Science and technology are advancing rapidly. Recalling the post-80s generation, childhood toys are just a few drums, a rubber band, a shuttlecock or a small ball, etc., simple. Nowadays, there is everything from jigsaw puzzles to remote control toy cars to smart electronic toys. Especially nowadays there are many only children. Parents pay more attention to the children's early education and entertainment, and put forward higher requirements for the safety and innovation of children's toy products. Traditional toys are transformed and upgraded from time to time and separated from high-tech such as microelectronics and intelligent technology. Naturally, this process is also indispensable to the digestion and absorption of PCB copy board and the re-innovation and development.
As early as the "Toy Fair 2014" held in New York a few days ago, I saw the advent of many high-tech children's toys. For example, the NERF Cam ECS-12 toy gun, the innovative design lies in the built-in digital camera and screen, which not only helps children to aim during gunfighting, but also can record videos and take photos at the same time; there is also a more interesting and PCB Toys with simple design such as MaKey MaKey circuit boards can be connected to make everything into a computer touchpad or keyboard. According to experts, such high-tech toys not only arouse children's innovative ideas, but also make children aspire to become engineers from an early age.
Although my country is now the world's largest toy manufacturing base and the largest toy exporter, the toy manufacturing industry is generally large but not strong. Most of them are based on OEM and ODM, earning a small amount of processing fees. The high value-added links of toys: content design, branding, materials, etc., are relatively weak in competitiveness, and generally lack independent intellectual property rights and central technology. It can be seen that toy processing companies have reached the stage of urgent transformation and promotion, and strengthening independent research and development and high-end circuit board design is the sustainable way.
For traditional companies to enter the high-threshold electronic toy industry, it can be described as a lot of difficulties! The PCB copy board can stop the reverse analysis of existing electronic products or circuit boards, restore the product PCB files, BOM files, SCH schematics and other technical consumption files 1:1, and then apply the acquired technology to stop copying and cloning. Such a complete process can not only absorb foreign advanced circuit board technology in a short time, and save R&D costs for enterprises, but also can stop secondary development and innovative design on this foundation.
PCB copy board, as a reverse research technology that is more advanced and professional than simulation, can be said to be a late force for the rise of Chinese companies, and it is also the time for Chinese electronic toy companies to complete corner overtaking. Chinese enterprises should firmly seize the time when electronic toys are separated from advanced technology and PCB copy board technology, and use foreign markets as experimental grounds to stimulate innovative ideas and quickly develop and grow, so as to get rid of the low-level OEM competition scene.