iPollo G1 Grin Coin Miner 36GH/S | BT-MINERS

iPollo G1 36G

The iPollo G1 is a high-performance GRIN miner engineered for industrial-level efficiency and long-term stability. Powered by the Cuckatoo32 algorithm, it delivers a strong 36GH/s hashrate and operates at 2800W, making it one of the most powerful GRIN mining solutions available. Built with durable components and dual industrial cooling fans, the G1 maintains consistent 24/7 performance under demanding workloads, ensuring stable output and minimized downtime.

This miner is designed for large-scale mining farms and environments with proper ventilation and electrical capacity. Its robust build and high hashrate allow miners to maximize GRIN profitability, especially in regions with low electricity costs. While the G1 offers exceptional performance, its noise and heat levels make it more suitable for professional setups rather than home use. For small-scale users, the G1 Mini provides a more accessible and low-power alternative.

iPollo G1 Description:

The iPollo G1 is a high-performance ASIC miner. designed specifically for cryptocurrency mining using the Cuckatoo32 algorithm—ideal for powering Grin mining operations. As a key offering from iPollo, it balances power and efficiency to meet the needs of both individual and small-scale miners.

iPollo G1 Hash Rate & Power Efficiency

First, iPollo engineered this model specifically for the Cuckatoo32 algorithm. It delivers a strong maximum hash rate of 36Gh/s, essential for efficient Grin mining. Moreover, it manages power efficiently, operating at just 2800W. This balance makes it a practical choice for miners looking to boost productivity without excessive energy use.

6-Month Coverage for New Units

To reinforce reliability, iPollo backs all new G1 miners with a 6-month manufacturer’s warranty. Additionally, this coverage protects against hardware defects, a key concern for Grin miners. Furthermore, it ensures dedicated support during the initial operational phase. This support helps enhance user confidence in long-term Grin mining stability.