# Mali-T864

> graphical processor core model, apparently a variant of Mali-T860

**Wikidata**: [Q65093687](https://www.wikidata.org/wiki/Q65093687)  
**Source**: https://4ort.xyz/entity/mali-t864

## Summary
The Mali-T864 is a graphical processor core model developed by Arm Holdings, serving as a variant of the Mali-T860 within the broader Mali series of graphics processing units (GPUs). It functions as a specialized electronic circuit designed for graphics acceleration, primarily used in semiconductor intellectual property (IP) cores. As part of Arm's product lineup, it supports efficient graphics rendering in various electronic systems.

## Key Facts
- **Developer**: Arm Holdings.
- **Instance of**: Product model, semiconductor intellectual property core, and graphics processing unit (GPU).
- **Part of Series**: Mali series of GPU cores.
- **Relationship**: Variant of the Mali-T860 (partially coincident with it).
- **Aliases**: Mali T864, ARM Mali-T864.
- **Function**: Specialized electronic circuit for graphics acceleration.

## FAQs
### Q: What is the Mali-T864?
A: The Mali-T864 is a GPU core model developed by Arm Holdings, designed for graphics acceleration in electronic systems. It is a variant of the Mali-T860 and part of the Mali series.

### Q: Who developed the Mali-T864?
A: The Mali-T864 was developed by Arm Holdings, a leading company in semiconductor IP design.

### Q: How does the Mali-T864 relate to the Mali-T860?
A: The Mali-T864 is a variant of the Mali-T860, sharing foundational architecture while potentially incorporating distinct optimizations or features.

## Why It Matters
The Mali-T864 plays a critical role in enabling efficient graphics processing in embedded and mobile systems. As a specialized GPU core, it addresses the need for high-performance, power-efficient graphics rendering, which is essential for modern devices. Developed by Arm Holdings—a pivotal player in semiconductor IP—the Mali-T864 leverages the company’s expertise to deliver optimized graphics solutions. Its position within the Mali series underscores its reliability and compatibility with existing architectures, making it a trusted component for device manufacturers. By building on the Mali-T860’s framework, the T864 contributes to advancing visual computing capabilities in resource-constrained environments, ensuring smooth user experiences without compromising battery life or thermal efficiency.

## Notable For
- **Optimized Architecture**: Designed as a variant of the Mali-T860, tailored for specific performance or power-efficiency goals.
- **Industry-Leading Developer**: Backed by Arm Holdings, a global authority in semiconductor IP.
- **Series Continuity**: Part of the widely adopted Mali GPU series, ensuring ecosystem compatibility and support.
- **Specialized Function**: Focus on graphics acceleration for embedded and mobile systems, addressing critical computational demands.

## Body
### Developer and Release
The Mali-T864 was developed by **Arm Holdings**, a global leader in semiconductor IP design. While no specific release date is provided, it is positioned as a variant within the established Mali series, which has been iterated over multiple generations to meet evolving graphics processing needs.

### Technical Specifications
- **Core Type**: Semiconductor intellectual property (IP) core, licensed for integration into system-on-chip (SoC) designs.
- **Classification**: A **graphics processing unit (GPU)**, categorized under product models and specialized electronic circuits.
- **Architecture**: Derived from the Mali-T860, with potential adjustments for targeted applications or performance profiles.

### Applications
As a GPU core, the Mali-T864 is designed to handle graphics rendering tasks in electronic systems, including but not limited to:
- Mobile devices (e.g., smartphones, tablets).
- Embedded systems (e.g., automotive infotainment, industrial control panels).
- Low-power computing environments requiring efficient graphics processing.

### Series Context
The Mali-T864 is part of the **Mali series**, a family of GPU cores renowned for balancing performance and power efficiency. This series is widely used in ARM-based SoCs, underscoring its significance in the mobile and embedded computing sectors.