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๐ Cheapest countries to travel to in 2026.
1. ๐ฑ๐ฆ Laos
2. ๐ฐ๐ฟ Kazakhstan
3. ๐ท๐ผ Rwanda
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5. ๐ฒ๐ณ Mongolia
6. ๐ฆ๐ฒ Armenia
7. ๐ง๐ซ Burkina Faso
8. ๐ฌ๐ช Georgia
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@Binance Square Official #news #countries #chip #postviral
1. ๐ฑ๐ฆ Laos
2. ๐ฐ๐ฟ Kazakhstan
3. ๐ท๐ผ Rwanda
4. ๐ฌ๐ญ Ghana
5. ๐ฒ๐ณ Mongolia
6. ๐ฆ๐ฒ Armenia
7. ๐ง๐ซ Burkina Faso
8. ๐ฌ๐ช Georgia
9. ๐ฒ๐ฑ Mali
10. ๐ฒ๐ฒ Myanmar
11. ๐จ๐บ Cuba
12. ๐ฒ๐ฉ Moldova
13. ๐ฎ๐ณ India
14. ๐ฒ๐ผ Malaws
15. ๐ณ๐ต Nepal
@Binance Square Official #news #countries #chip #postviral
๐จ๐ณโก FLEXI: THE FLEXIBLE CHIP THAT REVOLUTIONIZES ARTIFICIAL INTELLIGENCE โก๐จ๐ณ
China marks a new milestone in the miniaturization of electronics with FLEXI, an innovative chip that promises to transform the way smart devices process data.
This chip utilizes a "compute-in-memory" architecture, meaning the ability to perform calculations directly within the memory, without having to continuously transfer information to external processors or data centers.
The advantage is twofold: reduced energy consumption and greater processing speed.
Thanks to this structure, FLEXI is poised to become the ideal solution for small, battery-powered devices, such as wearable medical sensors, smartwatches, or smart clothing.
Made with a low-temperature process on flexible plastic, the chip is extremely lightweight, thin, and durable. It costs less than a dollar per unit, but offers remarkable performance: a clock frequency of up to 12.5 megahertz and a consumption of only 2.52 milliwatts.
In tests, it withstood over 40,000 bends while maintaining stable performance for more than six months โ a record for this type of technology.
The results, published in the journal Nature, lay the groundwork for a new generation of distributed artificial intelligence, where data processing occurs directly "at the edge" of the network, close to sensors and end users.
With FLEXI, the future of edge AI becomes more efficient, cost-effective, and sustainable, paving the way for increasingly autonomous, intelligent devices integrated into everyday life.
#breakingnews #china #chip #INNOVATION #ArtificialInteligence
China marks a new milestone in the miniaturization of electronics with FLEXI, an innovative chip that promises to transform the way smart devices process data.
This chip utilizes a "compute-in-memory" architecture, meaning the ability to perform calculations directly within the memory, without having to continuously transfer information to external processors or data centers.
The advantage is twofold: reduced energy consumption and greater processing speed.
Thanks to this structure, FLEXI is poised to become the ideal solution for small, battery-powered devices, such as wearable medical sensors, smartwatches, or smart clothing.
Made with a low-temperature process on flexible plastic, the chip is extremely lightweight, thin, and durable. It costs less than a dollar per unit, but offers remarkable performance: a clock frequency of up to 12.5 megahertz and a consumption of only 2.52 milliwatts.
In tests, it withstood over 40,000 bends while maintaining stable performance for more than six months โ a record for this type of technology.
The results, published in the journal Nature, lay the groundwork for a new generation of distributed artificial intelligence, where data processing occurs directly "at the edge" of the network, close to sensors and end users.
With FLEXI, the future of edge AI becomes more efficient, cost-effective, and sustainable, paving the way for increasingly autonomous, intelligent devices integrated into everyday life.
#breakingnews #china #chip #INNOVATION #ArtificialInteligence
โก TSMC RAISING THE BAR IN THE CHIP WAR โก
TSMC (Taiwan Semiconductor) is accelerating further on the advanced front: it will invest approximately 900 billion Taiwanese dollars (about 28 billion US dollars) to build three new 2-nanometer plants in Tainan, located in the Southern Taiwan Science Park, increasing the total number of 2 nm fabs in the country from seven to ten.
The goal is to massively increase the capacity on a node that will be the heart of hardware for AI, data centers, and premium mobile in the coming years.
The move comes as demand for advanced nodes exceeds available capacity by about three times, with the first volumes at 2 nm already ramping up in the existing fabs in Hsinchu and Kaohsiung.
According to industry analysts, TSMC is planning to push towards 80โ100 thousand wafers/month at 2 nm by the second half of the decade, with the node expected to become mainstream between 2027 and 2028.
Key customers for 2 nm include Apple, Nvidia, AMD, and MediaTek, all committed to rapidly migrating their designs to this technology to maintain their competitive edge.
At the same time, TSMC is already working on post-2 nm: it has begun construction of a 1.4 nm fab in Taichung, with mass production expected by 2028, and intends to bring about 30% of N2 output to the United States by the end of the decade through the expansion of the site in Arizona.
In a context where Samsung, Intel, and Rapidus are aggressively pursuing 2 nm, this expansion strengthens TSMC's advantage as the dominant foundry and further consolidates Taiwan's strategic role in semiconductor geopolitics.
#breakingnews #taiwan #Semiconductors #chip
TSMC (Taiwan Semiconductor) is accelerating further on the advanced front: it will invest approximately 900 billion Taiwanese dollars (about 28 billion US dollars) to build three new 2-nanometer plants in Tainan, located in the Southern Taiwan Science Park, increasing the total number of 2 nm fabs in the country from seven to ten.
The goal is to massively increase the capacity on a node that will be the heart of hardware for AI, data centers, and premium mobile in the coming years.
The move comes as demand for advanced nodes exceeds available capacity by about three times, with the first volumes at 2 nm already ramping up in the existing fabs in Hsinchu and Kaohsiung.
According to industry analysts, TSMC is planning to push towards 80โ100 thousand wafers/month at 2 nm by the second half of the decade, with the node expected to become mainstream between 2027 and 2028.
Key customers for 2 nm include Apple, Nvidia, AMD, and MediaTek, all committed to rapidly migrating their designs to this technology to maintain their competitive edge.
At the same time, TSMC is already working on post-2 nm: it has begun construction of a 1.4 nm fab in Taichung, with mass production expected by 2028, and intends to bring about 30% of N2 output to the United States by the end of the decade through the expansion of the site in Arizona.
In a context where Samsung, Intel, and Rapidus are aggressively pursuing 2 nm, this expansion strengthens TSMC's advantage as the dominant foundry and further consolidates Taiwan's strategic role in semiconductor geopolitics.
#breakingnews #taiwan #Semiconductors #chip
๐จ๐บ๐ธUS Tightens Export Curbs on #Chip Tools, #Software to ๐จ๐ณChina Amid Rising Tech Tensions
๐นWashington now requires licenses to #export chip design software, #chemicals , aviation gear, and machine tools to China, revoking prior approvals. The curbs target key supply chokepoints, pressuring Chinese tech while rattling firms like Cadence and Synopsys.
--Reuters
$BTC $ETH
๐นWashington now requires licenses to #export chip design software, #chemicals , aviation gear, and machine tools to China, revoking prior approvals. The curbs target key supply chokepoints, pressuring Chinese tech while rattling firms like Cadence and Synopsys.
--Reuters
$BTC $ETH
๐ค๐จLAST๐จ
โ ๏ธTrump orders companies that offer software used to manufacture semiconductors to stop selling their services to Chinese groups
๐This is an attempt to hinder the development of advanced chips in China. Will this provoke an escalation in the TRADE WARโ๏ธ
#TRUMP #china #GuerraComercial #Inversiones #chip $USDC
โ ๏ธTrump orders companies that offer software used to manufacture semiconductors to stop selling their services to Chinese groups
๐This is an attempt to hinder the development of advanced chips in China. Will this provoke an escalation in the TRADE WARโ๏ธ
#TRUMP #china #GuerraComercial #Inversiones #chip $USDC
Beijing Faces Hurdles in Effort to Unite Chinaโs Chip Industry
Beijingโs ambitious plan to consolidate its fragmented semiconductor sector into a few globally competitive giants is running into serious resistance. Despite government-led efforts to merge key chip equipment makers, negotiations are stalling due to disputes over ownership structures and valuations.
โ Clashing Interests Slow Progress
The Chinese government has been pushing for state-led mergers of key industry players to consolidate technology and build national champions. However, according to one source, there are โtoo many conflicting interests.โ Sellers donโt want to take losses, and buyers refuse to pay inflated prices.
Although talks are reportedly ongoing, the likelihood of full consolidation is shrinking.
๐งฉ What Would Mergers Achieve?
Analyst Edison Lee from Jefferies says consolidation could help China build a self-sufficient ecosystem and reduce dependence on U.S. giants like Applied Materials and Lam Research. In 2025 alone, 26 semiconductor acquisitions were announced. The largest so far is a $16 billion merger between CPU maker Hygon and supercomputer company Sugon, executed via a share swap.
๐ธ The Problem: High Prices, Weak Assets
Bernstein analyst Lin Qingyuan notes that Chinese authorities have realized fragmented investments are too small to be effective. The focus is shifting toward developing a handful of globally competitive national champions. But many firms on the market lack โreal technological moats,โ according to investors, making strategic acquisitions unlikely to succeed.
Even firms best positioned to buy struggling companies are often the first to reject deals due to asset weaknesses and excessive prices.
๐ญ Other Industries Join the Race
Companies from unrelated sectors โ like real estate and textile machinery โ are eyeing opportunities in the chip space. Still, enthusiasm doesnโt guarantee results. According to Wind data, eight announced mergers or acquisitions in 2025 have already fallen through.
For example, leading Chinese EDA company Empyrean Technology canceled its planned acquisition of smaller rival Xpeedic last month due to unresolved disagreements. Similarly, shoe manufacturer Zhejiang Aokang and knitting machine specialist Ningbo Cixing also backed out of semiconductor deals over valuation disputes.
โ๏ธ Sellers Refuse to Lower Prices
Analysts point out that most asset owners are unwilling to accept offers below book value โ even as their financial performance declines. This inflexibility is making Beijingโs consolidation goals increasingly unfeasible.
If China truly wants to build a strong, competitive semiconductor industry, it will have to overcome not just technological, but economic and psychological barriers between companies and investors. For now, frustration outweighs unification.
#china , #GlobalMarkets , #chip , #Technology , #worldnews
Stay one step ahead โ follow our profile and stay informed about everything important in the world of cryptocurrencies!
Notice:
,,The information and views presented in this article are intended solely for educational purposes and should not be taken as investment advice in any situation. The content of these pages should not be regarded as financial, investment, or any other form of advice. We caution that investing in cryptocurrencies can be risky and may lead to financial losses.โ
โ Clashing Interests Slow Progress
The Chinese government has been pushing for state-led mergers of key industry players to consolidate technology and build national champions. However, according to one source, there are โtoo many conflicting interests.โ Sellers donโt want to take losses, and buyers refuse to pay inflated prices.
Although talks are reportedly ongoing, the likelihood of full consolidation is shrinking.
๐งฉ What Would Mergers Achieve?
Analyst Edison Lee from Jefferies says consolidation could help China build a self-sufficient ecosystem and reduce dependence on U.S. giants like Applied Materials and Lam Research. In 2025 alone, 26 semiconductor acquisitions were announced. The largest so far is a $16 billion merger between CPU maker Hygon and supercomputer company Sugon, executed via a share swap.
๐ธ The Problem: High Prices, Weak Assets
Bernstein analyst Lin Qingyuan notes that Chinese authorities have realized fragmented investments are too small to be effective. The focus is shifting toward developing a handful of globally competitive national champions. But many firms on the market lack โreal technological moats,โ according to investors, making strategic acquisitions unlikely to succeed.
Even firms best positioned to buy struggling companies are often the first to reject deals due to asset weaknesses and excessive prices.
๐ญ Other Industries Join the Race
Companies from unrelated sectors โ like real estate and textile machinery โ are eyeing opportunities in the chip space. Still, enthusiasm doesnโt guarantee results. According to Wind data, eight announced mergers or acquisitions in 2025 have already fallen through.
For example, leading Chinese EDA company Empyrean Technology canceled its planned acquisition of smaller rival Xpeedic last month due to unresolved disagreements. Similarly, shoe manufacturer Zhejiang Aokang and knitting machine specialist Ningbo Cixing also backed out of semiconductor deals over valuation disputes.
โ๏ธ Sellers Refuse to Lower Prices
Analysts point out that most asset owners are unwilling to accept offers below book value โ even as their financial performance declines. This inflexibility is making Beijingโs consolidation goals increasingly unfeasible.
If China truly wants to build a strong, competitive semiconductor industry, it will have to overcome not just technological, but economic and psychological barriers between companies and investors. For now, frustration outweighs unification.
#china , #GlobalMarkets , #chip , #Technology , #worldnews
Stay one step ahead โ follow our profile and stay informed about everything important in the world of cryptocurrencies!
Notice:
,,The information and views presented in this article are intended solely for educational purposes and should not be taken as investment advice in any situation. The content of these pages should not be regarded as financial, investment, or any other form of advice. We caution that investing in cryptocurrencies can be risky and may lead to financial losses.โ
๐ฅ #CHINA #CHIP #WAR #FUNDING ! ๐จ๐ณ
China is considering an incentives package of as much as $70,000,000,000 to support its chipmaking industry!
The Signal: This massive capital injection confirms the global tech race is heating up. Semiconductor and AI-related crypto coins will be the first to benefit!
If China commits $70 Billion to chips, Then all related crypto tokens will see explosive growth fueled by the new tech narrative! Buy the AI/Chip dip! $FET
$BTC
$BNB
#WriteToEarnUpgrade
China is considering an incentives package of as much as $70,000,000,000 to support its chipmaking industry!
The Signal: This massive capital injection confirms the global tech race is heating up. Semiconductor and AI-related crypto coins will be the first to benefit!
If China commits $70 Billion to chips, Then all related crypto tokens will see explosive growth fueled by the new tech narrative! Buy the AI/Chip dip! $FET
$BTC
$BNB
#WriteToEarnUpgrade
๐จJUST BREAKING: ๐บ๐ธ Trump: "Taiwan took our chip businessโWe want it back!" ๐พ๐ฐ
๐น Former President Donald Trump has criticized Taiwan for dominating the semiconductor industry.
๐น He vows to bring chip manufacturing back to the U.S. ๐บ๐ธ๐ญ.
๐น This comes amid growing trade tensions and possible tariffs on imported chips. โ ๏ธ๐.
Stay tuned for updates! ๐ก๐
#taiwan #TRUMP #chip
๐น Former President Donald Trump has criticized Taiwan for dominating the semiconductor industry.
๐น He vows to bring chip manufacturing back to the U.S. ๐บ๐ธ๐ญ.
๐น This comes amid growing trade tensions and possible tariffs on imported chips. โ ๏ธ๐.
Stay tuned for updates! ๐ก๐
#taiwan #TRUMP #chip
๐จDRAM IS SO EXPENSIVE: ๐๐ฅ๐ฅ๐ฅ
โก๏ธGlobal memory chip prices are skyrocketing:
โก๏ธDynamic random-access memory (DRAM) spot prices are up to a record average of $30.0.
๐คIn fact, average spot prices for 16GB DDR4 are now up +2,352% YoY to $76.9.
โก๏ธAt the same time, 8GB DDR4 prices surged +1,873% YoY, to $28.9.
โก๏ธ8GB LPDDR4 prices are up +752% YoY while 16GB DDR5 prices are up +647% YoY.
โก๏ธEven contract prices set through long-term agreements are up +60% YoY and are expected to surge another +100% on average in 2026.
โก๏ธA global memory chip shortage sending prices exponentially higher.
#Silicon #GoldOnTheRise #chip #chips #taiwan
$PAXG
$XAU
$XAG
โก๏ธGlobal memory chip prices are skyrocketing:
โก๏ธDynamic random-access memory (DRAM) spot prices are up to a record average of $30.0.
๐คIn fact, average spot prices for 16GB DDR4 are now up +2,352% YoY to $76.9.
โก๏ธAt the same time, 8GB DDR4 prices surged +1,873% YoY, to $28.9.
โก๏ธ8GB LPDDR4 prices are up +752% YoY while 16GB DDR5 prices are up +647% YoY.
โก๏ธEven contract prices set through long-term agreements are up +60% YoY and are expected to surge another +100% on average in 2026.
โก๏ธA global memory chip shortage sending prices exponentially higher.
#Silicon #GoldOnTheRise #chip #chips #taiwan
$PAXG
$XAU
$XAG
โกNVIDIA VERSO AGI: RUBIN CHANGES THE RULES โก
NVIDIA has unveiled the next-generation Rubin chips, successors to the Blackwell platform, designed to revolutionize AI with extreme efficiency. Elon Musk described them as "a rocket engine for AI": ideal for training and deploying frontier models at massive scale, confirming NVIDIA as the gold standard.
The specifications are striking: up to 10x reduction in inference costs per token, thanks to 50 PFLOPS FP4 per GPU and 288 GB HBM4.
Only 4x fewer GPUs are needed to train MoE models compared to Blackwell, halving the necessary hardware.
Spectrum-X Ethernet Photonics technology ensures 5x better energy efficiency and uptime, while the third generation of confidential computing protects sensitive data during processing. [query]
Based on a TSMC 3nm process, Rubin CPX (available late 2026) integrates Vera Arm CPU (88 cores) in superchips like Vera Rubin NVL144, with 8 exaFLOPS AI, 100 TB memory, and 1.7 PB/s bandwidth. It outperforms GB300 NVL72 by 7.5x in performance.
Rubin Ultra will arrive in 2027 with 4 GPUs and 1 TB HBM4 for 15 exaFLOPS FP4.
For Musk and xAI, Rubin breaks scalability barriers, accelerating AGI.
NVIDIA dominates: the AI market is worth trillions, and these chips redefine global data centers.
#breakingnews #NVIDIA #chip #ElonMuskTalks
NVIDIA has unveiled the next-generation Rubin chips, successors to the Blackwell platform, designed to revolutionize AI with extreme efficiency. Elon Musk described them as "a rocket engine for AI": ideal for training and deploying frontier models at massive scale, confirming NVIDIA as the gold standard.
The specifications are striking: up to 10x reduction in inference costs per token, thanks to 50 PFLOPS FP4 per GPU and 288 GB HBM4.
Only 4x fewer GPUs are needed to train MoE models compared to Blackwell, halving the necessary hardware.
Spectrum-X Ethernet Photonics technology ensures 5x better energy efficiency and uptime, while the third generation of confidential computing protects sensitive data during processing. [query]
Based on a TSMC 3nm process, Rubin CPX (available late 2026) integrates Vera Arm CPU (88 cores) in superchips like Vera Rubin NVL144, with 8 exaFLOPS AI, 100 TB memory, and 1.7 PB/s bandwidth. It outperforms GB300 NVL72 by 7.5x in performance.
Rubin Ultra will arrive in 2027 with 4 GPUs and 1 TB HBM4 for 15 exaFLOPS FP4.
For Musk and xAI, Rubin breaks scalability barriers, accelerating AGI.
NVIDIA dominates: the AI market is worth trillions, and these chips redefine global data centers.
#breakingnews #NVIDIA #chip #ElonMuskTalks
Is OpenAI Teaming Up with G42 and SoftBank for Global Chip Venture? ๐พ
#OpenAI 's CEO, Sam Altman, is reportedly in talks with G42 and SoftBank for a global chip venture.
Altman aims to secure funds for semiconductor manufacturing facilities, collaborating with major #chip producers. Discussions, ongoing since October 2023, focus on raising $8-10 billion with potential collaborators including Intel, TSMC, and Samsung.
#Meta 's CEO, Mark Zuckerberg, also plans significant investments in specialized chips for AI. Altman, who returned to OpenAI in November 2023, seeks Microsoft's interest and envisions the future of AI tied to an innovative, yet uncertain, form of energy.
#Binance
#crypto2024
#OpenAI 's CEO, Sam Altman, is reportedly in talks with G42 and SoftBank for a global chip venture.
Altman aims to secure funds for semiconductor manufacturing facilities, collaborating with major #chip producers. Discussions, ongoing since October 2023, focus on raising $8-10 billion with potential collaborators including Intel, TSMC, and Samsung.
#Meta 's CEO, Mark Zuckerberg, also plans significant investments in specialized chips for AI. Altman, who returned to OpenAI in November 2023, seeks Microsoft's interest and envisions the future of AI tied to an innovative, yet uncertain, form of energy.
#Binance
#crypto2024
๐ฅ Google launches the Willow quantum computer chip
Willow, the quantum computer chip recently announced by Google, has the ability to solve problems that would take supercomputers 10 billion years in less than 5 minutes. This chip marks a significant advancement in reducing quantum errors and scaling qubits, offering potential practical applications in medicine, energy, and battery technology.
Google's launch of the Willow quantum chip has raised concerns that computers capable of decryption could lead to user funds being stolen in large amounts and at rapid speeds.
However, experts estimate that 13 million qubits are needed to decrypt Bitcoin within 24 hours. Therefore, Willow with its 105 qubits is still not a threat to cryptographic encryption, including cryptocurrencies.
Google is optimistic that the Willow chip generation will help them achieve their goal of bringing quantum computing into practical applications, surpassing the capabilities of classical computers.
Though still in the early stages, scientists believe that ultra-fast quantum computers will eventually drive innovation in many fields in the future. #Google #chip
Willow, the quantum computer chip recently announced by Google, has the ability to solve problems that would take supercomputers 10 billion years in less than 5 minutes. This chip marks a significant advancement in reducing quantum errors and scaling qubits, offering potential practical applications in medicine, energy, and battery technology.
Google's launch of the Willow quantum chip has raised concerns that computers capable of decryption could lead to user funds being stolen in large amounts and at rapid speeds.
However, experts estimate that 13 million qubits are needed to decrypt Bitcoin within 24 hours. Therefore, Willow with its 105 qubits is still not a threat to cryptographic encryption, including cryptocurrencies.
Google is optimistic that the Willow chip generation will help them achieve their goal of bringing quantum computing into practical applications, surpassing the capabilities of classical computers.
Though still in the early stages, scientists believe that ultra-fast quantum computers will eventually drive innovation in many fields in the future. #Google #chip
Necmettin Erbakan University and Teknotฤฑp unveil a groundbreaking 5mm gauging chip in Konya, revolutionizing electronic, optical, and electro-optical device gauging.
Crafted at BITAM, it ensures precise measurements with near-zero material tolerance, garnering interest from Silicon Valley and a Dutch company at $100.
Prof. Dr. Oฤuz Doฤan lauds the industry-university collaboration.
TSMC will manufacture the chip, showcasing Turkey's global recognition in technological advancements, with Arda Mungan comparing it to gold at $200 per half gram, highlighting Turkey's rise as a technological frontrunner.
#Turkey #tรผrkiye #TSMC #BITAM #chip
Crafted at BITAM, it ensures precise measurements with near-zero material tolerance, garnering interest from Silicon Valley and a Dutch company at $100.
Prof. Dr. Oฤuz Doฤan lauds the industry-university collaboration.
TSMC will manufacture the chip, showcasing Turkey's global recognition in technological advancements, with Arda Mungan comparing it to gold at $200 per half gram, highlighting Turkey's rise as a technological frontrunner.
#Turkey #tรผrkiye #TSMC #BITAM #chip
Chips and New Coins
Be ready for anything! You may be about to have a chip implanted in your brain. can be worn at any time. today or tomorrow. or closer than tomorrow.
A different coin, not BTC, may emerge for these chips. You can make payments with the signal these chips receive from you while shopping in the market. So what happens now?
The coin market is always developing and we can see that developing coins follow a different path.
Maybe artificial intelligence coins can come into play here. But when looked at from the other side, we thought that it could not be reconciled with artificial intelligence. This is a systemic technology with software that takes command mode and sensitivity and perception management.
There may be a separate coin with these features, but the companies that design the chips can offer their own coins to the market. We will keep track of the developments very soon and will announce them to you. We are moving into an exciting period.
#Binance #Technology #chip
A different coin, not BTC, may emerge for these chips. You can make payments with the signal these chips receive from you while shopping in the market. So what happens now?
The coin market is always developing and we can see that developing coins follow a different path.
Maybe artificial intelligence coins can come into play here. But when looked at from the other side, we thought that it could not be reconciled with artificial intelligence. This is a systemic technology with software that takes command mode and sensitivity and perception management.
There may be a separate coin with these features, but the companies that design the chips can offer their own coins to the market. We will keep track of the developments very soon and will announce them to you. We are moving into an exciting period.
#Binance #Technology #chip
๐จ๐ณ CHINA HAS CREATED THE "IMPOSSIBLE CHIP" THAT IS REVOLUTIONIZING TECHNOLOGY ๐จ๐ณ
China has just made a historic breakthrough in technology with a revolutionary chip that not only surpasses Nvidia and AMD but literally annihilates them.
This innovative analog chip is claimed to be a thousand times faster and a hundred times more energy-efficient compared to the most advanced processors currently available.
Unlike traditional chips that operate with binary digital signals (1 and 0), this new chip works similarly to the human brain, processing continuous electrical signals directly into memory.
This eliminates delays and energy waste, allowing for immediate and ultra-fast information processing.
Scientists have solved a century-old computing problem, achieving digital-level precision while consuming a fraction of the required energy.
Tests have shown a throughput capability up to a thousand times higher than Nvidia H100 and AMD Vega 20 models.
If this technology is scalable, it could radically transform the world of computing, from artificial intelligence to global communications, ushering in the dawn of a new technological era.
The crucial question remains: what will happen when machines begin to think faster than we do?
A future worth watching closely.
#breakingnews #china #chip
China has just made a historic breakthrough in technology with a revolutionary chip that not only surpasses Nvidia and AMD but literally annihilates them.
This innovative analog chip is claimed to be a thousand times faster and a hundred times more energy-efficient compared to the most advanced processors currently available.
Unlike traditional chips that operate with binary digital signals (1 and 0), this new chip works similarly to the human brain, processing continuous electrical signals directly into memory.
This eliminates delays and energy waste, allowing for immediate and ultra-fast information processing.
Scientists have solved a century-old computing problem, achieving digital-level precision while consuming a fraction of the required energy.
Tests have shown a throughput capability up to a thousand times higher than Nvidia H100 and AMD Vega 20 models.
If this technology is scalable, it could radically transform the world of computing, from artificial intelligence to global communications, ushering in the dawn of a new technological era.
The crucial question remains: what will happen when machines begin to think faster than we do?
A future worth watching closely.
#breakingnews #china #chip
If China takes Taiwan, what happens to the chip sector?
Today I wanted to draw a slightly doomsday scenario. The China Taiwan issue is something I actually expect to escalate around 2027, possibly even during 2027 itself.
If Taiwan joins China, what would this mean for the global chip industry and overall economic stability?
First, letโs look at the projected global chip production shares for 2032:
China: %21
South Korea: %19
Taiwan: %17
Japan: %15
USA: %14
Europe: %8
If Taiwan were to be absorbed into China, these percentages and the overall balance would shift dramatically.
Even though Trump wants to isolate China, it may be too late in some areas.
If this scenario happens if China effectively burns the ships any major disruption to TSMCโs operations would bring the global technology segment to a near standstill. Companies like Apple, Nvidia, and AMD would be hit severely. A global crisis could be closer than ever.
Chip production outside Taiwan, such as Intelโs, would become crucial just to maintain a minimum level of supply. But it still wouldnโt be enough.
Time will tell what happens next. #chip #china #taiwan
Today I wanted to draw a slightly doomsday scenario. The China Taiwan issue is something I actually expect to escalate around 2027, possibly even during 2027 itself.
If Taiwan joins China, what would this mean for the global chip industry and overall economic stability?
First, letโs look at the projected global chip production shares for 2032:
China: %21
South Korea: %19
Taiwan: %17
Japan: %15
USA: %14
Europe: %8
If Taiwan were to be absorbed into China, these percentages and the overall balance would shift dramatically.
Even though Trump wants to isolate China, it may be too late in some areas.
If this scenario happens if China effectively burns the ships any major disruption to TSMCโs operations would bring the global technology segment to a near standstill. Companies like Apple, Nvidia, and AMD would be hit severely. A global crisis could be closer than ever.
Chip production outside Taiwan, such as Intelโs, would become crucial just to maintain a minimum level of supply. But it still wouldnโt be enough.
Time will tell what happens next. #chip #china #taiwan
๐จ๐ณ THE MONOPOLY IS OVER: CHINA BUILDS ITS EUV MACHINE FOR ADVANCED CHIPS ๐จ๐ณ
China has completed a working prototype of an extreme ultraviolet (EUV) lithography machine in Shenzhen, breaking the exclusive dominance of ASML, the only company in the world capable of producing these essential tools for the most advanced chips.
Each ASML machine costs about 250 million dollars and is used to create processors for Nvidia, AMD, TSMC, Intel, and Samsung, but now former ASML engineers in China have reverse-engineered key parts of the system, with Huawei coordinating laboratories and suppliers.
This prototype generates EUV light and is in testing, but it does not yet produce operational chips: the government aims for the first made-in-China chips by 2028, while experts estimate 2030 as a realistic deadline.
The project, the result of a 6-year state program nicknamed the "Chinese Manhattan Project" โ similar to the US program for the atomic bomb โ aims for semiconductor independence, eliminating dependence on Western supply chains.
The engineers involved use pseudonyms for secrecy, recruited with million-dollar bonuses under the guidance of loyalists of the Chinese President like Ding Xuexiang.
"The goal is to produce advanced chips with 100% Chinese machines, pushing the USA out of the supply chains," a source said.
This geopolitical shift accelerates the "chip war": China is overcoming US and Dutch sanctions that have blocked ASML exports since 2019, replicating an ecosystem with Zeiss optics and alternative suppliers.
If it matures, SMIC could compete with TSMC by 2030, reducing the leverage of Western restrictions.
The semiconductor world is changing: forced innovation from Beijing against the European monopoly.
#breakingnews #china #chip #Semiconductors
China has completed a working prototype of an extreme ultraviolet (EUV) lithography machine in Shenzhen, breaking the exclusive dominance of ASML, the only company in the world capable of producing these essential tools for the most advanced chips.
Each ASML machine costs about 250 million dollars and is used to create processors for Nvidia, AMD, TSMC, Intel, and Samsung, but now former ASML engineers in China have reverse-engineered key parts of the system, with Huawei coordinating laboratories and suppliers.
This prototype generates EUV light and is in testing, but it does not yet produce operational chips: the government aims for the first made-in-China chips by 2028, while experts estimate 2030 as a realistic deadline.
The project, the result of a 6-year state program nicknamed the "Chinese Manhattan Project" โ similar to the US program for the atomic bomb โ aims for semiconductor independence, eliminating dependence on Western supply chains.
The engineers involved use pseudonyms for secrecy, recruited with million-dollar bonuses under the guidance of loyalists of the Chinese President like Ding Xuexiang.
"The goal is to produce advanced chips with 100% Chinese machines, pushing the USA out of the supply chains," a source said.
This geopolitical shift accelerates the "chip war": China is overcoming US and Dutch sanctions that have blocked ASML exports since 2019, replicating an ecosystem with Zeiss optics and alternative suppliers.
If it matures, SMIC could compete with TSMC by 2030, reducing the leverage of Western restrictions.
The semiconductor world is changing: forced innovation from Beijing against the European monopoly.
#breakingnews #china #chip #Semiconductors
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