If the foreign guests hadn't arrived in such a hurry, and if the city leaders hadn't been preoccupied with their own work, they wouldn't have asked a mere deputy director of the office to come forward.
Taking advantage of such a good opportunity, the main thing is to show off and increase political achievements.
According to the drinking culture in central Shandong, drinking alcohol with lunch is a must.
However, the foreign guests were not used to the drinking culture in central Shandong, and besides, they didn't like drinking this kind of baijiu (Chinese liquor), and they didn't even want to drink beer.
Director Jiang wanted to offer a toast, but the plan fell through.
Director Jiang asked the town leaders to report on what exactly happened at the Shangguzhuang Electronics Factory and why it attracted foreign guests.
According to his understanding, these foreign guests from the capital were guests of the General Post Office and Telecommunications Bureau. There must be a reason for their sudden change of direction. He had to figure it out!
If city leaders ask, you must be able to answer fluently.
As a result, the town's leaders were also completely baffled, knowing nothing about the situation. Aside from knowing that the factory existed, they had no idea what it actually produced.
Finally, they called over Secretary Huang from the village committee. He was even more clueless, only knowing that they produced audio equipment and sold it to America. He knew nothing about the other products, let alone their purpose.
Director Jiang had no choice but to wait for an opportunity to ask Xing Baohua what the electronics factory mainly produced and what kind of customers its products were targeted at. He was skeptical if the factory mainly sold audio equipment.
He knew what Ericsson did; how could a telecommunications company have anything to do with an audio equipment company?
After lunch, Xing Baohua led everyone back to the electronics factory, as there was an important experiment to be conducted there to demonstrate the results.
Upon arriving at the workshop, I saw a row of television sets on the conveyor belt.
There were at least a dozen of them, and each one had a computer keyboard in front of the TV.
Xing Baohua told them to turn on the machines, and workers came forward and turned on the televisions and learning machines.
The wired and wireless local area interconnection systems were demonstrated to everyone at Ericsson.
The TV crew had already set up their equipment and started filming. After filming one segment, they carried their equipment to film other angles.
Bob, Redding, along with the technical director Radcliffe and his assistants, all pitched in.
We began testing and evaluating Xing Baohua's local area network system.
Radcliffe took a small device out of his bag, seemingly to test the wireless frequency band and the stability of the transmission signal.
Director Jiang was still a little unaccustomed to being in work mode with foreign guests, so he asked someone what it was all about.
When asked where Xing Baohua was, he simply said "testing the system."
"Testing system? What system?" asked the director from the General Post and Telecommunications Bureau.
Unfortunately, no one answered him for the time being. Everyone else was busy, while they, the leaders, were just sitting around watching.
Xing Baohua explained to them the bandwidth of the 2.4GHz band and the theoretically achievable wireless transmission speed, which is approximately 300m per second.
This is a theoretical peak. No matter how you calculate it on paper, it's roughly at this number.
This is also the 300m range that many Wi-Fi routers specify for 2.4G signal transmission.
However, the actual transmission speed is still far from 300m, and is only around 2-3m.
If you feel the router is substandard, the router manufacturer will say that your broadband speed is throttled, and it has nothing to do with their product. When your broadband speed is increased to 300Mbps, the 2.4GHz band will only offer speeds of around 5-8Mbps. If you want even faster speeds, they'll tell you to switch to the 5GHz band.
There is often a huge difference between theory and practical application.
Xing Baohua said that the theoretical value of 300m is a breakthrough internationally and a leading achievement internationally.
Of course, the authenticity of this data still needs to be verified.
Radcliffe tested data transfer speeds of 200-800kbps. Wired connections aren't as fast as this wireless speed. Furthermore, his equipment needs to be upgraded to test higher data rates.
After receiving the test data, Redding, Bob, and Radcliffe all went to the side to discuss their feelings about the test.
Bob asked Radcliffe, "Are you sure it's that fast? And stable?"
Radcliffe nodded and said, "I'm sure. I feel the equipment needs an upgrade. It only supports speeds of 0-100k, and I'm surprised it can measure 200-800k. If we have the tools here, I can modify the equipment and measure again."
“Alright! Ask Xing for anything you need. As for his 300m speed, haha, I don’t believe it. 3m would be good enough,” Redding said.
"Even with a theoretical value of 3m, it's worth buying this equipment. At least when various computers are connected in series, it won't be clogged by a large amount of data," Bob said with a smile.
“He’s asking for a high price!” Reading said with a shrug.
“Let’s talk then!” Bob said.
“The motorcyclist is still there!” Redding reminded him.
“Give him a deposit, and we’ll talk things over,” Bob said.
After Ericsson's small meeting concluded and the tone was set, Reading came over to discuss things with Xing Baohua.
Xing Baohua counted on his fingers and said to Reding, "The patent transfer fee for wireless devices is $5 million, the patent transfer fee for software systems is $3 million, and the patent transfer fee for network cards is $2 million! That's a total of ten million US dollars."
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