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கிரௌண்ட் எர்த் என்பது நாம் பயன்படுத்தும் அனைத்து உபகரணங்களின் மின்கசிவால் ஏற்படும் பழுதுகளிலிருந்து பாதுகாப்பதுடன், மனிதர்களை அசம்பாவிதம் மற்றும் உயிரிழக்கும் ஆபத்துகளிலிருந்து காக்கும்.
நமது உபகரணங்களுக்கு 220V முதல் 240V வரை AC (அல்டெர்னேட் கரண்ட்) மின்சாரம் தேவைப்படும்.
AC மின்சாரம் பல நேரங்களில் DC (டைரக்ட் கரண்ட்) ஆக மாற்றப்படுகிறது. இது 12V, 24V என குறைக்கப்பட்டு உபகரணங்களுக்குள் செலுத்தப்படுகிறது.
இந்த AC-DC மாற்றத்தை உபகரணத்திற்குள் செயல்படும் கருவிகள் செய்கின்றன. சில எடுத்துக்காட்டுகள்:
இந்த லீகேஜ் கரண்ட் உபகரணத்தின் இரும்பு கவசத்தில் (Case) பாய்ந்து, நம் கைகளால் தொடும் போது அதனை உணரலாம். இது ஆபத்தானது, குறிப்பாக உபகரணத்தில் பழுது ஏற்பட்டால்.
இதிலிருந்து பாதுகாப்பதற்காக கிரௌண்ட் எர்த் அவசியமானது.
கணினி, ஸ்டூடியோ உபகரணங்கள், மற்றும் லைட்டுகளில் உள்ள 3 பின் பிளக்கில் கிரௌண்ட் பின் சற்று நீளமாகவும் தடிமனாகவும் இருக்கும்.
எங்கு ரெசிஸ்டன்ஸ் அதிகமோ, அங்கு மின்சார இழப்பு அதிகம். கிரௌண்ட் பின் முதலில் தொடர்புகொள்வதற்காக நீளமாகவும் தடிமனாகவும் உள்ளது.
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Apple Silicon has revolutionized Mac performance since the introduction of the M1 chip in 2020. Each generation has brought notable enhancements in power, efficiency, and graphics performance. Below is a breakdown of each chip and its variants.
The M1 was Apple’s first in-house Mac chip, built on a 5nm process. It introduced unified memory, high-efficiency cores, and impressive GPU integration. It delivered up to 3.5x faster CPU performance compared to previous Intel-based Macs.
The M2 series refined the architecture, delivering around 18% faster CPU and 35% faster GPU over M1. It introduced support for more RAM and ProRes acceleration.
The M3 chips are the first to use a 3nm fabrication process, enabling better power efficiency and increased transistor density. These chips brought Dynamic Caching to improve GPU performance significantly.
The newest M4 chip debuted in the iPad Pro and is expected to power the next generation of Macs. Built on an improved 3nm process (N3E), it focuses on AI performance and battery efficiency with a 10-core CPU and powerful 10-core GPU.
| Chip | CPU Cores | GPU Cores | Max RAM | Fabrication |
|---|---|---|---|---|
| M1 | 8 | 7/8 | 16GB | 5nm |
| M2 | 8 | 10 | 24GB | 5nm+ |
| M3 | 8 | 10 | 24GB | 3nm |
| M4 | 10 | 10 | TBD | 3nm (N3E) |
Apple has revolutionized personal computing by designing its own chips for Macs and iPads. From the introduction of the M1 to the latest M4, every generation offers significant advances in performance, efficiency, GPU capabilities, and machine learning via the Apple Neural Engine.
The Apple Neural Engine is a powerful, dedicated processor for handling AI tasks like image analysis, voice recognition, and real-time learning on-device. Every generation brings faster throughput and improved intelligence.
Apple’s first ARM-based chips for Macs. Efficient, unified memory and high performance for entry to pro users.
Enhanced 5nm chips with better CPU/GPU performance and media engine upgrades.
TEST
The M3 family is built on a 3nm process, introducing hardware-accelerated ray tracing and Dynamic Caching for GPU workloads.
Launched with the iPad Pro 2024, M4 is a major leap with new performance cores and an unmatched 38 TOPS Neural Engine. Expect Pro/Max/Ultra in future Macs.
| Chip | CPU | GPU | Max RAM | Neural Engine | Process |
|---|---|---|---|---|---|
| M1 | 8-core | 8-core | 16GB | 16-core / 11 TOPS | 5nm |
| M1 Pro | 10-core | 16-core | 32GB | 16-core | 5nm |
| M1 Max | 10-core | 32-core | 64GB | 16-core | 5nm |
| M1 Ultra | 20-core | 64-core | 128GB | 32-core | 5nm |
| M2 | 8-core | 10-core | 24GB | 16-core / 15.8 TOPS | 5nm |
| M2 Max | 12-core | 38-core | 96GB | 16-core | 5nm |
| M2 Ultra | 24-core | 76-core | 192GB | 32-core | 5nm |
| M3 | 8-core | 10-core | 24GB | 16-core | 3nm |
| M3 Max | 16-core | 40-core | 128GB | 16-core | 3nm |
| M4 | 10-core | 10-core | TBD | 16-core / 38 TOPS | 3nm (N3E) |
Note: Images and specs are accurate as of June 2025. M4 Pro/Max/Ultra chips are expected to be announced later in the year.
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