Samsung Electronics’ Music Studio, a wireless Wi-Fi speaker, was born from this evolution. Drawing inspiration from an orb and a dot, visual representations of how sound expands, its design stands out as a distinctive presence in any space. Meanwhile, its finely tuned acoustics flood a space with lush, immersive sound, elevating the fundamental value of audio.

▲ Music Studio 5 (left) and Music Studio 7 (right) feature an object-inspired design that visualises how sound expands to complete the aesthetics of a space.

Samsung Newsroom spoke with Jongmin Kim of the Product Planning Group, Jongbae Kim of the Sound Lab and Minsun Kang of the Product Design Group — all within the Visual Display (VD) Business Division — to explore how Music Studio series redefines the boundaries between sound technology and design.

▲ (From left) Jongbae Kim (Sound Lab), Minsun Kang (Product Design Group) and Jongmin Kim (Product Planning Group), all from the VD Business Division

From Casual Listeners to Immersive Listeners: Tailoring the Listening Experience

The reasons people choose audio devices are more varied than ever, shaped by personal tastes and how they enjoy content. As immersive spatial audio from movies to games becomes a staple beyond just music, more listeners seek products that blend cutting-edge performance with inspired design.

Jongmin Kim explained the thinking behind Music Studio: “We focused on preserving the essence of sound while ensuring the product blends naturally into its surroundings, optimising the overall user experience.” The decision to introduce two distinct models was based on in-depth consumer analysis.

“We identified different needs between ‘casual listeners’, who enjoy background music in their daily lives and ‘immersive listeners’, who focus on the finer details of sound and fully engage with content,” Kim added. “Based on this, we differentiated the core value of each model to better serve each listening style.”

▲ Music Studio tailors the listening experience to user preferences, differentiating the core value of each model for optimised everyday use.

Collaboration with global partners was also a key factor in expanding the listening experience. “To deliver meaningful value to users, we worked closely with our partners,” Kim said. “As a result, we were able to introduce Spotify Tap — a Wi-Fi-based feature that allows users to start music with a single button press without using a smartphone — to Music Studio for the first time globally, creating a differentiated user experience unique to Samsung audio products.”

Bringing Live-Like Immersion to Everyday Spaces With Music Studio 7

Creating an immersive audio environment requires highly sophisticated sound engineering. Designed specifically for spatial audio, Music Studio 7 underwent nearly two years of development and validation. At its core is a 3.1.1 Channel system that delivers sound in four directions — front, left, right and upward — along with advanced acoustic technologies that precisely control each channel.

▲ Music Studio 7 uses Waveguide and Pattern Control technologies that precisely control sound directivity, delivering immersive spatial audio reminiscent of a live performance.

Jongbae Kim emphasised, “To create a sense of space from a single device, it is essential to control each channel so that sounds do not blend together. The ‘Waveguide’ and ‘Pattern Control’ technologies applied to Music Studio 7 are core technologies for spatial audio sound.”

The high-frequency range, which has strong directivity, can be easily controlled using the physical structure of the Waveguide. However, the mid-frequency range, which has relatively longer wavelengths, is difficult to narrow down in directivity using only the Waveguide.

Pattern Control is a technology that suppresses specific sound areas using phase control signals. By inputting phase control signals based on Left, Right and Top channels into the front channel, it prevents the directivity of each channel from spreading unnecessarily. This enhances channel separation and delivers a more immersive sense of depth and 3D moving effects, even with a single speaker.

Kim explained, “With these technologies, we have made it possible to clearly perceive the precise location and movement of sound using just one speaker.”

▲ With precise acoustic engineering that delivers distortion-free sound at both high and low frequencies, Music Studio 7 produces deep, rich, high-quality audio despite its size.

To push performance even further, AI Dynamic Bass Control tackles the low-frequency distortion often found in compact speakers. This technology automatically analyses and fine-tunes the woofer’s nonlinear movement, delivering deep, powerful bass from a surprisingly small package.

Music Studio 5 Balances Design and Sound Through Refined Aesthetics

Music Studio 5 offers harmonious sound wrapped in sculptural elegance and lifestyle-oriented design. Minsun Kang shared, “One of our biggest challenges was preserving Music Studio’s unique look while making sure it excelled as a speaker.”

A key influence was the collaboration with acclaimed furniture designer Erwan Bouroullec, which helped define Samsung Audio’s design language. Kang noted, “Blending Bouroullec’s artistic vision with Samsung’s practical approach, we crafted a look that feels at home as part of daily life.” Early on, the team experimented with bold forms to spark creativity, but turning these ideas into a high-performing speaker brought unique technical hurdles in arranging components and perfecting the acoustic structure.

▲ Music Studio 5 features a micro-perforated structure that balances object-like design and acoustic performance within an interior-friendly aesthetic.

Kang shared, “To achieve both sculptural refinement and rich sound, we used a micro-perforated design on the front of the product. From afar, it stands out as a striking piece, but up close, its structure reveals the essence of audio.”

In recognition of its design brilliance, Music Studio 5 was honored with the Gold Award at the prestigious iF Design Awards 2026. Kang added, “This achievement is the result of close teamwork with Bouroullec and the relentless dedication of our entire design team. We feel a special connection to this product, as it truly captures the meeting point of technology and aesthetics.”

In addition, Samsung’s proprietary Bluetooth audio codec, SSC (Samsung Seamless Codec), ensures stable, high-quality sound even without wires, perfectly uniting sleek design with top-tier performance.

Expanding the Sound Ecosystem With Q-Symphony

Rather than functioning as a standalone device, Music Studio offers an integrated entertainment experience through seamless connectivity and optimized sound synchronisation across devices.

As a Wi-Fi speaker with fully wireless connections except for power, it offers the flexibility to place it freely throughout the home. Jongmin Kim emphasised, “Regardless of where it is placed, Music Studio delivers sound optimised for the user’s listening environment, whether for music or video content.”

The Q-Symphony feature, which wirelessly connects with Samsung TVs, further enhances this experience. Supporting up to five devices simultaneously — including 2026 Wi-Fi speakers and soundbars — creates a more immersive surround-sound environment without limitations across product types.

Kim explained, “Users can freely configure the system to suit different spaces and use cases — for example, by connecting up to five Music Studio 7 units or pairing a Q-Series Soundbar with four Music Studio speakers. In such a configuration, the system supports up to 19.1.8-channel output, delivering dense, room-filling sound.”

He continued, “Our ultimate goal is to expand connectivity to a wide range of platforms — including partner products, TVs and mobile — so that users can experience optimal sound throughout every moment they engage with content.”

▲ Music Studio 7 (left) delivers immersive spatial audio, while Music Studio 5 (right) offers a refined, object-inspired design — together creating an integrated sound experience through seamless device connectivity.

Going beyond the conventional speaker form, Music Studio sets a new standard for both performance and design. Samsung Audio’s innovation continues to enrich everyday spaces with immersive sound and refined aesthetics.

▲ Securing computational design data through 4D scanner

Developing wearables with the optimal fit and comfort remains a difficult yet crucial challenge. Not only do these factors make the device feel more seamless to use, but they are directly tied to maximising overall performance and sensor accuracy. However, the fact that each person’s anatomy is completely unique presents a major hurdle. But what if there was a way to meticulously engineer comfort, fit and sensing so precisely, it could deliver the optimal experience for nearly everyone?

Samsung’s solution is Computational Design. This multidimensional process harnesses AI and advanced computing to analyse hundreds of thousands of quantitative and qualitative data points to generate, test, and refine product designs with greater precision. The result is a fundamental shift from subjective feedback to objective, data-driven engineering, creating superior products with the optimal fit for the widest range of users.

That description captures computational design in the abstract—like a dictionary definition. To understand how computational design is actually used to create superior wearables, Samsung Newsroom visited the Samsung Design Innovation Center (SDIC) in San Francisco, home to the Computational Design Lab.

▲ Federico Casalegno, EVP and Head of the Samsung Design Innovation Center

Spearheading the SDIC is Federico Casalegno, Executive Vice President and Head of the Samsung Design Innovation Center, who has spent the past two decades mastering the practice of computational design and leading the implementation of this core concept into Samsung’s product development. We sat down with Federico to discuss how SDIC employs computational design as a primary tool to create and optimise experiences for Samsung’s wearables, particularly the Galaxy Buds4 series.

Q. Tell us about SDIC’s role.

At SDIC, our mission is to deliver meaningful experiences by understanding people and their evolving lifestyles—always in the context of human-centered design. Ultimately, we want to delight customers and create products that help people live happier, healthier, more creative, and more productive lives, while building a better future for all and preserving the environment.

To achieve this, SDIC brings together the power of design and creativity with data-driven decision-making. Supported by AI, machine learning, robotics, and advanced computing, our talented, multidisciplinary team of designers is constantly pushing the boundaries of what’s possible, delivering unparalleled user experiences and real, tangible benefits.

▲ At SDIC, design is combined with AI, data, and computing to achieve maximum comfort for wearable devices.

Q. What exactly is computational design, and what is the philosophy behind it?

While we live in a unique era of technological innovation, Samsung’s approach to design was always deeply human-centered as we believe that technology without humanity is merely perfection without purpose.

Computational design is how we bring this philosophy to life—it is the process of harnessing the immense power of AI, data, and computing to design products for people, rather than expecting people to adapt to our products. This approach helps us to create devices that are fundamentally functional, intuitive, comfortable and beautifully crafted. Today, this methodology is applied all across our wearable portfolio, including Galaxy Watch8 and Galaxy Buds4 series.

▲ The computational design process involves various state-of-the-art testing equipment, including 4D scanning.

Q. How does computational design turn the ‘fit’ of a device into an objective, measurable metric?

For developing something as personal as a wearable that remains in contact with you for extended periods, fit is an essential element. It’s not just about comfort though; a secure fit is also needed for maximising the precision of the device’s sensors. However, traditional design methods fail to measure wearability objectively, as they only rely on a small sample of people for product testing.

Computational design fundamentally changes this. By leveraging massive, digitalised datasets and advanced AI simulations, it transforms wearability into a quantifiable metric that allows Samsung to measure comfort and fit like never before. By being able to consider all the unique shapes and curves of the human ear or the wrist through computational design, our designers are equipped with trustworthy, objective insights that are difficult to attain through traditional methods.

▲ Optimal design parameters are derived through AI and physics-based simulations, which are then cross-verified with robot testing.

Q. Tell us in detail how the computational design process works in the lab, and how it was implemented in the Buds4 series.

Our computational design process relies on three elements: real people, digital twins, and robots. We capture 3D and 4D scans of a diverse global audience, integrating precise anatomical data to create ‘digital twins.’ We then run AI and physics-based simulations, cross-validating the results with physical robot testing.

For the Buds4 series, we applied this exact process to achieve perfect wearing comfort and premium sound. We analysed hundreds of millions of global ear data points and ran more than 10,000 simulations to perfect the new blade design. This objective data led us to subtly reduce the size of the main head^[1] and refine the angle of rotation—minor adjustments that resulted in a dramatic, universally validated increase in stability and comfort.

Q. How does Samsung’s computational design ultimately benefit the users?

Samsung’s computational design process is powered by a unique proprietary dataset built exclusively from within Samsung, and our team has developed several specialised AI programs based on this data. This combination gives us unique insights while we constantly innovate our design processes and methods. For Galaxy Buds and Watch specifically, this translates into improved wearing comfort, stability and sensor accuracy—key factors that elevate both the user experience and product performance.

▲ Optimal design parameters are derived through AI and physics-based simulations, which are then cross-verified with robot testing.

Q. Looking ahead, how do you see Computational Design evolving over the next decade?

Computational design is now a foundational element of Samsung’s development process across all our wearable products. Our goal remains to maximise wearability, fit, comfort and sensor performance to ultimately serve the people using it.

Looking ahead, the true power of this process is its continuous evolution. As our dataset continues to grow, custom AI tools will drive more accurate simulations and deeper insights. These advancements will not only further improve product wearability, but also unlock exponential innovations down the line that lead to an entirely new category of wearables that can redefine the boundaries of user experience. Ultimately, this symbiotic partnership between computational design and AI frees our designers to be more creative, empowering us to deliver measurably superior products and experiences for the people who use them.

[1] Galaxy Buds4 only.

From adopting micro-size RGB (red, green, and blue) LEDs as a backlight unit to pursuing enhanced colour expression and integrating AI technology for ultra-large displays, the development of the Micro RGB TV was a continuous series of firsts — with virtually no reference points to guide the process.

Samsung Newsroom spoke with Insang Hwang of the Visual Display (VD) Business Division’s Product Planning Group to learn more about how this new category of the Micro RGB TV was developed.

Micro RGB TV recognised for its technological excellence in the global market

Creating a New Category with No Reference

The Micro RGB TV began as a project to create an entirely new category in the TV market. Hwang recalled, “Because the mission was to create a category that didn’t previously exist, every department — from development to sales and marketing — had to work together with a shared sense of urgency and responsibility.”

One of the biggest challenges was the absence of any reference point. The team had to develop new technologies and products from scratch while simultaneously defining the value they could deliver to consumers. “We went beyond simply applying RGB light sources,” he said. “We developed a proprietary concept called ‘Micro RGB,’ which miniaturized even the backlight unit itself to the micro level.”

Pursuing 100% BT.2020 — The “Ultimate Colour Gamut”

At the core of the Micro RGB TV is its colour reproduction. By applying RGB LEDs as the backlight unit, the display achieves wide and highly accurate colour reproduction.

“Although the Micro RGB TV started with the goal of delivering richer colour reproduction, there was no clearly defined industry standard at the time,” Hwang said. “We felt a strong sense of responsibility, believing that the conditions we set could become the new standard for the market. That’s why we set the ambitious goal of achieving ‘100% BT.2020’ — the ultra-high-definition colour standard defined by the International Telecommunication Union (ITU) and often referred to as the ‘ultimate colour gamut.’”

Micro RGB TV achieves 100% BT.2020 — the “ultimate colour gamut” — setting a new standard in the TV market.

Achieving 100% BT.2020 means that a level of colour reproduction once limited to professional monitors can now be experienced on TVs — one of the most widely used displays in everyday home environments. It also marks a significant advancement in the technical standards of the display industry.

The journey, however, was far from easy. “In the early stages of development, we struggled to reach the target values,” Hwang recalled. “However, through persistent efforts to achieve perfect colour reproduction, the development team was ultimately able to meet its goal.” He added, “It wasn’t just about developing new technology. We also worked to establish measurable standards to validate its performance.”

Bringing Cutting-Edge Technology into Everyday Viewing

For product planners, the top priority is to convert advanced technology into an experience that users can easily perceive in everyday life. “We continuously thought about how to translate Micro RGB’s powerful hardware performance into a practical viewing experience,” Hwang said. “We focused on making its key strength — colour — something users can feel naturally in everyday content while delivering an immersive viewing experience.”

“While Micro RGB achieves one of the highest colour gamuts available in TVs today, only a limited amount of content fully utilises it,” he noted. “So we enhanced software capabilities to ensure users can experience the difference across a wider range of content — from HDR content to everyday content such as OTT streaming and sports.”

One of the key features is Micro RGB Colour Booster Pro. Hwang explained, “Leveraging a high-performance neural processing unit (NPU), AI analyses content in real time to enhance colour expression with precision. This allows users to enjoy Micro RGB’s vivid colour performance not only in HDR content but also in everyday viewing.”

Hwang explained that Micro RGB Colour Booster Pro enhances colour for a richer and more vivid viewing experience.

He added, “For example, in soccer — one of the sports most frequently watched on TVs — the newly introduced AI Soccer Mode Pro automatically detects the content and enhances colours such as the grass and team uniforms. With the global football season kicking off in June, it’s a feature worth noting for those seeking a more immersive viewing experience.”

In addition, the TV incorporates a Glare Free^[1] feature designed for real-world viewing environments. “We applied glare free technology so users can consistently enjoy Micro RGB’s exceptional colour performance regardless of lighting conditions,” Hwang explained. “Whether in a dark room or a brightly lit space, viewers can stay fully immersed without reflections interfering with the screen.”

Scaling Immersion with a 130-Inch Display

The newly introduced 130-inch ultra-large model delivers an overwhelming sense of immersion, as if the entire wall comes to life. As screen size increases, maintaining image detail becomes increasingly critical.

Hwang said, “We equipped the TV with Supersize Picture Enhancer, an AI-powered picture quality technology optimised for ultra-large displays. Thanks to this, viewers can enjoy Micro RGB’s rich colours and sharp image quality without distortion or pixelation.”

The sound experience and design were also significantly enhanced. “With a 160W 10.4.2-channel speaker system, the TV delivers immersive sound that fills the entire space without the need for external speakers,” he added.

Micro RGB TV features a wall-mount design that integrates seamlessly with the space, enhancing immersion.

The Micro RGB TV’s signature wall-mount design further reinforces immersion by blending the display seamlessly into its surroundings. “We developed a proprietary pocket structure and wall-mount bracket^[2] so the TV can sit flush against the wall with virtually no gap,” Hwang explained. “We focused on delivering an optimised viewing experience for ultra-large screens across picture quality, sound, and design.”

Toward the Next-Generation Screen Experience

The Micro RGB TV goes beyond technological advancement — it expands the boundaries of how users experience screens in everyday life while setting new standards for the industry.

“Samsung TVs are evolving into screens that seamlessly integrate into users’ lifestyles and living spaces, understanding their preferences through data and enabling interactions,” Hwang said. “They will go beyond content consumption to become powerful platforms that connect limitless experiences and services.”

As the Micro RGB TV continues to push the boundaries of innovation, Samsung is paving the way for the next generation of screen experiences.

[1]Measured against Unified Glare Rating (UGR) testing standard, validated as ‘Glare Free’ by UL.

[2]Applicable to 85-, 75- and 65-inch models only

In response, Samsung asked a simple question — can anyone create Hollywood-style videos on a Galaxy mobile phone? The answer is the Cinematic Look-Up Table (Cine LUT) feature on the Galaxy S26 series. While the APV codec provides the foundation for cinema-quality video, Cine LUT brings a distinct colour style to the footage.

Cine LUT makes professional-level colour grading — once reserved for experts — accessible to anyone. Samsung collaborated with internal teams and external specialists to bring the feature to life. The Mobile eXperience (MX) Business led final camera implementation, Samsung Research developed core video processing technologies and U5K Imageworks — a colourist studio behind globally recognised productions — helped shape its visual aesthetic.

Following the introduction of the APV codec, which delivers a visually lossless level of image quality, Samsung Newsroom spoke with three key developers behind Cine LUT — Sugon Baek of the Camera Image Quality R&D Group at the MX Business, Bomi Kim of the Reality Media Lab at Samsung Research and Taesik Eom, CEO of U5K Imageworks — to hear the story of its creation.

▲ (From left) Taesik Eom, Bomi Kim and Sugon Baek

Q. What is a LUT? What sets Cine LUT on the Galaxy S26 series apart?

Baek: A LUT is essentially a “map” that transforms one set of colours into a desired look. Unlike conventional filters that simply overlay colour, Cine LUT reinterprets Samsung Log^[1] footage to deliver the depth and look of professional filmmaking.

Kim: It’s optimised for Log video. By leveraging its wide gradation,^[2] the feature precisely reconstructs colour and brightness to preserve subtle tonal details often lost with conventional filters for richer, more natural depth.

▲ Comparison of Log footage in standard settings and with the Thriller LUT and Blockbuster LUT

▲ Taesik Eom, CEO of U5K Imageworks

Q. What challenges did you face during development?

Kim: We needed a large data set to validate performance across diverse conditions. Testing in real-world environments — from natural and indoor lighting to day and night — and close collaboration were key to capturing the nuances of colour.

Baek: Maintaining consistent, undistorted colour in different environments was challenging. Through continuous testing, we developed a LUT that balances subjective preference with objective quality.

Q. What was the key consideration in creating looks optimised for mobile phones?

Eom: Ensuring reliable performance in real-world conditions was key. Since lighting, exposure and white balance constantly vary, we focused on creating looks that remain natural in any situation.

Kim: Quality was our top priority. We analysed each frame and validated performance using tools like colour charts, gray balance and vector scopes.

Q. Why were these four styles chosen for the Galaxy S26 series?

Baek: We analysed the visual language of popular film genres and identified four representative styles. From the high-contrast Blockbuster to the fresh Coming-of-age, warm Romance and moody Thriller, each colour palette was designed to give everyday scenes an instant cinematic look.

▲ Comparison of Log footage in standard settings and with the Coming-of-age LUT and Romance LUT

Q. What led to the development of Cine LUT?

Kim: While Galaxy devices supported Log video for high-quality capture, colour grading remained challenging for users. We aimed to make professional-looking results accessible without advanced editing skills.

Baek: We wanted to create an experience that lets users preview cinematic footage at the moment of capture, then apply a LUT and share the video with a single tap in the Gallery.

▲ (From left) Bomi Kim of the Reality Media Lab at Samsung Research and Sugon Baek of the Camera Image Quality R&D Group, MX Business

Q. How did the collaboration with U5K Imageworks begin? How was Cine LUT developed?

Eom: Our collaboration began two years ago with Rec. 709 LUT advisory work for Samsung Log video, where we refined strong colours into more natural tones — an experience that led to Cine LUT. For this project, we developed multiple versions across three intensity levels — neutral, soft and strong — and tested them in diverse scenes, ultimately selecting four core styles.

Kim: Building on U5K’s colour direction, we validated the concepts against quantitative criteria to ensure consistent performance in different environments, refining them through testing until creative intent and technical quality aligned.

▲ Users can preview Cine LUTs when shooting in Log and easily apply them to recorded footage using editing tools.

Q. Which Cine LUT styles do you recommend for different situations?

Eom: There’s no fixed answer — it depends on the situation. Blockbuster suits high-contrast environments like outdoor and urban scenes; Coming-of-age fits soft, trendy settings like cafes or vlogs; Romance adds warmth to character-driven scenes; and Thriller creates a more striking impression.

Q. What stood out to you in user feedback?

Baek: We expected it might be seen as just another video effect, but the response exceeded expectations. Users quickly recognised that combining Log shooting with Cine LUTs expands creative possibilities beyond simple filters. We’re also seeing more users choose styles based on the scene, with high-quality videos widely shared on social media — and even inspiring new ways to create content.

Q. What are your plans for the future?

Baek: We aim to further establish the Galaxy S26 series as a professional-grade camera. We hope to see more content that resonates with both creators and viewers and will continue to set new standards in video creation.

Kim: As the world changes rapidly, our goal is to identify next-generation technologies. Through close collaboration with business divisions, we will work to bring them into products and deliver innovative experiences to users around the world.

▲ Baek, Eom and Kim watch a video with Cine LUT applied.

Born from close collaboration, Cine LUT on the Galaxy S26 series transforms everyday moments into cinematic visuals. Beyond its technical achievements, the feature marks an important step toward making video creation more accessible — lowering barriers once reserved for professionals and enabling anyone to express themselves.

Heesub Han, a commercial and documentary director, shot a series of short films on Galaxy S26 Ultra using the APV codec and Samsung Log. Explore the videos below to discover the possibilities of Cine LUT through the making-of and short films.

[1] The Intel vPro® platform is only available for the 14-inch model of the Galaxy Book6 Enterprise Edition.

[2] UK specific business Service Centre for UK service requirements.

With the acquisition completed in November last year, FläktGroup’s new CEO David Dorney is set to guide the company through an exciting chapter. A seasoned industry executive, Dorney brings more than 20 years of global HVAC leadership experience with a focus on driving growth across key industrial sectors.

Samsung Newsroom sat down with Dorney to hear more about his vision for the future, the opportunities ahead and what the acquisition means for FläktGroup.

David Dorney, CEO of FläktGroup

Q. Tell us about FläktGroup and its biggest strengths.

FläktGroup has deep roots with a story that goes back to 1909. We’ve pioneered ventilation systems for commercial and industrial buildings, clean rooms, marine applications and fire safety.

We are proud of our teams, their expertise in their chosen fields and the immense effort they put into their work every day. We want our FläktGroup employees to grow in the best way possible. We aim to ensure this happens by continually investing in training and developing our people. This will be coupled with the delivery of top-quality solutions from each of our 14 global manufacturing facilities, backed by our field-trained after-sales service engineers, so that our many loyal customers can enjoy continued satisfaction and peace of mind.

One area of deep expertise is in data center cooling — since introducing our first computer room air conditioning (CRAC) unit in 1964, we’ve been delivering solutions for more than 60 years. That experience means we understand every detail, from precision cooling to energy efficiency.

Q. How do you see the HVAC market today and in the future?

The HVAC market is strong and growing, driven by energy efficiency mandates, rising urbanization, adoption of smart technologies such as IoT and AI and increased focus on indoor air quality (IAQ), with projections showing significant expansion through 2030-2035. Key trends include demand for heat pumps, low-GWP refrigerants and smart connected systems.

Obviously, we are seeing rapid innovation in liquid cooling technologies, and globally, demand for energy-efficient HVAC systems is rising in regions like North America, Europe and Asia-Pacific. The outlook for our industry is positive and we’re ready to adapt and lead.

FläktGroup’s HVAC solution products

Q. What are some of FläktGroup’s recent successful projects?

Our recent important projects span both new-build and turnkey retrofit solutions across a range of essential industries. For instance, we’ve onboarded a number of new data center customers and have provided on-site support for AI and cloud services globally. We have also delivered a turnkey solution in Sweden for a customer building a CO2-free steel production plant, and we completed several defence projects within our marine business, for various countries including India and the US.

This year, we achieved our first cross-selling success in the US, where we delivered FläktGroup Air solutions together with Samsung modular chillers^[1] for controlling the environmental conditions in an aerospace application.

Q. Where do you see synergies between Samsung and FläktGroup?

We are looking at cross-selling opportunities, supply chain integration and joining forces when it comes to R&D, to accelerate the time to market with our key new product introduction (NPI) roadmap.

By combining FläktGroup’s HVAC expertise with Samsung’s technology leadership, we can create smarter, more connected solutions. For example, integrating our HVAC systems with Samsung’s SmartThings Pro and b.IoT platforms will open doors to advanced energy management and smart building solutions. Samsung also brings strong AI capabilities, which we can use to optimize performance and efficiency.

FläktGroup’s office in India

Q. Which regions or industries will you focus on next?

Our priority is to build on our new partnership with Samsung and continue the collaboration between our teams that started in 2025. We’re focusing on coolant distribution unit (CDU) technology and expanding our FläktEdge smart control systems, while investing in R&D to speed up delivery and support partner projects.

The planned plant in Korea will be a template for all future FläktGroup factories, and it is essential to the expansion of our presence in the wider region. We’re also investing in new production facilities and field services in India and the US, where we see significant growth opportunities in data centrs and indoor climate solutions.

A truck tour named “Fläkt on Wheels” was held across 18 countries and 45 different locations, introducing FläktGroup’s solutions to over 1,200 customers.

Q. What is your vision as CEO, and what are your key goals?

Our vision is clear: we want to move forward with Samsung in 2026 and beyond, becoming a global leader in HVAC. That means working closely with our customers and partners alike, addressing their key challenges such as reducing their carbon footprint. It’s a big mission, especially with climate change and its impact on wellbeing.

Our goals focus on innovation, quality and sustainability. We’ll keep developing energy-efficient solutions and smart technologies that make buildings healthier and safer. FläktGroup has already been doing this for more than 100 years, leveraging our broad product portfolio and also investing in new solutions, and now we are taking it to the next level.

Q. Looking ten years ahead, where do you see FläktGroup?

I see FläktGroup, together with Samsung, as a global leader in HVAC and a trusted name everywhere. We’ll be known for sustainability, smart technology and energy efficiency.

Some examples of our current focus areas are expanding environmental product declaration (EPD)^[2] coverage to 95% of products by 2026, launching FläktEdge specifically for key mission-critical vertical markets and embedding circular economy principles into design and packaging.

Through these efforts, we hope that FläktGroup will establish itself as a company that contributes to creating a more sustainable global society.

[1] A modular chiller system consists of multiple smaller, independent chiller units that link together and operate as a single, scalable system, offering a stable supply of cooling and heating loads for buildings or facilities.

[2]An Environmental Product Declaration (EPD) is an independently verified document that provides transparent and comparable information about the life-cycle environmental impact of a product.

Redefining Next-Generation Communication System as We Know It

Samsung Electronics was among the first to realise the commercialisation of 5G. Now, the company is set to accelerate research for 6G with the vision of bringing the next generation of hyper-connected experiences to every corner of our lives in the future.

Wireless communications technology has developed from the first-generation analog communication, in which only voice calls were supported, to the ultra-fast 5G of today, and the generation change of this technology is now progressing even more rapidly.

When asked to define communications technology, Choi summed it up as “technology that offers the infrastructure needed to enable people and things (i.e., devices, places, etc.) to connect and interact with one another across physical and virtual spaces.” As Choi explained, “It is the basis for the foundation of a smarter age in which AI and robots will become a common part of our lives.”

Today, communications technology connects not just people but also devices and other things all together, and it will keep evolving so as to allow the exchange of content and ideas in new and exciting ways. “Compared to the previous generations, current communication technology can process more data in shorter time,” Choi explained. “Network equipment is also undergoing evolutions to handle more demanding requirements of this technical trend.” Eventually, the industry is heading towards automation that can adapt to the complexity of advancing communication technologies and their operations to be able to raise the quality of service provided.

“Advances of communications technology have gone beyond simply facilitating the exchange of information,” Choi continued. “Now, it’s about advancing this technology in consideration of what types of businesses and services it can provide.”

A Commitment to Innovation

From a peak data rate of 20 Gbps (i.e., ultra-high-speed) to an air latency of 1 ms (i.e., ultra-low latency) and a reliability of 99.999 percent (i.e. ultra-reliability), it seems nearly everything is becoming “ultra” in the 5G era. Indeed, you could say that we’re no longer talking about the evolution of wireless communications technology, but rather the beginning of a whole new world of “ultra” experiences.

This shift in perspective has been made possible thanks in large part to collaboration amongindustries, academia, and research institutions. Through its commercialisation of 5G, and through collaboration with the International Telecommunication Union (ITU–R), Samsung has played a key role in developing the standards that define this new era of “ultra” experiences.

“Samsung Electronics has always innovated with an eye toward the future, continuously preparing for the next generation,” said Choi. “Now, we are witnessing the results of our long-term investment in the development of wireless communications technology. Not only do we lead the smartphone market, because we also possess a comprehensive portfolio of communication technologies, including smartphones, network equipment, and semiconductor chipsets, we’ve been able to see the market from various angles.”

The Advanced Communications Research Center at Samsung Research is working tirelessly to chart a bold new future for wireless communications technology. One way that the center is achieving this, Choi explained, is by expanding its global capabilities. “Research centers in various regions across the globe are drawing from their strength of expertise to develop and standardise major core technologies.”

In order for Samsung to maintain its leadership in the development of communications technologies, he added, “The company must continue to nurture talents and take a long-term approach to the development of the next-generation communications technology.”

Going beyond 5G

Today, 5G technology is being applied to the core infrastructure of a wide range of industries, and is utilised to support everything from high-quality communications services to smart factories, vehicle-to-vehicle communication, and a raft of other new services. Looking ahead, Choi described how taking this technology to the next level will require a great deal of research and development.

The path to overcoming some of the current technological challenges facing communications technologies, Choi explained, lies in enriching software’s capabilities and advancing AI. Networks of the future will demand capabilities that can process enormous amounts of information, which means that more powerful network equipment will be required, and the softwarisation, which can make equipment more flexible and less costly, will become increasingly important. Furthermore, developing core technologies for 6G with long-term vision and driving global standardisation are important.

More information on Samsung’s efforts to usher in a new era of wireless communications technology may be found in the company’s official 6G white paper, which is set for release today. The white paper covers various aspects related to 6G, including technical and societal megatrends, new services, requirements, candidate technologies, and an expected timeline of standardisation.

Making the Impossible Possible

The communications industry is evolving faster than any other, and there is fierce competition to define the future of this technology. As Choi pointed out, however, the focus for researchers in this field should not be the competition, but the long-term goal. “It’s important to conduct research with a long-term view,” Choi explained, noting that several communications technologies that have changed life as we know it ultimately took decades to commercialise.

“We are currently conducting research on technology that may seem difficult to realise now, but may have potential in the future,” added Choi. “In particular, by focusing on services that have not yet been explored and that Samsung is uniquely qualified to deliver, we’re constantly thinking about the types of services that users of the future will need. As a global leader in wireless communications technology, we will continue to design technology that can contribute to the advancement of mankind.”

Choi has worked in this field for over 30 years, and has spent the last 17 years advancing communications technology in academia. Today, Choi remains as fascinated by this technology as he’s ever been. He’s pleased to work with experts at Samsung Research who share his passion, and he’s committed to nurturing the talents of his world-class team, having vowed to “continue to support the growth of our team members, who already rank among the best engineers in the world.”

The next 10 years, Choi continued, will be particularly exciting, as we will witness the “beginning of a world in which the impossible becomes possible.”

“Going forward, the future of communications technology will be defined by its ability to bring the next hyper-connected experience for all,” said Choi. “As we aspire to become the best in the industry, our world-class engineers will continue to strive to realise a world, where the impossible becomes possible.”