Watch TV" aired the ninth episode on the evening of the 14th. The youthful guests injected new vitality into the program, and the endless laughter also made the program win the first place in the national network at the same time.

2025/07/0115:49:34 hotcomm 1824

Following the "My Fair Princess Returning" and then watching Qiong Yao dramas. The previous generation's view of love makes current college students yearn for and long for? Zhu Yawen and Xiao Song Jiasheng combined with "I Like You", which made the restoration amazing and the guests were amazed? You can even sprinkle sugar in the gap between watching variety shows. "Happy Camp" reveals the little secret of keeping the love of young couples fresh? Hunan Satellite TV's first real-life record program focusing on "living room culture" "Hi! Watch TV" aired the ninth episode on the evening of the 14th. The youthful guests injected new vitality into the program, and the endless laughter also made the program win the first place in the national network at the same time.

"Hi! Watch TV" presents the audience with Hunan Satellite TV's popular program "Sound into the Scene". A luxurious "auditative feast" left a deep impression on Professor Jian from Tsinghua University. He said that the program has a novel idea and comprehensively examines the professional skills of the actors. It is a rare and good program. Zihao, Weican and Luobu, who are still studying, are impressed by Zhu Yawen's almost original interpretation. While growing up, they realize that being good-looking is not enough, and talent is the real ability to gain a foothold. Qiong Yao's classic dramas "Deep Love in the Rain" and "Seeing Another Curtain of Dreams" open everyone's memories. Yang Yang from Chengdu Film and Television Academy talked about the story of his grandparents, admitting that the relationship of "only enough to love one person in his life" was even more time-consuming.

plays a new way to play variety shows, "Hi! Watching TV" brings us more secondary thinking about high-quality programs after laughing, locking in Hunan Satellite TV at 10 o'clock next Thursday night, "Hi! Watch TV" will continue to present more colorful programs to everyone!

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Dimensity 9000 is also a new ARMV9 architecture, with 1 Cortex X2 core, 3 Cortex A710 cores, and 4 Cortex A510 energy efficiency cores. In fact, MediaTek has a higher frequency, but for some reason, its performance is worse. - DayDayNews

Dimensity 9000 is also a new ARMV9 architecture, with 1 Cortex X2 core, 3 Cortex A710 cores, and 4 Cortex A510 energy efficiency cores. In fact, MediaTek has a higher frequency, but for some reason, its performance is worse.

4nm chip comparison: Qualcomm Snapdragon 8Gen1, stronger than MediaTek Dimensity 9000

07/01 1229

As we all know, in the current world chip production field, CMC from Taiwan is the leader in the global chip foundry industry. For leading companies like TSMC, they have always been accustomed to danger in times of peace. In order to increase their core competitiveness, TSMC has - DayDayNews

As we all know, in the current world chip production field, CMC from Taiwan is the leader in the global chip foundry industry. For leading companies like TSMC, they have always been accustomed to danger in times of peace. In order to increase their core competitiveness, TSMC has

TSMC has exceeded 1 nanometer, and the chip "root" is controlled? Mainland controls 75% of the world's raw materials

07/01 1012

TSMC Huang Hansen: Transistors can reach 0.1 nanometers in 2050, and hydrogen atomic scale TSMC Huang Hansen: Transistors can reach 0.1 nanometers in 2050 - DayDayNews

TSMC Huang Hansen: Transistors can reach 0.1 nanometers in 2050, and hydrogen atomic scale TSMC Huang Hansen: Transistors can reach 0.1 nanometers in 2050

TSMC Huang Hansen: Transistors can reach 0.1 nanometers and hydrogen atomic scale by 2050

07/01 1722

TSMC and Samsung announced in April that they had once again climbed the Moore's Law ladder. TSMC first said its 5-nanometer manufacturing process is now in so-called "risk production", and Samsung quickly followed up with a similar statement. - DayDayNews

TSMC and Samsung announced in April that they had once again climbed the Moore's Law ladder. TSMC first said its 5-nanometer manufacturing process is now in so-called "risk production", and Samsung quickly followed up with a similar statement.

TSMC's 5-nanometer EUV chip has begun production, and only two companies around the world can do it

07/01 1551

Text｜Tech｜Original content of hot science and technology celebrities, plagiarism is prohibited, violators will be prosecuted! As we all know, for silicon-based chips, 1nm is the molar limit, that is, the limit accuracy of silicon-based chips can only reach 1nm in theory, but due - DayDayNews

Text｜Tech｜Original content of hot science and technology celebrities, plagiarism is prohibited, violators will be prosecuted! As we all know, for silicon-based chips, 1nm is the molar limit, that is, the limit accuracy of silicon-based chips can only reach 1nm in theory, but due

1nm is no longer the limit, Intel suddenly announced that TSMC should wake up

07/01 1520

TSMC announced that they have completed infrastructure design for the 5nm process, further transistor density and performance. TSMC's 5nm starts to produce 1.7 times higher root density than 7nm, and the 5nm process is greatly improved compared to its 7nm process. - DayDayNews

TSMC announced that they have completed infrastructure design for the 5nm process, further transistor density and performance. TSMC's 5nm starts to produce 1.7 times higher root density than 7nm, and the 5nm process is greatly improved compared to its 7nm process.

TSMC starts risk production at 5nm, 1.7 times higher than 7nm density

07/01 1170

Recently, TSMC, together with NTU and MIT, announced that it has made significant progress in chips below 1nm, and the research results have been published in Nature. - DayDayNews

Recently, TSMC, together with NTU and MIT, announced that it has made significant progress in chips below 1nm, and the research results have been published in Nature.

Information | TSMC 1nm makes significant progress in applying new materials

07/01 1770

Now in the field of chip applications, people have entered the 7-nanometer era. With TSMC and Samsung's breakthrough in the 5-nanometer process this year, the rest are 3-nanometer, 2-nanometer and 1-nanometer processes. This ladder of the human semiconductor industry's advancemen - DayDayNews

Now in the field of chip applications, people have entered the 7-nanometer era. With TSMC and Samsung's breakthrough in the 5-nanometer process this year, the rest are 3-nanometer, 2-nanometer and 1-nanometer processes. This ladder of the human semiconductor industry's advancemen

ASML and TSMC are entering the 1nm process at the same time, and the advanced process is being broken step by step

07/01 1997

On May 18, TSMC suddenly announced that it had broken through 1nm chips, leaving Samsung behind again. However, as a leading global chip foundry company, TSMC must have not expected that this rainy day would improve the status of my country's semiconductor industry. Panda Jun was - DayDayNews

On May 18, TSMC suddenly announced that it had broken through 1nm chips, leaving Samsung behind again. However, as a leading global chip foundry company, TSMC must have not expected that this rainy day would improve the status of my country's semiconductor industry. Panda Jun was

TSMC has broken through 1nm chips and used new materials to overtake? Our country has 75% new materials

07/01 1338

If Samsung said that the world's most powerful chip manufacturing process was TSMC five years ago, it is estimated that Samsung would be the first to stand up and express dissatisfaction. According to the current situation, although Samsung is not convinced, TSMC still has a sens - DayDayNews

If Samsung said that the world's most powerful chip manufacturing process was TSMC five years ago, it is estimated that Samsung would be the first to stand up and express dissatisfaction. According to the current situation, although Samsung is not convinced, TSMC still has a sens

TSMC is heading towards the limit of Moore's Law: 1-nanometer process

07/01 1384