Ethereum Mining Chip

including its architecture, application scenarios, and technical specifications. This material is designed to provide a clear understanding of how the chip operates and its role in the cryptocurrency mining ecosystem.

Specifications

Parameter

Specification

Algorithm Support

Ethash / Etchash

Process Technology

TSMC 7nm FinFET

Hash Rate

500 MH/s to 1 GH/s per chip

Power Consumption

750W to 1200W per chip (depending on load)

Memory Interface

GDDR6, 8GB to 16GB per chip

Cooling System

Active cooling (fans or liquid cooling)

Operating Temperature

60°C to 80°C

I/O Interfaces

PCIe 4.0, Ethernet, USB 3.0

Dimensions

50mm x 50mm (standard form factor)

Compatibility

Compatible with major mining software (e.g., Claymore, Phoenix)

Key Features

· High Hash Rate: Delivers up to 1 GH/s, ensuring competitive mining performance.
· Energy Efficiency: Optimized power management reduces electricity costs, a critical factor for profitability.
· Scalability: Supports multi-chip configurations for large-scale mining operations.
· Durability: Designed for 24/7 operation with robust thermal management.
· Flexibility: Compatible with a wide range of mining software and operating systems.

Application Scenarios

The Ethereum mining chip is used in a variety of applications, including:

Home Mining Rigs:

Individual miners use the chip in custom-built rigs to mine Ethereum from home.
Ideal for hobbyists and small-scale miners due to its energy efficiency.

Industrial Mining Farms:

Large-scale mining operations deploy multiple chips in parallel to maximize hash rates and profitability.
Designed for 24/7 operation with robust cooling and power management.

Cloud Mining Services:

SMining service providers integrate the chip into cloud-based platforms, allowing users to rent hash power remotely.

Blockchain Development:

Mining service providers integrate the chip into cloud-based platforms, allowing users to rent hash power remotely.

Edge Computing:

Deployed in edge devices for decentralized computing tasks, leveraging the chip's efficient processing capabilities.