With a large 6.52 inch screen, huge 5000 mAh battery, support for fast charging technology, the Oppo A16s phone is the perfect choice for those who want a phone with great specifications at an affordable price. Standard triple camera, and it works with ColorOS user interface 11.1, Android 11.1 operating system.
Oppo A16s Phone Specifications
The new OPPO phone sports a 6.52-inch IPS LCD screen, HD+ display quality, 1600720 X resolution, 60 Hz refresh rate and selfie camera notch, weighs 190 grams and is 8.4 mm thick. .
The phone is powered by MediaTek’s Helio G35 processor and comes with 4GB of RAM, 64GB of internal storage, and a memory card slot for up to 256GB of additional storage.
The Oppo A16s phone is the latest edition of the global Oppo company
The phone has a triple rear camera, the first camera is 13 megapixels, the second is 2 megapixels, the third is 2 megapixels, and the video shooting resolution is 1080, at a rate of 30 frames per second, and the front camera is 8 megapixels.
And a giant battery with a capacity of 5000 mAh per hour, supports fast charging technology with a power of 15 watts, supports phone GPS technology, a headphone jack, a USB-C charging port and a 3.5 mm headphone jack.
Oppo A16s Phone Price in Arab Markets
The Oppo A16s phone comes at a price of 4999 Egyptian Pounds in Egypt and it costs around AED 449 in UAE.
Company AOn the contrary Introducing the 2023 edition of Apple phones, the iPhone 15, iPhone 15 Pro, iPhone 15 Plus and iPhone 15 Pro Max are currently on sale, with a host of new features, some of which are considered first-of-its-kind smartphones.
9 features of the iPhone 15 series are currently not found in any other smartphone.
The first two phones have a titanium frame
The iPhone 15 Pro and iPhone 15 Pro Max come with a hybrid titanium-aluminum body that claims to use an “industry-first thermo-mechanical process.” The phones feature titanium bands with a new subframe made using 100% recycled aluminum. More durable and lighter.
Shooting at 24MP by default
Most phones with high-resolution sensors take pixel-stacked pictures, and the new iPhone 15 series is no different. Most phones stack images at 12 megapixels, while the default resolution of new iPhones is 24 megapixels, which turns out to be quite high. Resolution image. While retaining more detail compared to 12MP images.
World’s first chip manufactured in 3nm technology
Apple iPhone 15 Pro and iPhone 15 Pro Max are powered by the industry’s first 3nm chip, the A17 Pro chip. This makes the company’s new chip the first to use the 3nm process.
But that’s only part of it: the updated chip brings the biggest GPU redesign in Apple’s history, and it also offers faster performance and an improved neural engine with ray tracing support.
Integrated OIS and autofocus technology
In announcing the new 5X telephoto lens, Apple also introduced a new autofocus system – a 3D sensor that combines both OIS and autofocus, which moves in three directions and is a first for any smartphone. This, according to Apple, offers excellent image stabilization performance with 10,000 micro-motions.
The idea of an extra button is not new, but a customizable action button actually allows users to assign their preferred action to it and use the phone more conveniently.
Users can choose to keep the mute key function or set it as camera shutter, audio recorder and many more options.
Shooting in 4K60 in RAW format
Apple iPhone 15 Pro and iPhone 15 Pro Max are the first phones to support 4K60 video recording in ProRAW. This allows users to record smoother videos with more detail and data for post-processing.
Supports 5X zoom with tetra prism lens body
With a new 5x telephoto lens with a focal length of 120mm, Apple has developed a tetraprism design that combines optical image stabilization with a 3D sensor shift module for autofocus.
Tetraprism rewinds the image four times to deliver a bright, detailed zoom shot.
Automatic portrait mode is another new feature
Apple has launched the next-generation Portrait of the iPhone 15 series.
The updated portrait mode on iPhones automatically captures depth data when it detects a person, animal or bird in the frame, or when users tap the subject to focus on it. It allows users to apply photo effects using the Photos app and adjust focus after the photo is taken.
Qi 2 is finally coming to smartphones and the iPhone 15 series is the first
Qi 2 wireless charging standards were announced earlier this year, and the iPhone 15 series is the first to offer them. It is a new improved wireless charging standard that has a magnetic force profile for improved wireless charging.
Freedom /- There are many reasons why Android users prefer Android phones instead of buying iPhones regardless of price. Here are some common reasons:
Diversity of choices: Android offers a wide variety of smartphones from different manufacturers, which means there are many options at different price points. Users can easily choose the phone that suits their needs and budget.
System Flexibility: The Android system gives users more flexibility to customize and organize their phones according to their individual needs. You can install apps from sources outside of the Google Play Store, change the system interface, and make other changes easier than iOS.
Replacement costs: Android phones are often cheaper than iPhones, meaning it costs less to replace the device if needed.
Accessory support: Android smartphones allow users to use various accessories and add-ons at affordable prices.
User Habit: Simply put, some people have become accustomed to Android, its interface and operating system, so they prefer to stick with it.
Freedom to Customize: Android gives users more freedom to customize their home screen, apps and make UI changes as they wish.
Integration with Google platforms: If you are an active user of Google services like Gmail, Google Drive and Google Photos, Android phones offer better integration with these services.
Of course, choosing between Android and iOS depends on an individual’s personal preferences and needs, and each system has its own advantages and disadvantages. Therefore, the user should select the phone that meets their needs based on what they are looking for.
The evolution of Android and Android devices over the years has seen many changes and improvements. The following points highlight some notable developments and differences between Android and iOS (iPhone systems):
Android: Android is available in various devices made by various companies like Samsung, Google, LG, Huawei etc. This means that there are many options of devices with different budgets and performance. iOS: iOS only comes on Apple iPhones, which means the device’s versatility is limited. Customize the user interface:
Android: Users can further customize the Android interface using launchers and third-party apps to change the look and feel of the system to their liking. iOS: The iOS interface is simple and clean, but offers less flexibility in terms of interface customization than Android. App Store:
Android: Google Play Store has millions of apps and games and developers big and small can publish their apps. iOS: The iOS App Store is known for its security and quality of apps, but imposes more restrictions on app developers and requires strict permissions to publish apps. Service Integration:
Android: Android has good integration with Google services like Gmail, Google Drive, Google Maps and Google Photos. iOS: iOS integration with Apple services such as iCloud, Apple Maps and Apple Music. System Updates:
Android: System updates on Android can be a bit delayed due to changes from different devices and manufacturers, but Google is working to improve this feature through initiatives like Project Treble. iOS: iOS updates are available for all iPhones immediately after launch, meaning security and new features are available quickly. These are some of the key differences between Android and iOS, and the features of both platforms have improved and evolved over the years. Choosing the appropriate system is a personal matter depending on the user’s needs and preferences.
An international team of astronomers has revealed that a strange exoplanet, located 31 light-years from Earth in the Virgo galaxy, is denser than previously thought and a solid ball of metal.
Known as Gliese 367 b, or Tahay, the planet orbits a nearby red dwarf star, and little was known about it until scientists recently decided to delve deeper into the mystery of its mineral composition.
The study, published in The Astrophysical Journal Letters, provides precise measurements of the planet’s mass and radius.
Taihai consists mostly of rock and iron and is about the same size as Earth, allowing it to be captured by current techniques.
“You can compare GJ 367 b to an Earth-like planet whose lithosphere has been stripped away,” lead author Elisa Coffo of the University of Turin told ScienceAlert.
Tahai was first discovered in 2021 by NASA’s Transiting Exoplanet Survey (TESS) Space Telescope system as it orbited its small, faint red dwarf star. Scientists at the time declared it to be a planet with a very short orbit, as it orbited its host star in 7.7 hours, a mysterious and poorly studied category of exoplanets.
Scientists at the time pointed out that Gliese 367 b is a rocky world about 70% the size of Earth and 55% the mass, making it one of the lightest exoplanets known.
But the latest research showed something that shocked scientists, the results found that Dahai is denser than what the 2021 study found.
GJ 367 b is defined as an ultradense exoplanet. According to the new data, the exoplanet has a radius of 70% that of Earth instead of the previously estimated 72%, and its mass is 63% that of Earth instead of 55%.
The team concluded that Dahai’s density is twice that of Earth. The secret is that Taihai may have experienced a cataclysmic event in the past that was mostly made of metal.
According to the study authors, this information can be proven by combining new measurements from TESS and the HARPS spectrometer, which is attached to the European Southern Observatory (ESO) telescope.
Joao suggested that this celestial body had a formation process similar to Earth’s, and that it appeared to have “a dense core composed mainly of iron, surrounded by a silicate-rich mantle”.
Hypotheses about its origin suggest that “a cataclysmic event could tear apart the rocky mantle and empty the planet’s dense core,” the astronomer said. This may have happened due to collisions between GJ 367 b and other protoplanets, stripping off its outer layer. Joao proposed a third theory, in which the planet is believed to have been “born in an iron-rich region of the protoplanetary disk”.
