That is certainly the case in Yemen, on the south flank of the Arabian Peninsula, where the desert sands have a new look these days. Satellite images show around 100,000 solar panels glinting in the sun, surrounded by green fields. Hooked to water pumps, the panels provide free energy for farmers to pump out ancient underground water. They are irrigating crops of khat, a shrub whose narcotic leaves are the country’s stimulant of choice, chewed through the day by millions of men.
For these farmers, the solar irrigation revolution in Yemen is born of necessity. Most crops will only grow if irrigated, and the country’s long civil war has crashed the country’s electricity grid and made supplies of diesel fuel for pumps expensive and unreliable. So, they are turning en masse to solar power to keep the khat coming.
The panels have proved an instant hit, says Middle East development researcher Helen Lackner of SOAS University of London. Everybody wants one. But in the hydrological free-for-all, the region’s underground water, a legacy of wetter times, is running out.
The solar-powered farms are pumping so hard that they have triggered “a significant drop in groundwater since 2018 … in spite of above average rainfall,” according to an analysis by Leonie Nimmo, a researcher who was until recently at the UK-based Conflict and Environment Observatory. The spread of solar power in Yemen “has become an essential and life-saving source of power,” both to irrigate food crops and provide income from selling khat, he says, but it is also “rapidly exhausting the country’s scarce groundwater reserves.”
In the central Sana’a Basin, Yemen’s agricultural heartland, more than 30 percent of farmers use solar pumps. In a report with Musaed Aklan, a water researcher at the Sana’a Center for Strategic Studies, Lackner predicts a “complete shift” to solar by 2028. But the basin may be down to its last few years of extractable water. Farmers who once found water at depths of 100 feet or less are now pumping from 1,300 feet or more.
Some 1,500 miles to the northeast, in in the desert province of Helmand in Afghanistan, more than 60,000 opium farmers have in the past few years given up on malfunctioning state irrigation canals and switched to tapping underground water using solar water pumps. As a consequence, water tables have been falling typically by 10 feet per year, according to David Mansfield, an expert on the country’s opium industry from the London School of Economics.
An abrupt ban on opium production imposed by Afghanistan’s Taliban rulers in 2022 may offer a partial reprieve. But the wheat that the farmers are growing as a replacement is also a thirsty crop. So, water bankruptcy in Helmand may only be delayed.
“Very little is known about the aquifer [in Helmand], its recharge or when and if it might run dry,” according to Mansfield. But if their pumps run dry, many of the million-plus people in the desert province could be left destitute, as this vital desert resource—the legacy of rainfall in wetter times—disappears for good.
Razer, a well-known name in the gaming industry, has once again made headlines with its latest innovation, Project Esther Haptics gaming cushion. This new gaming cushion, unveiled at CES 2024, is designed to take the gaming experience to a whole new level. It’s equipped with Razer Sensa HD Haptics technology, which means that gamers can now feel every in-game event with incredible precision. Imagine sitting on this cushion and feeling the roar of a car engine or the silent footsteps of an enemy sneaking up behind you. This isn’t just about hearing and seeing your game; it’s about feeling it in a way that’s never been possible before.
The excitement doesn’t stop there. Razer has joined forces with InterDigital, and together they’ve created something truly special. At the Mobile World Congress 2024, they showcased a prototype racing game that’s the first of its kind. It’s not just a game; it’s an experience that uses haptic feedback to make you feel every turn, bump, and acceleration as if you were really in the driver’s seat. This isn’t just a big deal for gamers; it’s a glimpse into the future of entertainment. We’re talking about movies, music, and live performances that you can feel, literally adding a new touch to the way stories are told and emotions are conveyed.
This isn’t just a one-off project for Razer. They’ve shown their serious focus on haptic technology by acquiring Interhaptics, a company that’s been instrumental in developing MPEG haptic standards. These standards are crucial because they make sure this technology can work across various platforms and devices. With this acquisition, Razer isn’t just leading the pack; they’re redefining the race. They’re looking to bring tactile feedback into cloud gaming and streaming services, which could change the way we play and experience games forever.
Project Esther : Haptics gaming cushion
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But let’s think bigger. The potential of haptic streaming is vast. Imagine watching a live thriller and feeling the suspense in your fingertips, or feeling the rhythm of your favorite song pulsating through your body. This technology could transform streaming services, making the content we watch not just more engaging but also more emotionally powerful.
Razer’s Project Esther Haptics gaming cushion and their demonstration of MPEG haptics streaming are more than just advancements in technology; they’re the first steps toward a future where our entertainment can engage all of our senses. With the speed and power of 5G networks, and the expertise of companies like Interhaptics, Razer is not just enhancing the gaming experience; they’re paving the way for a world where our virtual experiences come closer to reality. As this technology continues to evolve, we can expect to see a deeper level of connection and storytelling in all forms of entertainment, making our interactions with the digital world more immersive than ever before.
The technology behind Project Esther is a sophisticated form of haptic feedback, which is the use of touch to communicate with users. Haptic feedback in gaming is not entirely new, but the level of detail and precision offered by Razer Sensa HD Haptics represents a significant leap forward. This advancement means that gamers can experience tactile sensations that are finely tuned to the events happening on screen, providing a more engaging and immersive gaming experience.
Haptic-Powered Future: Haptics streaming isn’t just limited to gaming, there’s a wealth of possibilities for immersive entertainment, streamed across the globe:
Haptics Streaming on Twitch: Viewers can feel the action in real-time while watching their favorite streamers, enhancing the overall viewing experience.
Movie Streaming with Haptics: Movie nights at home, replete with the same haptic sensations as high-end theaters thanks to Project Eshter and haptics streaming.
Full-Body Haptics in Cloud Gaming: Cloud gaming sessions that offer a full-body sensory journey, putting you truly “in-game.”
Remote Meditation Sessions: Haptics technology is not limited to gaming; it can also facilitate wellness and focus, imagine a remote meditation session where gentle vibrations guide you into a state of deep relaxation.
Immersive Music: Music that’s not just heard but felt, with bass lines that resonate in the soul. Gamers have experienced a version of this already with the Razer Kraken V3 HyperSense.
Immersive Live Events: Imagine sports events where you feel the stadium’s roar, right from your living room.
Haptics Gaming Cushion
Razer’s collaboration with InterDigital has led to the creation of a unique prototype racing game that showcases the potential of haptic feedback in interactive entertainment. This prototype is not just a game; it’s a comprehensive experience that simulates the physical sensations of driving a race car. Players can feel the resistance of the steering wheel, the impact of rough terrain, and the g-force of acceleration, all from the comfort of their gaming setup. This level of immersion could signify a shift in how we consume all forms of entertainment, from gaming to movies and music.
The partnership between Razer and InterDigital is a significant step towards integrating haptic technology into various entertainment mediums. The potential applications are vast, with possibilities ranging from feeling the tension in a dramatic movie scene to experiencing the beat of a live concert. As Haptics gaming cushion technology matures, it could redefine the way stories are told and emotions are conveyed, offering a new dimension to the narrative and artistic expression.
The implications of haptic streaming are profound. As streaming services become more prevalent, the addition of tactile sensations could make the content we consume not only more captivating but also more emotionally resonant. With the integration of haptic feedback, viewers could feel the suspense of a thriller or the excitement of a live sports event, creating a connection that transcends traditional viewing experiences.
Razer’s initiatives, including Project Esther and MPEG haptics streaming, are pioneering steps towards a future where entertainment engages all our senses. Leveraging the speed and capacity of 5G networks, these technologies promise to bring our virtual experiences closer to reality. As haptic technology continues to evolve, we can anticipate a new era of storytelling and interaction in the digital realm, offering an unprecedented level of immersion.
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Google has introduced Genie 1.0, an AI system that represents a significant advancement toward Artificial General Intelligence (AGI). Genie 1.0 is a generative interactive environment that can create a variety of virtual worlds from text descriptions, including synthetic images, photographs, and sketches. It operates on an unsupervised learning model trained on low-resolution internet videos, which are then upscaled. This system is considered a foundational world model, crucial for the development of AGI, due to its ability to generate action-controllable environments.
Google has made a striking advancement in the realm of artificial intelligence with the unveiling of Genie 1.0, a system that edges us closer to the elusive goal of Artificial General Intelligence (AGI). This new AI is capable of transforming simple text descriptions into interactive virtual environments, marking a significant stride in the evolution of AI technologies.
At the core of Genie 1.0’s functionality is the ability to bring written scenes to visual life. This goes beyond the typical AI that we’re accustomed to, which might recognize speech or offer movie recommendations. Genie 1.0 is designed to construct intricate virtual worlds, replete with images and sketches, all from the text provided by a user. It relies on an advanced form of machine learning known as unsupervised learning, which empowers it to identify patterns and make informed predictions without needing explicit instructions.
One of the most fascinating features of Genie 1.0 is its proficiency in learning from imperfect sources. It can take low-resolution videos from the internet, which are often grainy and unclear, and enhance them to a more refined 360p resolution. This showcases the AI’s ability to work with less-than-ideal data and still produce improved results.
Google Genie 1.0 another step closer to AGI?
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Understanding Artificial General Intelligence (AGI)
The driving force behind Genie 1.0 is a robust foundational world model, boasting an impressive 11 billion parameters. This model is a cornerstone for AGI development, as it facilitates the generation of dynamic and manipulable environments. Such environments are not just static but can be altered and interacted with, paving the way for a multitude of potential uses.
The versatility of Genie 1.0 is evident in its ability to process a wide array of inputs, suggesting that its future applications could go far beyond the creation of simple 2D environments. Although it currently functions at a rate of one frame per second, there is an expectation that its performance will improve over time. As Google continues to enhance Genie with future iterations, we can expect a broadening of its capabilities.
The practical uses for Genie 1.0 are vast and varied. In the field of robotics, for instance, combining Google’s robotics data with Genie could lead to the creation of more sophisticated AI systems. The gaming industry also stands to benefit greatly from Genie, as it has the potential to revolutionize game development, offering novel experiences and serving as a platform for training AI agents in simulated environments.
While Genie 1.0 promises to significantly influence creative endeavors by enabling the generation of unique content from minimal input, it’s important to remain mindful of the concerns that accompany advanced AI systems. Skepticism about AI is not uncommon, and as technologies like Genie continue to advance, they will undoubtedly spark further debate about their impact and the ethical considerations they raise.
Exploring Genie 1.0’s Advanced Capabilities
Google’s Genie 1.0 represents a pivotal development in the journey toward AGI. Its innovative method of creating interactive virtual worlds and its ability to learn from low-resolution data highlight the immense possibilities within AI. As we look to the future, the continued refinement and application of systems like Genie will undoubtedly play a crucial role in shaping the trajectory of both technology and society.
Artificial General Intelligence, or AGI, is a type of intelligence that mirrors human cognitive abilities, enabling machines to solve a wide range of problems and perform tasks across different domains. Unlike narrow AI, which is designed for specific tasks such as language translation or image recognition, AGI can understand, learn, and apply knowledge in an array of contexts, much like a human being. The development of AGI is a significant challenge in the field of artificial intelligence, as it requires a system to possess adaptability, reasoning, and problem-solving skills without being limited to a single function.
At the heart of Genie 1.0’s functionality lies its ability to interpret and visualize text descriptions, transforming them into detailed virtual environments. This process is driven by unsupervised learning, a machine learning technique that allows AI to recognize patterns and make decisions with minimal human intervention. Unsupervised learning is crucial for AGI, as it enables the system to handle data in a way that mimics human learning, where explicit instructions are not always provided.
Genie 1.0’s proficiency in enhancing low-resolution videos to a clearer 360p resolution demonstrates its capacity to improve upon imperfect data. This is a significant step forward, as it shows that AI can not only work with high-quality data but also refine and utilize information that is less than ideal, which is often the case in real-world scenarios.
The Potential and Challenges of Google Genie
The foundational world model that powers Genie 1.0, with its 11 billion parameters, is a testament to the complexity and potential of this AI system. The ability to generate dynamic environments that users can interact with opens up a world of possibilities for various industries. For example, in robotics, Genie 1.0 could be used to create more advanced simulations for training AI, while in gaming, it could lead to more immersive and responsive virtual worlds.
Despite its current limitation of processing one frame per second, the expectation is that Genie 1.0 will become faster and more efficient with time. This improvement will expand its applications and make it even more valuable across different sectors.
However, the advancement of AI technologies like Genie 1.0 also brings about ethical considerations. As AI systems become more capable, questions arise about their impact on privacy, employment, and decision-making. It is crucial to address these concerns proactively, ensuring that the development of AI benefits society while minimizing potential risks.
In summary, Google’s Genie 1.0 is a significant step towards achieving AGI, with its innovative approach to creating interactive virtual environments and learning from various data sources. As this technology continues to evolve, it will likely have a profound impact on multiple industries and raise important ethical questions that must be carefully considered.
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Imagine a world where the lines between reality and the digital realm blur, where you can step into a photograph and explore it as if it were a living, breathing environment. In the ever-evolving landscape of artificial intelligence, Google’s DeepMind has made a striking advancement with the creation of Genie, an AI that can generate an endless array of 2D worlds for gaming. This innovative tool is trained on a massive amount of gaming footage and uses a complex model with 11 billion parameters to understand and create new gaming environments.
Genie is not just another AI; it’s a sophisticated system that can interpret hidden actions within data, known as latent actions. This allows it to take simple images, even children’s drawings, and turn them into interactive, playable worlds. The implications of this technology are vast, with potential applications in robotics and the pursuit of artificial general intelligence.
What sets Genie apart is its use of unsupervised learning. Unlike traditional AI, which relies on clearly labeled data, Genie learns by identifying patterns and relationships on its own. This means it can process a wide range of internet videos to learn how to create games without being influenced by existing biases. This approach is key to providing a varied and engaging gaming experience.
Google Deepmind Genie world creator
Genie’s capabilities extend beyond learning. It can take images, sketches, and photos and transform them into virtual worlds that understand and replicate physical properties, such as depth. It can even learn to mimic behaviors from videos it has never seen before, showcasing its incredible adaptability.
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The AI’s performance is impressive. With minimal examples, Genie can replicate the gameplay of highly skilled players, a testament to its extensive parameters and the ability to scale with computational resources. Furthermore, Genie’s training includes robotics data, highlighting its potential in creating versatile AI agents.
As a foundational world model, Genie is at the forefront of AI systems that can generate and manage virtual environments. Its development marks a significant step forward in foundational world models and opens the door to more sophisticated AI applications in gaming, robotics, and beyond.
Google DeepMind’s Genie is a remarkable AI that does more than create games; it heralds a new era of artificial intelligence. Its capacity to produce an infinite number of playable 2D worlds from image prompts is a powerful demonstration of unsupervised learning’s capabilities. The progress of Genie is a clear indicator of the vast potential AI holds for transforming various industries and the exciting possibilities that lie ahead.
DeepMind’s Genie: A Leap in AI-Driven Game Creation
DeepMind’s Genie represents a significant leap in the field of artificial intelligence, particularly in the realm of game development. By harnessing the power of a neural network with 11 billion parameters, Genie can analyze and synthesize gaming environments with unprecedented complexity and variety. This neural network is a type of machine learning model designed to recognize patterns in large datasets, similar to the way the human brain operates. The sheer number of parameters indicates the model’s capacity to process and generate intricate details within the 2D worlds it creates, making each environment unique and engaging for players.
The technology behind Genie is not only about creating visually appealing worlds but also about understanding the underlying mechanics that make a game enjoyable and functional. By interpreting latent actions, which are the implicit decisions and movements within a game, Genie can construct playable worlds that respond to player interactions in a realistic and dynamic manner. This capability is crucial for developing games that are not only fun to look at but also offer a rich and interactive gaming experience.
Unsupervised Learning: The Engine Behind Genie’s Creativity
One of the most groundbreaking aspects of Genie is its reliance on unsupervised learning. This form of machine learning does not require labeled datasets, which are typically used to teach AI systems by providing examples with predefined outcomes. Instead, unsupervised learning algorithms identify patterns and relationships within the data on their own. This approach allows Genie to learn from a diverse array of internet videos, including gaming footage, without the need for explicit instructions or guidance. As a result, the AI can develop a broader understanding of game design principles and apply them in novel ways, free from the constraints of human bias.
The unsupervised learning approach is particularly advantageous for creating a wide variety of gaming experiences. Since Genie is not limited to a specific set of rules or styles, it can generate games that are not only unpredictable and original but also tailored to an extensive range of preferences and interests. This flexibility is key to keeping players engaged and ensuring that the gaming landscapes it creates are always fresh and exciting.
Implications for AI Development and Industry Applications
The development of Genie by Google DeepMind is more than just an advancement in gaming technology; it signifies a broader shift in the capabilities of AI systems. The ability to generate an endless array of 2D worlds from simple image prompts showcases the potential of AI to understand and recreate complex systems. This technology could have far-reaching implications beyond gaming, including advancements in robotics where AI agents need to navigate and interact with unpredictable environments.
Moreover, Genie’s proficiency in creating virtual worlds that accurately simulate physical properties and behaviors suggests that AI can achieve a higher level of understanding of the real world. This understanding is crucial for the development of artificial general intelligence (AGI), which aims to create AI systems that can perform any intellectual task that a human can. As foundational world models like Genie continue to evolve, they pave the way for more sophisticated AI applications that could revolutionize not only entertainment but also industries such as healthcare, transportation, and urban planning.
In summary, Google DeepMind’s Genie is a remarkable AI system that exemplifies the power of unsupervised learning and the potential for AI to innovate across various sectors. Its ability to create infinite, interactive gaming worlds from minimal input is a striking demonstration of the progress being made in artificial intelligence, and it hints at the transformative impact AI could have on our world in the years to come.
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Semtech has unveiled the AirLink XR60, a new device that’s making waves in the world of 5G router technology. This tiny but mighty router is catching the attention of professionals across various industries, including public safety, utilities, and industrial sectors. The XR60 is not just any router; it’s currently recognized as the world’s smallest rugged 5G router, and it’s built to provide high-speed 5G and Wi-Fi 6 connectivity under the most challenging conditions.
The size of the XR60 is one of its most notable features. It’s small enough to fit into tight spaces, which is ideal for use in vehicles used by emergency responders or in complex infrastructure systems. Despite its compact form, it doesn’t compromise on power or performance. The XR60 is designed to seamlessly integrate into existing networks, which means organizations can upgrade their connectivity without the need to completely replace their current systems.
Rugged AirLink XR60 5G router
Performance is at the heart of the XR60’s design. It combines the latest in connectivity technologies, including 5G, Wi-Fi 6, and 5 Gbps Ethernet. It also supports USB-C, which all work together to ensure fast data transfer and reduced latency. This is crucial for applications that depend on immediate access to data, such as streaming live video or using web applications in the field. The XR60 is also equipped with edge computing capabilities and Cognitive Wireless technology, which intelligently manages network traffic across various 5G and LTE bands.
XR60 key benefits summary :
High Performance: Equipped with 5G, Wi-Fi 6, 5 Gbps Ethernet and USB-C technologies.
Ultra-Compact Design: Ideal for space-constrained industrial settings and vehicle applications.
Ultra-rugged Design: MIL-STD-810H grade shock and vibration resilience, extreme temperature and humidity operating range, intrinsic safety (C1D2) and power redundancy.
Future-Proofing: New-gen solution with flexible software-defined routing functions and multi-band support.
Edge Intelligence: Industry-standard container support for superior computing capabilities (beta program)
Long-term support and remote management with 5 years of AirLink Complete offered to all XR60 routers purchased and registered in 2024.
Durability is another key aspect of the XR60. It’s built to military standards (MIL-STD-810H), which means it can withstand a wide range of physical stresses, including shocks, vibrations, and extreme temperatures. This makes it a reliable choice for mission-critical operations where failure is not an option. The XR60 also includes safety features and power redundancy to ensure it keeps running smoothly, no matter the circumstances.
Security and network management are essential, especially in a device that’s meant to handle sensitive and critical data. The XR60 comes with a one-year AirLink Complete service package, which provides users with device management, security management through ALMS, technical support, and a hardware warranty. Semtech is also offering a special promotion for those who register their routers in 2024, extending this service to five years, which provides additional peace of mind for users.
The XR60 is not only ready for commercial use but has also been certified for use on AT&T’s network. Semtech is working on obtaining certifications for other global 5G networks, ensuring that the XR60 will be a reliable option for connectivity across different regions and with various network providers.
For professionals who need a small, robust, and high-performing 5G router, the AirLink XR60 from Semtech stands out as a top choice. It’s a device that promises to deliver on connectivity, endurance, and performance, making it a valuable tool for enhancing operations now and in the years to come. With its availability and the extended service package, the XR60 is ready to support the demanding needs of various industries looking to leverage the speed and reliability of 5G technology.
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In the world of PC gaming, enthusiasts are constantly pushing the boundaries of what’s possible. The latest trend is to pack the punch of a high-performance gaming system into a space no larger than a shoebox. This quest for compact power is not just a display of technical skill but also a reflection of the creativity that thrives within the gaming community.
At the heart of this latest project by custom PC maker Optimum is the goal to build an incredibly small gaming PC that doesn’t compromise on speed or quality. Optimum took on the challenge of shrinking the traditional gaming setup while ensuring it can still handle the most graphically intense games on the market. The key component in the miniature gaming machine is the RTX 4060 graphics card. Despite its small size, this card is a beast, capable of delivering the smooth, high-resolution gameplay that gamers crave. It’s an essential piece of the puzzle, allowing Optimum to maintain a tiny footprint without losing out on performance.
Another critical element is the motherboard. Optimum chose an ITX motherboard, which is renowned for its compact size. This board comes equipped with specially designed heat sinks that are low-profile, ensuring that our system remains slim and sleek while also keeping the heat down.
World’s smallest gaming PC
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Cooling is a major concern in such a small system, and Optimum addressed this with the Alpenfohn Black Ridge CPU cooler. It’s a compact cooler that’s surprisingly effective at managing heat, ensuring that the world’s smallest gaming PC stays cool even when the gaming action heats up.
Powering the tiny PC system is the HDPLEX ATX power supply, a 250W unit that’s impressively small and passively cooled. This means we don’t need to add extra fans, which helps us keep the size of our gaming PC as small as possible.
The innovation doesn’t stop with the internal components. Optimum also designed a custom PC case using 3D modeling to ensure every inch of space is used efficiently. Optimum chose ABS filament for the 3D printing because it’s more heat-resistant than PLA, reducing the risk of melting under high temperatures. Optimum even paid attention to the small details, like the mechanical key switch for the power button. It’s a small touch, but it adds a satisfying click and ensures the system is built to last.
Ventilation is key in a compact build, and Optimum strategically designed vents to keep cool air flowing in and hot air flowing out. This helps prevent overheating, which is crucial in a tightly packed space. The design of the PC isn’t just about function; it’s also about form. Optimum created a case that’s not only technologically advanced but also visually appealing, making a statement on any gamer’s desk.
This project by PC maker Optimum is more than just creating a small gaming PC. It’s about inspiring a wave of innovation, encouraging gamers and builders to think differently about the size of their rigs. It’s about proving that you don’t need a giant tower to experience top-tier gaming. It’s about setting a new standard for what’s possible in compact computing and inviting others to join us in this exciting journey. If you have built any similar small form factor gaming PCs please drop a link in the comments below.
Image Credit : Optimum
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In the fast-paced world of technology, staying powered up and connected is more important than ever. AOHi has stepped up to the challenge with the introduction of The Future Racing Cable, a cutting-edge 3-in-1 cable that is setting new standards in the realm of electronic accessories. This cable is not just another addition to the market; it’s a sophisticated tool designed to meet the high demands of modern devices, including the latest iPhone 15 series.
Imagine being able to charge your MacBook Pro 16″ up to 56% in just 30 minutes. That’s the kind of efficiency The Future Racing Cable brings to the table with its impressive 240W charging capacity. It’s a significant time-saver for professionals and tech enthusiasts who can’t afford to be tethered to a charging port for long periods. The ability to quickly recharge devices means less downtime and more productivity, which is invaluable in today’s fast-moving environment.
Early bird benefits are now available for the originative project from roughly $69 or £54 (depending on current exchange rates), offering a considerable discount of approximately 46% off the typical retail price, while the Indiegogo crowd funding is under way. But The Future Racing Cable isn’t just about rapid charging. It also excels in data transfer, boasting a 40Gbps rate that makes transferring large files and documents a breeze. For those who work with substantial amounts of data, this feature is a godsend, providing quick and easy access to information when it’s needed most. This level of performance is essential for maintaining a smooth workflow and staying ahead in competitive fields.
Modular charging cable
The cable’s capabilities extend to audio and video quality as well. With support for 8K@60Hz transfers, users can enjoy an immersive experience whether they’re streaming, gaming, or engaged in professional multimedia work. The promise of crisp, uninterrupted Ultra HD content is particularly appealing to those who demand the highest standards in audiovisual performance.
User convenience has been a focal point in the design of The Future Racing Cable. Its splicable DIY design is a standout feature, allowing users to customize the cable length according to their needs. This adaptability is perfect for creating a tidy workspace or reaching power sources that are out of the way. The ability to modify the cable length not only enhances the user experience but also contributes to a more organized and efficient environment.
If the modular charging cable crowdfunding campaign successfully raises its required pledge goal and production progresses smoothly, worldwide shipping is expected to take place sometime around March 2024. To learn more about the Future Racing Cable modular charging cable project view the promotional video below.
The cable is designed with USB-C devices in mind and comes with USB-IF certification, ensuring it meets strict industry standards. It’s particularly optimized for the iPhone 15 Pro/Pro Max, offering enhanced data transfer speeds that are sure to be appreciated by advanced users. This optimization is a testament to AOHi’s commitment to staying abreast of the latest technological developments and catering to the needs of its customers.
Safety is paramount when it comes to electronic accessories, and The Future Racing Cable addresses this concern with the inclusion of an E-Marker smart chip. This chip ensures stable voltage during fast charging, which is essential for protecting devices from potential damage and extending their lifespan. The integration of such safety features demonstrates AOHi’s dedication to providing not only a high-performing product but also one that is reliable and secure.
The Future Racing Cable by AOHi is more than just a cable; it’s a comprehensive solution for the digital age. It’s designed to keep up with the rigorous demands of charging and data transfer, offering a customizable and secure experience for users. With its combination of power, speed, and versatility, this cable is set to become an indispensable tool for anyone who values efficiency and quality in their electronic devices. Whether you’re a professional on the go, a tech enthusiast at home, or anyone in between, The Future Racing Cable is poised to enhance the way you connect and power up in an ever-evolving digital landscape.
For a complete list of all available pledge options, stretch goals, extra media and operational specifications for the modular charging cable, jump over to the official Future Racing Cable crowd funding campaign page by following the link below.
Source : Indiegogo
Disclaimer: Participating in crowdfunding campaigns on sites like Kickstarter and Indiegogo involves inherent risks. While many projects successfully meet their goals, others may fail to deliver due to numerous challenges. Always conduct thorough research and exercise caution when pledging your hard-earned money as you might lose it all if the project fails.
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NVIDIA’s senior research scientist, Jim Fan, has introduced a concept that is poised to enhance the way AI operates across different environments. During a recent Ted Talk, Fan presented the “foundation agent,” a specialized AI designed to master a wide array of skills, making it adept at functioning in both digital and physical realms. This development marks a significant step forward in AI technology, as it moves beyond the goal of replicating human cognition, which is the focus of Artificial General Intelligence (AGI).
Foundation agents are not just another type of AI; they are built to excel in diverse scenarios, from gaming and the emerging metaverse to advanced drone operations and the creation of humanoid robots. Nvidia’s own foundation agent, known as Voyager, has already showcased its prowess by playing the popular game Minecraft at a professional level. Voyager’s ability to learn independently and navigate intricate environments is a clear indication of its sophisticated learning mechanisms.
What sets Voyager apart is its method of “coding as action,” which allows it to convert interactions within a 3D space into textual commands. This process enables the AI to refine its skills within the gaming environment. Moreover, foundation agents are designed to be self-improving entities, constantly seeking out new challenges and acquiring new abilities without being confined to a fixed development trajectory.
NVIDIA Voyager AI Agent
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Training these advanced AI agents involves the use of comprehensive datasets, such as YouTube videos, which equip the agents with the knowledge to operate in various forms, from robots to simulations, and in different realities, whether virtual or physical.
The inspiration behind these AI systems stems from the simulation hypothesis, which posits that our own reality might be a simulation. This intriguing idea has shaped the way AI agents are developed, with an emphasis on their ability to move seamlessly between simulated environments and the real world, thus ensuring their versatility and effectiveness.
NVIDIA’s platforms, Omniverse and ISAC Sim, play a crucial role in the training and simulation of these AI agents. These platforms offer the scalability and flexibility needed for practical applications in the real world. A notable example of this technology in use is Urea, a robotic hand that has mastered complex tasks through a blend of language modeling and reinforcement learning within simulated settings.
The presentation offers a forward-looking view into the development and potential future of generally capable AI agents, drawing upon significant milestones in AI research and development, such as the notable victory of AlphaGo over human Go champion Lee Sedol in 2016. This victory is positioned as a watershed moment, signaling the mainstream arrival of AI agents but also highlighting their limitations in versatility and applicability across diverse tasks and environments. The speaker’s narrative then transitions towards a vision for AI agents that are as adaptable and multifaceted as those depicted in science fiction, capable of operating across a broad spectrum of activities, physical forms, and realities.
Jim Fan NVIDIA AI Ted Talk Summary
The presentation offers a forward-looking view into the development and potential future of generally capable AI agents, drawing upon significant milestones in AI research and development, such as the notable victory of AlphaGo over human Go champion Lee Sedol in 2016. This victory is positioned as a watershed moment, signaling the mainstream arrival of AI agents but also highlighting their limitations in versatility and applicability across diverse tasks and environments. Fan’s narrative then transitions towards a vision for AI agents that are as adaptable and multifaceted as those depicted in science fiction, capable of operating across a broad spectrum of activities, physical forms, and realities.
The journey towards achieving such broadly capable AI agents is structured around three primary axes of development:
Skill Acquisition: The speaker introduces the Voyager project, an AI that demonstrates the ability to learn and execute a wide array of skills within the Minecraft environment. By converting the game’s 3D world into a textual representation and using GPT-4 to generate JavaScript code, Voyager autonomously develops executable skills. Through a cycle of action, observation, reflection, and adaptation, it expands its abilities, showcasing a form of lifelong learning.
Embodiment Flexibility: The MetaMorph initiative is presented as a breakthrough in enabling a single AI model to control and adapt to thousands of robots with varying configurations. This is achieved through a specialized vocabulary that describes each robot’s body parts, allowing the AI to generate appropriate motor controls. MetaMorph represents a significant step towards achieving versatility in physical embodiment for AI agents.
Reality Mastery: IsaacSim, an Nvidia simulation tool, exemplifies the capability to rapidly accelerate the learning process for AI agents by simulating physical laws and environments at speeds vastly exceeding real-time. This capability allows for the efficient training of AI models in complex tasks and environments, suggesting a pathway for AI to generalize skills across virtual and potentially real-world settings.
The concept of a “Foundation Agent” is introduced as the ultimate goal, an AI that can generalize across all three development axes—skill variety, embodiment diversity, and reality adaptation. The Foundation Agent would operate based on prompts related to tasks and embodiments, applying a scalable approach similar to how ChatGPT handles diverse language tasks. The speaker envisions a future where such a Foundation Agent enables the autonomy of entities across both physical and virtual domains, embodying the versatility and adaptability seen in fictional AI characters.
In conclusion, the presentation outlines a roadmap for the evolution of AI from specialized agents like AlphaGo to universally capable entities. By harnessing advancements in skill acquisition, embodiment flexibility, and reality mastery, the speaker advocates for a future where AI can fulfill the diverse and dynamic roles envisioned in science fiction, marking a significant leap forward in our quest for artificial intelligence.
Fan’s Ted Talk underscored the transformative potential of foundation agents in bridging the gap between the digital and physical worlds. As these agents continue to evolve, they are expected to enhance our interactions with technology and broaden our abilities across various industries. The introduction of foundation agents is a testament to Nvidia’s commitment to advancing AI technology and its applications, promising to enrich our experiences in ways we have yet to imagine.
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LG has unveiled the world’s first transparent OLED TV at the 2024 Consumer Electronics Show, the LG Signature OLED T and the device comes with a 4K resolution and as we can see from the photos, a transparent display.
The new Transparent OLED TV comes with a 77-inch display and it is designed to blend into your home and replace the standard black screen of a TV, you can see more informatiob about the device below.
LG SIGNATURE OLED T liberates users from a dominant black screen that competes with the décor in their home. Maintaining its 77-inch screen size, OLED T and its innovative transparent display seamlessly harmonizes with its environment. Practically invisible when turned off, it blends into the environment and frees users from the long-standing problem of what to do with the ‘big black screen.’ The TV’s beautiful see-through screen also helps to make one’s space feel larger, providing a sense of openness.
The unique LG OLED T brings with it many new possibilities, from where it can be placed in the room, to the kinds of user experiences that LG can now deliver.
Its transparent OLED screen removes the usual constraints that come with conventional TVs. No longer does the TV have to be placed against the wall. Instead, users can place the OLED T in the middle of the room to become a divider or prop it against the window without blocking the view outside. The included Zero Connect Box, which leverages LG’s cutting-edge wireless transmission technology to send 4K images and sound to the OLED T, also enables users to place their TV anywhere, regardless of where the electrical outlets are located in the room. With no cables between the Zero Connect Box and the OLED T, users can enjoy a clean, cable-free viewing environment.
You can find out more information about the new LG Signature OLED T transparent TV over at the LG website at the link below, the devcie is being showcased at CES 2024 this week.
Source LG
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Blackview, founded in 2013, is an innovation-driven tech company with extensive industry experience in rugged smart devices. Over the past decade, Blackview has been breaking many new grounds in the rugged smart device field with a slew of industry firsts: the first rugged phone with thermal imaging-BV9800 Pro, the first rugged phone with night vision-BV8800, the first rugged phone with 40M laser rangefinder or 100-lumen flashlight-BV9300. Not to mention N6000, the first mini rugged phone, and the Active 8 Pro, the first rugged tablet. All of them are warmly welcomed and loved by people from over 80 countries worldwide.
Following years of remarkable success in the field of rugged smart devices, Blackview & OSCAL saw a spike in users’ demand for zero-cost energy (solar, hydro, wind) in response to the rising cost of electricity bills brought on by wars and ongoing power outages during peak seasons. Adhering to the determination to bring the comfort of modern civilization to the wilderness, OSCAL has launched PowerMax 700 and PowerMax 300 in the field of portable power stations, which immediately became well-known as top sellers among users worldwide. Drawing from their experience in rugged smart devices and portable power stations, their R&D team recently undertook a pioneering effort to integrate rugged capabilities from rugged phones into power stations. As a result, PowerMax 3600, the first rugged portable power station in the world was introduced.
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What sets the PowerMax3600 apart from the rest? Insufficient battery capacity? Unlike others that only support 10 battery packs, PowerMax 3600 has been innovatively expanded with up to 15 battery packs, extending the battery capacity from 3.6 kWh to 57.6 kWh for up to 30 days of home backup. Prolonged charging times? Unlike others that require at least 1.5 hours in recharging, PowerMax 3600 initially charges at a maximum input wattage of 3600W, which can be charged to full in only 1.2 hours. High-power device charging? Unlike others that only support an output power of 3000W or less, PowerMax 3600 supports 3600W of output power, which is able to charge 99% of essential devices, including outdoor work tools like drills and chainsaws as well as home appliances like air conditioners and refrigerators. Multi-device charging? Unlike others with only 10 or fewer ports, the PowerMax 3600 supports up to 14 output ports to power all the devices required for the party. Short battery lifespan? Unlike others with NCM/NCA batteries, PowerMax 3600 adopts EV-class LiFePo4 batteries with a battery lifespan of up to 25 years, which is five times longer than NCM/NCA batteries. Slow switchover to backup power? Unlike peers that require 20-30ms for UPS switchover, PowerMax 3600 has achieved a tech breakthrough in ultra-fast UPS switchover of 5-8ms, which is twice as fast as other power station devices, ensuring uninterrupted use of essential devices like CPAP. Inconvenient in-unit control? PowerMax 3600 uses TI chips with a 10% faster button response speed than that of devices using Etron chips. Smart app control? PowerMax 3600 also supports remote control with smart app, so that the operation of the power station is under control regardless of distance.
First Attempt! Evolving from Rugged Phones to Rugged Power Stations
Drawing upon years of experience in creating rugged phones, Blackview is taking a groundbreaking step by incorporating the unbreakable features of rugged phones into rugged power stations. Concerns about accidental drops from grasps while removing Blackview OSCAL PowerMax 3600 from the car or stairs are allayed by its reinforced ABS+PC material construction, which makes it strong enough to withstand any adventure with up to 0.8m vertically drop-proofness. It can be used anywhere, from fishing on the edges of wet lakes to working in dusty building sites, because it effectively blocks the entry of certain solid particles and vertical splashes of water. Be it the exploration of Alaska’s glaciers or the vast Sahara deserts, Blackview OSCAL PowerMax 3600 remains unaffected by the most extreme temperatures from -20~55°C. (Ideal from -10°C to 45°C). Even in the midst of desert exploration, the PowerMax 3600’s Anti-UV feature protects it from fading and aging brought on by prolonged sun exposure, and its UL94V-0 flame-retardant case ensures that there is no risk of fires spread resulting from heat generation.
Not only does PowerMax3600, like many other power stations, offer five LED light modes for illumination while setting up tents, preparing food, or reading the map at night, but it can also be used to transmit more information by adjusting the brightness and flashing pattern using Morse code, which is especially useful to convey distress signals if users are separated from his partners in areas with no signal while exploring in the wilderness.
Expandable Power for Tailored-made Occasion, Luggage-like Design for Easy Movement
Support up to 15*Extra Batteries(3.6kWh/Per), Capacity From 3.6kWh to 57.6 kWh.
From outdoor portable power for camping or RVs to home backup power for short-term power outages caused by severe weather and long-term power outages caused by energy crises, the issue of insufficient battery capacity for home and outdoor backup power has long surrounded users. Compared to most competitors with fixed capacity, Blackview OSCAL PowerMax 3600 delivers an expandable capacity from 3.6kWh to 57.6 kWh, which is an absolute modular model that accepts up to 15*extra battery packs (3.6kWh/Per) to make full use of its potential for any situation. When used as a portable power source for outdoor activities like camping or tailgating, 3.6kWh is sufficient for 1-day usage. If it works as a backup power station for professional fields like disaster relief or street businesses, 28.8kWh is ready for 7-day usage. If the purpose of that is for whole-house backup power during ongoing power cuts, 57.6kWh is more than enough for up to 30-day usage if used 2kWh/day on average. Despite its outsized capacity, Blackview OSCAL PowerMax3600 spares users, especially the elderly, a world of hassle when moving it from one place to another place thanks to its luggage-like design with easy-to-pull handles and smooth-rolling wheels, which makes the next beach trips or mountain vacations more comfortable and more enjoyable.
When using a power station, the inability to operate high-power appliances and the limitation on charging multiple devices simultaneously have consistently troubled users. Whether it’s for RVs, travel trailers, or even at-home emergencies, Blackview OSCAL PowerMax 3600 is perfect for worry-free power supply with a massive 3,600W power output that can power 99% of the essential devices, handling power surges from professional tools for off-grid living like power drills and cutting machines to household essentials for home backup like microwaves, refrigerators, and air conditioners. In the case of an unplanned outage, all the charging outlet demands of the family party will be satisfied with 14 outlet sources –four AC outlets for charging the electricity grill, refrigerator, coffee maker, and sound system, one Anderson port for charging drones, two DC55521 ports for charging camping lights, six USB ports for charging cell phones, tablets, etc, and one cigarette lighter port for charging most of the in-vehicle devices.
Super-safe System for Any Risk, Long-Lasting Battery Life for Any Adventure
Advanced LiFePO4 Battery+Eightfold Safety Protection BMS+24/7 UPS with 5-8ms Switch
Safety and durability stand as top priorities of users when choosing a power station. Unlike some power stations with lithium ternary batteries on the market, Blackview OSCAL PowerMax 3600 combo relies on particularly robust and long-lasting LiFePO4 battery cells for an extended lifespan to remain 80% after 3,500 life cycles, equivalent to 25 years of usage if used once every two days, which is 4-6 times longer than those with NCM batteries. As safe as it is, it includes an eightfold protection battery management system (BMS). So any potential glitches, be it overheating, overload discharging, or over-voltage issues, can be promptly fixed. Plus the cooling system is enhanced with four 38mm smart temperature-activated fans that facilitate efficient heat dissipation by up to 40 ℃. What’s more, the high-temperature warning will be triggered at 55°C and the high-temperature overload protection will be activated at 58°C, protecting the device from damage by high temperature.
If the grid goes down while users are watching TV, cooking supper, or working from home, the 24/7 Uninterrupted Power Supply (UPS) system of Blackview OSCAL PowerMax 3600 won’t leave users groping in the dark for a flashlight. In as little as 5 ms, which is nearly 80% faster than peers with 20-30ms, it switches over to work as an emergency backup power, so users can hardly notice the slight flickering of the lights, delivering constant power to protect users’ computers from data loss and maintain uninterrupted operation of users’ fish tank, refrigerator, CPAP, and other essentials.
Zero-cost and Green Energy! Super-fast Recharging! Fuel up to 80% in Just 0.96Hrs
The difficulties users encounter while recharging the power station might be the limitations in charging options and charging speed. Going beyond the conventional charging methods supported by most power stations on the market, such as AC charging, solar charging, car charging, and dual charging, PowerMax 3600 has been intentionally designed to accommodate more charging options including EV charging stations, gas generators, and lead-acid batteries. Aware of the soaring cost of fuel and electricity, PowerMax 3600 not only supports typical zero-cost green energy sources like the sun (solar charging) but also makes it easier to charge from wind (wind turbines charging) and water(wind turbines charging).
How to cushion soaring energy bills with Blackview OSCAL PowerMax 3600? Take solar charging as an example. By connecting with solar panels at 1600W solar input, it captures and converts the sunlight into ready-to-use solar energy in just 2.25 hours for later use when utility power costs a pretty penny during peak hours, saving up to $1612.8/Year for users. When paired with PV and AC input, it charges from 0% to 80% SOC at a rate of 3600W in just 0.96H, which means it can be fully charged during the luggage preparation without delaying the next trip. Besides, Blackview OSCAL’s solar panels PM100/PM200 are also available for purchase, which is exceptional in transformation efficiency of 21.7%-23%, allowing for a steady stream of 100W/200W to top up the battery. With a fold-and-go design, users can take them wherever they go whether it’s camping or adventuring.
User-friendly Control with Smart App+Eco-friendly Operation without Fumes & Noise
Power station users, especially elderly ones, often face inconvenience caused by unintuitive operations. Apart from featuring an oversized LCD display with easy-to-read font sizes, OSCAL PowerMax 3600 adopts thumb-sized buttons for controlling the device. All operations are just a touch away with the built-in TI chip that is 10% faster in button response time when compared to other devices using Etron chips. Also, Blackview OSCAL PowerMax 3600 utilizes a Smart app for remote control, where users can access to monitor and control remotely for ongoing management.
Unlike gas generators, it works without emitting toxic fumes or disturbing the peace, running as quietly as 62dB max(1.5M distance), making it usable in even confined spaces.
Shipping & Warranty & After Sales
Once released, users are anticipated to receive their orders within 7-10 days. Rest assured about any quality concerns— Blackview OSCAL guarantees a 4-year warranty with 24/7 online support as well as several offline service centers. Stay tuned for more updates.
Price & Availability
Get ready for the unveiling of Blackview OSCAL PowerMax 3600 on Indiegogo, starting from January 10th. Get yours for as low as $1799! More accessories such as battery packs, trolly, solar panels, car charging cables, and AC charging cables are also available. Don’t miss the bonus perks – all crowdfunding backers have a chance to unlock exclusive gifts.
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When using a power station, the inability to operate high-power appliances and the limitation on charging multiple devices simultaneously have consistently troubled users. Whether it’s for RVs, travel trailers, or even at-home emergencies, Blackview OSCAL PowerMax 3600 is perfect for worry-free power supply with a massive 3,600W power output that can power 99% of the essential devices, handling power surges from professional tools for off-grid living like power drills and cutting machines to household essentials for home backup like microwaves, refrigerators, and air conditioners. In the case of an unplanned outage, all the charging outlet demands of the family party will be satisfied with 14 outlet sources –four AC outlets for charging the electricity grill, refrigerator, coffee maker, and sound system, one Anderson port for charging drones, two DC55521 ports for charging camping lights, six USB ports for charging cell phones, tablets, etc, and one cigarette lighter port for charging most of the in-vehicle devices.
