Let's Compare - Apple iPhone 13 vs Apple iPhone 14

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Storage capacity

Here are the standout features of the
Apple iPhone 13

Display
13 / 100
Higher screen-to-body ratio
87.24 % vs 86 %
A higher display screen-to-body ratio is better because it allows for a larger display area without increasing the overall size of the phone. This means that users can enjoy a larger and more immersive viewing experience without having to carry around a larger phone. Additionally, a higher screen-to-body ratio allows for a more streamlined and sleek design, making the phone more aesthetically pleasing and easier to hold and use.

Rear Camera
14 / 100
Higher aperture size
1.6 vs 1.5
Aperture size determines the amount of light that can enter the camera lens and reach the image sensor. A larger aperture size allows more light to enter the camera, resulting in better low-light performance and potentially better overall image quality. A smaller aperture size allows less light to enter the camera, which can result in a smaller depth of field (i.e. a blurry background) and potentially better image quality in bright light. In addition, the aperture size affects the overall exposure of the image, as it determines how much light is allowed to reach the image sensor. Overall, the aperture size is an important factor in the performance and quality of a smartphone camera.

Front Camera
50 / 100
Higher aperture size
2.2 vs 1.9
Aperture size determines the amount of light that can enter the camera lens and reach the image sensor. A larger aperture size allows more light to enter the camera, resulting in better low-light performance and potentially better overall image quality. A smaller aperture size allows less light to enter the camera, which can result in a smaller depth of field (i.e. a blurry background) and potentially better image quality in bright light. In addition, the aperture size affects the overall exposure of the image, as it determines how much light is allowed to reach the image sensor. Overall, the aperture size is an important factor in the performance and quality of a smartphone camera.

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Storage capacity

Here are the standout features of the
Apple iPhone 14

Memory
100 / 100
Higher capacity
6 GB vs 4 GB
More memory allows the device to store more information in memory, which can make it faster and more efficient when running multiple apps at the same time. When you switch between apps, the system can quickly access the information it needs from memory rather than having to retrieve it from storage, which can be slower. It's important to note that the amount of RAM that a smartphone needs will depend on the type of apps and tasks that the device will be used for. If you only use your smartphone for basic tasks such as browsing the web and checking email, you may not need as much RAM as someone who uses their device for more resource-intensive tasks like gaming or video editing
Better technology
LPDDR5 vs LPDDR4X
Newer memory technology allows for faster data processing and retrieval. This can improve the overall performance and speed of the phone, leading to a smoother and more efficient user experience. Additionally, newer memory technology often uses less power, which can help extend battery life.

Connectivity
25 / 100
Better bluetooth technology
Bluetooth 5.3 vs Bluetooth 5.0
Newer Bluetooth technology allows for faster data transfer speeds, longer ranges, and more efficient use of power. This means that users can connect to devices such as headphones and speakers more quickly and with less interruption, and can also connect to devices that are farther away without experiencing any loss of signal strength. Additionally, newer Bluetooth technology consumes less power, which is important for devices that rely on battery power and need to conserve as much energy as possible. Overall, newer Bluetooth technology allows for a more seamless and efficient user experience when connecting to other devices.

Design & Weight
50 / 100
Lighter weight
172 g vs 174 g
The lighter weight is important because it makes them more portable and easier to carry around. This is especially important for people who use their smartphones frequently or who travel frequently and need to take their phones with them. The lighter weight also makes the phone more comfortable to hold for extended periods of time, which is important for people who use their phones for activities such as gaming or browsing the internet. Additionally, lighter-weight phones may be less prone to damage when dropped or mishandled.

Power & Battery
33 / 100
Higher capacity
3,279 mAh vs 3,227 mAh
Higher battery capacity allows the device to last longer without needing to be charged. This is especially important for people who rely on their phones heavily throughout the day or use their phones for activities that drain the battery quickly, such as gaming or streaming video. A higher battery capacity also allows for more flexibility in terms of charging options, as the phone can go longer without needing to be plugged in. Overall, higher battery capacity can improve the overall user experience and make the phone more convenient to use.

Benchmark
100 / 100
Higher antutu score
829,706 vs 797,858
A higher Antutu score indicates better overall performance and capabilities. Antutu is a benchmarking tool that measures the speed, responsiveness, and efficiency of a device's processor, graphics, memory, and other components. A higher score means that the device can handle more complex tasks and perform faster and smoother, which can be important for users who use their phones for gaming, multitasking, and other demanding activities. Additionally, a high Antutu score can also be a good indicator of a device's future performance and reliability, as it suggests that the hardware is of high quality and can handle the wear and tear of everyday use.
Higher geekbench single-core score
1,724 vs 1,698
A higher Geekbench single-core score indicates that the device's processor is more efficient and capable of performing tasks quickly. In general, a higher single-core score is desirable because it means that the phone is better equipped to handle demanding tasks and multitasking. This can be particularly useful for users who rely on their phones for gaming, video editing, or other resource-intensive activities. Additionally, a higher single-core score may also translate to longer battery life, as the processor is able to complete tasks more efficiently and with less strain.
Higher geekbench multi-core score
4,642 vs 4,514
A higher Geekbench multi-core score indicates that the device has a more powerful processor and can handle multiple tasks more efficiently. This is important because users often have multiple applications open at the same time and maybe switch between them frequently. A higher multi-core score means that the device can handle these tasks without slowing down or experiencing lag. This can lead to a better overall user experience and a more efficient device.

Miscellaneous
60 / 100
Newer release date
Sep 16, 2022 vs Sep 24, 2021
A newer release date is important for a variety of reasons. One reason is that newer smartphones often come with the latest technology and features, which can be appealing to consumers who want the most advanced devices. Newer smartphones may also have better performance, longer battery life, and improved design compared to older models. Additionally, newer release dates can indicate that a particular smartphone model is still being actively supported by the manufacturer, which can be important for customers who want to receive updates and support for their devices. Finally, newer release dates can also be a factor in the resale value of a smartphone, as newer models tend to hold their value better than older models.
Lower sar (head)
1.15 W/kg vs 1.17 W/kg
A lower SAR (specific absorption rate) value indicates that a smartphone emits lower levels of radiofrequency (RF) energy, which can potentially be harmful to the human body. The SAR value is a measure of the amount of RF energy absorbed by the body when using a mobile device. Exposure to high levels of RF energy has been linked to an increased risk of cancer and other health issues. Therefore, it is important to choose a smartphone with a lower SAR value in order to reduce the potential health risks associated with RF exposure. In addition, lower SAR values may also result in longer battery life and reduced heat emission, as the device is using less energy to transmit signals. This can make the smartphone more comfortable to use for extended periods of time.
Lower sar (body)
1.16 W/kg vs 1.17 W/kg
A lower SAR (specific absorption rate) value indicates that a smartphone emits lower levels of radiofrequency (RF) energy, which can potentially be harmful to the human body. The SAR value is a measure of the amount of RF energy absorbed by the body when using a mobile device. Exposure to high levels of RF energy has been linked to an increased risk of cancer and other health issues. Therefore, it is important to choose a smartphone with a lower SAR value in order to reduce the potential health risks associated with RF exposure. In addition, lower SAR values may also result in longer battery life and reduced heat emission, as the device is using less energy to transmit signals. This can make the smartphone more comfortable to use for extended periods of time.

The numbers provided for each section indicate the score of that section in the comparison. The score is calculated based on the number of features that are better than their counterparts. The higher the number of features that are considered better, the higher the score assigned. The maximum score per section is 100.