Meizu M8 Phone Specifications and Features

The Meizu M8 is a solid option for those looking for a reliable smartphone. It features a 3.2-inch touchscreen display.

This phone runs on the MTK 6575 processor, providing a smooth user experience. The Meizu M8 also boasts 256MB of RAM, which is a decent amount for its time.

Its storage capacity is a bit limited, with only 512MB of internal storage available. However, users can expand their storage using a microSD card slot.

The Meizu M8 has a 3.2-megapixel camera, which is suitable for casual photography.

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The Meizu M8's design is quite impressive, with a width of 72.7 mm, which is equivalent to 7.27 cm or 2.862 inches. This makes it a compact device that can fit easily in your pocket.

The device's height is 147.5 mm, which is equivalent to 14.75 cm or 5.807 inches. This is slightly taller than the average smartphone, but it's still manageable.

The Meizu M8's thickness is 8.1 mm, which is equivalent to 0.81 cm or 0.319 inches. This is relatively thin, making it easy to hold and use. The device's weight is 159 grams, which is equivalent to 0.35 pounds or 5.61 ounces.

Here's a comparison of the device's dimensions:

The Meizu M8 is available in two colors: Black and Gold. The device's body is made of metal, which gives it a premium feel and durability.

The design of a device is crucial in determining its usability and appeal. The width of the device is typically around 72.7 mm (millimeters), which is equivalent to 7.27 cm (centimeters) or 2.862 in (inches).

The height of the device varies between 147.5 mm (millimeters) and 153.6 mm (millimeters), which is equivalent to 14.75 cm (centimeters) and 15.36 cm (centimeters) respectively. The height of the device is a significant factor in determining its overall size and portability.

The thickness of the device is typically around 8.1 mm (millimeters), which is equivalent to 0.81 cm (centimeters) or 0.319 in (inches). This is a relatively thin design, making it easy to carry around.

The weight of the device can range from 159 g (grams) to 168 g (grams), which is equivalent to 0.35 lbs (pounds) and 0.37 lbs (pounds) respectively. This is a relatively lightweight design, making it easy to hold and carry.

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Here is a comparison of the different dimensions of the device:

The device is available in various colors, including Black, Gold, Blue, Red, and Violet. The body materials used in the fabrication of the device's body are typically made of Metal.

Sensors are a crucial part of any electronic device, and in the context of our project, they play a vital role in collecting data and making decisions.

Our project utilizes a variety of sensors, including temperature sensors, which are used to measure the ambient temperature of the environment. These sensors are essential for maintaining the optimal operating temperature of the device.

The temperature sensors are connected to the microcontroller, which processes the data and makes decisions based on the readings. This is a critical function, as it helps prevent overheating and ensures the longevity of the device.

The device also features motion sensors, which detect movement and trigger specific actions. These sensors are particularly useful in applications where energy efficiency is a top priority.

The data collected by these sensors is used to inform the device's decision-making process, allowing it to adapt to changing conditions and optimize performance. This is a key benefit of using sensors in electronic devices.

The Meizu M8's performance and software capabilities are impressive.

The device runs on FlyMe 7.1, which is based on Android 8.1 Oreo.

The display on your device is a crucial aspect of its performance, and there are several key characteristics to consider. The display type or technology is a major factor in determining its performance, with IPS being a common choice.

IPS displays offer excellent color accuracy and wide viewing angles. In the device I have experience with, the display size is 5.7 inches, which is equivalent to 144.78 mm or 14.48 cm.

The display's diagonal size is a good indicator of its overall size, and in this case, it's 5.7 inches. The width of the display is approximately 2.55 inches, or 64.75 mm, and the height is around 5.1 inches, or 129.5 mm.

The aspect ratio of the display is 2:1, which is also known as 18:9. This is a common aspect ratio for mobile devices, and it provides a good balance between screen size and portability.

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The resolution of the display is 720 x 1440 pixels, which offers a good balance between image quality and power consumption. The pixel density of the display is 282 pixels per inch, or 110 pixels per centimeter, which is sufficient for most users.

The color depth of the display is 24 bits, which allows for 16,777,216 possible colors to be displayed. This is more than enough for most users, and it ensures that the display can produce a wide range of colors and nuances.

Here's a comparison of the display characteristics of two devices:

As you can see, Device 2 has a higher resolution and pixel density, which may be beneficial for users who want a more detailed and immersive display experience. However, it's worth noting that Device 1's display is still quite good, and it may be sufficient for most users.

The display area of the device is estimated to be around 78.44% of the front area, which is a good indication of its overall size and layout. The display also features capacitive touch and multi-touch capabilities, which allow for smooth and responsive interaction.

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In addition to these features, some devices may also include other advanced display technologies, such as 2.5D curved glass screens and high contrast ratios. For example, Device 2 has a 2.5D curved glass screen and a contrast ratio of 1500:1, which may provide a more immersive and engaging display experience.

The System on Chip (SoC) is the brain of your mobile device, integrating various hardware components and software for seamless functioning. It's like a mini-computer within your phone, making it possible to run multiple applications simultaneously.

The MediaTek Helio P22 (MT6762) is an example of a SoC that combines different hardware components, including the CPU, GPU, memory, and peripherals. This integration enables efficient resource allocation and faster processing.

One of the key features of the SoC is its process technology, which measures the distance between elements that make up the CPU. The MediaTek Helio P22 has a 12nm process technology, indicating a smaller and more efficient design.

The CPU is the heart of the SoC, responsible for interpreting and executing instructions contained in software applications. The MediaTek Helio P22 features 4x 2.0 GHz ARM Cortex-A53 and 4x 1.5 GHz ARM Cortex-A53 CPU cores, providing a total of 8 CPU cores.

Here's a breakdown of the CPU features:

The CPU's 64-bit architecture provides better performance compared to 32-bit or 16-bit processors. This means your device can handle more complex tasks and multitasking with ease.

The SoC also includes a GPU, which handles computation for 2D/3D graphics applications. The MediaTek Helio P22 features an IMG PowerVR GE8320 GPU, capable of performing computation in applications traditionally handled by the CPU.

The GPU's frequency is 650 MHz, which is relatively fast compared to other mobile devices. This enables smooth graphics rendering and fast processing of graphics-intensive applications.

Overall, the System on Chip (SoC) plays a crucial role in determining the performance and capabilities of your mobile device. Its integration of various hardware components and software enables efficient resource allocation, faster processing, and seamless functioning.

The operating system is a crucial component of any device, and understanding what's under the hood can make a big difference in performance. The device in question runs on FlyMe 7.1, which is actually based on Android 8.1 Oreo. This means you can expect a smooth and efficient experience, similar to what I've seen on other Android devices.

Storage is a crucial aspect of performance, especially in software development. A 16GB RAM can significantly improve performance in tasks that require heavy memory usage.

Having a solid state drive (SSD) can speed up loading times and overall system responsiveness. This is because SSDs have faster read and write speeds compared to traditional hard disk drives.

A good storage setup can also impact the performance of applications, with some studies showing a 20% improvement in application performance with a high-quality storage drive.

Flashing Firmware (Rom) is a process that can be intimidating, but it's actually quite straightforward.

You'll need to download the Meizu M8 stock firmware package, which is a zip file that contains the firmware file, flash tool, driver, and a how-to flash guide.

The file size is typically around 1.7 GB, so make sure you have enough storage space on your computer.

To flash the firmware, you'll need to copy the update.zip file to your phone's SD card and then flash it through the stock recovery mode.

You can find the detailed instructions in the how-to flash manual that comes with the firmware package.

The process involves installing the provided USB driver on your computer, followed by flashing the firmware using the flash tool.

It's essential to take a backup of your data before flashing the firmware, as it will be deleted or removed during the process.

Here's a simple step-by-step guide to flashing the firmware:

The Meizu M8 has a robust connectivity feature, making it easy to stay connected on the go. It supports GSM frequencies of 850, 900, 1800, and 1900 MHz.

You can also expect stable internet connectivity with the device's support for GPRS and EDGE. Wi-Fi connectivity is another strong point, with the device supporting Wi-Fi Hotspot and Wi-Fi Direct.

Here are the specific Wi-Fi standards supported by the Meizu M8:

The device also features Bluetooth connectivity, with a version of 5.0 and support for profiles like A2DP (Advanced Audio Distribution Profile) and LE (Low Energy). This means you can easily connect to your favorite wireless headphones or speakers and enjoy uninterrupted music.

Bluetooth is a technology that has undergone several improvements over the years, with the latest version being 5.0. This version offers faster connection speeds and a longer range than its predecessors.

One of the key features of Bluetooth 5.0 is its ability to support faster data exchange, thanks to its use of the Advanced Audio Distribution Profile (A2DP). This means you can stream high-quality audio to your devices without any lag.

Bluetooth 5.0 also uses the Low Energy (LE) protocol, which helps to conserve battery life and reduce energy consumption. This is especially useful for devices that are always connected, like fitness trackers and smartwatches.

The improved discoverability of Bluetooth 5.0 makes it easier to connect new devices to your existing network. This is a game-changer for anyone who's struggled to get their devices to talk to each other in the past.

Here's a quick rundown of some of the key features of Bluetooth 5.0:

Wi-Fi is a crucial aspect of our daily connectivity. It's a standard feature in many devices, and understanding its capabilities can help you make the most of it.

Wi-Fi supports multiple standards, including 802.11a, 802.11b, 802.11g, 802.11n, 802.11n 5GHz, and 802.11ac. These standards determine the speed and range of your Wi-Fi connection.

Some devices also offer dual-band Wi-Fi, which allows you to connect to both 2.4GHz and 5GHz networks. This can be beneficial for reducing interference and improving overall performance.

Wi-Fi Hotspot and Wi-Fi Direct are also features that some devices support. Wi-Fi Hotspot enables you to share your internet connection with others, while Wi-Fi Direct allows for peer-to-peer connections between devices.

Here's a list of some Wi-Fi features and their corresponding standards:

Wi-Fi Direct is a technology that enables devices to connect to each other without the need for a central access point.

Bluetooth Low Energy (BLE) is a variant of the Bluetooth standard that offers low power consumption and is widely used for proximity-based services.

GPS is a network of satellites orbiting the Earth that provide location information to GPS receivers on the ground.

Wi-Fi positioning is a technology that uses the strength of Wi-Fi signals to determine a device's location.

Many devices, including smartphones and laptops, come equipped with GPS, Wi-Fi, and Bluetooth capabilities.

The Meizu M8's camera is a standout feature. It boasts a 12.58 MP main rear camera with a CMOS sensor, capable of capturing high-quality images with a wide range of features such as autofocus, digital zoom, and HDR.

The main rear camera also features a dual LED flash, which provides excellent low-light performance. You can expect to get great shots even in dimly lit environments.

The Meizu M8's front camera is no slouch either, with a 5.04 MP sensor and a f/1.9 aperture, making it ideal for selfies and video calls. It also features face unlock and exposure compensation for added convenience.

Here's a comparison of the Meizu M8's camera specifications:

The Meizu M8's audio capabilities are also worth mentioning. It features a loudspeaker and earpiece for a great listening experience, but unfortunately, it doesn't have an FM radio receiver.

The main rear camera is a crucial feature of any smartphone. It's responsible for capturing life's precious moments, and its quality can make all the difference.

The main rear camera sensor type is CMOS, which stands for complementary metal-oxide semiconductor. This is the most widely used type of image sensor on mobile devices.

The ISO rating of the main rear camera is 100-1600, which indicates its sensitivity to light. The higher the ISO rating, the more sensitive to light the sensor is.

The aperture of the main rear camera is f/2.2, which controls the amount of light reaching the image sensor. A lower f-stop number means a larger diaphragm opening, allowing more light to reach the sensor.

The focal length of the main rear camera is 3.83 mm, which is the distance from the focal point of the image sensor to the optical center of the lens.

Here's a comparison of the main rear camera features:

The main rear camera also has some impressive features, including autofocus, continuous shooting, digital zoom, and digital image stabilization. These features work together to ensure that your photos are sharp, clear, and well-exposed.

The main rear camera also has a secondary rear camera, which is a 5 MP camera with an aperture size of f/2.2 and a 3-element lens. This camera is designed to capture additional details and provide a wider field of view.

The front camera is a crucial feature of any smartphone, and it's not just about taking selfies. The sensor type of the front camera is usually CMOS, which is a widely used type of image sensor.

The aperture of the front camera controls the amount of light reaching the image sensor, and a lower f-stop number means a larger diaphragm opening, letting more light in. The f-stop number for the front camera is usually f/1.9.

The focal length of the front camera is measured in millimeters from the focal point of the image sensor to the optical center of the lens. The 35 mm equivalent indicates the focal length at which a full-frame camera will achieve an angle of view that's the same as the one of the camera of the mobile device. The focal length of the front camera is around 1.98 mm.

The number of lenses used by the optical system of the front camera can vary, but it's usually around 4. This number can affect the quality of the images taken by the camera.

The image resolution of the front camera is usually around 5.04 megapixels, which is sufficient for taking decent photos. The video resolution is usually 1920 x 1080 pixels, which is a standard resolution for video recording.

The front camera can also shoot videos at 30 frames per second, which is a standard frame rate for recording and playing video. Some front cameras also come with features like face unlock and exposure compensation, which can be useful in certain situations.

Here's a comparison of the image resolution of two different front cameras:

The audio capabilities of a device can be a crucial factor in our overall experience. The device we're looking at has a 3.5 mm audio jack, which means you can easily connect your headphones or earbuds.

You'll notice that this device has a loudspeaker and an earpiece. This setup allows for clear and crisp audio during voice calls and music playback.

The loudspeaker is a great feature for hands-free conversations or listening to music without earbuds. The earpiece, on the other hand, is perfect for private conversations or taking calls in noisy environments.

Unfortunately, this device does not have an FM radio receiver, so you won't be able to tune into your favorite radio stations.

Here's a quick rundown of the device's audio features:

The Meizu M8's battery is a Li-Polymer type, which is a common and reliable choice for mobile devices.

The battery's capacity is 3100 mAh, which is a decent amount of power for a device of its size.

You can charge the battery quickly, but there's no information on the specific quick charge technology used.

The charger output power is 5 V at 2 A, which allows for relatively fast charging.

Here are some key battery specs for comparison:

The Meizu M8's battery is non-removable, which means you can't swap it out for a new one if it starts to drain quickly.

The Meizu M8 is packed with innovative features that make it a joy to use. The light sensor automatically adjusts the screen brightness to match the environment, making it perfect for using outdoors or in a dark room.

This feature is especially useful in situations where you're not sure how bright it is outside. I've used this feature on my phone and it's saved my eyes from straining in bright sunlight.

The Meizu M8 also comes with a tilt and movement recognizing sensor. This means the screen will auto-adjust its orientation when you tilt the phone, making it easy to watch videos or browse the web in any position.

This feature also recognizes movements, such as shaking, which can be used for games. I've seen kids use this feature to play games on their phones, and it's a lot of fun.

The phone also has a proximity sensor that's specifically designed for calling. This feature helps prevent accidental calls by detecting when the phone is brought close to your ear.

The Meizu M8 is a feature-packed smartphone with impressive specs. Its dimensions are 108 mm × 59 mm × 12 mm (H × W × T) and it weighs 159 g.

The device features a 3.4-inch display with a resolution of 720 × 480 pixels, making it perfect for watching videos or browsing the web. The display also supports multi-touch, allowing for smooth navigation.

The Meizu M8 is powered by a Samsung ARM11 667 MHz CPU, which provides fast performance and efficient battery life. The device also comes with 8 or 16 GB of built-in memory.

Here's a breakdown of the Meizu M8's video playback capabilities:

The Meizu M8 also features a 3.2 MP camera on the back, which supports auto-focus and can capture high-quality photos. The device's removable 1200 mAh Li-ion battery provides long-lasting battery life.

The Meizu M8 is a great device, but if you're looking to upgrade or compare it to other options, here are some key points to consider.

The Meizu M8 has a 5.7" screen, which is the same size as the Huawei Y6 (2018) and the Xiaomi Redmi 5. However, the Xiaomi Redmi S2 has a slightly larger 5.99" screen.

The Meizu M8 is powered by a Helio P22 2GHz processor, which is faster than the Snapdragon 425 1.4GHz processor found in the Huawei Y6 (2018). The Xiaomi Redmi S2 and Xiaomi Redmi 5 have more powerful processors as well, with the Xiaomi Redmi S2 featuring a Snapdragon 625 2GHz processor and the Xiaomi Redmi 5 featuring a Snapdragon 450 1.8GHz processor.

The Meizu M8 comes with 4GB of RAM, which is more than the 2GB of RAM found in the Huawei Y6 (2018). However, the Xiaomi Redmi S2 and Xiaomi Redmi 5 offer 3GB and 2GB/3GB of RAM options respectively.

In terms of storage, the Meizu M8 has 64GB of internal storage, which can be expanded with a microSD card. The Huawei Y6 (2018) has 16GB of internal storage, which can also be expanded with a microSD card. The Xiaomi Redmi S2 and Xiaomi Redmi 5 offer 32GB/64GB and 16GB/32GB of internal storage options respectively, all of which can be expanded with a microSD card.

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Here's a comparison of the cameras on these devices:

The Meizu M8 has a 3100 mAh battery, which is slightly larger than the 3000 mAh battery found in the Huawei Y6 (2018). The Xiaomi Redmi S2 and Xiaomi Redmi 5 have 3080 mAh and 3300 mAh batteries respectively.

The Meizu M8 runs on Android 8.0, which is the same operating system as the Huawei Y6 (2018). The Xiaomi Redmi S2 runs on Android 8.1, while the Xiaomi Redmi 5 runs on Android 7.1.2.

For your interest: Redmi S2

The Meizu M8 is a device made by Meizu, a company known for its smartphones. The brand name of the company that manufactures the device is Meizu.

The model name of the device is M8. This is the official name given to the device by its manufacturer.

The Meizu M8 is also known by its alternative name, M813H. This name is used to refer to the same device in different contexts.

The Meizu M8 has a few key features when it comes to its network and SIM capabilities. It supports two SIM cards, which is a convenient option for those who want to have multiple phone numbers or data plans.

The device uses a Nano-SIM, which is the smallest form factor of SIM card available. You can also use a Nano-SIM in conjunction with a microSD card for additional storage.

In terms of mobile network technologies, the Meizu M8 supports a range of options including UMTS, EDGE, GPRS, HSPA+, LTE Cat 6, and EV-DO Rev. A. This means you'll be able to stay connected on a variety of networks, whether you're at home or abroad.

Here's a quick summary of the Meizu M8's network and SIM features:

The SIM card is a crucial component of your device, and understanding its type and capabilities can be helpful. The type of SIM card used in your device is Nano-SIM, which is a fourth form factor (4FF) card measuring 12.30 x 8.80 x 0.67 mm.

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Some devices support multiple SIM cards, which can be useful for international travel or having separate work and personal phone numbers. Our device supports 2 SIM cards.

If you have a device that supports dual SIM cards, you can expect features like Dual SIM stand-by, where both cards are active, and when one is busy, the other remains active.

Mobile Network Bandwidth is a crucial aspect of any mobile device's performance. It determines how quickly and efficiently data is transmitted over the network.

Mobile network technologies play a significant role in determining bandwidth. Some of the key technologies mentioned include UMTS, EDGE, GPRS, HSPA+, LTE Cat 6, and EV-DO Rev. A.

These technologies vary between devices, with some supporting more advanced options like LTE and TD-SCDMA. For example, one device supports UMTS, EDGE, GPRS, HSPA+, LTE, EV-DO Rev. A, TD-SCDMA, and TD-HSDPA.

A device's operating system can also impact its mobile network bandwidth. For instance, one device runs on FlyMe 7.1 (Android 8.1 Oreo), while another device runs on FlyMe (Android 8.1 Oreo).

Here's a list of some of the mobile network technologies mentioned: