LINZHI PHOENIX 2600MH FOR SALE

Description

LINZHI PHOENIX 2600MH FOR SALE

THIS IS THE UPGRADED VERSION OF THE DEVICE. The last model was with just 4.4GB VRAM available for DAG processing, but this model offers 8GB. LINZHI PHOENIX 2600MH FOR SALE

Linzhi Phoenix is a very profitable ASIC miner on the market. The Linzhi Phoenix miner was design to be resistance and developed to be bug-free, affordable and with excellent return on investment. The device has a capability to mine above 50 ETH per year which will cost above $100000 at the current market price. inverts in this miner with very high and profitable returns. You can now order a piece of the future of Ethereum mining. Producing never before heard performance, the Linzhi Phoenix is set to be the leader in ASIC mining.

UPGRADED VERSION WITH 8GB VRAM
Hashrate – 2600MH/s
Power Consumption – 3000W
Warranty – 2 years

As the latest and most powerful Ethash asic miner on the market. After several years of development, we have finally reached the point of publicly offering the Linzhi Phoenix. It’s state of the art architecture will bring you the most profitable performance on the market. The ETH Asic Miner can reach a hash rate of more than 2600MH/s at only 3000W per hour power consumption. LINZHI PHOENIX 2600MH FOR SALE

SPECIFICATIONS

Hash rate: 2600MH/s+
Power consumption: 3000W
Noise level: 80db
The back wall of the miner includes: gigabit Ethernet port; SD card slot; two connectors for connecting additional cooling equipment.
Each Linzhi Phoenix ASIC miner contains two Linzhi E1400 hashing boards, which have the following technical properties:
Each board uses 64 computing units (chips), each of which controls 72 mixers with a 2.8 Tb / s exchange rate with decentralized memory (1 MB in one cell)
8GB VRAM considered as the upgraded memory model which allows you to process the DAG file.
Each memory mixer works at a peak speed of 38.4Gb / s.
Memory subsystem bandwidth – 177 Tb / s per board.
Each memory chip operates at an operating frequency of 600 MHz, using two cycles to access data.
When working with memory, 1024-bit addressing is used.
To power the Phoenix ASIC, you need to use two 12-volt power supplies with a capacity of at least 1800 watts each.
For cooling, two powerful fans are used, installed on the front of the ASIC case.