The gap between the third generation iPad Pro and the latest generation iPad Pro, which uses the M1 chip, includes the following:
< br >
1. Processor performance: The third-generation iPad Pro uses the A12X Bionic chip, while the latest generation iPad Pro uses the M1 chip, the same chip Apple uses in the MacBook and iMac. The M1 chip uses advanced 5nm process technology with higher processor performance, graphics performance and machine learning capabilities.
< br >
2. Graphics performance: The M1 chip integrates a powerful 8-core GPU, which greatly improves the graphics performance of the M1 chip compared to the 7-core GPU used by the third-generation iPad Pro. This has a significant impact on graphics processing and gaming performance, making the latest iPad Pro more advantageous in areas such as graphics and video editing.
< br >
3. Memory and storage capacity: The latest generation of iPad Pro offers higher memory and storage options. The maximum configurable memory has been increased to 16GB, while the maximum storage capacity has been increased to 2TB. This will allow users to better handle large files, multitasking, and advanced applications.
< br >
4. Extra features: The latest generation of iPad Pro also introduces some new features, such as support for 5G networks, Thunderbolt\/USB 4 ports, and new Mini-LED screen technology. These features provide faster data transfer speeds, wider network connectivity and higher quality image displays.
< br >
It's important to note that the third-generation iPad Pro is still a powerful device that fits the needs of most users. But if you need more performance and extra features, or have higher requirements for processor and graphics performance, the M1 chip used in the latest generation of iPad Pro provides a better experience and performance.
The three generations of iPad Pro are equipped with the A12Z Bionic chip, and the M1 chip is a new generation of self-developed chips launched by Apple. In contrast, the M1 chip uses an advanced 5nm process, has more powerful CPU and GPU performance, and is more efficient and energy efficient than the A12Z Bionic chip. The M1 chip also supports a 16GB unified memory architecture, providing greater performance gains and higher graphics processing power.