# Apple A10X Fusion

> system on a chip (SoC) designed by Apple Inc.

**Wikidata**: [Q30146456](https://www.wikidata.org/wiki/Q30146456)  
**Wikipedia**: [English](https://en.wikipedia.org/wiki/Apple_A10X)  
**Source**: https://4ort.xyz/entity/apple-a10x-fusion

## Summary
Apple A10X Fusion is a 64-bit system-on-chip (SoC) that Apple designed in 2017 to power the iPad Pro 10.5-inch. Built on TSMC’s 10 nm process and containing six processor cores, twelve graphics cores and one coprocessor, it sits between the Apple A9X and the Apple A11 Bionic in Apple’s silicon roadmap.

## Key Facts
- Designed by Apple Inc. and manufactured by TSMC on a 10 nm lithography node; first shipped 16 June 2017.
- Die size: 96.4 mm².
- CPU configuration: six AArch64 cores.
- GPU configuration: twelve graphics cores.
- Contains one dedicated coprocessor.
- Part of the Apple Silicon family; specifically powers the iPad Pro 10.5-inch.
- Predecessor: Apple A9X; successors: Apple A11 Bionic and Apple A12X Bionic.
- Also referred to as A10X, APL1071, A10X Fusion.
- Wikidata sitelinks exist in ten languages; Wikipedia title is “Apple A10X”.
- Google Knowledge Graph ID: /g/11dfj261qf.

## FAQs
### Q: Which devices use the Apple A10X Fusion?
A: Apple lists the iPad Pro 10.5-inch as the product class that contains the A10X Fusion. No other models are cited in the supplied data.

### Q: How many CPU and GPU cores does the A10X Fusion have?
A: The SoC integrates six ARMv8-A cores and twelve graphics cores, plus one coprocessor for specialized tasks.

### Q: What process technology was used to fabricate the chip?
A: TSMC produced the A10X Fusion on its 10 nm node, reducing area to 96.4 mm² compared with earlier Apple chips.

## Why It Matters
The A10X Fusion marked Apple’s first tablet chip on a 10 nm process, cutting die area by roughly a third versus its 16 nm A9X predecessor while adding two extra CPU cores and tripling GPU core count. Those gains let the 2017 iPad Pro 10.5-inch deliver workstation-class performance in a 1-pound chassis, enabling 4 K video editing, 120 Hz ProMotion displays and console-level gaming on battery. By pushing efficiency ahead of the smartphone-focused A11 Bionic, the A10X Fusion previewed the multi-core scalability that later Apple Silicon Mac chips would exploit, and it set performance records for iOS devices at launch, reinforcing Apple’s shift toward in-house silicon as a key competitive moat.

## Notable For
- First Apple tablet SoC built on 10 nm, shrinking die to 96.4 mm².
- Six-core AArch64 CPU doubled multi-core performance over the A9X.
- Twelve-core GPU delivered Apple’s highest mobile graphics throughput in 2017.
- Dedicated coprocessor foreshadowed Apple’s later Neural Engine approach.
- Powers the iPad Pro 10.5-inch, the first iPad with 120 Hz ProMotion display.

## Body
### Architecture
Apple pairs six high-performance ARMv8-A cores with twelve GPU cores and a discrete coprocessor. The design targets high-throughput workloads such as real-time video editing, CAD previews and augmented-reality rendering.

### Manufacturing
TSMC fabricates the A10X Fusion on its 10 nm FinFET process, achieving a 96.4 mm² die. Volume production started on 16 June 2017, the same day Apple launched the iPad Pro 10.5-inch.

### Positioning
The A10X Fusion is a member of Apple Silicon, Apple’s in-house chip family. It succeeds the A9X and precedes both the A11 Bionic (iPhone 8/8 Plus/X) and the larger A12X Bionic (2018 iPad Pro).

### Technical Specifications
- CPU ISA: AArch64 (A64)
- Core count: 6
- GPU count: 12
- Coprocessors: 1
- Process node: 10 nm
- Die area: 96.4 mm²
- Package part number: APL1071

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