Brand new flash memory and storage technology announced.

Rouyu Company just caught Sansang by surprise in the screen panel field.

Many netizens have also discovered that Zhou Zhen seems to be trying to kill Sansang directly.

Screen panel!

Flash storage chip!

These two component projects are important pillar enterprises of Sansang Electronics and have brought very large profits to Sansang Company.

But now it seems to have become an internal joke within Sansang.

Yuzhen Semiconductor, as the world's most outstanding semiconductor design company, has an absolute leading position in chip design.

In particular, the tfs flash memory protocol and tpddr storage protocol have brought huge changes to the entire storage field.

Although Yuzhen Semiconductor did not actually release a corresponding technology summit this time, the data released really made many netizens take a breath of air.

As the latest flash memory technology, the tfs2.5 flash memory protocol has reached a jaw-dropping new height in terms of transmission speed.

This time, the new flash memory chip actually adopts an 8-channel design, which can further increase the amount of data transmission.

This time, the corresponding single-channel transmission speed of the flash memory protocol has been increased to 96gbps!

Coupled with the corresponding eight-channel transmission channel, its overall transmission speed has been amazingly upgraded.

Among them, the corresponding reading and writing speed has been directly increased to a maximum of 36gb/s, and the reading speed has reached a terrifying 48gb/s.

This kind of terrifying transmission speed really makes current netizens lament the horror of Yuzhen Semiconductor.

You must know that currently there are very few brands on the market that use the 1.0 protocol. Most high-end products only use 1.5 protocol flash memory at most.

The upgraded 2.5 flash memory protocol this time has increased the speed of corresponding channel transmission by nearly four times, and even in terms of reading, writing and reading speeds, it is directly four times faster than the 1.5 version of the protocol.

This also means that the chip speed of version 2.5 flash memory protocol is five times that of the current version 1.5 flash memory protocol.

What this means is that as long as the 5g network speed is fast enough, products using this chip can basically download large files of up to 36g in one second.

Of course, this is only based on current theoretical data, but half of the transmission rate can be achieved in daily use.

"This is not a flash memory launched for 5g network at all, this is simply a flash memory launched for 6g network! I am afraid that only 6g network can drive this flash memory chip!"

“Although the overall performance seems to be very strong, to be honest, the current network speed of 5G mobile phones is only enough for the flash memory of tfs1.0 protocol!”

“I feel like this flash memory chip is future technology!”

This new version of flash memory is suspected to be very bluffing in terms of overall parameter performance, but most users who know digital products are not very interested in this 2.5 protocol version of flash memory.

Flash memory, on the one hand, can make the smoothness of mobile phones reach a certain level.

On the other hand, it is used to transmit data.

Although the transmission speed of the tfs2.5 flash memory protocol is fast, in terms of the current network communication market, such a transmission speed is really useless.

In the face of today's network, if such a flash memory protocol is applied to mobile phones, it will be like an excavator lifting eggs, overusing materials and underutilizing them.

Even in the eyes of many netizens, the best environment for this flash memory chip to be used is the 6G network with faster network speed transmission in the future.

"The tfs2.5 protocol flash memory chip is a very excellent product. Although most online games think that such a fast transmission speed is not suitable for the current network environment, Roopai will announce some new technologies to you! To prove it

The usefulness of tfs2.5."

After seeing netizens’ denial of the new flash memory protocol, Zhou Zhen, the head of Yuzhen Semiconductor, also published some demonstrations about new technologies.

First of all, for the flash memory chips of the tfs2.5 protocol, in terms of the running memory of future chips, the lowest running memory will start at 32g.

That’s right! It starts at the terrifying 32g!

Zhou Zhen also announced the new technology of Roupai!

rsmart flash memory cure technology!

Installing the mobile phone system directly from the operating memory to the flash memory will greatly improve the smoothness of the entire mobile phone and the operating level of the mobile phone.

"In the future, the Flexpai rsmart system will control the system space within 20g during the system update! And the corresponding system will be installed on the flash memory chip to achieve the smooth operation of the mobile phone as a whole!"

The announcement of this new softpai technology directly shocked everyone in the technology circle.

At this time, they did not expect that Flexpai Company would be so good at playing.

Nowadays, the Android camp is becoming more and more bloated, making the original 8g of running memory completely insufficient, and even 12g of running memory is just right.

Without saying a word, Yuzhen Semiconductor directly came up with a brand new flash memory chip starting at 32GB. At the same time, Roupai launched a new technology and planned to install the system in flash memory.

After installing flash memory, the response and operation level of the entire system will be greatly improved. At the same time, the corresponding power on and off will be faster.

It can be said that this technology has made many current Android manufacturers very excited after seeing it.

After all, mobile phones rely on running memory (flash memory), which is the core of the system and the corresponding so-called codes are stored in storage (running memory).

If the system and core code of the mobile phone are all installed in the running memory, the corresponding data instructions can be transmitted faster, which can greatly improve the fluency of the mobile phone and ensure the smooth operation of the mobile phone.

In addition, Roupai also announced the new rsmart super transmission technology. With the addition of a new memory chip, the corresponding data transmission content has basically increased by almost four times per second.

Even several gigabytes of content can be transferred to other devices in just 0.1s.

In addition to the improvement in the transmission speed of the corresponding transmission protocol, this time Roopai has specially brought a new application transfer technology to the new system ecosystem.

Of course, this so-called application transfer technology is actually a new super function brought about by the cooperation of new operating memory and new flash memory technology.

The storage protocol upgrade of tpddr2.5 also brings corresponding transmission upgrades.

This time, the data running and storing directly increased the speed to a terrifying 64gbps.

Compared with the top 1.5 generation, the storage speed has been directly increased by almost four times.

And this time, tpddr2.5 has added super compression rate technology to the corresponding memory chip.

With zero loss, the data can be quickly decompressed and compressed in 0.5 seconds in the corresponding computing chip.

According to currently published data, it can compress a 20g file into a compressed file of about 1.5g in 0.5s at the fastest.

This corresponding compression level can be said to have reached a level that people have to admire. Of course, with such compression technology, this new storage protocol chip has a very strong competitiveness.

Especially for the overall computing chip this time, the lowest configuration has also come to the 1TB version, which allows the current storage to store more data.

At the same time, Ropai also announced the innovative functions brought to this technology on the second day of the corresponding technology release.

Apply transfer technology!

It is different from the application circulation technology currently used by most manufacturers.

Application transfer technology is to quickly copy the flash memory data and operating memory data of an application started on a corresponding device at the same time.

And transfer it to the flash memory and operating memory of another device through corresponding fast transmission, thereby realizing a new function of quickly loading applications in another device.

Many netizens even thought of a word called cloning after seeing this function.

That's right, it's the corresponding application clone.

Of course, this brand-new feature has relatively high requirements for flash memory and storage.

However, under the premise that the corresponding flash memory and operating memory are sufficient, all the flash memory data and operating memory data of the entire device can be transferred to another device for corresponding copy operation.

It can be said that the current software technology has completely adapted to the current hardware technology owned by Yuzhen Semiconductor.

The actual experience improvement brought about by this kind of hardware combined with the corresponding software will ultimately allow users to truly feel the real experience brought by these two new flash memory and storage chips.

It’s not the so-called excess performance, nor is it the so-called war against the future.

The launch of flash memory and storage chips this time can bring about the ultimate upgrade of the entire FlexPai application experience. This ultimate upgrade will definitely be recognized and supported by most users.

"I feel that the technology announced this time is really too scary. Now that FlexPai has such flash memory and memory chips, it will definitely have a better flagship experience by then!"

"If the 6G network fully emerges in the future, this chip will be used in more scenarios..."

"Yuzhen is awesome! Roupa is awesome!"

Netizens are very satisfied with the use of this new flash memory and storage protocol. After all, judging from the overall software technology breakthrough of this new protocol, this technological breakthrough can indeed bring about a real experience upgrade.

Even many netizens are looking forward to seeing these functions on SoftPai phones as soon as possible and making them available to the public.

And other companies that have been paying attention to Yuzhen Semiconductor are completely unable to sit still.

The emergence of two new flash memory and storage protocols, tfs1.0 and tpddr1.0, has made the entire memory chip market a mess.

Now a new version 2.5 has been launched, completely leaving other current memory chip manufacturers behind.

You must know that the transmission speed of the latest ufs4.0 and lpddr5x storage protocols announced in the Android camp is not half that of the Yuzhen 1.0 protocol.
Chapter completed!