The Apple M2 chip, introduced in June 2022, is a flagship processor that significantly enhances the iPad’s capabilities. It demonstrates exceptional performance in AnTuTu 10 and GeekBench 6 benchmarks, highlighting its robust CPU and GPU. The M2 features advanced LPDDR5 memory, supports high-resolution 4K media, and offers comprehensive connectivity with 5G and Wi-Fi 6. This combination of high-end specifications makes the M2 chip ideal for a range of demanding applications, from professional tasks to immersive entertainment, setting a new standard in tablet computing performance.
The Apple M2 chipset, as integrated into certain iPad models, has demonstrated remarkable performance metrics, as evidenced by its AnTuTu 10 benchmark scores. This chip showcases a significant leap in processing power with a CPU score of 362,992, indicative of its ability to handle intensive computational tasks with ease. The GPU performance is even more impressive, scoring a staggering 890,123, which highlights the chip’s capability in handling graphic-intensive applications, making it ideal for gaming, video editing, and professional graphics work. The memory performance, with a score of 189,824, suggests efficient data handling and quick access speeds, enhancing the overall responsiveness of the device. The UX (User Experience) score of 237,212 reflects a smooth and responsive interface interaction, ensuring a seamless user experience in daily operations. Cumulatively, these individual scores contribute to a formidable total score of 1,670,184, underscoring the M2 chip’s prowess in delivering a balanced blend of power, efficiency, and performance. This high benchmark performance positions the Apple M2-equipped iPad as a top-tier choice for users seeking a powerful, efficient, and versatile tablet experience.
AnTuTu 10 Benchmark Scores for Apple M2 Chip in iPad
These scores highlight the M2 chip’s exceptional capabilities in various aspects of computing, making it a standout choice for users who demand high performance in a portable form factor like the iPad.
Apple M2 Chip GeekBench 6
The Apple M2 chip in the iPad demonstrates exceptional performance as reflected in its GeekBench 6 benchmark scores. With a Single-Core Score of 2,602, the M2 exhibits superior processing power for tasks that rely on a single core, indicating its efficiency in handling everyday applications and more demanding single-threaded tasks. The M2’s prowess extends to various specialized tasks:
Asset Compression: At 375.1 MB/sec, it shows remarkable speed in compressing digital assets, a crucial factor for tasks like video editing and software development.
HTML 5 Browser Performance: Scoring 220.6 pages/sec, the chip ensures swift and responsive web browsing experiences.
PDF Renderer: With 249.8 Mpixels/sec, it offers efficient rendering of PDF documents, essential for reading and professional document handling.
Image Detection: The score of 226.5 images/sec highlights the chip’s capability in quickly processing and recognizing images, beneficial in photo management and editing applications.
HDR Performance: Achieving 325.7 Mpixels/sec, it excels in handling high dynamic range content, ensuring top-notch visual quality in media consumption and creation.
Background Blur: With a score of 41.1 images/sec, it effectively handles tasks like portrait mode photography and video conferencing effects.
Photo Processing: Scoring 99.3 images/sec, the M2 excels in photo editing tasks, streamlining workflows for photographers and designers.
Ray Tracing: At 10.7 Mpixels/sec, it shows capabilities in rendering complex lighting and shadow effects in real-time, a key aspect for high-end gaming and 3D modeling.
GeekBench 6 Benchmark Scores for Apple M2 Chip in iPad
|HTML 5 Browser
These scores collectively indicate that the Apple M2 chip in the iPad is a powerhouse, adept at handling a diverse range of tasks with remarkable efficiency and speed, making it an ideal choice for both professional and personal use.
Apple M2 Chip Multi-core
The Apple M2 chip, a successor to the highly acclaimed M1 chip, has set new benchmarks in computing performance, particularly with its Multi-Core Score of 9707. This impressive score, revealed through benchmarking tests, demonstrates the M2’s superior processing power, which is a result of Apple’s continuous innovation in chip design. The M2 chip is built on an advanced architecture that significantly enhances CPU, GPU, and neural engine capabilities. This enables faster processing speeds, improved graphics performance, and enhanced machine learning capabilities. The chip is designed for efficiency, offering a remarkable balance between performance and power consumption, making it ideal for a wide range of Apple devices from laptops to desktops. The M2’s performance is especially notable in multitasking and demanding applications, where its multiple cores work in harmony to deliver smooth and efficient computing experiences.
The Apple M2 chip’s performance in the 3DMark Wild Life benchmark offers a comprehensive view of its graphics capabilities. This cross-platform benchmark, focusing on Vulkan (Metal) graphics performance, shows the M2’s proficiency in handling graphically intensive tasks. With a Wild Life Performance score of 19,845, the M2 chip demonstrates its power in rendering complex graphics. The stability of 74% indicates a reliable and consistent performance, and a graphics test result of 118 FPS (frames per second) underscores the chip’s ability to deliver smooth and responsive visual output, making it ideal for gaming and high-end graphic applications.
3DMark Benchmark Scores for Apple M2 Chip
|3DMark Wild Life Performance
|Graphics Test (FPS)
This data confirms the M2 chip as a robust choice for users who require high-performance graphics in a versatile device like the iPad.
The Apple M2 chip’s CPU architecture showcases advanced technology and impressive specifications. It features a hybrid structure with 8 cores: 4 high-performance “Avalanche” cores running at 3.5 GHz and 4 energy-efficient “Blizzard” cores at 2.4 GHz. This design enhances both power and efficiency. The CPU operates at a frequency of 3500 MHz and is based on the ARMv8.5-A instruction set. It includes a 128 KB L1 cache and a substantial 16 MB L2 cache. Manufactured using a 5-nanometer process by TSMC, the M2 contains an astounding 20 billion transistors. Despite these powerful features, it maintains a modest thermal design power (TDP) of 15 W, underscoring its efficiency.
CPU Specifications of Apple M2 Chip
|4x 3.5 GHz – Avalanche; 4x 2.4 GHz – Blizzard
These specifications reflect the M2 chip’s capability to deliver high performance while maintaining energy efficiency, making it a standout choice for the latest iPad models.
The Apple M2 GPU, part of the M2 chip, showcases a powerful and efficient graphics processing unit. It is built on Apple’s custom GPU architecture and runs at a frequency of 1398 MHz. This GPU comprises 8 execution units and 128 shading units, totaling 1024 shaders. With these specifications, it delivers a computational performance of 2.9 Gigaflops. This GPU design enhances the overall graphics performance of the M2 chip, making it suitable for a wide range of applications from gaming to professional graphics work.
Graphics Specifications of Apple M2 GPU
|Apple M2 GPU
These details highlight the Apple M2 GPU’s capability to handle complex graphics tasks efficiently and effectively.
The Apple M2 chip’s memory system is designed to maximize performance and efficiency. It utilizes LPDDR5 memory type, known for its high speed and power efficiency. The memory operates at a frequency of 3200 MHz and uses a 4x 16-bit bus interface. This configuration allows for a maximum bandwidth of 102.4 Gbit/s, ensuring quick and efficient data transfer between the memory and the processor. Additionally, the M2 chip supports a maximum memory size of up to 24 GB, catering to demanding applications and multitasking needs.
Memory Specifications of Apple M2 Chip
|4x 16 Bit
These specifications highlight the M2 chip’s ability to handle large amounts of data efficiently, making it ideal for high-performance computing tasks.
The multimedia capabilities of the Apple M2 chip are quite advanced, catering to high-quality visual and audio experiences. It features a neural processor (NPU) for enhanced AI processing, uses NVMe storage for fast data access, and supports a maximum display resolution of 2732 x 2048. The chip is capable of 4K video capture and playback at 60FPS. It supports a range of video codecs including H.264, H.265, and VP9, and audio codecs such as AAC, AIFF, CAF, MP3, MP4, and WAV.
Multimedia (ISP) Specifications of Apple M2 Chip
|Neural Processor (NPU)
|Max Display Resolution
|2732 x 2048
|4K at 60FPS
|4K at 60FPS
|H.264, H.265, VP9
|AAC, AIFF, CAF, MP3, MP4, WAV
The connectivity features of the Apple M2 chip are comprehensive, ensuring seamless integration in various environments. It supports 5G for high-speed mobile connectivity. Wi-Fi 6 is included for faster wireless networking. Bluetooth 5.3 enhances wireless connectivity with peripherals. For location services, the chip incorporates GPS, GLONASS, Galileo, and QZSS, offering broad global navigation coverage.
Connectivity Specifications of Apple M2 Chip
|GPS, GLONASS, Galileo, QZSS
The Apple M2 chip, a flagship processor, was announced in June 2022. It represents a significant advancement in Apple’s chipset technology, known for its high performance and efficiency. The model number for this chip is APL1109, indicating its specific identity in Apple’s lineup of processors.