HONG KONG SAR – Media OutReach Newswire – 5 March 2026 – The Town Planning Board (TPB) will hold a hearing tomorrow for public representations on the new Ngau Tam Mei (NTM) Outline Zoning Plan. The traditional farming landscape in NTM has existed for over a hundred years. This rural township has also preserved the industry of ornamental fish aquaculture (particularly koi), an industry that has almost disappeared in Hong Kong. In terms of ecology, NTM is closely linked with the Deep Bay wetlands and the future Sam Po Shue Wetland Conservation Park, and supports Eurasian Otter and many wetland birds. In view of these, the Hong Kong Institute of Landscape Architects (HKILA) and World Wide Fund for Nature Hong Kong (WWF) are proposing four enhancement recommendations, which aims to conserve traditional cultural and historic heritage, build public spaces that can be used by both human and wildlife under the “single site, multiple use” model, and transform NTM into an iconic town of rural ecotourism in the Northern Metropolis.
When proposing these enhancement recommendations, HKILA and WWF aim to:
Create a people-oriented livable city
Achieve a future in which people live in harmony with nature
Promote urban-rural integration
Enhance biodiversity
Adopt Nature-based Solutions (NbS) in the development
Details of the four enhancement recommendations are as follows:
Retain the existing koi fish farming ponds (approximately 7 hectares) east of the NTM UniTown, and transform them into a thematic Koi Park, creating public open space while conserving wetland habitats for various wildlife, preserving Hong Kong’s ornamental fish aquaculture industry, and also promoting innovative themed rural tourism.
Preserve the existing agricultural land and fishponds located within the proposed station plaza and riverside park areas as far as possible, and redevelop them into a Lotus Pond Park (approximately 12 hectares) featuring the characteristic Jiangnan waterscape style. This would provide an open wetland landscape for the city centre, enhance ecological functions, and create a distinctive attraction of local thematic immersive tourism.
Taking the opportunity to revitalise the main NTM river channel and construct a multifunctional blue-green corridor, the artificial channel should be ecologically restored. The existing fishponds and agricultural land within the proposed blue-green corridor (approximately 6 ha) should be preserved to enhance ecological value but also increase landscape diversity. These fishponds and agricultural land could further serve purposes such as flood storage and leisure farming.
At Yau Pok Road, the NTM river channel should be modified to divert part of the river flow into the wetland area between Fairview Park and Palm Springs, which falls under the future Sam Po Shue Wetland Conservation Park. Additionally, the associated “Recreation” zone along Yau Pok Road and the river channel should be rezoned to “Open Space” to serve as an extension of the NTM blue-green corridor to improve ecological connectivity. Furthermore, the permitted building heights for the “Residential (Group A) 2” sites in Areas 4A and 4B should be reduced, adopting a stepped building profile on the side facing the river channel to minimise impacts on birds.
Mr. Paul Chan, President of HKILA, pointed out that: “Through close collaboration between HKILA and WWF, our joint recommendations for Ngau Tam Mei bring together landscape and ecological considerations, aligning with Greater Bay Area strategies such as ecological priority and green development. Transforming existing koi farms and other habitats into thematic parks and blue-green corridors will foster urban-rural integration, promote innovative ecotourism, and build a high-quality, healthy, and biodiverse community that balances growth with diversified landscape.”
Dr. Bosco Chan, Director, Conservation of WWF, shared that “The rural landscapes and traditional cultural heritage of Ngau Tam Mei represent a unique opportunity to integrate nature-based solutions into the Northern Metropolis. Our joint recommendations leverage the existing wildlife habitats and thematic local industries to preserve biodiversity, enhance climate resilience, and develop innovative rural tourism. Ultimately, our aim is to create shared spaces where people and wildlife can thrive together, not just in Ngau Tam Mei but also across the Northern Metropolis.”
HKILA and WWF will attend the public hearing held by the TPB on 6 March to brief the TPB members on our recommendations. HKILA and WWF hope that the TPB and the relevant government departments would consider and adopt our proposal, creating a quality, healthy and green Northern Metropolis. HKILA and WWF also hope that the Government will maintain the dialogue with relevant stakeholders on the development and planning of the Northern Metropolis to achieve a win-win situation. Hashtag: #WWFHK #HKILA #Townplanningboard #NbS
The issuer is solely responsible for the content of this announcement.
About Hong Kong Institute of Landscape Architects
Established in 1988, The Hong Kong Institute of Landscape Architects is a body incorporated by The Hong Kong Institute of Landscape Architects Incorporation Ordinance (Cap. 1162), with the objects, among others, to promote the advancement of landscape architecture, raise the standard and maintain the integrity of the landscape architectural profession, and to facilitate the exchange of information and ideas in relation to all aspects of landscape architecture and matters in connection with the landscape architectural profession.
About WWF – Hong Kong
WWF is a leading global conservation organization, with a network active in more than 100 countries. WWF’s mission is to build a future in which humans live in harmony with nature. WWFHong Kong has been working since 1981 to deliver solutions for a living planet through conservation, footprint and education programmes, with the aim of transforming Hong Kong into asia’s most sustainable city.
作爲日本僅有的六大米芝蓮三星壽司名廚之一,宮川大師將於3月20及21日回歸「鮨吉祥 宫川」,聯袂頂級日本清酒品牌「Sake Hundred」,展開兩場清酒與江戶前壽司的華麗對話。「Sake Hundred」旗下的「百光(BYAKKO)」純米大吟釀,於權威的葡萄酒品評會「IWC 2019」中獲得金獎。是次「鮨吉祥 宫川」宴席的清酒,皆由榮獲「酒匠(Sakasho)」榮譽的侍酒師Ivan Au Yang精挑細選,與宴席上的美饌和諧配合。全球僅有604名「酒匠」,而Ivan Au Yang則是少數常駐澳門且獲此名銜的侍酒師。
HONG KONG SAR – Media OutReach Newswire – 5 March 2026 – Sea urchin spines are not only for defence—they also act as natural sensors. A research team led by Prof. WANG Zuankai, Associate Vice President (Research and Innovation), Dean of Graduate School, Kuok Group Professor in Nature-Inspired Engineering and Chair Professor of the Department of Mechanical Engineering of The Hong Kong Polytechnic University (PolyU), together with scholars from City University of Hong Kong (CityU) and Huazhong University of Science and Technology (HUST), has discovered the mechanoelectrical perception in sea urchin spines, originating in their gradient porous structure, that allows the spines to instantly detect water flow. Using 3D printing, the team has replicated this structure and developed a bionic metamaterial sensor, which holds promise for breakthroughs in sensing technology. This innovation will drive the advancement of deep-sea technology such as marine monitoring and underwater infrastructure management, and can be extended to other emerging fields like brain-computer interfacing and aerospace.
A research team led by Prof. Wang Zuankai, Associate Vice President (Research and Innovation), Dean of Graduate School, Kuok Group Professor in Nature-Inspired Engineering and Chair Professor of the Department of Mechanical Engineering of PolyU, has discovered the mechanoelectrical perception in sea urchin spines. It originates in the spines’ gradient porous structure that generates electrical signals when water flows through it. The team used 3D printing technology to replicate the structure and develop a novel bionic metamaterial sensor.
The research team found that, in the long-spined sea urchin (Diadema setosum), when a seawater droplet strikes the tip of a spine, the spine rotates rapidly within a second. Electrical measurements revealed that the droplet simulation produced a voltage of about 100 millivolts inside the spine; when the spine is immersed in water, water flow stimulation triggers a voltage of several tens of millivolts. This mechanoelectrical perception was observed even in dead spines, indicating that the mechanism is unrelated to biological cells.
This response originates from the stereom structure of the spine—the porous internal skeleton composed of pores with varying sizes and distributions. These pores exhibit a gradual gradient along the spine from the base to the tip: larger pores and lower solid density at the base, and smaller pores and higher solid density at the tip, forming a bicontinuous gradient porous structure. As water flows through the porous structure, solid-liquid interfacial interaction occurs and the flow exerts shear force on the electric double layer, inducing the separation and redistribution of interfacial charge, which generates a voltage difference. The gradient structure intensifies the interaction between water flow and pore surfaces, resulting in a stronger voltage difference and enhancing the spine’s sensing capabilities.
Inspired by these findings, the researchers used vat photopolymerisation 3D printing to create artificial samples from polymer and ceramic materials that resemble the spine’s stereom. Experiments showed that the spine-mimicking design produce a voltage output about three times higher and an amplitude about eight times greater than non-gradient designs under water flow stimulation, demonstrating that the key to the mechanoelectrical perception lies in the structure rather than the material. They also constructed a bionic 3D metamaterial mechanoreceptor that is designed in a 3 × 3 array with each unit made of gradient porous material. This mechanoreceptor can record electrical signals in real time underwater and precisely locate the position of water flow impact, without the need for additional electricity.
The research team points out that the gradient porous structure in sea urchin spines enhances signal transmission, thereby improving the precision and sensitivity of the mechanoreceptor. By replicating this structure in different materials, it is possible to extend its application beyond water flow sensing to various types of signals, including those measuring pressure, vibration and electromagnetic waves. This will inspire sensing technologies in multiple fields, such as in relation to its use in brain-computer interfaces to enhance the sensing of brainwaves and neural signals, with tremendous application potential.
Prof. Wang Zuankai said, “Compared to traditional mechanoreceptors, our design excels in manufacturability, structural design flexibility, material versatility, geometric and performance control, and real-time underwater self-sensing. Leveraging gradients of porous materials and 3D printing technologies, we aspire to produce more nature-inspired metamaterial sensors with a range of materials, pore sizes and surface features that support potential applications in many fields.”
At the forefront of nature-inspired science and engineering research, Prof. Wang’s team has also invented various new materials, including lotus leaf-inspired self-cleaning surfaces capable of rapid water repellency, Araucaria leaves-inspired surfaces that enable self-propelled liquid transport, and anti-icing structures that achieve spontaneous ejection of freezing droplets by replicating the biological mechanism of spore shooting in fungi. He envisions that their research will open up new avenues for the development of nature-inspired materials.
“For natural porous materials, mechanical properties such as strength may not be the primary function, but rather a by-product of complex biomineralisation. Uncovering previously unknown mechanisms that lie beyond a material’s traditionally recognised function helps us to more comprehensively understand and fully utilise these natural resources. This is crucial for advancing biomimetic research,” he added.
This joint research was co-led by Prof. LU Jian from CityU, and Prof. YAN Chunze and Prof. SU Bin from HUST. The study findings have been published in the international journal Nature. Hashtag: #PolyU #MarineEnvironment #NatureInspiredEngineering #SensingTechnology #DeepSeaTechnology #Brain-ComputerInterface #Nature #HongKong
The issuer is solely responsible for the content of this announcement.
HONG KONG SAR – Media OutReach Newswire – 5 March 2026 – Organized by the Hong Kong Women Professionals & Entrepreneurs Association (HKWPEA), the latest “Outstanding Women Professionals and Entrepreneurs Award” (OWA) opens for nomination.
HKWPEA members, 2026 Outstanding Women Professionals and Entrepreneurs Award Organising Committee members and past awardees
The first OWA dates back to 1999, 3 years after HKWPEA was inaugurated, and has been running at a few years’ interval since. The 2026 OWA is the 9th to be organized to recognize outstanding Hong Kong women professionals and entrepreneurs, to celebrate excellence, spotlight role models and to showcase the continuous contribution made by women in the current age and New Economy.
The press conference was hosted by HKWPEA represented by office bearers including Ms. Julianne Doe, President; Partner of Hui Doe & Sum Law Firm LLP; Ms. Jennifer Tan, Chairperson, Organizing Committee of 2026 OWA; Senior Advisor of Ant Digital Technologies – International Business and Partner of 01F Group; Ms. Marina Wong, JP, Chartered President; Ms. Helen Kan, Immediate Past President, HKWPEA; Ms. Sandra Mak, Director, Ms. Angel Hon, Director, and Ms. Agnes Koon, Director, HKWPEA.
Ms. Jennifer Tan, Chairperson, Organizing Committee of 2026 OWA, said: “Coming out of the challenging pandemic years, we found ourselves faced with global economic uncertainties and severe geopolitical issues calling for strong leadership and audacity to innovate and advance. Against this backdrop, we find it even more meaningful to celebrate outstanding women professionals and entrepreneurs in Hong Kong and thank them for their tireless contributions to society. Their accomplishments are leading lights for the younger generation. By highlighting their success, we encourage future leaders to chase their dreams and pursue sustainable initiatives to benefit communities and mankind.”
Nomination for the 2026 OWA recognising achievements in professions and business categories begins today until April 30, 2026. Six awardees will be selected by an eminent judging panel. The nomination form can be downloaded from HKWPEA website: https://www.hkwpea.org/
47 outstanding women have been selected in the past 8 OWA events. A few past OWA awardees were present at the press conference for a brief fire-side chat at the media conference. They are Dr. Eliza Yi Wah HO FOK, Winner, 2021 OWA, Chairman of the Hong Kong Breast Cancer Foundation; Prof. Helen MENG, Winner, 2017 OWA, Patrick Huen Wing Ming Professor of Systems Engineering & Engineering Management, The Chinese University of Hong Kong and Dr. Rebecca LEE, Winner, 1999 OWA, Founder of Polar Museum Foundation. While sharing their key to success, they also encourage women from different fields to come forward and join the award scheme.
Ms. Marina Wong, Founding President of HKWPEA, announced the 2026 OWA Judging Panel composition:
Mr. Benjamin HUNG Pi Cheng, BBS, JP, President, International for Standard Chartered (Head Judge)
Ms. Agnes CHAN Sui Kuen, BBS, Chairman, Hong Kong General Chamber of Commerce
Ms. Teresa KO Yuk Yin, BBS, JP, Former Senior Partner, Hong Kong and China Chairman, Freshfields
Hon. Jeffrey LAM Kin Fung, GBM, GBS, JP, Member of the Executive Council
Professor Charles NG Wang Wai, PhD, Vice-President for Institutional Advancement, The Hong Kong University of Science and Technology
Dr. Rosanna WONG Yick Ming, DBE, JP, Senior Advisor, The Hong Kong Federation of Youth Groups
Independent Advisor:
Professor Andrew CHAN Chi-fai, SBS, JP, Emeritus Professor, Department of Marketing, The Chinese University of Hong Kong Business School
Since the inception in 1999, the award has achieved recognition in selecting women who provide outstanding examples to business leaders, peers and youth alike, in their high standard of integrity and ethical values. HKWPEA was established in 1996 as a non-profit organization by a group of local women professionals and entrepreneurs. They have come together to develop a strong support network, to create practical and innovative learning and business opportunities for themselves and for others, to promote high professional standards, and to respond to consultations of the HKSAR Government on various policy issues.
Special thanks to Hong Kong Economic Times, our Media Partner
Hashtag: #HKWPEA
The issuer is solely responsible for the content of this announcement.
Outstanding Women Professionals and Entrepreneurs Award
Past Winners of Outstanding Women Professionals and Entrepreneurs Award
1999
Professor Rosie Young, Dr. Polly Cheung Suk-yee, Ms. Rebecca Lee Lok-sze, Ms. Augusta Chui, Ms. Chong Kin-wo, Mrs. Anna Sohmen
2002
Professor Felice Lieh Mak, Professor Hu Shiu-ying, Ms. Rita Chan Pui-kwan, Ms. Ella Cheong Shuk-ki, Ms. Mary Ma Xue-zheng, Dr. Magdalena Wong Man-kun
2005
Professor Nancy Y Ip, Ms. Vivien Chen, Professor Grace W K Tang, Ms. Sandy Yip Fung-ying, Ms. Vivienne Tam, Ms. Chiang Lai-yuen
2008
Professor Karen Lam Siu-Ling, Professor Vivian Yam Wing-Wah, Ms. Yao Jue, Ms. Eleanor Law Kwai Chun, Ms. Bianca Ma Kin San, Ms. Deborah Wan Lai Yau
2011
Dr. Edith Mok Kwan Ngan Hing, Ms. Starry Lee Wai King, Mrs. Margaret Leung, Dr. Margaret Chung Wai Ling, Ms. Gao An Feng, Ms. Wong Siu Ling
2014
Ms. Susanna Chiu Lai-kuen, Professor Leung Suet-yi, Ms. Nancy Sit Ka-yin, Ms. Daisy Poon, Mrs. Annie Tse Yau On-yee, Mrs. Viola Wong Ho Suk-ying
2017
Professor Pascale Fung Ngan, Professor Helen Meng Mei-ling, Ms. Judy Chan, Professor Karen Chan Ka-yin and Dr. Jane Lee Ching-yee
2021
Ms. Ashley Galina DUDARENOK, Dr. Eliza Yi Wah HO FOK, Ms. Vivian Ying Shih LEE, Prof. Christine Kung-wai LOH, Ms. Winnie Wan Chi TAM, Ms. Jennifer Yuen Chun TAN
• The new five-storey, 27,400 square metre automotive centre will bolster ComfortDelGro Engineering’s (CDGE) EV capabilities to meet the demands of an increasingly electrified vehicle population, aligning with the nation’s push toward electrification.
• With increased operational capacity and enhanced EV capabilities, CDGE will be better equipped to handle EV services, from EV maintenance and charging to high-voltage battery and system diagnosis and repair.
• Through the CDGE Academy, now also operating at the centre, CDGE is actively upskilling its technicians to become the next generation of EV specialists.
SINGAPORE – Media OutReach Newswire – 5 March 2026 – ComfortDelGro Corporation Limited (SGX:C52) (“ComfortDelGro”, “the Group”) today announced the official opening of one of Singapore’s largest integrated automotive engineering centres at 320 Ubi Road 3. Operated by its wholly owned subsidiary, ComfortDelGro Engineering (CDGE), the new five-storey facility supports CDGE’s full suite of automotive solutions while significantly expanding capacity for electric vehicle (EV) capabilities, from EV maintenance and charging to high-voltage battery and system diagnosis and repair.
Wide shot of ComfortDelGro’s new automotive centre
With 43 percent of new car registrations in Singapore now electric, the automotive centre is strategically positioned to support the evolving needs of electric mobility today and in the years ahead.
The upgraded automotive centre also houses the ComfortDelGro Engineering Academy. The Academy supports broader industry development by providing LTA’s National Electric Vehicle Specialist Safety programmes for technicians interested in the sector, equipping them with future-ready skills to navigate EV
transition in Singapore.
Ang Soo Hock, Chief Executive Officer of ComfortDelGro Engineering, said: “Electric mobility is reshaping the transport landscape, and the new automotive centre enables us to respond with the right tools, skills, and technology under one roof. As we build on our strong engineering DNA with future-ready capabilities, we are well-placed to support the Group and the nation in the journey towards a more sustainable future.”
Spanning over 27,400 square metres, the facility houses over 260 vehicle bays, 58 EV charging points, and battery storage rooms, significantly expanding CDGE’s operational capacity. With EV-ready facilities, the centre strengthens the Group’s readiness to support the evolution of our fleet mix and adapt to changing
technologies.
The automotive centre has commenced operations, with a progressive ramp-up of specialised services scheduled through the second quarter of 2026. Members of the public and fleet partners are welcome to visit the facility starting today.
The issuer is solely responsible for the content of this announcement.
About ComfortDelGro Corporation
ComfortDelGro is a leading multi-modal transport operator offering a comprehensive suite of transportation solutions. Our extensive network spans public transport including buses and rail, point-to-point transport with taxis and private hire cars as well as business-to-business mobility solutions. Every day, millions rely on our services across 13 countries including Singapore, Australia, the United Kingdom, New Zealand, China, Ireland, Sweden, France, Malaysia, Spain, Portugal, Greece, and the Netherlands.
As a global operator, we play an important role in steering the transition towards a low-carbon economy. With around 66 percent of our owned fleet consisting of cleaner energy vehicles, we support governments and cities in enabling inclusive and sustainable transport systems. For our efforts, ComfortDelGro has been included in the Dow Jones Best-in-Class Asia Pacific Indices for seven consecutive years.
About ComfortDelGro Engineerin
As a leading company in the automotive engineering industry, ComfortDelGro Group’s wholly-owned subsidiary, ComfortDelGro Engineering Pte Ltd (CDGE) has been providing a suite of automotive services for taxis, as well as private and commercial vehicles for over 40 years. In 2021, CDGE formed a joint venture (JV) company with ENGIE South East Asia – ComfortDelGro ENGIE Pte Ltd – which made its foray into the electric vehicle charging field by winning the first tender to install over 500 charging points in Singapore. It formed a solar JV with ENGIE – ComfortDelGro ENGIE Solar Pte Ltd – in 2022 to provide renewable energy services using solar power to support the Group’s electrification journey.
Thanks to powerful partnerships with industry leaders, NOTE 60 Ultra represents Infinix’s boldest entry in the flagship tier, debuting in Barcelona during MWC 2026
BARCELONA, SPAIN – Media OutReach Newswire – 4 March 2026 – Infinix is cementing its status within the premium smartphone segment in a bold new way with NOTE 60 Ultra, its landmark flagship debuting in Barcelona during Mobile World Congress 2026.
Infinix NOTE 60 Ultra Design by Pininfarina
Co-developed with Italian automotive and design legend Pininfarina, NOTE 60 Ultra’s design is driven by an emotion-led aesthetic inspired by super cars. Beneath its bold design lies a fully realized flagship experience, integrating breakthrough in-house innovations with best-in-class partner technologies. A professional-grade 200MP ultra-high-definition imaging system, built-in multi-country satellite communication connectivity, and immersive audio precision-tuned by SOUND BY JBL come together to challenge expectations in the premium segment.
Infinix NOTE 60 Ultra family
Supercar Design DNA in a Flagship, Shaped by Pininfarina
In the premium segment, the design language is a device’s opening statement. A user’s perception at first glance is shaped by aesthetics, long before a single specification is considered.
Drawing inspiration from the aerodynamic philosophy and pioneering spirit of high-performance sports cars, Infinix, in partnership with Pininfarina, takes a radical departure in sculpting a flagship. What stands out immediately is what’s missing: the camera bump. As premium handsets adopt larger sensors, they often sacrifice form with increasingly protruding camera modules.
True to the sports car heritage, NOTE 60 Ultra introduces a fully integrated, single-body rear: the Aluminum Unibody Design. At the heart of this craftsmanship is the World’s 1st Uni-Chassis Cam Module, formed a single, continuous sheet of CORNING® GORILLA® GLASS VICTUS that virtually conceals the presence of the camera. Much like a supercar sculpted for low-drag, the rear design maintains a smooth, uninterrupted silhouette. This also ensures a natural in-hand feel and unobtrusively slips into any pocket, while reinforcing the phone’s durability and structural integrity.
Paying homage to Italian cultural and racing heritage, NOTE 60 Ultra arrives in four striking colorways: Torino Black, Monza Red, Amalfi Blue, and Roma Silver. Each hue draws inspiration from the most iconic scenes and legends of Italy’s motorsport and cultural history, capturing the spirit of speed, lifestyle, and emotional beauty.
Just as a supercar announces its ignition through sound and light, NOTE 60 Ultra mirrors the ritual. A Floating Taillight signature spans the rear, illuminating as the device powers on. And as a final nod to automotive heritage, NOTE 60 Ultra features an Active Matrix Display reminiscent of a supercar dashboard at startup. Concealed within the rear surface, the hidden display lights up to reveal notifications, expressive icons, or a pixel-style virtual companion.
Dual Flagship Cameras for Detail, Zoom, and True-to-Life Imaging
Although discreet at first glance, Infinix makes no concessions on camera performance and earmarks a new era for Infinix’s imaging capability. Delivering performance on par with industry-leading standards, Infinix’s Dual Flagship Imaging Architecture marks several brand-first breakthroughs and improvements across three dimensions, reinforcing its position as a signature offering.
Under the hood, it’s clear that NOTE 60 Ultra refuses to settle for less. Discreetly integrated within the Uni-Chassis Cam Module is a powerful triple-camera array. Anchored by a next-generation 200MP Samsung ISOCELL HPE sensor, NOTE 60 Ultra delivers ultra-high-definition clarity. And ensuring flagship-grade versatility across focal lengths, the phone is complemented by a 50MP Samsung ISOCELL JN5 periscope telephoto lens and a 112° ultra-wide lens.
However, hardware alone does not define the full experience. For the first time, Infinix supports the XDR display standard with Ultra HDR Capture. Powered by a proprietary XDR Image Engine, Infinix’s advanced system delivers a superior dynamic range, ideal for true-to-life photos of bright lights at night or breathtaking sunset scenes.
The result is exceptional resolution that sets a higher bar for precise framing in daylight or after dark, while faithfully preserving details often lost in standard photography. Whether exploring daytime cityscapes or distant horizons, NOTE 60 Ultra excels with its advanced optical‑to‑digital zoom performance. Crisp, detailed shots are captured across a versatile zoom range, from a 2× optical crop and native 3.5× optical zoom to a 7× lossless digital zoom, extending up to 100× for extreme distances.
Expansive Satellite Calling and Messaging Coverage
Beyond what meets the eye, NOTE 60 Ultra carries a more subtle capability designed to accompany the user’s ambition, as far as and wherever the road leads. NOTE 60 Ultra is the first¹ to introduce dual-way satellite calling with expansive global coverage across a far greater number of countries¹. Powered by two-way messaging and calling beyond traditional terrestrial networks, NOTE 60 Ultra offers an added peace of mind whether navigating remote terrain beyond cellular coverage or facing large-scale network disruptions. The device bridges regional connectivity gaps to maintain communication and enables emergency location sharing when it matters most.
Ultra-Fast, Enduring Functionalities for an All-Around Flagship Experience
NOTE 60 Ultra combines category-leading performance and enduring power to support multi-sensory entertainment without interruption. Complementing this, its latest user experience delivers forward-looking innovations and AI-driven optimizations, making it more accessible and seamless for everyday use.
Impressively, Infinix debuted the Proprietary Battery Self-Healing Technology. Despite featuring a massive 7000mAh silicon-carbon battery within a slim, lightweight frame, NOTE 60 Ultra is engineered to restore up to 1%² of battery health every 200 charge cycles. Complementing this breakthrough, NOTE 60 Ultra supports wired 100W All-Around Fast Charge and 50W wireless charging, achieving a full charge from 1% to 100%² in only 48 minutes through a wired connection.
Even with a massive battery, Infinix pulls out all the stops to optimize for both speed and energy management. Featuring a 4nm all-big-core MediaTek Dimensity 8400 Ultimate chipset together with Infinix’s self-developed performance engine, NOTE 60 Ultra achieves up to 25%² faster multitasking, accelerated app responsiveness, and sustained smoothness.
NOTE 60 Ultra excels in its class with a captivating, 1.5K Ultra HDR cinematic display. Delivering fluid 144Hz responsiveness and exceptional 4500-nit peak brightness, visuals remain vibrant across most lighting conditions. Even in motion, intelligent predictive stabilization minimizes motion sickness, whether watching a film or playing games from within a car. And just as a high-performance vehicle demands calibrated acoustics, NOTE 60 Ultra doesn’t settle for less. It delivers high-fidelity audio through a stereo system with SOUND BY JBL, completing a truly compelling entertainment experience.
The NOTE 60 Ultra’s optimized performance enables its intelligent AI features to run fluidly and efficiently with minimal battery drain. Its integrated AI ecosystem focuses on practical daily-enhancing functions, including real-time vitals tracking via Advanced Health Monitor, personalized file organization and an adaptive AI-powered knowledge base, all evolving with user preferences. These AI capabilities are seamlessly woven into GlowSpace, a new interface debuting on XOS 16.³ Powered by Android 16, GlowSpace introduces a fully reimagined UI centered on fluid motion and luminous details that animate with every interaction.
Through co-engineering with leading technology and innovation partners, Infinix has aligned NOTE 60 Ultra around a unified vision of excellence. The outcome is a benchmark-setting flagship defined not by spectacle, but by deeply integrated and purposeful engineering, inside-out.
Product availability
NOTE 60 Ultra comes with a promise of 3 years of major OS updates and 5 years of security patches.
NOTE 60 Ultra is available in four colors: Torino Black, Monza Red, Amalfi Blue, and Roma Silver.
It will be available in a single variant with 12GB of RAM, 256GB of storage, and built-in eSIM⁴.
NOTE 60 Ultra comes with a deluxe gift box with automotive-inspired display stand design. A Supercar-Inspired MagCharge Base in Zinc Alloy, a Kevlar-Pattern MagPad, a Custom Kevlar MagCase, and a Track-Edition SIM Ejector Pin are included in the gift box.
Disclaimer
¹As of launch, this device is the first commercially available smartphone to support two‑way satellite calling across multiple countries. Feature availability, supported regions and coverage are subject to local certification, network deployment and market conditions.
²All data comes from Infinix laboratories. The testing data may vary slightly between different test versions and testing environments.
³The specific XOS upgrade plan for each model will be announced separately. Please note that availability of this upgrade may be limited in certain countries.
⁴eSIM availability is carrier and region-dependent; it may not be supported in all countries.
Hashtag: #Infinix
The issuer is solely responsible for the content of this announcement.
About Infinix
Established in 2013, Infinix is an innovation-driven brand dedicated to delivering cutting-edge technology, bold design, and outstanding performance. The brand provides smart, enjoyable mobile experiences that enhance everyday life. Beyond smartphones, Infinix has expanded its portfolio to include TWS earbuds, smartwatches, laptops, tablets, smart TVs, and more—building a comprehensive ecosystem of smart devices. Currently, Infinix products are available in over 70 countries and regions worldwide, including Africa, Latin America, the Middle East, South Asia, and Southeast Asia.
HONG KONG SAR – Media OutReach Newswire – 4 March 2026 – The inaugural “Study in Hong Kong” Week (February 23 to March 1) was successfully launched to promote the city’s attractiveness as a destination for students around the world to pursue higher education.
A major highlight was the prestigious Asia-Pacific Association for International Education (APAIE) 2026 Conference and Exhibition, which ranks among the world’s top three international higher education conferences. The event attracted over 3,500 leading international education professionals to explore the latest trends and critical issues in higher education.
Speaking at the opening ceremony of APAIE 2026, the Hong Kong Special Administrative Region (HKSAR)’s Secretary for Education, Dr Christine Choi said, “To further promote higher education in Hong Kong to the world, we are dedicating this week as the ‘Study in Hong Kong’ Week, during which we will share our success stories and connect more closely with partners worldwide.”
HKSAR’s Secretary for Education, Dr Christine Choi (second row, ninth left), visits the “Study in Hong Kong” Pavilion at the APAIE with other guests
“Under the “one country, two systems” principle, Hong Kong enjoys the distinctive advantages of being part of China with strong support from our Motherland and at the same time being centrally located in Asia.
“Our universities are globally recognised, with five of them within the world’s top 100 and Asia’s top 20. Hong Kong claimed all top four spots in the ranking of the world’s most international universities last year. Indeed, one in every four of our students come from outside Hong Kong. The proportion is even higher for academic staff, with around 70 per cent from elsewhere.”
Held under the theme “Asia-Pacific Partnerships for the Global Good”, APAIE 2026 featured pre-conference workshops, summit forums, keynote speeches, and exchange activities.
Dr Choi met with education officials and representatives from various regions on international education development trends and co-operation. She held separate meetings with the State Secretary of the Ministry of Education, Research, Development and Youth of the Slovak Republic, Mr Róbert Zsembera, and the Director General of the International Cooperation Department of the Ministry of Education and Training of Vietnam, Dr Nguyen Thu Thuy, to exchange views on the development, co-operation, and promotion of international higher education.
Dr Choi also toured the “Study in Hong Kong” Pavilion, where she learned about the promotional efforts of University Grants Committee (UGC)-funded universities and how they expand international networks to recruit students from various regions for study and exchange in Hong Kong. She also visited other booths at the exhibition, exchanging views on higher education development with representatives from various countries and regions.
Dr Choi noted that Hong Kong, as Asia’s world city, possesses advantages in global connectivity, world-class infrastructure, and rich cultural experiences that attract outstanding talent.
During the Week, UGC-funded universities hosted campus tours, allowing overseas guests to experience first-hand the fusion of diverse cultures from different regions. Universities also organised student exchange activities to foster friendships among international students from different regions, deepen their understanding of Hong Kong, and help them better integrate into local campus life.
“While Hong Kong is highly popular among students from the Chinese Mainland, those from other parts of the world, especially in the Association of Southeast Asian Nations (ASEAN) and Belt and Road countries or regions, have increased significantly in recent years,” Dr Choi said.
“As we welcome more non-local students to our schools and universities, we hope Hong Kong can serve as a springboard for them to engage with the Chinese Mainland and the wider Asia-Pacific, and as a pathway to widen collaborations across this vibrant region.”
SINGAPORE – Media OutReach Newswire – 4 March 2026 – HAEXC Mobile Pte Ltd, a specialist in rugged and intrinsically safe communication technology, today announced its latest range of Zone 1 phones, Zone 2 phones, and hazardous area phonesolutions designed to enhance frontline safety and operational efficiency for workers in hazardous industrial environments.
HAEXC Zone 1/21 Phone
Purpose-built for explosive and high-risk conditions, HAEXC Mobile’s intrinsically safe devices meet stringent international safety standards, including ATEX and IECEx certification. These solutions enable reliable communication for industries requiring certified intrinsically safe phone technology, including oil and gas, marine, defence, and heavy industrial sectors.
Enabling Safe Communication in Hazardous Zones Workers operating in hazardous environments require devices that can perform safely without creating ignition risks. HAEXC Mobile’s intrinsically safe (IS phone) and explosion-proof devices are specifically engineered to function safely in environments classified as Zone 1 and Zone 2, where explosive gases may be present.
The company’s portfolio includes certified Zone 1 phone and Zone 2 phone models designed to support mission-critical communication for:
These devices provide dependable performance while protecting workers and ensuring regulatory compliance.
Integrated Safety Features Including EX Camera and EX Proof Camera Technology In addition to intrinsically safe communication, HAEXC Mobile devices incorporate advanced imaging solutions such as EX camera and EX proof camera capabilities. These explosion-proof camera systems enable workers to safely capture images and videos for inspection, reporting, and compliance documentation without compromising safety.
The company’s intrinsically safe phone solutions also feature:
Push-to-Talk communication for instant team coordination
Lone worker protection and emergency alert features
Rugged, shock-resistant and waterproof design
Long battery life for extended field operations
Secure enterprise mobility integration
These features make HAEXC Mobile’s devices ideal for organisations seeking reliable IS phone solutions in demanding environments.
Supporting Critical Industries Worldwide “As industries continue to digitise their operations, the need for reliable and safe communication tools becomes even more important,” said Raymond Tan, Managing Director of HAEXC Mobile Pte Ltd.
“Our intrinsically safe phone and hazardous area phone solutions are designed to protect frontline workers while enabling seamless communication in even the most hazardous conditions, including oil and gas facilities, marine environments, and military applications.”
HAEXC Mobile’s rugged devices are widely used as certified phones for oil and gas, marine, and industrial sectors, helping organisations enhance safety compliance and operational efficiency.
Driving the Future of Industrial Safety Technology With increasing demand for intrinsically safe mobile solutions, HAEXC Mobile continues to innovate in explosion-proof communication technology, including intrinsically safe smartphones and integrated EX camera solutions.
The company’s mission is to empower organisations with reliable communication tools that protect workers and support safer industrial operations worldwide.
For more information, visit: https://www.haexc-mobile.com/ Hashtag: #IntrinsicallySafe #ExplosionProof #ISPhone #Zone1Phone #Zone2Phone #HazardousAreaPhone
The issuer is solely responsible for the content of this announcement.
HAEXC Mobile Pte Ltd
HAEXC Mobile Pte Ltd specialises in rugged and intrinsically safe mobile communication devices designed for hazardous industrial environments. Its product portfolio includes Zone 1 phone, Zone 2 phone, intrinsically safe phone, hazardous area phone, and explosion-proof devices with integrated EX proof camera technology.
These solutions are widely used across oil and gas, marine & offshore, defence, petrochemical, and industrial sectors where safety-certified communication is essential.
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