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Economic cycle: From creation of automobile to AI
The kondratieff cycles
joseph Aloïs Schumpter
Before going to the heart of the subject let me tell you about the Kondratieff cycles.These cycles were invented by an Austrian economist Joseph Aloïs Schumpter at the nineteenth century who predicted the appearance and consequences of artificial intelligence in 1928 Each economic cycle lasts (on average) 50 years and consists of 4 stages:
1. Expansion (= growth)
2. The crisis
3. The recession
4. Recovery
Each beginning of the cycle begins with a major innovation that boosts the economy.
Talking about of innovation we had 5 majors:
1. Product Innovation
Example: the creation of automobiles in 1889
2. Opportunities
Example: the emergence of new markets or new consumption needs, such as that of social networks in 2006
3. Raw materials
Example: the adoption and use of oil instead of coal
4. Work organization
Example: Fordism, a model of factory work organization implemented by Henry Ford in 1908 that revolutionized factories
5. Production methods
And it is precisely this type of innovation that interests us today. In history, it is the one that has turned our economy upside down the most. Whether with the agricultural revolution in the 1600s and 1700s, when beasts and machines began to replace the work of half the peasants.
Or the industrial revolution of the nineteenth century which tipped a rather artisanal society towards a commercial and industrial society
Or the digital revolution with the appearance of the Internet in 1989. Joseph called this phenomenon "creative destruction."
The Creative destruction is the process of disappearance of productive activities that are replaced by new activities as a result of technological progress. To summarize simply:
The email killed the Fax.
The iPhone destroyed Nokia.
These are perfect examples of creative destruction.
What about AI?
If you look closely, we are at the dawn of a new cycle. Since it has been about 40 years since the Internet, was born, which means that a new innovation will come to revolutionize our economy very soon. And this revolution is AI.
So it is very important not to miss this new technological advance, do research to position yourself on innovative projects
#Binance #crypto2023 #dyor #internet
joseph Aloïs Schumpter
Before going to the heart of the subject let me tell you about the Kondratieff cycles.These cycles were invented by an Austrian economist Joseph Aloïs Schumpter at the nineteenth century who predicted the appearance and consequences of artificial intelligence in 1928 Each economic cycle lasts (on average) 50 years and consists of 4 stages:
1. Expansion (= growth)
2. The crisis
3. The recession
4. Recovery
Each beginning of the cycle begins with a major innovation that boosts the economy.
Talking about of innovation we had 5 majors:
1. Product Innovation
Example: the creation of automobiles in 1889
2. Opportunities
Example: the emergence of new markets or new consumption needs, such as that of social networks in 2006
3. Raw materials
Example: the adoption and use of oil instead of coal
4. Work organization
Example: Fordism, a model of factory work organization implemented by Henry Ford in 1908 that revolutionized factories
5. Production methods
And it is precisely this type of innovation that interests us today. In history, it is the one that has turned our economy upside down the most. Whether with the agricultural revolution in the 1600s and 1700s, when beasts and machines began to replace the work of half the peasants.
Or the industrial revolution of the nineteenth century which tipped a rather artisanal society towards a commercial and industrial society
Or the digital revolution with the appearance of the Internet in 1989. Joseph called this phenomenon "creative destruction."
The Creative destruction is the process of disappearance of productive activities that are replaced by new activities as a result of technological progress. To summarize simply:
The email killed the Fax.
The iPhone destroyed Nokia.
These are perfect examples of creative destruction.
What about AI?
If you look closely, we are at the dawn of a new cycle. Since it has been about 40 years since the Internet, was born, which means that a new innovation will come to revolutionize our economy very soon. And this revolution is AI.
So it is very important not to miss this new technological advance, do research to position yourself on innovative projects
#Binance #crypto2023 #dyor #internet
LG Electronics Breakthrough in 6G Technology Testing. 🛜🌪️
LG Electronics has achieved a significant milestone in 6G technology testing, collaborating with LG U+ to conduct groundbreaking experiments.
Successfully transmitted and received 6G terahertz (THz) data over a record-breaking distance exceeding 500 meters.
Test conducted at LG Sciencepark in Seul Magok, highlighting LG's leadership in 6G telecommunication research and development.
Covered diverse real-world communication scenarios, including building-to-building, building-to-ground terminals, and ground-to-ground terminals.
Collaboration with Fraunhofer and Technological Advancements:
Collaborated with Fraunhofer to optimize performance, developing key equipment like a multi-channel power amplifier and a low-noise amplifier for the receiver.
Achieved over 50% enhancement in output, contributing to the success of the 500+ meters 6G THz data transmission.
Implications for Future Technology:
Signifies a major leap in 6G technology with potential applications in autonomous driving, mobile solutions, metadata-based technologies, smart homes, and smart factories.
6G's advanced capabilities include ultra-high data speeds, ultra-low latency, high reliability, and integration with artificial intelligence, revolutionizing communication and perception.
LG's Ongoing Commitment to 6G Development:
Demonstrates LG's investment in research and development, strategic partnerships, and successful technology demonstrations.
Establishment of the LG Electronics-KAIST 6G Research Center in 2019 reflects LG's dedication to advancing 6G fundamental technologies.
Timeline and Standardization:
Discussions on 6G network standardization expected to commence around 2025, with commercialization targeted for 2029.
LG's leadership role as the only Korean company selected as the president of the Next G Alliance, a wireless technology group managed by the American Telecommunication Industry Association (ATIS).
#LG #6G #internet
LG Electronics has achieved a significant milestone in 6G technology testing, collaborating with LG U+ to conduct groundbreaking experiments.
Successfully transmitted and received 6G terahertz (THz) data over a record-breaking distance exceeding 500 meters.
Test conducted at LG Sciencepark in Seul Magok, highlighting LG's leadership in 6G telecommunication research and development.
Covered diverse real-world communication scenarios, including building-to-building, building-to-ground terminals, and ground-to-ground terminals.
Collaboration with Fraunhofer and Technological Advancements:
Collaborated with Fraunhofer to optimize performance, developing key equipment like a multi-channel power amplifier and a low-noise amplifier for the receiver.
Achieved over 50% enhancement in output, contributing to the success of the 500+ meters 6G THz data transmission.
Implications for Future Technology:
Signifies a major leap in 6G technology with potential applications in autonomous driving, mobile solutions, metadata-based technologies, smart homes, and smart factories.
6G's advanced capabilities include ultra-high data speeds, ultra-low latency, high reliability, and integration with artificial intelligence, revolutionizing communication and perception.
LG's Ongoing Commitment to 6G Development:
Demonstrates LG's investment in research and development, strategic partnerships, and successful technology demonstrations.
Establishment of the LG Electronics-KAIST 6G Research Center in 2019 reflects LG's dedication to advancing 6G fundamental technologies.
Timeline and Standardization:
Discussions on 6G network standardization expected to commence around 2025, with commercialization targeted for 2029.
LG's leadership role as the only Korean company selected as the president of the Next G Alliance, a wireless technology group managed by the American Telecommunication Industry Association (ATIS).
#LG #6G #internet
#DoYouKnow
#Web3 or #Web3.0 has driven its name from 3rd iteration of the internet.
The earliest form of internet was Web1.0 commonly called "read-only" web, later, it was renamed to Web2.0, which is current form of internet.
Now, Web3 or Web3.0 is an emerging iteration of #internet in which the aim is to combine the #decentralization of Web1.0 and interactivity and creativity of Web2.0.
#Web3 or #Web3.0 has driven its name from 3rd iteration of the internet.
The earliest form of internet was Web1.0 commonly called "read-only" web, later, it was renamed to Web2.0, which is current form of internet.
Now, Web3 or Web3.0 is an emerging iteration of #internet in which the aim is to combine the #decentralization of Web1.0 and interactivity and creativity of Web2.0.
My internet connection is so bad where I am! ☠️
See you tonight or tomorrow for more analysis!
#internet #Crypto_Jobs🎯 #BTC☀ #FLOKI #meme_coin
See you tonight or tomorrow for more analysis!
#internet #Crypto_Jobs🎯 #BTC☀ #FLOKI #meme_coin
SHIB's announcement is expected to have a significant impact on the internet
There is a possibility that the Shiba Inu (SHIB) community is in for a pleasant surprise, as the team has lately hinted to an impending revelation that may be a watershed moment for the entirety of the ecosystem. Additionally, this follows on the heels of the recent recognition that was bestowed onto the principal developer of SHIB for his efforts as well as those of the team.
The announcement made by SHIB is going to "break the internet."
Lucie, the Marketing head for Shiba Inu, published a post on her X platform, which was formerly known as Twitter. In the post, she included a snapshot of another Telegram conversation from the head developer, Shytoshi Kusama, with the comment "...Let's break the internet." When Lucie made her comment, she was alluding to the news that they had been hinting about up until this point. Her caption implies that it will elicit a great deal of responses.
Before this, Lucie had previously posted an earlier Telegram message from Kusama in which he discussed a "game-changing announcement" that was in the process of being developed. On the other hand, the developer did not provide much information in that letter, and many people started to guess about what the announcement would be.
Kusama offered further information on this announcement in the most recent message that Lucie shared with their audience. He divulged the information that the "very big announcement" will be made the following week. The developer mentioned that it will be a "year-ending surprise" for the SHIB army, which suggests that the announcement is also centered on the SHIB army.
If the excitement that Kusama has shown over this news is any indication, then there is no question that it has the ability to "break the internet." While continuing to provide further information on the announcement, the developer also claimed that it will be a "world's first." It is his belief that this will serve as more evidence that Shiba Inu "is leading innovation in Web3."
There is little question that the Shiba Inu development team, which is directed by Kusama, has put in a significant amount of effort in order to construct the environment. Kusama was recognized as one of the top 50 most influential persons in the cryptocurrency industry for the year 2023, demonstrating that his efforts have not gone forgotten. His efforts, together with those of the team, were responsible for changing SHIB from a meme token into a leading participant in the DeFi environment. This was based on his efforts.
When one considers the fact that Kusama and his staff have been able to persevere through the storm, it is without a doubt that many people would concur that the prize is well merited. When the layer-2 network was first launched, the team encountered a few challenges, which made it tough for them to achieve the current level of success that Shibarium has achieved for itself.
One time, the main developer made a passing reference to the fact that "true work" is required in order to guarantee that there would be a substantial increase in the price of SHIB. Given the amount of effort that they are putting in, it is reasonable to anticipate that greater times are on the horizon for the cryptocurrency token.
#Shibarium #shib #internet
The announcement made by SHIB is going to "break the internet."
Lucie, the Marketing head for Shiba Inu, published a post on her X platform, which was formerly known as Twitter. In the post, she included a snapshot of another Telegram conversation from the head developer, Shytoshi Kusama, with the comment "...Let's break the internet." When Lucie made her comment, she was alluding to the news that they had been hinting about up until this point. Her caption implies that it will elicit a great deal of responses.
Before this, Lucie had previously posted an earlier Telegram message from Kusama in which he discussed a "game-changing announcement" that was in the process of being developed. On the other hand, the developer did not provide much information in that letter, and many people started to guess about what the announcement would be.
Kusama offered further information on this announcement in the most recent message that Lucie shared with their audience. He divulged the information that the "very big announcement" will be made the following week. The developer mentioned that it will be a "year-ending surprise" for the SHIB army, which suggests that the announcement is also centered on the SHIB army.
If the excitement that Kusama has shown over this news is any indication, then there is no question that it has the ability to "break the internet." While continuing to provide further information on the announcement, the developer also claimed that it will be a "world's first." It is his belief that this will serve as more evidence that Shiba Inu "is leading innovation in Web3."
There is little question that the Shiba Inu development team, which is directed by Kusama, has put in a significant amount of effort in order to construct the environment. Kusama was recognized as one of the top 50 most influential persons in the cryptocurrency industry for the year 2023, demonstrating that his efforts have not gone forgotten. His efforts, together with those of the team, were responsible for changing SHIB from a meme token into a leading participant in the DeFi environment. This was based on his efforts.
When one considers the fact that Kusama and his staff have been able to persevere through the storm, it is without a doubt that many people would concur that the prize is well merited. When the layer-2 network was first launched, the team encountered a few challenges, which made it tough for them to achieve the current level of success that Shibarium has achieved for itself.
One time, the main developer made a passing reference to the fact that "true work" is required in order to guarantee that there would be a substantial increase in the price of SHIB. Given the amount of effort that they are putting in, it is reasonable to anticipate that greater times are on the horizon for the cryptocurrency token.
#Shibarium #shib #internet
Internet Pricing Worldwide: A Look at the Most Expensive Countries. 🛜🛫
In recent years, escalating inflation and fluctuating exchange rates have prompted many internet service providers in Turkey to increase their prices. As of November 2023, almost every provider has implemented price hikes. This raises the question: which countries have the most expensive internet services globally, and where does Turkey rank?
1. The ranking is based on the average monthly subscription fees for 100 Mbps speed, as reported by Picodi Turkey.
2. Norway claims the top spot, with providers charging an average of 75.1 Euros for 100 Mbps speed.
3. Iceland follows at the second position, with a monthly fee of 58.8 Euros, and Australia secures the third spot at 58.4 Euros.
4. The United States, with an average monthly fee of 47.3 Euros, is positioned below countries like Switzerland and Ireland.
5. Turkey, at the bottom of the list, has an average monthly fee of 12.7 Euros for 100 Mbps speed.
Comparison with Turkey:
In Turkey, the average monthly fee for 100 Mbps speed is 12.7 Euros.
To put this in perspective, obtaining the same speed in Turkey requires approximately 300 TL to 550 TL, varying among providers.
When comparing the cost of 75.1 Euros in Norway to 550 TL in Turkey, Turkey appears relatively more expensive. However, the high Euro to TL exchange rate plays a significant role.
Global Ranking of Internet Pricing:
1. Norway: 75.1 Euro
2. Iceland: 58.8 Euro
3. Australia: 58.4 Euro
4. Switzerland: 53.8 Euro
5. Ireland: 50 Euro
6. United States: 47.3 Euro
7. Puerto Rico: 47.3 Euro
8. Denmark: 45.4 Euro
9. Costa Rica: 44.6 Euro
10. Nicaragua: 44.5 Euro
...
61. Turkey: 12.7 Euro
User Reactions:
Some readers express disbelief, sharing personal experiences of lower internet costs in their respective countries. Others highlight the importance of considering the purchasing power and minimum wages of each country when comparing internet prices. A user suggests that the comparison should be based on the ratio of internet costs to the minimum wage.
#internet
In recent years, escalating inflation and fluctuating exchange rates have prompted many internet service providers in Turkey to increase their prices. As of November 2023, almost every provider has implemented price hikes. This raises the question: which countries have the most expensive internet services globally, and where does Turkey rank?
1. The ranking is based on the average monthly subscription fees for 100 Mbps speed, as reported by Picodi Turkey.
2. Norway claims the top spot, with providers charging an average of 75.1 Euros for 100 Mbps speed.
3. Iceland follows at the second position, with a monthly fee of 58.8 Euros, and Australia secures the third spot at 58.4 Euros.
4. The United States, with an average monthly fee of 47.3 Euros, is positioned below countries like Switzerland and Ireland.
5. Turkey, at the bottom of the list, has an average monthly fee of 12.7 Euros for 100 Mbps speed.
Comparison with Turkey:
In Turkey, the average monthly fee for 100 Mbps speed is 12.7 Euros.
To put this in perspective, obtaining the same speed in Turkey requires approximately 300 TL to 550 TL, varying among providers.
When comparing the cost of 75.1 Euros in Norway to 550 TL in Turkey, Turkey appears relatively more expensive. However, the high Euro to TL exchange rate plays a significant role.
Global Ranking of Internet Pricing:
1. Norway: 75.1 Euro
2. Iceland: 58.8 Euro
3. Australia: 58.4 Euro
4. Switzerland: 53.8 Euro
5. Ireland: 50 Euro
6. United States: 47.3 Euro
7. Puerto Rico: 47.3 Euro
8. Denmark: 45.4 Euro
9. Costa Rica: 44.6 Euro
10. Nicaragua: 44.5 Euro
...
61. Turkey: 12.7 Euro
User Reactions:
Some readers express disbelief, sharing personal experiences of lower internet costs in their respective countries. Others highlight the importance of considering the purchasing power and minimum wages of each country when comparing internet prices. A user suggests that the comparison should be based on the ratio of internet costs to the minimum wage.
#internet
China Announces the World's Fastest Internet. 🇨🇳🛜
China sets a global record by announcing an internet infrastructure capable of reaching speeds up to 1200 gigabits per second.
This ultra-fast internet enables downloading 9000 movies in a minute, providing instant access to digital content.
China's rapid internet infrastructure highlights the country's technological leadership, potentially initiating a technology race among other nations.
The high speed enhances the capacity to process large datasets quickly, opening up new possibilities for scientific research and industrial applications.
China's development may encourage other countries to strengthen their internet infrastructure, triggering a global competitive environment.
#China #internet
China sets a global record by announcing an internet infrastructure capable of reaching speeds up to 1200 gigabits per second.
This ultra-fast internet enables downloading 9000 movies in a minute, providing instant access to digital content.
China's rapid internet infrastructure highlights the country's technological leadership, potentially initiating a technology race among other nations.
The high speed enhances the capacity to process large datasets quickly, opening up new possibilities for scientific research and industrial applications.
China's development may encourage other countries to strengthen their internet infrastructure, triggering a global competitive environment.
#China #internet
Wi-Fi 7: The Next Leap in Wireless Connectivity 📶🚄
As technology hurtles forward, the anticipation for Wi-Fi 7 is building, promising a quantum leap in wireless capabilities. Expected to debut in the first quarter of 2024, here's a glimpse into what Wi-Fi 7 has in store.
Blistering Speeds:
Wi-Fi 7 is poised to outpace its predecessor, Wi-Fi 6, offering speeds four times higher—soaring up to an impressive 40 Gbit/s.
Expanded Frequency Bands:
Operating across three bands—2.4 GHz, 5 GHz, and 6 GHz—Wi-Fi 7 opens up new avenues for enhanced connectivity.
Cutting-Edge Features:
With advanced features like MU-MIMO and OFDMA, Wi-Fi 7 boasts a 4.8 times improvement over Wi-Fi 6, promising a more robust and efficient wireless experience.
Multi-user MIMO Boost:
Doubling Multi-user MIMO support from eight to 16, Wi-Fi 7 enhances the capability for simultaneous connections, catering to our increasingly connected world.
Simultaneous Channel Support:
A game-changer, Wi-Fi 7 can support all channels simultaneously—2.4 GHz, 5 GHz, or 6 GHz—ushering in reduced latency and smoother connections.
Backward Compatibility:
While maintaining compatibility with older Wi-Fi standards, Wi-Fi 7 ensures optimal performance with compatible hardware.
Hardware Requirements:
To fully embrace the potential of Wi-Fi 7, users will need smart devices with Wi-Fi 7 support and, on the PC front, a new network card or motherboard.
Update Challenges:
While some devices may already boast Wi-Fi 7 support in a "draft" form, future software updates will be pivotal for seamless integration of all features.
In conclusion, Wi-Fi 7 is poised to revolutionize wireless technology, offering blazing speeds, advanced features, and improved connectivity. As we eagerly await its arrival in 2024, Wi-Fi 7 signals a new era of efficiency and seamlessness in the realm of wireless communication.
Stay tuned for a wireless experience like never before!
#WiFi7 #wifi #internet #WirelessWeb3
As technology hurtles forward, the anticipation for Wi-Fi 7 is building, promising a quantum leap in wireless capabilities. Expected to debut in the first quarter of 2024, here's a glimpse into what Wi-Fi 7 has in store.
Blistering Speeds:
Wi-Fi 7 is poised to outpace its predecessor, Wi-Fi 6, offering speeds four times higher—soaring up to an impressive 40 Gbit/s.
Expanded Frequency Bands:
Operating across three bands—2.4 GHz, 5 GHz, and 6 GHz—Wi-Fi 7 opens up new avenues for enhanced connectivity.
Cutting-Edge Features:
With advanced features like MU-MIMO and OFDMA, Wi-Fi 7 boasts a 4.8 times improvement over Wi-Fi 6, promising a more robust and efficient wireless experience.
Multi-user MIMO Boost:
Doubling Multi-user MIMO support from eight to 16, Wi-Fi 7 enhances the capability for simultaneous connections, catering to our increasingly connected world.
Simultaneous Channel Support:
A game-changer, Wi-Fi 7 can support all channels simultaneously—2.4 GHz, 5 GHz, or 6 GHz—ushering in reduced latency and smoother connections.
Backward Compatibility:
While maintaining compatibility with older Wi-Fi standards, Wi-Fi 7 ensures optimal performance with compatible hardware.
Hardware Requirements:
To fully embrace the potential of Wi-Fi 7, users will need smart devices with Wi-Fi 7 support and, on the PC front, a new network card or motherboard.
Update Challenges:
While some devices may already boast Wi-Fi 7 support in a "draft" form, future software updates will be pivotal for seamless integration of all features.
In conclusion, Wi-Fi 7 is poised to revolutionize wireless technology, offering blazing speeds, advanced features, and improved connectivity. As we eagerly await its arrival in 2024, Wi-Fi 7 signals a new era of efficiency and seamlessness in the realm of wireless communication.
Stay tuned for a wireless experience like never before!
#WiFi7 #wifi #internet #WirelessWeb3
Exciting Developments in Turkey: 5G Unleashed in 25 Regions! 🛜🇹🇷
Trial of the 5G network kicks off in 25 locations, including major cities like Istanbul, Ankara, and Izmir. Transport and Infrastructure Minister Abdulkadir Uraloğlu highlights the remarkable increase in internet speed.
Ambitious Targets for 2028:
Goal to reach 111.7 million broadband subscribers and 101.8 million mobile subscribers by 2028. Focus on expanding fiber infrastructure for enhanced connectivity.
National Efforts in 5G Infrastructure:
5G infrastructure installed at Istanbul Airport, showcasing commitment to national development. Average download speed for subscribers reported at 1 gigabit per second, with impressive upload speeds.
Support for Research and Development:
Minister Uraloğlu emphasizes commitment to 5G technology R&D. Planned call program with 200 million TL support to encourage firms to contribute to 5G advancements. Fourteen companies kickstart projects as of October 1, 2023.
#5G #internet #Turkey
Trial of the 5G network kicks off in 25 locations, including major cities like Istanbul, Ankara, and Izmir. Transport and Infrastructure Minister Abdulkadir Uraloğlu highlights the remarkable increase in internet speed.
Ambitious Targets for 2028:
Goal to reach 111.7 million broadband subscribers and 101.8 million mobile subscribers by 2028. Focus on expanding fiber infrastructure for enhanced connectivity.
National Efforts in 5G Infrastructure:
5G infrastructure installed at Istanbul Airport, showcasing commitment to national development. Average download speed for subscribers reported at 1 gigabit per second, with impressive upload speeds.
Support for Research and Development:
Minister Uraloğlu emphasizes commitment to 5G technology R&D. Planned call program with 200 million TL support to encourage firms to contribute to 5G advancements. Fourteen companies kickstart projects as of October 1, 2023.
#5G #internet #Turkey
🐕 Trader Turns $100 into $350K Thanks to... a Dog! 🐾
So, the owner of the dog that inspired $BONK just adopted a new pupper named "Pochita" (yes, from Chainsaw Man), and naturally, chaos ensued! 🦸♀️💰
Within minutes, some genius dropped 1 $SOL ($138) into the freshly minted $POCHITA token on #pumpfun , and guess what? Two hours later, that same genius is sitting on $350K! 😱🐾
Now this guy, AjwF, is one of the #TopHolders , but he's only cashed out $450 — probably afraid of breaking the #internet with a price crash! 🤣
Moral of the story: adopt a dog, get rich, but hold on tight — Pochita's on a wild ride! 🎢
#BinanceLaunchpoolHMSTR #BTCReboundsAfterFOMC
So, the owner of the dog that inspired $BONK just adopted a new pupper named "Pochita" (yes, from Chainsaw Man), and naturally, chaos ensued! 🦸♀️💰
Within minutes, some genius dropped 1 $SOL ($138) into the freshly minted $POCHITA token on #pumpfun , and guess what? Two hours later, that same genius is sitting on $350K! 😱🐾
Now this guy, AjwF, is one of the #TopHolders , but he's only cashed out $450 — probably afraid of breaking the #internet with a price crash! 🤣
Moral of the story: adopt a dog, get rich, but hold on tight — Pochita's on a wild ride! 🎢
#BinanceLaunchpoolHMSTR #BTCReboundsAfterFOMC
Why did the cryptocurrency become an internet sensation?
Because it went viral!
#cryptocurrency #jokeoftheday #internet #funnyfeed
Because it went viral!
#cryptocurrency #jokeoftheday #internet #funnyfeed
Turkey Achieves 1 Terabit Internet Speed.
Turkey has etched its name in the history books of digital innovation. A recent collaboration between Türk Telekom and Nokia has successfully demonstrated internet speeds reaching 1 Terabit per second (Tbps) on the Istanbul-Ankara route, making Turkey the first country globally to achieve such blazing speeds across long distances.
Pushing Technological Boundaries
At the heart of this achievement lies Nokia's advanced Dense Wavelength Division Multiplexing (DWDM) technology. This innovative system enables multiple data streams to travel simultaneously through a single optical fiber, effectively multiplying the capacity of existing infrastructure. The breakthrough doesn't just represent a speed increase – it delivers 2.5 times faster transmission while maintaining impressive energy efficiency.
Why This Matters for Turkey's Digital Future
In our increasingly connected world, the appetite for data continues to grow exponentially. From streaming services to cloud computing, from artificial intelligence to virtual reality, modern applications demand ever-higher bandwidth. This breakthrough positions Turkey at the forefront of meeting these evolving needs.
The implications are far-reaching:
Healthcare Revolution: Imagine instantaneous transmission of complex medical imaging data between hospitals or real-time remote surgery capabilitiesSmart Cities: Enhanced capabilities for managing traffic systems, public services, and urban infrastructure in real-timeIndustrial Innovation: Support for Industry 4.0 initiatives requiring massive data processing and minimal latencyDigital Entertainment: Next-generation gaming and streaming experiences with zero buffering
Technical Achievement
According to Zafer Orhan, Türk Telekom's Network General Manager, this milestone represents more than just a speed record – it's a testament to Turkey's commitment to digital transformation. The company's strategic focus on fiber-optic technology development aims to future-proof both consumer and business connectivity needs.
Nokia's contribution through their sixth-generation Photonic Service Engine (PSE-6s) played a crucial role in this achievement. As explained by Erensoy Bilgin, Nokia Turkey's General Manager, the PSE-6s technology enables massive data transmission while maintaining optimal energy efficiency – a critical factor in sustainable technological advancement.
#nokia #TürkTelekom #internet #SpeedTest #Turkey
Pushing Technological Boundaries
At the heart of this achievement lies Nokia's advanced Dense Wavelength Division Multiplexing (DWDM) technology. This innovative system enables multiple data streams to travel simultaneously through a single optical fiber, effectively multiplying the capacity of existing infrastructure. The breakthrough doesn't just represent a speed increase – it delivers 2.5 times faster transmission while maintaining impressive energy efficiency.
Why This Matters for Turkey's Digital Future
In our increasingly connected world, the appetite for data continues to grow exponentially. From streaming services to cloud computing, from artificial intelligence to virtual reality, modern applications demand ever-higher bandwidth. This breakthrough positions Turkey at the forefront of meeting these evolving needs.
The implications are far-reaching:
Healthcare Revolution: Imagine instantaneous transmission of complex medical imaging data between hospitals or real-time remote surgery capabilitiesSmart Cities: Enhanced capabilities for managing traffic systems, public services, and urban infrastructure in real-timeIndustrial Innovation: Support for Industry 4.0 initiatives requiring massive data processing and minimal latencyDigital Entertainment: Next-generation gaming and streaming experiences with zero buffering
Technical Achievement
According to Zafer Orhan, Türk Telekom's Network General Manager, this milestone represents more than just a speed record – it's a testament to Turkey's commitment to digital transformation. The company's strategic focus on fiber-optic technology development aims to future-proof both consumer and business connectivity needs.
Nokia's contribution through their sixth-generation Photonic Service Engine (PSE-6s) played a crucial role in this achievement. As explained by Erensoy Bilgin, Nokia Turkey's General Manager, the PSE-6s technology enables massive data transmission while maintaining optimal energy efficiency – a critical factor in sustainable technological advancement.
#nokia #TürkTelekom #internet #SpeedTest #Turkey
