The next issue is the interface. Since fiber optic connectors all use a single interface, a splitter is needed.
This is also a troublesome thing. Because of the large amount of data, the built-in voltage cannot supply it, so an external power supply is needed.
This thing is about the size of a child's shoebox and weighs two or three pounds.
It took another two days for the specially made chip base to arrive. During this time, Xing Baohua also imported the chip program into the powerful chipset.
By modifying the processing program using the graphics card chip's core, the display function is disabled, and all performance is allocated to computing performance.
This ensures stability and speed when calculating large amounts of data.
After finishing all this, without even giving the outer casing to the manufactured equipment, I carried the bare board to the workshop.
He greeted the students and then prepared to conduct a test.
Let's put the bare board aside for now and see how the P2P program developed by the students in groups performs.
It's not finished yet, so we can't see anything for now. We'll have to wait until it's fully programmed and we run the code to find bugs before we can see any problems.
Make your own fiber optic connector, a 2-meter one or a 5-meter one.
Unplug the cable from the small server and install it on the splitter. Then, extend another cable from the splitter to form two wires. Connect the shorter wire to the server and the longer wire to the optical modem. From the optical modem's interface, the cable is routed to the switch. This allows multiple devices to work together.
The others watched Xing Baohua busy himself, not knowing what he was doing or how to help.
After Xing Baohua finished doing all that, he first found a machine to hack into Huahong Telecom's server, changed the user code, created a new line for himself, and then turned the data transmission to maximum in the background.
I switched back to the HK forum, intending to find a program to download and test.
But then I saw that the programs on the HK forum were all very small. With the equipment he set up, downloads were instantaneous, so you couldn't really tell the speed.
What should I do? If it doesn't work, try downloading a file from the HK forum?
I don't have any large documents on hand!
Ask the programmer from my hometown to find a hard drive and compile 20GB of junk files and random data for experimental purposes.
This is a huge amount of work; it would require about ten hard drives. And there isn't that much data, so it needs to be compressed.
Finally, Xing Baohua had someone bring over the surveillance video. They managed to compile a 20GB file.
Including all sorts of random junk files, there must be three to five thousand of them.
If you're going to do an experiment, you have to go through the simulation process.
Not only do they test the performance of the equipment he built, but they also need to consider the download speed and find the average value, which is then input into the upcoming P2P software.
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