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PCB Reverse Engineering and Cloing
PCB Assembly Prototyping
PCB Manufacturing
Atmel Microcontroller Crack
Microchip IC Crack
Altera Chip Decryption
Toshiba Microcontroller Cloning
Winbond IC Dump
NEC MCU Crack
LG /Hyundai MCU Reverse Engineer
Xilinx Microcontroller Hack
Fujitsu Micocontroller Hack
NXP Microcontroller Cloning
Lattice IC Hack
SyncMOS Microcontroller Attack
CYPRESS IC Attack
Freescale MCU Crack
STC 8051 MCU Reverse Engineer
Holtek IC Code Extraction
Intel MCU Attack
Dallas MCU Reverse Engineering
Elan EMC MCU Code Extraction
Zilog IC Crack
Renesas Microcontroller Cloning
SAMSUNG MCU Crack
Silicon Labs IC Reverse Engineering
SST MCU Code recovery
ST Microcontroller Dump
Texas Instuments MCU Dump
  •  

    For Car Industry

    Chip Works helped global clients to
    copy a wide range of tools
    for car diagonsis, auto locksmith, engine tuning
     
     
  •  

    Printing Industry

    Chip Works crack microcontrollers
    for printers & ink cartridges
    with professional reverse engineering service
     
     
  •  

    Game Boards

    Chip Works copied & built many
    game boards & accessories for
    slot machines and casinos
    woldwide
     
     
  •  

    For All Applications

    Chip Works hack garage doors
    copy LED signs & billcounters
    devices for oilfileds
    or even military gears
     
     
 
 
MICROCONTROLLER HACK SERVICE
 
Microsemi Actel Atmel Semiconductors Altera FPGA CPLD Cypress Semiconductor Coreriver Semiconductor Cygnal Integrated Products Dallas Semiconductor
Elan Microcontroller Corp - EMC Feeling Technology Fujitsu Semiconductor Freescale Semiconductor Holtek Semiconductor Hyundai Microcontroller Infineon Technologies
Intel Semiconductor Technology Lattice Semiconductor Corporation LG Innotek Maxim Integrated MDT -Micon Design Technology Myson microcontroller Motorola Microcontroller
Megawin Technology Microchip Technology MXIC - Macronix International NEC Semiconductor NXP Semiconductors Philips Semiconductor Portek Semiconductor
Renesas MCU ST - SGS-THOMSON Microelectronics Silicon labs Integrated Circuits SAMSUNG SST - Silicon Storage Technology Sinowealth SyncMos
STK - Syntek Semiconductor STC micro TenX Technology Toshiba Microcontroller Winbond Electronics Xilinx All Programmable FPGA Zilog Microprocessors
 
CHIP WORKS HIGHLIGHTS  

PCB Reverse Engineering and Cloning

Are you missing the CAD or PCB Gerber files for that bare or assembled printed circuit board? Chip Works has the solution to this unique problem that has afflicted many companies throughout the entire electronics industry.

 

From simple single-sided to complex mutli-layer PCBs, bare or assembled, Chip Works has the capability of reverse-engineering that PCB to provide you with the complete design data package, which includes the CAD design layout database, Gerber files, schematic and fabrication drawings for that particular design. With Chip Works as your partner, you won’t ever have a problem overcoming this reoccurring roadblock ... ...

 

Rapid PCB and Assembly Prototyping

During development fabricating a prototype quickly and with flexibility is key. This allows developers to test ideas and easily make changes. The Rapid Prototyping method turns your demand into a sample circuit board, which is ultimately used to manufacture the new product.

 

Once the circuit board material has been selected the circuit board can be fabricated. Depending on the requirements the material is structured with a circuit board plotter or a laser system. The material is structured with a circuit board plotter. A laser system is used for ultra-fine structures and RF applications ... ...

 

PCB and Assembly Manufacturing

Chip Works provides the professional production of high-density, high-precision single-sided, double-sided and multilayer rigid PCB board and soft PCB board. capable of 2-16 layer HASL board, golden finger board, ENIG board, OSP board, 4-16 layers half hole PCB board and 0.2MM double-side super thin PCB, the minimum line width from 3mil, the smallest laser aperture 4mil, the smallest mechanical aperture 8mil, and buried with blind hole hole production ... ...

 

ARM-based Micro-Processors Hacking

The ARM architecture describes a family of RISC-based computer processors designed and licensed by British company ARM Holdings. It was first developed in the 1980s by Acorn Computers Ltd to power their desktop machines and subsequently spun off as a separate company, now ARM Holdings. Globally as of 2013 it is the most widely used 32-bit instruction set architecture in terms of quantity produced. According to ARM Holdings, in 2010 alone, producers of chips based on ARM architectures reported shipments of 6.1 billion ARM-based processors, representing 95% of smartphones, 35% of digital televisions and set-top boxes and 10% of mobile computers ... ...

 

Mask ROM Microcontroller Crack

Mask ROM (MROM) is a type of read-only memory (ROM) whose contents are programmed by the integrated circuit manufacturer (rather than by the user). The terminology "mask" comes from integrated circuit fabrication, where regions of the chip are masked off during the process of photolithography.

 

It is common practice to use rewritable non-volatile memory – such as UV-EPROM or EEPROM – for the development phase of a project, and to switch to mask ROM when the code has been finalized. For example, Atmel microcontrollers come in both EEPROM and mask ROM formats ... ...

 

Digital Signal Processors (DSPs) Reverse Engineering

Digital Signal Processors (DSPs) take real-world signals like voice, audio, video, temperature, pressure, or position that have been digitized and then mathematically manipulate them. A DSP is designed for performing mathematical functions like "add", "subtract", "multiply" and "divide" very quickly.

 

Signals need to be processed so that the information that they contain can be displayed, analyzed, or converted to another type of signal that may be of use. In the real-world, analog products detect signals such as sound, light, temperature or pressure and manipulate them. Converters such as an Analog-to-Digital converter then take the real-world signal and turn it into the digital format of 1's and 0's. From here, the DSP takes over by capturing the digitized information and processing it ... ...

 

   

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