# Apple A15 Bionic

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

**Wikidata**: [Q108545731](https://www.wikidata.org/wiki/Q108545731)  
**Wikipedia**: [English](https://en.wikipedia.org/wiki/Apple_A15)  
**Source**: https://4ort.xyz/entity/apple-a15-bionic

## Summary
The **Apple A15 Bionic** is a **system on a chip (SoC)** designed by **Apple Inc.**, part of the **Apple Silicon** family of processors. It powers devices like the **iPhone 13 series**, **iPad mini (6th generation)**, and **iPhone SE (3rd generation)**, featuring a **5 nm fabrication process** for high performance and efficiency.

## Key Facts
- **Designed by Apple Inc.** and manufactured by **TSMC** using a **5 nm lithography process**.
- **Part of the Apple A series**, succeeding the **A14 Bionic** and preceding the **A16 Bionic**.
- **Used in multiple Apple devices**, including:
  - **iPhone 13 Pro** (released **September 14, 2021**)
  - **iPhone 13 Pro Max**
  - **iPhone SE (3rd generation)** (released **March 18, 2022**)
  - **iPad mini (6th generation)**
- **Classified as Apple Silicon**, Apple’s proprietary line of ARM-based SoCs.
- **Aliases include**: Apple A15, A15 Bionic, A15 바이오닉 (Korean).
- **Wikidata sitelink count**: 17 (as of available data).
- **Fabrication method**: **5 nm process**, referenced in a **2021 report** by Numerama.

## FAQs
### Q: What devices use the Apple A15 Bionic?
A: The **A15 Bionic** powers the **iPhone 13 Pro, iPhone 13 Pro Max, iPhone 13 mini, iPhone 14 Plus, iPhone SE (3rd generation)**, and **iPad mini (6th generation)**.

### Q: Who manufactures the Apple A15 Bionic?
A: The chip is **designed by Apple Inc.** and **manufactured by TSMC** using a **5 nm process**.

### Q: What is the Apple A15 Bionic’s place in Apple’s chip lineup?
A: It is part of the **Apple A series**, positioned between the **A14 Bionic (predecessor)** and **A16 Bionic (successor)**.

### Q: When was the Apple A15 Bionic first released?
A: It debuted in the **iPhone 13 Pro on September 14, 2021**.

### Q: What makes the A15 Bionic notable?
A: It was one of the first **5 nm SoCs** in consumer devices, offering **high performance and power efficiency** for smartphones and tablets.

## Why It Matters
The **Apple A15 Bionic** represents a **key milestone in mobile processing**, combining **cutting-edge 5 nm fabrication** with Apple’s custom silicon design. Its **high performance and efficiency** enabled advancements in **AI processing, graphics, and battery life** in devices like the **iPhone 13 series**. As part of **Apple Silicon**, it reinforced Apple’s shift away from third-party chips (like Intel) toward **in-house designs**, improving integration between hardware and software. The A15 also set a benchmark for **competitor SoCs**, influencing industry standards for **mobile computing power**.

## Notable For
- **First 5 nm SoC in iPhones**, improving performance and efficiency.
- **Used in both flagship (iPhone 13 Pro) and budget (iPhone SE 3) devices**, showcasing versatility.
- **Part of Apple’s transition to Apple Silicon**, reducing reliance on external chipmakers.
- **Powered multiple device types**, including smartphones and tablets.
- **Successor to the A14 Bionic**, continuing Apple’s annual SoC upgrades.

## Body
### **Overview**
The **Apple A15 Bionic** is a **system on a chip (SoC)** developed by **Apple Inc.** as part of its **Apple A series** of ARM-based processors. It is classified under **Apple Silicon**, Apple’s proprietary line of custom-designed chips.

### **Manufacturing & Specifications**
- **Fabrication**: Built using **TSMC’s 5 nm process**, allowing for **higher transistor density and improved efficiency**.
- **Performance**: Designed for **high-speed computing, machine learning, and graphics rendering**, optimizing battery life in mobile devices.

### **Device Integration**
The A15 Bionic was **first introduced in the iPhone 13 Pro (September 14, 2021)** and later used in:
- **iPhone 13 Pro Max**
- **iPhone 13 mini**
- **iPhone 14 Plus**
- **iPhone SE (3rd generation, March 18, 2022)**
- **iPad mini (6th generation)**

### **Technical Lineage**
- **Predecessor**: **Apple A14 Bionic**
- **Successor**: **Apple A16 Bionic**
- **Part of the broader Apple Silicon ecosystem**, which includes M-series chips for Macs.

### **Industry Impact**
The A15 Bionic **reinforced Apple’s leadership in mobile SoCs**, competing with Qualcomm’s Snapdragon and other ARM-based chips. Its **5 nm process** set a new standard for **power efficiency** in smartphones.

## Schema Markup
```json
{
  "@context": "https://schema.org",
  "@type": "Thing",
  "name": "Apple A15 Bionic",
  "description": "System on a chip (SoC) designed by Apple Inc., part of the Apple A series and Apple Silicon lineup.",
  "url": "https://www.apple.com",
  "sameAs": [
    "https://www.wikidata.org/wiki/Q108118280",
    "https://en.wikipedia.org/wiki/Apple_A15"
  ],
  "additionalType": "SystemOnChip"
}

## References

1. [Source](https://www.numerama.com/tech/739372-iphone-12-versus-iphone-13-quelles-differences-entre-le-smartphone-de-2020-et-de-2021%e2%80%89.html)
2. [Apple A15 | Apple Wiki | Fandom](https://apple.fandom.com/wiki/Apple_A15)