Ryan Haines / Android AuthorityTL;DR

A rumor recently suggested that 2025’s iPad Air would pack Apple’s high-end M4 chipset.
A more credible leak now indicates that the upcoming iPad Air will likely pack the M3 chip.
Apple will likely name its forthcoming budget phone the iPhone SE 4, not the iPhone 16E.

Last week, a Bloomberg report stated that Apple may skip the M3 chip and directly upgrade the iPad Air from M2 to M4. However, a more plausible leak has now contradicted the previous rumor, suggesting that the M4 SoC will remain exclusive to the latest iPad Pro and Mac computers.

Reputable leaker Evan Blass has found official references to some of Apple’s upcoming products, revealing some of their potential names, display sizes, and processors. For starters, the iPad Air will seemingly pack the M3 chip rather than the M4. So, those seeking a tablet fueled by Apple’s latest chip may still need to opt for the highest-end Pro variant. Otherwise, like its predecessor, the iPad Air M3 will likely offer 11-inch and 13-inch variants.Similarly, the shared references suggest that Apple’s budget phone will be called the iPhone SE 4 instead of the iPhone 16E. This indicates that the company may want to maintain a clear distinction between its iPhone lines and not associate its entry-level model with the flagship iPhone 16 series.Beyond that, the image mentions an unreleased iPad 11, suggesting that Apple may launch it with the iPad Air M3 and iPhone SE 4. This isn’t particularly surprising, but it adds more weight to previous leaks.Apple will likely reveal the entry-level and mid-range iPads, along with the next-gen iPhone SE, in March. It remains to be seen whether the company will deliver the announcements via press releases or hold a dedicated media event.
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“MyCocoa Delight: Indulge, Meet & Connect”
KOTA KINABALU, Malaysia, Jan. 20, 2025 /PRNewswire/ — The Malaysian International Cocoa Fair (MICF) 2025 will be held for the first time in Sabah from May 24 to May 27, 2025, at the Sabah International Convention Centre (SICC). The pre-launch ceremony was officiated by YB Datuk Chan Foong Hin, Deputy Minister of Plantation and Commodities, at the Hilton Hotel, Kota Kinabalu.

YB Datuk Chan Foong Hin and Director General of the Malaysian Cocoa Board, Datuk Dr. Ramle Hj Kasin, together with industry leaders on stage at the Pre-Launch Ceremony of MICF 2025, marking a significant journey towards global recognition of the nation’s cocoa industry.

According to YB Datuk Chan, Sabah was chosen as the location for MICF 2025 due to its critical role in Malaysia’s cocoa industry, contributing 60% of the country’s total cocoa production. He emphasized that MICF 2025 serves as a platform to promote Malaysia’s cocoa internationally, discuss key industry issues, and strengthen global collaboration in the sector.
With the theme “MyCocoa Delight: Indulge, Meet & Connect,” MICF 2025 will feature a variety of activities, including:

Cocoa Product Exhibition: Introducing innovations from local and global producers, including premium and artisanal chocolates.
International Conference: Discussing cocoa processing technology, premium cocoa production, and global market trends.
Business Networking Program: Creating collaboration opportunities for industry players.
Field Visits: Offering participants an understanding of the cocoa value chain.

YBhg. Datuk Dr. Ramle Hj Kasin, Director-General of the Malaysian Cocoa Board (MCB), announced the three main components of MICF 2025: Malaysian International Cocoa Conference (MICC), Malaysian International Cocoa Exhibition (MICE), and Malaysian International Cocoa Dinner (MICD). The event is expected to draw over 1,000 conference participants, 25,000 trade and public visitors, and more than 100 exhibitors from around the globe.
YB Datuk Chan also highlighted Malaysia’s potential, particularly Sabah, to reclaim its position as a leading cocoa cultivation hub in Asia. He stated, “Sabah was once a major player in cocoa production, and now, with cocoa prices at a historic high, we have an opportunity to revitalize this industry.”
MICF 2025 not only emphasizes the development of the cocoa sector but also provides an opportunity for tourists to explore the natural beauty of Sabah. Visitors can enjoy attractions such as Mount Kinabalu, pristine islands, and local cultural experiences, making MICF 2025 a unique blend of trade and tourism.
Supported by international organizations like the International Cocoa Organization (ICCO) and the Cocoa Association of Asia (CAA), MICF 2025 aims to establish Malaysia as a regional cocoa hub and strengthen the country’s position in the global market.
 

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HEFEI, China, Jan. 20, 2025 /PRNewswire/ — On January 18th, Sungrow Hydrogen signed supply agreement with ACME Group and will provide water electrolysis hydrogen production equipment for the 320MW green ammonia project in Oman. It also marks the official start of the cooperation between ACME Group and Sungrow Hydrogen in the Middle East.

Signing ceremony between ACME Group and Sungrow Hydrogen

According to the agreement, Sungrow Hydrogen will provide multiple sets of 1000Nm³/h ALK hydrogen production equipment and flexible green hydrogen production solutions for the project. The delivery will be completed within 2025.
The project is the core part of ACME’s green energy strategy in the Middle East is anticipated to begin operations in 2026. Upon commencement, the initial capacity for green ammonia production will be 300 tonnes per day. Undoubtedly, it has the potential to greatly strengthen Oman’s position in the global green hydrogen industry in the future.
Sungrow Hydrogen’s competitiveness in the global green hydrogen industry is on the rise. In 2024, its electrolyzer products were set to receive prestigious certifications from CE and TÜV and its 20MW Water Electrolysis Hydrogen Production Empirical Platform (the largest one worldwide) has been granted with Laboratory Accreditation Certificate by China National Accreditation Service for Conformity Assessment (CNAS). Additionally, Plant No.2 of the Sungrow Hydrogen Intelligent Manufacturing Centre has recently become operational. This facility features China’s first automated assembly line for ALK electrolyzers, which is expected to boost production efficiency by 60%. As a result, Sungrow Hydrogen’s annual production capacity has now increased to 3GW.
With advanced technology and efficient service, Sungrow Hydrogen actively participates in multiple large-scale integrated green hydrogen, ammonia, and methanol demonstration projects worldwide. In the future, Sungrow Hydrogen will continue to collaborate with global partners to jointly advance the development of green hydrogen projects, powering up the global green hydrogen industry.

Tablets have become indispensable for work, entertainment, and creativity, offering versatility in a portable package. Among the myriad of options available, Apple’s iPads consistently lead the market, renowned for their premium design, seamless performance, and robust ecosystem. iPads remain a favorite for their unmatched reliability and long-term value. Here are five key reasons why iPads stand out in the crowded tablet market.

Why iPads stand out?

1. Premium Build Quality

One of the key reasons why iPads stand out is their premium build quality. Apple ensures every iPad, from the base model to the high-end iPad Pro, features a sleek aluminum body that feels both sturdy and luxurious. Unlike most Android tablets, where premium materials are reserved for flagship models, Apple maintains this quality across its entire lineup. This consistency in design and build is a major factor for Apple’s reign in the tablet market.

2. Regular and Long-Term Software Updates

Another reason why iPads stand out is Apple’s commitment to regular and long-term software updates. These updates not only keep the devices secure but also introduce new features that enhance the user experience. While Android tablets often struggle with short-lived update cycles, Apple provides years of reliable support, ensuring that even older iPads remain functional and up-to-date. This long-term support is a crucial aspect of why iPads stand out among competitors.

3. Seamless Ecosystem Integration

The seamless integration within Apple’s ecosystem is a significant factor on why people favor ipads. Features like Handoff, AirDrop, and Universal Control make multitasking across Apple devices effortless. Whether you’re transferring files, continuing tasks, or using the same peripherals across devices, iPads work flawlessly with iPhones, Macs, and Apple Watches. While Android has made progress in cross-device connectivity, Apple’s ecosystem remains a prime example of why iPads stand out.

4. Top-Tier Performance

Performance is yet another reason why iPads stand out in the tablet market. Apple’s custom A-series and M-series processors deliver exceptional speed and efficiency. Whether you need a tablet for everyday tasks, gaming, or professional work like video editing, there’s an iPad to suit your needs. This powerful performance ensures why iPads stand out when compared to other tablets, many of which lack the same level of hardware optimization.

5. Better Resale Value

The resale value of iPads is a testament to why iPads stand out as a long-term investment. Thanks to their premium build, regular software updates, and Apple’s brand reputation, iPads retain their value far better than most Android tablets. Selling a well-maintained iPad can significantly offset the cost of upgrading, which is another reason why iPads stand out for budget-conscious users looking for a durable and reliable device.

Conclusion

From premium build quality to top-tier performance, it’s easy to see why iPads stand out in the tablet market. Their seamless integration within Apple’s ecosystem, years of software support, and better resale value make them a preferred choice for users worldwide. While Android tablets are catching up in certain areas, the unmatched reliability, quality, and longevity of iPads consistently show why iPads stand out as the top option for both casual and professional users alike.

Astronomers have identified the fastest disintegrating exoplanet observed to date, a discovery made possible by NASA’s Transiting Exoplanet Survey Satellite (TESS). The planet BD+05 4868 Ab, located approximately 141 light-years from Earth, is being eroded at an extraordinary rate due to intense bombardment from its host star, BD+05 4868 A. The planet is losing mass equivalent to that of Earth’s moon every million years and is on track to vanish entirely, marking it as a rare find for the scientific community.Insights from the StudyAs reported by space.com, according to findings presented by a team from the Massachusetts Institute of Technology (MIT), BD+05 4868 Ab is among the closest disintegrating exoplanets to be observed. Its unique condition provides researchers with a rare opportunity to examine the internal structure of rocky planets as their material is expelled into space. These insights were detailed during the 245th American Astronomical Society meeting in Maryland.Marc Hon, a postdoctoral associate at MIT and leader of the research, highlighted to space.com the significance of this observation, describing the planet’s massive dust trails. These trails extend approximately 9 million kilometres and consist of two distinct sections, formed by varying sizes of dust grains. Hon added that the transit signal caused by this trail blocks 1 percent of the star’s light, lasting 15 hours.Future Research Using JWSTThe research, conducted alongside scientists from Pennsylvania State University, aims to deepen understanding of planetary disintegration. Penn State’s team has previously employed similar techniques to study another disintegrating exoplanet, K2-22b. Jason Wright, a professor of astronomy at Penn State, noted that BD+05 4868 Ab offers an exceptional opportunity due to the brightness of its host star, which is 100 times brighter than those of previously studied disintegrating planets.Efforts are now underway to leverage the James Webb Space Telescope (JWST) to study BD+05 4868 Ab in greater detail. The findings could illuminate the composition of such planets, offering a groundbreaking perspective on planetary interiors beyond the solar system.