LAS VEGAS, Jan. 7, 2026 /PRNewswire/ -- At CES 2026, Dreame, a global leader in high-end consumer electronics and intelligent manufacturing, will host a major product launch event for a comprehensive showcase of its innovative advancements driven by global strategic expansion. Dreame will announce its foray into the competitive global television market, unveiling and exhibiting its new premium TV series for the first time. As of December 2025, global orders for Dreame TV have exceeded 100,000 units.
Key highlights of the presentation will include the future-defining "Black Crystal True Color Screen" and the Aura Mini LED Premium Display technology, which not only underscore Dreame TV's leadership in television display technology but also reflect its long-term vision and strategic roadmap for future development.
V3000 with Black Crystal True Color Screen: The Pinnacle of Visual Fidelity for Enthusiasts and Gamers
Engineered to be the centerpiece of a premium home theater, the Dreame Aura Mini LED 4K TV V3000 features the proprietary "Black Crystal True Color Screen" with an ultra-low 1.8% reflectivity. This innovation practically eliminates glare and reflections, ensuring a crystal-clear picture even in brightly lit rooms. It achieves a breakthrough 178° wide viewing angle without color fading.
At its heart is the Aura Mini LED Premium Display technology, synergizing QLED+ and Mini LED to deliver breathtaking picture quality with exceptional color volume (over 1.07 billion colors), 98% DCI-P3 wide color gamut, and remarkable 2800 nits peak brightness.
The V3000 is also a gaming powerhouse, featuring a blazing-fast 300Hz refresh rate, an ultra-low 5.3ms response time, and support for VRR, ALLM, and AMD FreeSync™ Premium.
S100: The All-in-One Entertainment Powerhouse with Built-In Theater Soundbar
Designed for consumers seeking a complete entertainment solution, the Dreame Aura Mini LED 4K TV S100 utilizes an advanced Aura Mini LED backlight system with full-array local dimming for precise light control and impressive contrast.
Its 1000 nits peak brightness and QLED+ technology ensure sharp, lifelike detail. The custom Dreamind™ Pro AI Processor intelligently upscales 2K content to near-4K quality.
The most groundbreaking aspect is its integrated Dreame 4.1.2ch Master Sound System—a high-performance soundbar built directly into the TV. It houses 11 dedicated sound units, delivers 70W peak output, and features 270° physical sound coverage for an immersive audio environment.
Expanding the Lifestyle and Audio-Visual Ecosystem
The Dreame TV continues to bridge technology and aesthetics through its lifestyle product series, including the T2 laser projector. For CES 2026, Dreame will introduce two high-performance home theater soundbars. The Dreame Pano S2 Soundbar boasts a 5.1.2ch Pro Dolby Surround System, while the Dreame Pano S1 fuses Bauhaus design with a 3.1.2ch Pro Dolby System.
Dreame also will unveil the Professional WUHD 5K Monitor X1 Ultra and the MegPad M2 Pro. The X1 Ultra enhances productivity with 5K resolution and Multi-Window Modes, and the M2 Pro redefines home entertainment with 4K delicate image quality and a Long-Lasting Power Hub.
Product Availability and Price
- The Aura Mini LED 4K TV V3000 is anticipated to launch globally in 2026, with a projected retail price range of $2,299 to $7,999.
- The Aura Mini LED 4K TV S100 is now available in select regions, priced between $1,299 and $3,999.
About Dreame Technology
Established in 2017, Dreame Technology is a global leader in high-end consumer electronics and intelligent manufacturing with the vision to empower lives through technology. Follow us on Facebook, Instagram, TikTok and Twitter. For more information, visit https://global.dreametech.com/
** The press release content is from PR Newswire. Bastille Post is not involved in its creation. **
Dreame Unveils New Aura Mini LED TVs at CES 2026, Targeting Home Theater and Gaming Enthusiasts
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GENEVA, Jan. 8, 2026 /PRNewswire/ -- All Here announces the launch of the Bio-Intelligence Initiative, the world's first research program exploring how deep meditative states of stability and silence of Mind give rise to measurable neural patterns, and how these complex neural signatures may inspire the development of biologically linked, energy-efficient, and adaptive AI systems.
As artificial intelligence systems continue to scale through increased computing power and energy consumption, All Here is advancing an alternative research pathway grounded in the principles of complex decision making enabled by biological intelligence.
The Bio-Intelligence Initiative investigates how coherent and low-noise neural states observed in the human brain can serve as reference models for training emerging biocomputing and bio-artificial intelligence systems, drawing in particular on the complex neural signatures observed in deep meditative states.
"Biological intelligence operates with extraordinary efficiency, coherence, and adaptability," said Erkin Bek, Founder of All Here and the World Meditation League. "Through advanced meditation, the human brain can reliably enter stable yet complex states that modern neuroscience is now able to observe and characterize with high precision. Our initiative explores how these states may help create training models and guide the development of future intelligence systems that are not only more efficient, but also more adaptive."
Attention and Self-Regulation as a Training Model for Organoids
The All Here Bio-Intelligence Initiative approaches meditation not as a philosophical practice, but as a scientifically supported and repeatable method for inducing identifiable neural signatures. These signatures—associated with sustained attention, self-regulation, neural coherence, and low-noise dynamics—are studied as potential blueprints for training models in biological computing systems composed of living human neurons and stem-cell-derived organoids.
Rather than relying on traditional brute-force computation, the initiative explores training frameworks inspired by how the human brain naturally self-organizes under conditions of disciplined attention.
Collaboration and Interdisciplinary Research
The initiative is conducted in collaboration with leading neurobiologists, neuroscientists, and artificial intelligence experts in Switzerland and internationally. By bridging neuroscience, meditation research, and emerging biocomputing technologies, All Here aims to contribute foundational knowledge to the development of next-generation BioAI (Bio Artificial Intelligence).
Addressing the Limits of Silicon-Based AI
Despite rapid progress, silicon-based AI systems increasingly depend on large-scale data centers and escalating energy demands. These approaches lack the adaptive efficiency and self-organizing dynamics inherent to biological intelligence and computation.
The Bio-Intelligence Initiative responds to this challenge by advancing biologically inspired models that emphasize coherence, adaptability, and energy efficiency, offering a research pathway toward more sustainable and adaptive computing systems.
About All Here
All Here is a Geneva-based research and development organization built on three core pillars: Science, Technology and evidence-based Meditation Practice. Through collaboration with leading neuroscientists, high-level practitioners, and world-class institutions, All Here is pioneering the scientific research of the Silent Mind using Quantified Meditation and advanced brain imaging and brain-computer-interface technologies.
For more information, visit allhere.org.
GENEVA, Jan. 8, 2026 /PRNewswire/ -- All Here announces the launch of the Bio-Intelligence Initiative, the world's first research program exploring how deep meditative states of stability and silence of Mind give rise to measurable neural patterns, and how these complex neural signatures may inspire the development of biologically linked, energy-efficient, and adaptive AI systems.
As artificial intelligence systems continue to scale through increased computing power and energy consumption, All Here is advancing an alternative research pathway grounded in the principles of complex decision making enabled by biological intelligence.
The Bio-Intelligence Initiative investigates how coherent and low-noise neural states observed in the human brain can serve as reference models for training emerging biocomputing and bio-artificial intelligence systems, drawing in particular on the complex neural signatures observed in deep meditative states.
"Biological intelligence operates with extraordinary efficiency, coherence, and adaptability," said Erkin Bek, Founder of All Here and the World Meditation League. "Through advanced meditation, the human brain can reliably enter stable yet complex states that modern neuroscience is now able to observe and characterize with high precision. Our initiative explores how these states may help create training models and guide the development of future intelligence systems that are not only more efficient, but also more adaptive."
Attention and Self-Regulation as a Training Model for Organoids
The All Here Bio-Intelligence Initiative approaches meditation not as a philosophical practice, but as a scientifically supported and repeatable method for inducing identifiable neural signatures. These signatures—associated with sustained attention, self-regulation, neural coherence, and low-noise dynamics—are studied as potential blueprints for training models in biological computing systems composed of living human neurons and stem-cell-derived organoids.
Rather than relying on traditional brute-force computation, the initiative explores training frameworks inspired by how the human brain naturally self-organizes under conditions of disciplined attention.
Collaboration and Interdisciplinary Research
The initiative is conducted in collaboration with leading neurobiologists, neuroscientists, and artificial intelligence experts in Switzerland and internationally. By bridging neuroscience, meditation research, and emerging biocomputing technologies, All Here aims to contribute foundational knowledge to the development of next-generation BioAI (Bio Artificial Intelligence).
Addressing the Limits of Silicon-Based AI
Despite rapid progress, silicon-based AI systems increasingly depend on large-scale data centers and escalating energy demands. These approaches lack the adaptive efficiency and self-organizing dynamics inherent to biological intelligence and computation.
The Bio-Intelligence Initiative responds to this challenge by advancing biologically inspired models that emphasize coherence, adaptability, and energy efficiency, offering a research pathway toward more sustainable and adaptive computing systems.
About All Here
All Here is a Geneva-based research and development organization built on three core pillars: Science, Technology and evidence-based Meditation Practice. Through collaboration with leading neuroscientists, high-level practitioners, and world-class institutions, All Here is pioneering the scientific research of the Silent Mind using Quantified Meditation and advanced brain imaging and brain-computer-interface technologies.
For more information, visit allhere.org.
** The press release content is from PR Newswire. Bastille Post is not involved in its creation. **
From Quantified Meditation to Bio-Computing, All Here Launches the Bio-Intelligence Initiative
