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Redmi A3 Leaked Renders Show Fresh Design and Enhanced Features Ahead of Launch

February 5, 2024

Redmi A3 Confirmed Through NBTC Certification

Highlights

Redmi A3 introduces a premium design with a glass back and circular camera module.
Features a 6.71-inch HD+ LCD screen with a 90Hz refresh rate for smooth visuals.
Powered by MediaTek, offering 4GB RAM with virtual RAM expansion up to 8GB.
Runs on Android 13, supporting 10W charging for its 5,000mAh battery.

The Redmi A3 is likely going to be the latest addition to Xiaomi’s budget-friendly lineup, succeeding the Redmi A2.

Ahead of its official unveiling, details about the device have emerged through listings in several African retail outlets, offering a glimpse into what we might expect from this device.

Redmi A3: Design Showcased in Leaked Renders

The Redmi A3, as per leaked renders, is reported to sport a fresh design aesthetic, distinct from its predecessor, featuring a glass back and a circular camera module that aligns it more closely with the design language of the Realme 11 Pro series.

This marks a significant shift towards a more premium look and feel for the A-series.

Additionally, the phone is said to come in three attractive colours: black, blue, and forest green, catering to a variety of user preferences.

At the forefront of its design is a 6.71-inch HD+ LCD screen, boasting a 90Hz refresh rate and a 120Hz touch sampling rate.

The display is said to pack in 400 nits of peak brightness.

Redmi A3: Other Expected Features

Under the hood, the Redmi A3 is expected to be powered by a MediaTek processor, coupled with 4GB of LPDDR4X RAM and 64GB of onboard storage.

The device might also introduce virtual RAM functionality, allowing users to expand the available memory up to 8GB.

In terms of camera specifications, the Redmi A3 is anticipated to feature a 13MP primary rear camera and an 8MP front camera.

The battery capacity remains a strong suit, with the Redmi A3 retaining a 5,000mAh unit, similar to the Redmi A2.

However, it is said to support 10W charging, which, while not groundbreaking, should suffice for users looking for reliable battery life without the need for rapid charging technologies.

On the software front, the Redmi A3 is listed to run Android 13, ensuring that users have access to the latest Android features and security updates.

The inclusion of a USB Type-C port for charging is a welcome addition, aligning the device with current standards for connectivity and power delivery.

Redmi A3 Specs

GENERAL

Sim Type	Dual Sim, GSM+GSM (Hybrid Slot)
Dual Sim	Yes
Sim Size	Nano+Nano SIM
Device Type	Smartphone
Release Date	August 21, 2019

DESIGN

Dimensions	71.9 x 153.5 x 8.5 mm
Weight	173.8 g

DISPLAY

Type	Color Super AMOLED Screen (16M Colors)
Touch	Yes
Size	6.08 inches, 720 x 1560 pixels
Aspect Ratio	19.5:9
PPI	~ 286 PPI
Screen to Body Ratio	~ 80.3%
Features	Triple Corning Gorilla Glass 5
Notch	Yes, Water Drop Notch

MEMORY

RAM	4 GB
Storage	64 GB
Card Slot	Yes, (Hybrid Slot), upto 256 GB

CONNECTIVITY

GPRS	Yes
EDGE	Yes
3G	Yes
4G	Yes
VoLTE	Yes
Wifi	Yes, with wifi-hotspot
Bluetooth	Yes, v5.0
USB	Yes, USB-C v2.0
USB Features	USB Tethering, USB Charging
IR Blaster	Yes

EXTRA

GPS	Yes, with A-GPS, GLONASS, BDS
Fingerprint Sensor	Yes, In Display
Face Unlock	Yes
Sensors	Accelerometer, Gyro, Proximity, Compass
3.5mm Headphone Jack	Yes
Splash Resistant	Yes
Extra Features	UFS 2.1

CAMERA

Rear Camera	48 MP f/1.8 (Wide Angle) 8 MP f/2.2 (Ultra Wide) 2 MP f/2.4 (Depth Sensor) with autofocus
Features	HDR, Panorama
Video Recording	2160p @ 30 fps UHD, 4K @ 30 fps UHD, 1080p @ 30 fps FHD
Flash	Yes, LED
Front Camera	32 MP f/2
Front Video Recording	1080p @ 30 fps FHD

TECHNICAL

OS	Android v9.0 (Pie), upgradable to v11
Chipset	Qualcomm Snapdragon 665
CPU	2 GHz, Octa Core Processor
Core Details	2 GHz, Quad core, Kryo 260 + 1.8 GHz, Quad core, Kryo 260
GPU	Adreno 610
Java	No
Browser	Yes, supports HTML5

MULTIMEDIA

Email	Yes
Music	Yes
Video	Yes
FM Radio	Yes
Document Reader	Yes

BATTERY

Type	Non-Removable Battery
Size	4030 mAh, Li-Po Battery
Fast Charging	Yes, 18W Fast Charging
StandBy Time	20 days
Music Playback Time	187 hours

FAQs

What new design elements does the Redmi A3 bring?

The Redmi A3 showcases a fresh aesthetic with a glass back and a circular camera setup, presenting a premium look. It will be available in black, blue, and forest green colors.

How does the Redmi A3’s display compare to its predecessor?

The device upgrades to a 6.71-inch HD+ LCD screen, featuring a 90Hz refresh rate and 120Hz touch sampling rate, enhancing the user experience with smoother visuals and responsive touch interaction.

What are the core specifications of the Redmi A3?

The smartphone is expected to run on a MediaTek processor, paired with 4GB of LPDDR4X RAM and 64GB storage, expandable up to 8GB with virtual RAM functionality.

How does the camera setup in the Redmi A3 compare to the Redmi A2?

The Redmi A3 is anticipated to have a 13MP primary rear camera and an 8MP front camera, indicating potential improvements in imaging capabilities.

What does the NBTC certification of the Redmi A3 indicate?

The NBTC certification of the Redmi A3 confirms its existence and basic connectivity features like GSM, WCDMA, and LTE.

This certification hints at the device’s entry into the market soon, with standard wireless capabilities like Bluetooth and Wi-Fi.

Are there any details about the Redmi A3’s specifications?

While the Redmi A3’s design and technical specifications are still undisclosed, its certification suggests it could be a budget-friendly device, aligning with Xiaomi’s strategy for the A series.

Further details are anticipated as the device continues to appear on certification websites.

What are the expected prices for the Redmi Note 13 series in India?

Xiaomi India is expected to launch the Redmi Note 13 series with aggressive pricing.

The standard Redmi Note 13 might be around Rs 14,000, the Pro variant around Rs 18,000, and the Pro+ model could start at about Rs 22,000, offering competitive features like IP68 certification.

Also Read: Redmi A3 Confirmed Through NBTC Certification, Could Be Launching Soon

iFixit Dives Into Apple Vision Pro: An Insightful Teardown Reveals Intricacies

Team My Mobile

February 5, 2024

Highlights

iFixit’s teardown of the Apple Vision Pro uncovers complex internal components.
Vision Pro’s EyeSight feature highlighted for its innovative yet vulnerable design.
Concerns raised about device weight and potential repair costs.
More in-depth analysis promised by iFixit in future teardowns.

The Apple Vision Pro has already been disassembled by the team at iFixit, mere days post-launch.

You would know the iFixit team from their impressive teardown videos of iPhones and other Apple products.

However, the Vision Pro is a different matter altogether given the kind its compact hardware and highly limited availability.

This initial teardown offers a peek under the hood of the highly anticipated device, highlighting its internal components and potential repair complexities.

Apple Vision Pro: iFixit Teardown’s Revelations

The Vision Pro’s EyeSight seems like a repair Achilles’ heel—so many points of failure for a slightly creepy feature. In part one of our teardown, we took a look at how its three-layer display creates that uncanny 3D-ish video of the wearer’s eyes. pic.twitter.com/uYONTB6WMF

— iFixit (@iFixit) February 3, 2024

iFixit’s dismantling process revealed similarities to other Apple products, necessitating the use of a heat gun, numerous screws, and a fair amount of effort to access the inner workings.

One of the standout features examined was the Vision Pro’s EyeSight, which projects a 3D representation of the user’s eyes on the device.

The making-of video Apple released shows an industrial glue gun tracing the frame under the front assembly. We’re readying our heat guns now.

Despite its innovative appeal, iFixit noted this feature’s vulnerability due to its complexity and potential for malfunction, labeling it as somewhat “creepy” due to the extensive technology involved.

Further scrutiny by iFixit raised concerns about certain parts contributing to the device’s weight and the potential costs and challenges associated with future repairs.

pple Vision Pro has already been disassembled by the team at iFixit

This is particularly significant given the early feedback from users and reviewers about the Vision Pro’s display, which some have described as rendering the eyes in a way that is both dim and blurry, detracting from the overall experience.

iFixit to Give More Detailed Look in a Future Teardown

Kyle Wiens, CEO of iFixit, took to Twitter to share insights from the teardown, including images of the Vision Pro stripped of its exterior layers.

This revealed the intricate arrangement of cameras and sensors encircling the device, essential for its AR/VR capabilities.

The brief glimpse into the device’s complexity hinted at the intricate engineering and design efforts Apple has invested in the Vision Pro.

The external battery pack solves the problem of hard-to-replace headset batteries. Image: Apple

iFixit has signaled that this initial teardown only scratches the surface of the Vision Pro’s complexity.

They’ve promised more detailed examinations in future videos, aiming to explore the “rabbit hole” of the device’s design and functionality further.

This ongoing analysis will be invaluable for understanding the Vision Pro’s reparability, component layout, and the technological advancements that Apple has integrated into its first AR/VR headset offering.

iFixit Dives Into Apple Vision Pro: An Insightful Teardown Reveals Intricacies

FAQs

What makes the Apple Vision Pro teardown by iFixit significant?

The teardown provides a first look at the internal design and components of the highly anticipated AR/VR headset, revealing both its innovative features and the challenges they present for repairability.

What are the main concerns raised by iFixit regarding the Vision Pro?

iFixit has pointed out the device’s weight, the complexity of features like EyeSight, and potential high costs and difficulties in repairing certain components.

How does the EyeSight feature on the Vision Pro work, according to iFixit?

EyeSight projects a 3D representation of the user’s eyes onto the device, a feature iFixit finds technologically extensive but prone to many points of failure.

What future insights does iFixit plan to offer about the Vision Pro?

iFixit has promised further videos that delve deeper into the device’s design and functionality, aiming to provide a more comprehensive understanding of its complexity.

iFixit Shares Apple Vision Pro Teardown.Details?

The well-known repair website iFixit today shared a written teardown and video teardown of the Apple Vision Pro, offering a look inside the mixed reality headset.

iFixit’s disassembly of the Vision Pro reveals several internal components, including an array of cameras and sensors, fans, lens motors, and more. Unsurprisingly, it appears that opening and repairing the headset will be difficult.

“The EyeSight seems like a repair Achilles’ heel—so many points of failure for a slightly creepy feature,” said iFixit, in an email. “But we’ll give Apple credit where it’s due: the easily replaceable speakers and battery are big repairability wins.”

Vision Pro is powered by an M2 chip with an 8-core CPU, a 10-core GPU, a 16-core Neural Engine, and 16GB of unified memory.

Other specs include up to 1TB of storage, and an all-new R1 chip that “processes input from 12 cameras, five sensors, and six microphones to ensure that content feels like it is appearing right in front of the user’s eyes.”

The publication Wallpaper* had already shared an image of the Vision Pro’s internals on Friday, as part of an exclusive Vision Pro design interview with Apple’s vice president of software design Alan Dye and vice president of hardware design Richard Howarth.

Howarth said Apple designed the Vision Pro with “a lot of flexible materials and soft textures” like the Solo Knit Band so that people “would not only feel physically comfortable wearing it, but also enjoy wearing it around others too.”

Vision Pro launched on Friday in the U.S., and Apple said the headset will be available in additional countries later this year.

Also Read: Apple Vision Pro to Go on Sale Today in the US with 600+ Apps: All You Need to Know

Also Read: Apple Vision Pro: New Features Revealed, visionOS 1.0.2 Update, and Microsoft Office Integration

Also Read: Apple Vision Pro Headset’s Passthrough Feature Could Have a Few Problems

Also Read: Apple Vision Pro to Use ZEISS Customisable Optical Inserts: A Guide to the Pairing Process

iPhone 16 Series May Tackle Overheating with Graphene Vapour Chamber

Team My Mobile

February 5, 2024

iPhone 16 Pro Series May Potentially Feature Up to 2TB Storage

Highlights

iPhone 15 Pro series faces overheating issues, especially when charging.
Apple considers using titanium casing, raising heat dissipation concerns.
Rumours suggest a graphene vapour chamber could cool future iPhone models.
Apple’s exploration of advanced thermal management aims to enhance user experience.

Apple’s release of the iPhone 15 Pro and iPhone 15 Pro Max models hasn’t gone down as smoothly as the company would have liked.

As per reports, users have been vocal about the devices’ tendency to overheat, a problem initially so severe it drew comparisons to handling a freshly microwaved Hot Pocket.

This issue was particularly pronounced when running certain applications, such as Instagram and Uber, leading to an uncomfortable user experience and accelerated battery depletion.

Thankfully, the deployment of iOS 17.0.3 in early October addressed the primary bug causing this overheating, providing much-needed relief to users.

iPhone 15 Pro’s Titanium Casing Causing Heat

However, some owners of the iPhone 15 Pro series have continued to report excessive heat during use, particularly while charging.

Ming-Chi Kuo, usually the top dog when it comes to Apple news, has suggested that the choice of titanium for the handset’s casing could be exacerbating the issue, given the material’s inferior heat conductivity compared to steel.

In contrast, Samsung has proactively addressed similar concerns with its Galaxy S24 Ultra by significantly enlarging the vapour chamber (VC) by 92% compared to its predecessor, the Galaxy S23 Ultra.

iPhone 15 Pro series faces overheating issues

The S24 Ultra also uses Titanium for its frame but the enhanced VC has offset most of the heating issues.

Looking at these issues, Apple’s response to ongoing thermal management challenges are likely evolve, with rumours suggesting that the company is finally incorporating a vapour chamber in future iPhone models.

Graphene Vapour Chamber on iPhone 16 Series?

iPhone 16 Series May Tackle Overheating with Graphene Vapour Chamber

Apple has reportedly been exploring the idea of VCs on iPhones since 2021.

For the uninitiated, a VC operates by absorbing internal heat and converting a contained liquid into gas, which then cools and recondenses, cycling back to cool the device’s processor effectively.

Graphene is renowned for its exceptional thermal conductivity and could represent a significant advance over the graphite pads currently employed, promising enhanced heat dissipation and potentially mitigating the overheating issues that have plagued earlier models.

Apple has reportedly been exploring the idea of VCs on iPhones since 2021

Apart from, among the anticipated innovations, there are also reports emerging of a metal shell for the battery, which could offer improved thermal properties and a graphene layer attached to the processor.

As Apple continues to push the boundaries of smartphone technology, effective thermal management remains a critical consideration, both for user comfort and device performance.

The transition to materials like graphene could mark a significant step forward in addressing these challenges, ensuring that future iPhones can deliver the high-performance, user-friendly experience that customers expect.

Rumours suggest a graphene vapour chamber could cool future iPhone models