Of course, it is impossible for Zhou Li's mother to apply for chips in the name of her own unit and use them for her daughter. Qu Sen and others could not apply in their personal name, so the only one who came forward was the University of Information Engineering.

Since the school leaders have passed the application of several students, there is no problem in helping apply for a few chips in the name of the school. After the report was put up, it was quickly approved. A week later, five omap17o3 chips were sent to the school through confidential express delivery within the army.

Facing the five chips that have never been touched, and with the thick detailed introduction sent with the chips, Qu Sen, Zhou Li and Li Ying spent almost a month studying their various performance parameters.

After understanding it, the three of them were simply undescribable as excitement. In terms of performance, this chip is used for control of drones.

Not to mention low power consumption and high frequency, it supports 32 bit and 16 bit (Thumb mode) instruction set, two 64 item conversion side view buffers, two high 3.68mhz uaRT, parallel compact camera ports, video hardware adder for dcT, idcT, pixel interpolation, and a series of software and hardware support, which can be said to have provided all the support needed for the three people's ideas to turn into reality.

With the control chip, the three planned drones can finally enter the actual operation stage.

With the initial design, a series of required components such as high-definition zoom cameras, thermal lenses, and micro noise-resistant pickup equipment that the three applied for were also in place.

As these components are combined with the testing of 17o3 chips in the laboratory, the original design plan is also being gradually improved.

In early December, the first engineering machine that didn't even have a shell was successfully tested.

Although this engineering machine is still far from the final effect of the design, it can be proved that with the support of the 17o3 chip, the expected functions of the three drones in the design are fully realized.

The University of Information Engineering has just been established for a few years after its merger. Compared with other higher education institutions in the military, it is a completely young "little brother". The school leaders urgently need to provide effective results to accumulate capital for the school.

The so-called capital can be to cultivate more outstanding graduates, the scientific research results of professors, and of course it can also be to students participate in military competitions, especially large-scale competitions with high technological content.

If the three students can stand out in an army-wide event like "drone design plan collection", that is exactly the result the school hopes to see.

So after the engineering machine work display, the school leaders were very optimistic about their plans after marveling at the imagination and execution ability of the three students. They did not need to apply at all, and they happily approved another 200,000 yuan in special research funds.
Chapter completed!