0	0	0	0	0	1	0	0	0	1	DISI†			Disable interrupts snaileye
0	0	0	0	0	0	0	0	1	0	0	1	0	RET			Return from subroutine, W unmodified
0	0	0	0	0	0	0	0	1	0	0	1	1	RETI			Return from interrupt; return & enable interrupts
0	0	0	0	0	0	0	0	1	0	1	0	0	CONTR†			Read CONT register (W ← CONT)
0	0	0	0	0	0	0	0	1	f				IOR f†			Copy I/O control register to W (f = 5–7, 11–15)
0	0	0	0	0	0	0	1	0	0	0	0	0	TBL†	C	Z	PCL += W. preserve PC bits 8 & 9
0	0	opcode				d	register						ALU operations same as 12- and 14-bit PIC
0	1	op		bit			register						Bit operations same as 12- and 14-bit PIC
1	0	op	k										Control transfers same as 14-bit PIC
1	1	opcode			8-bit immediate								Operations with W and 8-bit literal: W ← OP(k,W)
1	1	0	op		k								MOV/IOR/AND/XOR, same as 12-bit PIC
1	1	1	0	0	k								RETLW k			W ← k, then return from subroutine
1	1	1	0	1	k								SUBLW k	C	Z	W ← k−W (W ← k+~W+1)reverse engineering
1	1	1	1	0	k								INT k†			Push PC, PC ← k (software interrupt, usually k=1)
1	1	1	1	1	k								ADDLW k	C	Z	W ← k+W 芯片FIB电路修改
12	11	10	9	8	7	6	5	4	3	2	1	0	Mnemonic	C?	Z?	Description

About Dallas and Elan:

Dallas Semiconductor, analog, digital, and mixed-signal semiconductors (integrated circuits, or ICs), designed and manufactured in 2001 by Maxim Integrated Products. Its features include communications products (including T / E and Ethernet products), microcontrollers, battery management, thermal sensing and thermal management, non-volatile random-access memory, microprocessor observers, delay lines, silicon oscillators, digital potentiometers, real-time clocks. Were involved. , Temperature-compensated crystal oscillators (TCXO), ibtones, and 1-wire products.

The company, based in Dallas, Texas, was founded in 1984 and was purchased in 2001 by Maxim Integrated Products. Both Maxim and the Dallas Semiconductor brand were actively used until 2007. Since then, the name Maxim has been used for all new products, although the Dallas Semiconductor brand has been retained for some older products, which can be identified by the "DS" at the beginning of their part number.

Circuits integrated with Maxim connect the real world & digital world by detecting, measuring, amplifying, and converting real-world signals, such as temperature, pressure, or sound, into the digital signals necessary for computer processing.

Maxim products can be used in range of variety microprocessor-based electronics equipment. A sampling of the applications for Maxim circuits includes consumer electronics, personal computers and peripherals, handheld electronics, wireless and fiber communications, test equipment, instrumentation, video displays, and automotive applications.

Maxim integrated products are amplifiers, controllers, data converters, Interface, Memory, Multimedia, Power, protection and isolation, RF/Wireless, Sensors, timing and development tools.

Maxim Integrated is the parent company of Dallas Semiconductor. Please see some of the products by them:

POWER INTEGRATED CIRCUITS

Power ICs simplify the design of power supply and power management circuits by integrating key circuit functions into a single chip, resulting in higher reliability with significant savings in power consumption, board space and cost. Maxim is a leading supplier of power integrated circuits for power conversion and battery management applications. They offer a wide range of power conversion circuits and controller ICs. Their battery management products provide market leading fuel gauging, charging and monitoring functions. Their power products support a wide variety of applications, including the industrial, communications, automotive, data center, consumer and healthcare markets.

ELECTRICAL SENSORS

An electrical sensor is a device or integrated circuit that detects a specific physical parameter and converts it to an electrical signal. The output signal of the electrical sensor is processed and used to provide a measurement or to trigger an action. Examples include environmental sensors for measuring temperature or humidity and bio sensors for measuring physiological indicators such as core temperature or heart rate.

Maxim's large selection of temperature sensor ICs support a wide variety of designs for both local and remote temperature measurement. These electric sensor ICs provide high-accuracy, low-power performance with real-time protection, robust interfaces, and compact packaging for use in industrial, automotive, consumer, data center and communications applications. Their growing portfolio of bio sensors provide high-accuracy measurement of body vital signs. These highly integrated bio sensor ICs offer low power operation in small packages for accurate body vital measurements such as temperature, heart health, and bio potential for use in mobile phones, wearable devices and clinical health patches.

ANALOG PRODUCTS

Analog ICs provide complete analog circuit functions, from the simple to the complex, in a single chip. Analog devices are necessary to interface real-world signals to electronic and digital systems. Our wide selection of analog products include op amps, current sense amps, audio and video amplifiers, data converters, analog filters, analog switches and multiplexers and sensor interface devices. These high-performance analog products include high accuracy, high precision, low noise, low power, and high-voltage options in a variety of package sizes. Maxim's analog devices support a wide variety of applications including industrial, communication, automotive, healthcare and consumer products

INTERFACE INTEGRATED CIRCUITS

Interface ICs provide complete electronic interface circuit functions in a single chip which increases reliability while providing significant savings in design effort, design size and cost. Interface devices control and manage signal communications between diverse electronic systems. Their wide selection of interface ICs enable robust, reliable and efficient communications which simplify design while providing the highest levels of signal isolation and protection. Their market-leading transceivers, IO-Link devices, USB, high-speed serial link and digital I/O interface devices support a broad variety of applications, including industrial, automotive, mobile and portable devices.

COMMUNICATION DEVICES

Communication ICs simplify design of electronic communication equipment by providing complete building blocks or application specific functions in a single chip. This results in higher reliability designs that require lower power, less space, smaller BOM and faster time to market. Maxim's high-performance communications devices support multiple technologies including wired, powerline, optical, and wireless communications. These highly integrated solutions address critical functions within the telecom, cable, data center, mobile and automotive markets.

SECURITY DEVICES

Embedded systems need protection from malicious attacks. Add tamper detection to your system to protect sensitive data and encryption keys. Or safeguard your IP and R&D investment from cloning and unauthorized use. With Maxim’s solutions, you can easily secure your entire system.

Security manager products work with your microcontroller to protect information. Secure Authenticator ICs provide crypto-strong authentication. Our secure microcontrollers have built-in FIPS-certified hardware cryptographic engines that support industry-standard algorithms.

MICROCONTROLLERS

Their 32-bit microcontrollers provide the cornerstone for building robust devices in the Internet of Things (IoT) age. Ultra-low power operation helps maximize battery life, small footprints enable ubiquitous use, and best-in-class security protects your investment.

Their ultra-low-power, 32-bit microcontroller devices combine the biggest embedded memories of any MCUs in their class with ultra-efficient power management. Their secure 32-bit microcontrollers integrate advanced cryptography and physical security to provide the highest level of protection against side-channel attacks, physical tampering, and reverse engineering.

IBUTTON DEVICES

Maxim's iButton® devices are small, durably packaged modules with globally unique digital addresses. Enhanced by Maxim's 1-Wire communications protocol, they provide the ability to deliver or record data where other products cannot, such as in very harsh environments. An iButton device is ideal for any application where information needs to follow a person or object, such as temperature and humidity data logging, access control, asset tracking, and electronic cash (eCash) transactions.

TYPES OF INTEGRATED CIRCUITS

Maxim Integrated designs and manufactures numerous types of analog and mixed signal integrated circuits that drive new technologies across a wide market base. Our innovative integrated circuits improve your systems and speed your time to market by enabling smaller, smarter, more reliable, more secure, higher efficiency designs. We rely on our expert staff of engineers and long experience in the semiconductor industry to provide innovative integrated devices to support automotive, industrial, healthcare, communications, consumer, IoT and military applications.

How New Prajapati Electronics Will Help you:

With over years of experience our expert team will help with reverse engineering service to clients around the world.

Reverse Engineering for Dallas Microntroller:

With the process of reverse engineering, we will discover the technological principles of a Dallas MCU through analysis of its structure, function and operation. And we ensure you to make a new program that does the same thing without using or simply duplicating (without understanding) any part of the original.

Dallas MCU Crack or MCU Hack:

With our MCU Crack or MCU Hack service through specific equipment and methods, you will directly get encrypted microcontroller program files for Dallas Microcontroller, you can copy the program chip or disassemble their reference research.

Dallas Microcontroller Clone or Microncontroller Copy:

As a leading MCU Clone service provider, we will help you with your any requirement for Dallas MCU clone. Discuss your microcontroller cloning requirement with us an get your work done.

Dallas Microcontroller unlock:

We ate New Prajapati Electronics have come a long way as a MCU unlock service providers across the world having a formidable reputation within the industry.

Dallas Microcontroller decryption:

With MCU decryption (attack) for Dallas MCU, we will directly get encrypted programming document of MCU by certain equipment and method, which could provide for learning, reference and study after copying programming chip or disassembling. After decryption, we could guarantee that the chip sample we offered has the same function with the master chip offered by client, obtain programming document to offer for client.

Dallas Microcontroller Dumping:

We will transfer the coded program from the compiler (where compiler is a software where we can write, analyze, test and debug the coded program for a Dallas microcontroller.) to the microcontroller memory. The coding or program written for microcontroller is generally in assembly/C language and the compiler generates a hex file which is understandable by the microcontroller. The hex file contains special instructions which are to be transferred to the microcontroller memory and then it works according to the given instruction and program.

Dallas Chip Code Extraction:

Our team of experienced engineers will help you with chip code extraction for Dallas Microcontrollers. Get in touch with us your requirement and get your work done.