With the advent of the intelligent age, digital products are flooding our daily life. Notebook computers, mobile phones, MP3, MP4, PDA, game consoles (PSP, etc.), Bluetooth headsets, digital cameras, CD players, repeaters, digital video cameras, portable DVDs, etc. are the darlings of the electronic market. The diversification of product functions also brings corresponding problems. Many digital users feel that the battery is not enough, and often worry that there is no place to charge it. In this way, the mobile power was born, and its dual functions of power storage and charging also put forward higher technical requirements for the mobile power chip. On the other hand, it also drives the attention of the IC decryption industry to the field of power chips.
The mobile power supply is not a “spare tire” but a “main room”
Mobile power, also known as “external battery”, “external battery”, “backup battery”, “digital charging companion”, “power bank”. It is convenient and easy to carry. In response to the increasingly diversified functions of digital products, more frequent use, and closer connection with our daily life, mobile power has developed from a spare tire product for business people to a must-have product for everyone. Its convenient and easy-to-carry nature enables people to play important functions in a mobile state (such as travel, meetings, when the charger is not around or inconvenient to charge), without being limited by time and place, so that the quality of life and work can be improved. . Of course, the best-selling mobile power supply, the biggest credit is its special IC chip. In the performance of the entire mobile power supply, the IC chip plays the role of the commander.
IC unlocking technology is excellent, there is a set of absorption technology
At present, the mobile power banks on the market basically cost hundreds of dollars, and the slightly better ones cost hundreds of dollars. The price of a small charging device is a bit expensive. What makes charging a high consumption? The reason is still the problem of IC chip technology. Due to the technical limitations of IC chips used for mobile power supplies, product development costs have increased. In this regard, what we have to do is to reduce the technical difficulty of IC chips. IC unlocking is a reverse technology research specifically for IC chips. Through the decryption and exploration of the original chip, it can obtain the program in the single-chip microcomputer, absorb the chip technology, and reduce the production cost for the enterprise.
However, not all companies that claim to be IC decryption experts are capable of any decryption services. Most companies can only solve the decryption of some conventional chip models, and the success rate of unlocking difficult chips in the industry is generally low, and the effect is not good.
IC unlocks innovation and develops chip technology
The reason why many companies have not yet achieved the ability to decrypt difficult chips is that on the one hand, their research on reverse technology is not deep enough, due to their own capabilities, and on the other hand, they are dull and do not know how to innovate and develop skills. IC chip technology is advancing with the times and progressing with the advancement of science and technology. Therefore, IC decryption technology should also follow up and develop accordingly. Of course, to increase the speed of follow-up technological development, innovative secondary development is a good choice. Through in-depth research on existing chips, we can not only find ways to fix technical vulnerabilities, but also develop more technical functions and design more complete new IC chips.
