Last updated at 04/05/2025 11:40:56
| Band Size | Small/Medium |
| Band Type | Sport Band |
| Carrier | GPS + Cellular |
| Screen Size | 45mm |
| Band Size | Small/Medium |
| Band Type | Sport Band |
| Carrier | GPS + Cellular |
| Screen Size | 45mm |
A magical way to use your Apple Watch without touching the screen. A display that's twice as bright. And now a watch case and band combination that's carbon neutral. Custom Apple silicon makes Apple Watch Series 9 more capable, intuitive, and faster. The dual-core CPU has 5.6 billion transistors - 60 percent more than the S8 chip. A four-core Neural Engine processes machine learning tasks up to two times faster. It enables a number of innovations, including a new gesture - double tap.
A magical way to use your Apple Watch without touching the screen. A display that's twice as bright. And now a watch case and band combination that's carbon neutral. Custom Apple silicon makes Apple Watch Series 9 more capable, intuitive, and faster. The dual-core CPU has 5.6 billion transistors - 60 percent more than the S8 chip. A four-core Neural Engine processes machine learning tasks up to two times faster. It enables a number of innovations, including a new gesture - double tap.
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A magical way to use your Apple Watch without touching the screen. A display that's twice as bright. And now a watch case and band combination that's carbon neutral. Custom Apple silicon makes Apple Watch Series 9 more capable, intuitive, and faster. The dual-core CPU has 5.6 billion transistors - 60 percent more than the S8 chip. A four-core Neural Engine processes machine learning tasks up to two times faster. It enables a number of innovations, including a new gesture - double tap.
A magical way to use your Apple Watch without touching the screen. A display that's twice as bright. And now a watch case and band combination that's carbon neutral. Custom Apple silicon makes Apple Watch Series 9 more capable, intuitive, and faster. The dual-core CPU has 5.6 billion transistors - 60 percent more than the S8 chip. A four-core Neural Engine processes machine learning tasks up to two times faster. It enables a number of innovations, including a new gesture - double tap.
