
Redmi A4 5G launched with 6GB RAM variant: Check price, features, and more
Xiaomi has launched a new storage variant of the Redmi A4 5G, which now comes in 6GB LPDDR4X RAM and 128GB UFS 2.2 storage. The smartphone is already available to purchase on Amazon at just Rs.9999 in India. Previously, it was launched in 4GB+ 64GB storage, which is priced at Rs.8499 and the 4GB+ 128GB is priced at Rs, 9499. The new storage variant will also be available in Sparkle Purple and Starry Black colourways, providing buyers with great options. The Redmi A4 5G with a new storage variant retains similar specifications and features. Therefore, buyers will get the same processor, battery size, and other features.
The Redmi A4 5G features a 6.88-inch HD Plus display with a 120Hz refresh rate and up to 600nits peak brightness. The smartphone is powered by the Snapdragon 4 Gen 2 5G processor paired with up to 6GB of RAM and 128GB internal storage. It features a dual camera setup that includes a 50MP main camera, and on the front, you get a 5MP selfie camera. The Redmi A4 5G is backed by a 5160mAh battery that comes with 18W fast charging support. Lastly, it runs on Xiaomi's HyperOS based on Android 14, and the company claims to provide 2 years of software updates and 4 years of security patches. Therefore, with the given price, it offers a promising feature for basic usage, making it a great choice. Now, with greater RAM options, users can enjoy improved performance as well.

Try Our AI Features
Explore what Daily8 AI can do for you:
Comments
No comments yet...
Related Articles


News18
36 minutes ago
- News18
Nothing Phone 3 Prices In India Are Out And People Can't Believe It
Last Updated: Nothing Phone 3 price in India was unveiled at the London event on Tuesday and safe to say people are finding it hard to believe. Nothing Phone 3 was officially launched on Tuesday in London and fair to say there has been a lot of chatter around the new flagship device. People have surely been split with their views on the design at the back, which now ditches the Glyph interface for a matrix layout. You also get a weird camera placement at the back, with the three sensors placed in different angles that might look unnerving to some. But the biggest shocker seems to be the Nothing Phone 3 price in India, which is somehow more expensive than the US prices, even after being made in India. Nothing Phone 3 India Price Reaction Nothing Phone 3 price in India starts at Rs 79,999 and safe to say most of the people across the internet have been shocked by the details. Most of them are finding it hard to believe the strategy behind the Nothing Phone 3 prices, especially the 16GB variant which comes at Rs 89,999. Here's what the people are saying about the Phone 3 price in India. 80k ?????? Are you freaking Kidding Me !!! #NothingPhone3 😧😧😧 — Shazzam (@callmeshazzam) July 1, 2025 I don't remember the last time we had such a strong reaction for a phone pricing here in India. Nothing has made a lot of noise this time Phone (3) pre-orders have started in 🇮🇳 India through Flipkart. Starting price of ₹79,999 & offers include ₹5,000 discount on… — Ishan Agarwal (@ishanagarwal24) July 1, 2025 Nothing Phone (3) might be the only 'Made in India" Android phone that costs less in the USA than in India 😭USA Price 🇺🇸– ₹68,400 ($799) | ₹76,970 ($899) India Price 🇮🇳– ₹79,999 | ₹89,999 — Sudhanshu Ambhore (@Sudhanshu1414) July 1, 2025 Some of the comments are linked to the hardware used on the Phone 3 which is easily available on phones for under Rs 40,000 in the market. But to be fair, Nothing has a big upper hand on most of the rivals with its no bloatware OS experience that is one of the best in the market. Respect for iPhones price 📈📈📈📈after launch of #NothingPhone3 — Sanjay Sharma (@sharmasanjay00) July 1, 2025 Nothing has managed to make the iPhone 16 price gain respect for some users. Having said that, it is too early to comment on the device without actually seeing the reviews that should be coming out in the next few weeks. The Phone 3 features a 6.7-inch LTPO OLED display that supports 120Hz refresh rate. The new Glyph matrix is a big highlight of the Phone 3, which is replacing the popular Glyph interface from the brand. The phone is powered by the Snapdragon 8s Gen 4 chipset with up to 16GB RAM and 512GB storage. You get a triple camera system which includes a 50MP periscope telephoto lens. First Published: July 02, 2025, 10:06 IST


Hans India
an hour ago
- Hans India
‘FLOW' bus rolls into Tirupati bringing hands-on science to students
Tirupati: India's first futuristic mobile science lab – EDODWAJA – Futuristic Lab On Wheels (FLOW), has begun its journey in Andhra Pradesh, starting from Tirupati. Designed to give students hands-on exposure to science and technology, the project is the brainchild of a Hyderabad-based startup, supported by Sri Padmavati Mahila Visvavidyalayam (SPMVV). The university not only incubated the idea through its Technology Business Incubator (TBI) but also provided Rs.25 lakh in funding. Now, under the PM-USHA scheme, SPMVV is facilitating the FLOW bus tour across TTD-run and government schools in Tirupati over the next 10 days. The bus, which can accommodate over 35 students at a time, is more than just a classroom on wheels. It's a solar-powered mobile lab packed with state-of-the-art technology — including robotics, AR/VR setups, drone kits, 3D printing stations, holograms, and a mini planetarium. There are 16 interactive zones where students can explore their curiosity, perform hands-on experiments using 'Do It Yourself' (DIY) kits, and learn directly from trained mentors. FLOW features three core learning modules: Innovate Yourself, Design Yourself, and Recreate Yourself. At the heart of the project is Madhulash Babu, a BTech graduate who wanted to change how students connect with science. He believed that direct, practical experience would spark deeper understanding and long-term interest. After getting seed funding from SPMVV, he secured another Rs.80 lakh from George Mason University in the USA, and with support from his peers, brought FLOW to life. 'We want students to uncover their hidden potential and build on it. FLOW is more than just a lab. It is an ecosystem that gives students a chance to innovate and learn from experts in a hands-on setting,' Madhulash explained. Since it was flagged off by Telangana Chief Minister A Revanth Reddy on June 10, 2024, the bus has already reached 45,000 students across Telangana. Now, it's beginning a new chapter in Andhra Pradesh, where it will be available to schools on a subscription model offering curated workshops and experiences. SPMVV Vice Chancellor Prof V Uma, who inaugurated the bus in Tirupati, praised the effort and vision behind FLOW. 'Madhulash and his team are doing commendable work by bringing science to students' doorsteps. The tools and tech they've included speak volumes about their dedication,' she maintained. Students like Ramya and Kalyani, who toured the bus, were amazed. 'We have never seen anything like this. It is not just about hearing theories as we were able to see how things actually work. It makes us excited about the future of science,' they commented.


Hindustan Times
an hour ago
- Hindustan Times
Amazon's Project Kuiper and SpaceX are competing in a space race
Can you imagine life without internet? Honestly, I wouldn't be able to get through the day without connecting to the internet. It is estimated that about 2.5 billion people around the world do not have access. All said and done, the internet is a great equalizer and has the capacity like no other technology before it to bring opportunities, equality and economic upliftment. It is even considered a basic right in some countries. Even with this, there are limitations that the traditional fiber optic broadband connections have been unable to solve for the 2.5 billion people who live in hard-to-reach places over the years. Think of remote deserts like the sub-Saharan Africa, dense jungles like on the banks of the amazon, isolated islands and conflict zones. In recent years, a new technology is solving this problem by providing the internet not through cables and wires but through electronic waves from satellites in space. It is not new that we look for solutions from space when we cannot find one on earth. Geostationary satellites have been providing internet connections for decades. It is the scale and speed of connectivity using what is called Low Earth Orbit (LEO) satellites that is the game-changer. In this new kind of space race, the number of satellites in space is increasing with every launch. (Starlink) Project Kuiper is Amazon's ambitious initiative to deliver fast, reliable broadband to communities around the world—especially in regions that lack access to traditional internet services. It is part of the device and services division responsible for Kindle, Echo, Fire TV, eero, Ring, and more. Project Kuiper began as an internal code name at Amazon and draws its name from the Kuiper Belt—a region of the solar system located beyond the eight major planets. The belt is named after Dutch astronomer Gerard Kuiper, widely regarded as a pioneer of modern planetary science. Recently, an Atlas V rocket provided the ride to orbit for Amazon's first 27 operational Kuiper satellites. Amazon aims to launch 3232 Kuiper satellites on more than 80 rockets, primarily United Launch Alliance's Atlas V and Vulcan over the next few years. Starlink, Elon Musk's satellite-based internet provider currently has around 7000 active satellites while this is Kuiper's first batch. There is also OneWeb which has about 600 active satellites. There are a few other Chinese LEO satellite-based internet providers as well which are serious contenders. The Starlink and Kuiper constellations both use laser inter-satellite links to relay Internet signals from node-to-node across their networks. Starlink broadcasts consumer broadband in Ku-band frequencies, while Kuiper will use Ka-band. The ka band provides greater bandwidth, smaller antennas, higher data transfer rates but is more susceptible to weather than the Ku-band. That there is competition is a very good indicator of the technology's potential. And more competition should ideally lead to better services being provided to the customer. Amazon hasn't yet announced the pricing on internet plans through Project Kuiper but says balancing affordability and performance will be one of their main targets. Its ultra-compact model provides speeds of up to 100 megabits per second (Mbps), the standard model delivers up to 400 Mbps, and the largest model, which is intended for enterprise, government, and telecommunications applications, delivers up to 1 gigabit per second (Gbps). Amazon expects to make consumer terminals the size of its kindle device for under $400 each. Amazon began research and development on Project Kuiper in 2018. In July 2020, the U.S. Federal Communications Commission (FCC) granted Amazon a license to deploy and operate Project Kuiper satellites. Amazon's FCC license requires that it deploys and operates at least half of its satellite constellation by July 2026. In India, Amazon's Project Kuiper is awaiting its license from the Department of Telecom (DoT) and regulatory clearance from Indian National Space Promotion and Authorisation Centre (In-SPACe). Notably, Starlink too is yet to receive its licenses in India. For Amazon, Project Kuiper is a long-term, high-stakes bet on India's satellite broadband future. While competitors like Starlink and OneWeb have an early lead, Amazon's deep pockets and strategic execution could enable Kuiper to enter the Indian market sooner than expected—even ahead of Starlink. Risk of Space junk In this new kind of space race, the number of satellites in space is increasing with every launch. The number of active satellites in the sky would increase rapidly. The amount of stuff zipping around in LEO could ultimately produce a new space problem to deal with – collisions, satellites and space debris. Collisions of two satellites will cause debris orbiting the earth for years. The satellite streaks also alter the night sky to a great extent and cause hindrance to astronomical observations. Ultimate brightness of the satellites is also what worries astronomers. As is mostly the case with fast moving technologies so it is with satellite-based internet technology, and policy here does trail the actual development. Authoured by: Varun Krishnan