Apple iPhone 8: A Look at Its Features and Specs

Powering Ahead: iPhone 8’s A11 Bionic Chip and Impressive Performance

The iPhone 8, released in September 2017, represented a significant technological leap forward, primarily due to its A11 Bionic chip. This chip, a 64-bit Hexa-core processor, was a marvel of engineering that delivered outstanding performance and efficiency. Comprising two high-performance cores and four high-efficiency cores, the A11 Bionic was designed to handle demanding tasks while conserving power during routine activities efficiently.

This advanced chip significantly enhanced the Apple iPhone 8’s ability to manage multitasking, run intensive applications, and deliver smooth and responsive user experiences. Whether users were engaging in augmented reality (AR) applications, which were becoming increasingly popular, or simply switching between multiple apps, the A11 Bionic chip provided a seamless experience.

In addition to its raw power, the A11 Bionic chip included an integrated M11 motion coprocessor. This coprocessor was explicitly designed to efficiently handle data from the iPhone’s various sensors, including the accelerometer, gyroscope, and barometer, thereby freeing up the central processor for other tasks. This integration played a crucial role in enhancing the performance of health and fitness tracking apps, which rely heavily on sensor data.

Graphics performance was another area where the iPhone 8 excelled, thanks to the A11 Bionic’s three-core GPU, which Apple designed. This GPU delivered a 30% improvement in graphics performance over the previous generation, making the iPhone 8 particularly well-suited for gaming and graphics-intensive applications. Users could enjoy visually stunning games with smooth frame rates and detailed graphics, elevating the overall gaming experience on a mobile device.

The A11 Bionic chip also contributed to the Apple iPhone 8’s improved machine-learning capabilities. Apple integrated a neural engine within the chip, designed explicitly for processing AI tasks. This neural engine enabled features like Face ID and Animoji, providing faster and more accurate facial recognition and enhancing user interactions in innovative ways.

The A11 Bionic chip was a cornerstone of the iPhone 8’s impressive performance. It set new standards for smartphone processors, combining powerful performance with efficient energy use, and laid the groundwork for future innovations in mobile technology.

Capturing Life’s Moments: iPhone 8’s Camera Features and Capabilities

The iPhone 8’s camera system was one of its most lauded features. It offered significant improvements over its predecessors and solidified Apple’s reputation for leading-edge smartphone photography. The device came equipped with a 12-megapixel rear camera featuring a more extensive and faster sensor, a new colour filter, and deeper pixels, all contributing to its superior photo quality.

One of the standout features of the Apple iPhone 8’s camera was its enhanced image signal processor (ISP). This advanced ISP was designed to enable faster autofocus in low light conditions, improved pixel processing, and advanced pixel technology for better texture and colour reproduction. These improvements ensured that photos taken with the iPhone 8 were sharp, vibrant, and detailed, even in challenging lighting situations.

The camera’s capabilities extended beyond still photography, as the Apple iPhone 8 also excelled in video recording. It supported 4K video recording at up to 60 frames per second (fps) and 1080p slow-motion video at up to 240 fps. This enabled users to capture incredibly smooth and high-quality videos, whether filming fast-paced action scenes or creating cinematic slow-motion effects.

Another notable feature was the addition of Portrait Lighting mode, which allowed users to apply studio-quality lighting effects to their portrait photos. This feature used sophisticated algorithms to analyze the scene and create professional-looking portraits with dramatic lighting effects, enhancing both the subject and the background.

The front-facing camera, a 7-megapixel shooter, was also packed with features. It supported 1080p HD video recording, Retina Flash, and wide colour capture, making it perfect for selfies and video calls. The inclusion of facial recognition technology further enhanced the front camera’s capabilities, enabling features like Face ID and improved security for unlocking the device and making payments.

The iPhone 8’s camera system was designed with augmented reality (AR) in mind. The precise calibration of the sensors and the powerful A11 Bionic chip allowed for a seamless AR experience. Users could enjoy a variety of AR applications, from gaming to educational tools, with realistic and interactive visuals that blended seamlessly with the real world.

The Apple iPhone 8’s camera system was a testament to Apple’s commitment to innovation and excellence in smartphone photography. It combines advanced hardware with intelligent software to deliver an unparalleled photography and videography experience, capturing life’s moments with stunning clarity and detail.

All-Day Power: iPhone 8’s Battery Life and Wireless Charging Options

The iPhone 8 introduced several enhancements in battery life and charging options, addressing one of the most critical aspects of smartphone usability. Apple designed the iPhone 8 to provide users with reliable, all-day power, ensuring that the device could handle a full day of use without frequent recharges.

The iPhone 8’s battery life was comparable to its predecessor, the iPhone 7, but it benefited from the efficiency of the A11 Bionic chip, which optimized power consumption for various tasks. This efficiency allowed users to enjoy longer battery life during active and standby periods. Typical activities such as browsing the web, streaming videos, and using apps saw improved battery performance, providing users with peace of mind that their phone would last throughout the day.

One of the most notable advancements in the Apple iPhone 8 was the introduction of wireless charging. Users could charge their device for the first time in an iPhone without plugging it into a cable. The iPhone 8 supported the Qi wireless charging standard, making it compatible with a wide range of wireless charging pads available on the market. This feature added convenience, allowing users to place their phone on a charging pad to begin charging.

The iPhone 8 supported fast charging capabilities in addition to wireless charging. Users could charge their iPhones up to 50% in just 30 minutes with the appropriate charger. This significantly improved for those who needed a quick power boost during their busy day. Combining wireless and fast charging options gave users flexible and efficient ways to keep their devices powered up.

Apple also introduced several power management features in iOS that worked with the hardware to extend battery life. These features included low power mode, which reduced background activity and visual effects to conserve battery, and optimized battery charging, which slowed the rate of battery ageing by learning the user’s daily charging routine.

The Apple iPhone 8’s battery was designed to retain its health for longer. Apple implemented advanced battery chemistry and adaptive software features to ensure the battery would maintain its capacity and performance over time. This was particularly important for users who planned to keep their devices for several years.

The iPhone 8’s battery life and charging options significantly improved user convenience and device longevity. By combining efficient power management, wireless charging, and fast charging capabilities, Apple provided users with a versatile and dependable power solution that met the demands of modern smartphone usage.

Design Evolution: Apple iPhone 8’s Sleek and Durable Build

The iPhone 8 marked a significant evolution in design for Apple’s flagship smartphone line, combining aesthetic appeal with enhanced durability. The device featured a sleek glass back and an aerospace-grade aluminium frame, a departure from the all-metal design of its predecessor, the iPhone 7. This new design was not only visually striking but also functional, enabling the introduction of wireless charging.

The glass back of the iPhone 8 was crafted using a seven-layer colour process, resulting in a rich depth of colour and a precise hue. Available in three finishes—space grey, silver, and gold—the Apple iPhone 8 catered to a range of aesthetic preferences. The glass was reinforced with a laser-welded steel and copper structure, making it the most durable glass ever used in a smartphone at its release. This durability was essential in maintaining the phone’s sleek appearance while providing resilience against daily wear and tear.

The iPhone 8’s aluminium frame added to its robust build quality. Made from a custom alloy designed by Apple, this frame provided additional strength and structural integrity. The combination of glass and aluminium resulted in a lightweight and durable device capable of withstanding the rigours of everyday use.

Water and dust resistance were also key features of the Apple iPhone 8’s design. The device was rated IP67 under the IEC standard 60529, meaning it could withstand immersion in water up to 1 meter deep for up to 30 minutes. This resistance to water and dust added a layer of protection highly valued by users, especially those with active lifestyles or in environments where their phones could be exposed to the elements.

The front of the iPhone 8 featured a Retina HD display a 4.7-inch screen with True Tone technology. True Tone adjusted the display’s white balance to match the ambient lighting, providing a more natural viewing experience in various lighting conditions. The display also supported a wide colour gamut and 3D Touch, enhancing the visual and tactile interaction with the device.

Another design highlight was the improved stereo speakers, which were 25% louder than those in the iPhone 7 and offered a richer, more dynamic audio experience. This improvement benefited media consumption, gaming, and hands-free calls, making the Apple iPhone 8 versatile for various entertainment and communication needs.

The design evolution of the iPhone 8 combined aesthetic elegance with practical enhancements. The integration of a durable glass back, reinforced aluminium frame, and advanced display technology resulted in a smartphone that was not only beautiful but also built to last. This blend of form and function underscored Apple’s commitment to delivering high-quality, user-friendly devices.


The Australian Phone Shop Skyphonez sells the iPhone 8, representing a significant milestone in the evolution of Apple’s smartphone lineup, blending advanced technology with refined design. Its A11 Bionic chipset has new standards for performance and efficiency, enabling a smooth and responsive user experience across a wide range of applications. With its improved sensor and image processing capabilities, the camera system delivered exceptional photo and video quality, catering to casual users and photography enthusiasts.

Battery life and charging options were thoughtfully enhanced to meet the demands of modern users, with the introduction of wireless charging and fast charging providing flexibility and convenience. The device’s design, featuring a durable glass back and aluminium frame, combined aesthetic appeal with practical durability, ensuring that the Apple iPhone 8 could withstand the challenges of daily use.

The iPhone 8 showcased Apple’s commitment to innovation and excellence, offering a comprehensive package that appealed to a wide audience. It was a device that not only met but often exceeded the expectations of its users, solidifying its place as a significant player in the competitive smartphone market. Whether for its powerful performance, advanced camera features, reliable battery life, or sleek design, the Apple iPhone 8 remained a testament to Apple’s ability to deliver high-quality, user-centric technology.

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