# MESH

> SCSI-2 controller by Apple

**Wikidata**: [Q11764871](https://www.wikidata.org/wiki/Q11764871)  
**Source**: https://4ort.xyz/entity/mesh

## Summary
MESH is a SCSI-2 controller developed by Apple Inc., designed to interface with peripheral storage devices. Also known as Macintosh Enhanced SCSI Hardware, it is distinct from other entities named "Mesh" and played a role in Apple's storage connectivity solutions. It operates under the SCSI-2 standard, enabling data transfer between computers and external devices.

## Key Facts
- **Manufacturer**: Apple Inc.
- **Instance of**: Controller (computing device)
- **Alias**: Macintosh Enhanced SCSI Hardware
- **Different from**: "Mesh" (disambiguated via Polish Wikipedia reference)
- **Specification**: Compliant with SCSI-2 standard
- **Purpose**: Facilitates connectivity between computers and SCSI peripheral devices
- **Sitelink count**: 1 (Wikipedia presence in Polish)
- **Google Knowledge Graph ID**: /g/120yf357

## FAQs
### Q: What does MESH stand for?
A: MESH is an acronym for Macintosh Enhanced SCSI Hardware, a SCSI-2 controller developed by Apple.

### Q: Who manufactured MESH?
A: MESH was manufactured by Apple Inc., a multinational technology company based in Cupertino, California.

### Q: What is MESH used for?
A: MESH enables connectivity and data transfer between computers and SCSI-2 peripheral devices, such as external storage drives.

## Why It Matters
MESH is significant as part of Apple's historical hardware ecosystem, addressing the need for reliable storage connectivity in older Macintosh systems. As a SCSI-2 controller, it supported faster and more efficient data transfer compared to earlier standards, contributing to improved performance in workflows reliant on external storage. Its development reflects Apple's focus on integrating proprietary hardware solutions to optimize user experience, particularly during the era when SCSI was a dominant interface for peripherals. Understanding MESH provides insight into the evolution of storage technologies and Apple's approach to hardware design during the 1990s and early 2000s.

## Notable For
- **Proprietary Apple Hardware**: Developed specifically for Macintosh systems to ensure compatibility and performance.
- **SCSI-2 Compliance**: Adherence to the SCSI-2 standard, enhancing data transfer rates and reliability.
- **Disambiguation**: Explicitly differentiated from unrelated entities named "Mesh" through cited references.
- **Legacy Role**: Part of Apple's storage connectivity solutions prior to the widespread adoption of USB and Thunderbolt.

## Body
### Technical Overview
MESH operates as a SCSI-2 controller, a type of computing device that manages communication between a computer and peripheral storage devices. It is categorized under the controller class and aligns with the SCSI-2 specification, which improved upon earlier SCSI standards by increasing data transfer speeds and supporting more devices.

### Manufacturer & Context
Developed by Apple Inc., MESH was part of the company's broader portfolio of hardware components designed for integration with Macintosh computers. Apple, founded in 1976, has a long history of producing proprietary hardware and software, positioning MESH within its ecosystem of customized solutions for storage and connectivity.

### Disambiguation
MESH is explicitly distinguished from other entities named "Mesh" through a referenced Polish Wikipedia entry, ensuring clarity in identification. This differentiation is critical for accurate attribution, particularly in technical or historical contexts.

### Historical Context
SCSI-2 controllers like MESH were pivotal during the 1990s and early 2000s, when SCSI interfaces were widely used for connecting high-capacity storage devices, such as hard drives and tape backups, to computers. The SCSI-2 standard, introduced in 1986, offered enhancements over its predecessor, including faster speeds and improved reliability, which MESH leveraged to support demanding applications.

### Specifications & Legacy
While specific technical details such as data transfer rates or physical dimensions are not provided in the source material, MESH's compliance with SCSI-2 underscores its role in facilitating efficient data management. As storage technologies evolved, SCSI controllers like MESH were gradually supplanted by newer interfaces like USB and FireWire, but they remain relevant in discussions of legacy Apple hardware and the development of storage connectivity standards.