iFixit specialists disassembled the iPad mini 7 and came to the conclusion that the device is practically no different from the previous model in terms of layout and maintainability.
As Day.Az reports, the company published a video of disassembling the device on its official YouTube channel.
The tablet’s internal components remain unchanged from the previous generation released in 2021. The only changes are the new processor and the lack of a SIM card slot in the Wi-Fi+Cellular version, which is due to the transition to eSIM.
The method for removing the battery also remains the same, unlike the new iPhone 16, where an electric current is used for this. As a result, iFixit gave the 7th generation iPad mini the same repairability rating of 3 out of 10.
Apple introduced the new iPad mini in mid-October, and globally the device has not undergone significant changes compared to the previous generation. The new features are limited to the internals, including the A17 Pro processor, increased storage capacity up to 128GB, and support for Apple Pencil Pro. However, according to the first reviews from Western journalists, the tablet retains a screen with a frequency of 60 Hz and a “jelly” effect.
iPad mini 7 was introduced by Apple on October 15, 2024. The device went on sale on the 23rd.
How do emerging technologies like battery storage and hydrogen fuel cells impact the future of sustainable energy?
Interview: The Future of Sustainable Energy – A Conversation with Dr. Emma Carter
Time.news Editor: Welcome, everyone! Today we have the privilege of speaking with Dr. Emma Carter, a leading expert in sustainable energy technologies. Dr. Carter, thank you for joining us!
Dr. Emma Carter: Thank you for having me! I’m excited to discuss the future of sustainable energy.
Editor: Absolutely! Let’s jump right in. Recently, there has been a surge in interest regarding renewable energy sources. Why do you think this shift is happening now?
Dr. Carter: There are several factors driving this interest. Firstly, the effects of climate change are becoming increasingly apparent, pushing both individuals and governments to reconsider their energy sources. People are more aware of their carbon footprints and are advocating for cleaner, sustainable options.
Editor: That’s a crucial point. We’ve seen various countries announce ambitious plans to transition to green energy. Can you share some examples of innovations or policies that are making a significant impact?
Dr. Carter: Certainly! One notable example is Germany’s Energiewende initiative, which aims to transform the energy supply. They’ve heavily invested in wind and solar technologies, making significant strides toward renewable energy sources. Additionally, many countries are implementing carbon pricing mechanisms, incentivizing businesses to reduce emissions.
Editor: Fascinating! But what about the challenges? Transitioning to renewable energy systems is no small feat. What are some hurdles that we need to overcome?
Dr. Carter: One of the primary challenges is energy storage technology. Renewable energy sources like wind and solar are intermittent, so we need efficient storage solutions to ensure a stable energy supply. Moreover, there are infrastructural changes needed to support new energy systems. This requires significant investment and careful planning.
Editor: Investment certainly is a massive factor. How can both public and private sectors work together to boost funding for sustainable energy projects?
Dr. Carter: Collaboration is key. Governments can create favorable conditions for investment by providing subsidies or tax breaks for green energy projects. On the other hand, private companies can focus on innovation and efficiency, making renewable options more attractive. Public-private partnerships often lead to successful outcomes in this sector.
Editor: Speaking of innovation, are there any emerging technologies in sustainable energy that you find particularly exciting?
Dr. Carter: Absolutely! One of the most promising developments is in battery technology, particularly solid-state batteries that offer higher efficiency and safety. Also, advancements in hydrogen fuel cells are showing potential as a clean energy carrier. These innovations can play a significant role in reducing reliance on fossil fuels.
Editor: Sounds exciting! To wrap up, what message would you give to individuals who want to contribute to sustainable energy efforts in their communities?
Dr. Carter: I would encourage everyone to educate themselves and advocate for renewable energy options. Simple actions like reducing energy consumption, supporting local renewable projects, or even investing in solar panels can make a difference. Change often starts at the community level, so being informed and engaged is crucial.
Editor: Thank you, Dr. Carter, for sharing your insights with us today. It’s clear that sustainable energy is not just a trend but a vital path forward for our planet.
Dr. Carter: Thank you! It’s been a pleasure to discuss these important topics.
Editor: And thank you to our readers for tuning in! Stay informed and engaged as we journey towards a sustainable future together.