Extract Chip Heximal Technology

Extract Chip Heximal Technology can be defined as invasive, un-invasive and semi-invasive methods; Un-invasive chip extract has two threatens to the safety of chip: first of all the chip owner maybe unaware of the security key has been stolen, as a result of that, the effective security key won’t be terminated before it has been abused by the chip extracter. Second thing is un-invasive chip extract has a great latitude of flexibility, those chips being extracted can be reproduced and upgraded with extremely low price;

Extract Chip Heximal Technology can be defined as invasive, un-invasive and semi-invasive methods; Un-invasive chip extract has two threatens to the safety of chip: first of all the chip owner maybe unaware of the security key has been stolen
Extract Chip Heximal Technology can be defined as invasive, un-invasive and semi-invasive methods; Un-invasive chip extract has two threatens to the safety of chip: first of all the chip owner maybe unaware of the security key has been stolen

Most of the un-invasive microcontroller chip unlocking need to get familiar with the hardware and software of microprocessor. From another side, invasive microprobe chip extract need only a handful of prepared knowledge, and can usually extract the different products with same technology. But the microcontroller breaking itself will start from reverse engineering, and the result obtained from it can contribute to cheaper and faster extract methods. Semi-invasive chip extracting can be used to learn the functionality of chip and test the security of circuit. And it doesn’t need to build any physical connection from internal layer of chip, and no more expensive facilities and instrument are required, such as laser cutting machine and focus ion beam machine.

Chip extract is reversible, and all the chips can be returned to original status, or some of them can’t be repaired or recovered for ever. Such as the power analysis and microprobe technology can attack the microcontroller and extract the firmware without damage the chip. Anyway microprobe will left trace after chip extract but it won’t affect the normal operation of chip after extract. Faulty injection and ultra-violet extract can almost put the microprocessor in the state of unreliability, and change the internal resistance or the memorizer can’t recover anymore. Of course, the ultra-violet chip extract will left trace.

Circuit Engineering Company Limited continues to be recognized as the Southern China Leader in Services for IC Attack, MCU Crack, Chip Extract, Microcontroller crack service. With the advancement of today’s modern circuit board technology, it is more important than ever to have specialists available to help you at a moment’s notice. Our engineering and commercial teams collectively have a vast amount of electronic experience covering field include Consumer Electronics, Industrial Automation Electronics, Wireless Communication Electronics., etc. For more information please contact us through email.


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