The reason why Kevin Rollins can accept a 50% increase is because the market itself only has such a large demand, and he would be willing to get more goods if sales increase in the future.

But judging from the current situation, he is unwilling to do so.

Although market demand is greater than supply, they still have to bear certain risks, especially when product updates are iterated, and a large amount of inventory may accumulate accidentally.

"Deal." Paul Otellini said without any hesitation.

Because this number has exceeded his psychological expectations. According to his expectations, it is 20% at most. It's just that he opened his mouth and didn't expect to get such a result.

This was undoubtedly an unexpected surprise for him.

...

March 24, 2006.

Because of the emergence of Ziguang’s self-developed computers, Ziguang has taken a certain share of the DIY market.

To be precise, Ziguang got back its original share.

Because the market demand is greater than the supply, and the sales staff are very clever, the impact of Ziguang DIY on the market is not great. Of course, this is only a short-term situation, and Ziguang's output will definitely keep up with sales.

...

Kirin fab.

At dawn, Xu Guozhi, Zhong Feixiong and others went to the wafer factory to modify the lithography machine.

Why not work overtime all night to modify it?

Because people tend to feel sleepy late at night, so you must be careful when modifying the lithography machine. If you are not careful, it may cause heavy losses.

Zhong Feixiong and Tan Shaofeng carefully pulled out the wire tube.

The volume of the wire tube is fixed, and there is no way to add more wires. If you want to put more wires in, the only way is to change the wires and replace them with thinner wires.

To ensure conductivity and power after replacing the wire.

Chen Xuezu and the substation agent customized a batch of pure silver wires. Silver has better electrical and thermal conductivity than copper, so it is definitely more suitable for making wires than copper in terms of properties.

It goes without saying that the reason why pure silver is not used for wires is needless to say.

Because the cost of pure silver is dozens of times that of copper.

But if this thing is used in a photolithography machine, it doesn't feel very luxurious.

Just as Zhong Feixiong and Tan Shaofeng were passing new wires into the wire tube, Xu Guozhi's assistant came to see him in the No. 1 photolithography room.

"Mr. Xu." Nie Dingjun walked up to him and called.

"What's the matter?" Xu Guozhi asked.

"AMD has sent a new product for tape-out, and they hope to increase their ordering. In addition, Unisplendour also needs to increase its ordering," Nie Dingjun said.

"When you go back, tell AMD that their production capacity is limited and there is no way to increase it. Unisplendour can increase their production capacity by one machine," Xu Guozhi said.

At present, the orders of Kirin wafer fab are fully booked.

Xu Guozhi’s increase in Ziguang’s production came from Qilin’s share.

In order to cope with the upcoming popularization of the 4G market.

Cao Mang puts a lot of production capacity into 4G network radio frequency chips.

Would it be a luxury to use 65nm to produce 4G radio frequency chips?

Not extravagant.

Can RF chips be made at 90 nanometers?

able.

However, chips made with this process can only be used in base stations.

4G mobile phones still have to use 65nm.

Because 65nm is smaller and consumes less power, it can bring longer battery life to mobile phones.

If a mobile phone uses a 90nm radio frequency chip, the battery life will be reduced by at least 20%.

But it won’t be long before foreign OEMs can use 65 lithography machines.

By then, Kirin's production capacity will not be so tight.

That's too far.

In fact, it was Cao Mang who proposed not providing more production capacity to foreign manufacturers.

Cao Mang will not allocate any more shares to the Freemasonry until the thirty-five photolithography machines are delivered to them.

Since you are willing to spend it, we can spend it together.

When the lithography machine comes and the lithography machine has been modified, the shares will be allocated to them.

...

Xixianghe Tiegang Reservoir, Baoan District, Shenzhen City.

Tiegang Reservoir is a medium-sized reservoir on the Xixiang River in Bao'an District, Shenzhen City, Yangtze Province. It is the largest reservoir in Shenzhen.

Construction of the reservoir started in the winter of 1956 and was completed in the summer of 1957. The dam site has a water collection area of ​​64 square kilometers and a total storage capacity of 83.22 million cubic meters.

The main dam is a concrete cutoff wall homogeneous dam with a maximum dam height of 21.6 meters, a dam crest length of 320 meters, and a dam crest width of 4 meters.

Several temporary awnings were erected on the shore.

Workers are installing photovoltaic panels on the floating body in the awning.

The installed floating body will be sent to the water by workers using temporary rails.

The small boat will pull the installed floating power station to a place 500 meters away from the reservoir.

Workers connected the floating power stations together, and the entire water power station has been built for five kilometers.

If you look down from a high altitude, you can see a square five kilometers long and wide.

The power station looks huge but is actually only one-eighth complete.

According to Wu Chengren's plan, five more floating power stations like this will be built.

Covering two-thirds of the entire reservoir area.

The entire power station covers an area of ​​40 square kilometers. It seems very large, but in fact it can only generate 5,200 kilowatt-hours of electricity every day.

5,200 kilowatt-hours of electricity a day may seem like a small amount, but it amounts to 57 million kilowatt-hours of electricity in a year.

If calculated based on the average industrial electricity consumption of 6 cents per unit.

The annual output value is 34 million.

The total investment in the entire power station is more than 200 million, which means that the capital can be recovered in six years, and the remaining time is pure profit.

Although the payback period is a little longer.

But this is definitely a very cost-effective investment.

Wu Chengren immediately went to the next reservoir after completing his daily inspection of Tiegang Reservoir.

Because Kirin New Energy has already negotiated with the Shenzhen Municipal Government.

Leasing the four major reservoirs in Shenzhen to Qilin New Energy for free to build power plants.

Of course, this free service is not completely free.

In the first five years, the Shenzhen Stock Exchange will not charge a penny from Qilin. After five years, the tax will be paid according to the high-tech tax rate.

Anyway, these reservoirs should be left alone.

If Qilin builds a power plant on the reservoir, it will not have any impact on the reservoir.

It is better to give Qilin some discount and let Qilin build the power plant.

Five years later, Shenzhen City received another amount of tax revenue.

Although five years is a long time, it is a political achievement as long as it is achieved, and it is a win-win project.

At present, Qilin New Energy only invests in floating power plants in the four major reservoirs.

The four projects have a total investment of 700 million.

Why invest in power stations only in the four major reservoirs?

That's because smart grid systems are still under development.

It's not expected to be done until September.

After the smart grid system is developed, urban factory buildings will be covered.

As for offshore power plants, engineers are still surveying the sea area.

It is not easy to build offshore power plants without finding suitable sea areas.

However, currently only photovoltaic power stations can be built in offshore power stations.

Offshore wind energy is still under development.

The technical requirements for building wind energy power stations offshore are really high.

Several wind power manufacturers responded that it would take five years at the earliest to develop it.

As for onshore wind power, major wind power manufacturers have already surveyed the site, and it will take three months at the earliest to complete the project.

Onshore wind farms will not be built until the end of next year at the earliest.

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