"No, can we stop being so stubborn? I know my own capabilities. 64-bit is an upgrade from 32-bit over time. It's not something you can just do by talking about it."
“Yes, you can do it, trust me.” After Xing Baohua finished speaking, he turned to Zhang Dongshuo and said, “I’ll give you a small framework first, and you can sort the transistors first.”
"Okay," Zhang Dongshuo nodded in agreement.
Xing Baohua had just turned to leave when he saw Xiao Tian still standing there and asked, "What are you still doing standing here? Go get to work!"
"No, I was just saying, how about we still run it according to the 32-bit system?"
Xing Baohua stopped, walked over to Xiao Tian, led him to a corner, and whispered, "A 64-bit chip is essential. You used to be a soldier, so I can tell you something. This system is different from a computer system. This time, it's working with radar, including search, lock-on, and fire control. It needs to lock onto hundreds of targets. The overall CPU requirements aren't very high, but the computing and analytical capabilities must be extremely strong. Only a 64-bit chip can meet these requirements."
IBM developed a 64-bit supercomputing chip in the 1960s. Do the math yourself; how many years behind are we?
If Xing Baohua hadn't obtained the IBM hard drive and cracked many secrets, he really wouldn't have known that IBM had once developed a super brain chip called the 7030.
The first chips used in American personal computers were the Pentium series, introduced in the early 1990s.
When Xing Baohua said this, Xiao Tian fell silent. Yes! We're two or three decades behind others; we haven't even figured out a true 32-bit processor yet.
"Okay, I will do my best to complete the mission," Xiao Tian said seriously.
"Don't overcomplicate it. J side requires simplicity and practicality. The processor doesn't need to be too complex or multifunctional. It only needs to have a data width of 64 bits and be able to run 64-bit data instructions. In other words, as long as the Super Dragon can run 64-bit data at a time, it will meet J side's requirements."
Xiao Tian said, "I'll go back and think about it. Once your drawings are ready, I'll develop the system according to your requirements."
Xing Baohua patted the other person on the shoulder and said, "You've worked hard."
Despite the large size of the cave and the large number of people, it is very cool and refreshing. You don't feel stuffy at all, and you can even feel a slight breeze blowing by.
Xing Baohua walked to an empty table, took out his notebook and a record book from his notebook bag, meditated for a moment, and then began to compose the picture.
In my previous life, as a quasi-expert in knockoffs, I was most familiar with feature phones, but there were also inexpensive smartphones.
Those smartphones are also called scam phones. They claim to have several times the performance, but in reality, they just modify the hardware parameters and don't actually achieve the advertised data.
Of all the smartphones I've worked with, the ones I've come into contact with the most are the low-end, inexpensive MT series.
To manipulate parameters and deceive people, one needs to understand the chipset. Based on the chipset, a fake system can be designed.
It allows users to see the phone's parameters in the settings after powering on, such as the chip, RAM, and storage capacity.
1G becomes 4G, 16G becomes 64G, 4G becomes 12G, and 64G becomes 256G or 512G.
The speed is incredibly slow; it can't even fit a few short movies in the app. I constantly suspect that my phone is broken. It frequently freezes when playing games, and it's always in a "hand warmer" state.
This is how some cheap mobile phones advertise high specifications.
Where are they produced? Among them are designs by Xing Baohua. So this time, Xing Baohua will take out the MT structure and create an advanced 64-bit chip.
The requirements are low power consumption and resistance to infection. Speaking of interference resistance, Xing Baohua has always been puzzled as to why Loongson can resist electronic interference.
Later I figured it out: low-power chips are completely below the power consumption and frequency threshold.
The interference came from a different frequency band, which is probably the cause. The Super Dragon MT should also inherit this kind of advantage.
To be precise, all mobile low-power chips in the world are of the same lineage and are inseparable from the ARM core architecture.
Even Qualcomm's Snapdragon series is the same; they all have the influence of ARM.
Xing Baohua wrote a lot of code and diagrams in his notebook, then turned on his computer and began to use tools to build the core code.
Whether it's the MT series or the Snapdragon series, many things have changed except for the ARM core.
Given this premise, both chips have entered the nanometer era, and current photolithography technology is insufficient to manufacture them.
However, mobile chips incorporate many additional components. They include baseband modules, Wi-Fi modules, Bluetooth multimedia modules, and even graphics card functionality.
By utilizing chip integration, the number of electronic components and chipsets on the motherboard is reduced. This frees up more space to design ultra-thin, wide, and narrow shapes, etc.
Even inside the cave, there are regular work hours and off-hours. Horns are sounded at specific times—those in the know understand—for reveille, mealtime, and bedtime.
Of course, if you're working overtime, just let us know, and the logistics department will arrange for someone to deliver meals. If you want to sleep here, just give them a call, and someone will bring you a cot and bedding. They'll take care of you like your own home.
Since it was everyone's first day, Xing Baohua didn't make them work overtime; instead, they all went upstairs to get a good rest.
Xing Baohua returned to his room, and a short while later Jin Xin knocked on the door, bringing some documents for Xing Baohua to look at. These were special materials needed for the Sky Eye.
Especially aviation aluminum, certain types of steel, and many titanium alloys, etc.
All these materials needed to be ordered from Er Mao. Due to the special nature of the materials, Xing Baohua needed to personally make arrangements and spend money to overcome obstacles in order to obtain them.
My dear reader, there's more to this chapter! Please click the next page to continue reading—even more exciting content awaits!
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