AMV Logo

/KWh

AE Max II

Goldshell

$0.00
/day
image
Hashrate
540Mh/s
Power
3200W
Algorithm
zkSNARK

0.00%

title-decorationDescription

Goldshell AE Max II is an ASIC miner designed for zkSNARK algorithm, specifically targeting ALEO (Aleo) . It delivers a maximum hashrate of 540Mh/s while consuming 3200W of power, resulting in an energy efficiency of 5.926j/Mh.

title-decorationProfitability

Daily
Monthly
Yearly
Income
$0.00
$0.00
$0.00
Electricity
-$0.00
-$0.00
-$0.00
Profit
$0.00
$0.00
$0.00

title-decorationAlgorithms

Algorithm
Efficiency
Profitability
zkSNARK
$0.00

title-decorationSpecifications

ManufacturerGoldshell
ModelAE Max II
Also known asGoldshell AE-Max 2
ReleaseAug 2025
Size264 x 200 x 290mm
Weight12450g
Noise level85dB
Fan(s)2
Power3200W
Voltage185-285V 16A
InterfaceEthernet
Temperature5 - 45 °C
Humidity5 - 95 %

title-decorationRelated Videos

title-decorationWhere to buy?

All pricesRecommended
Need help with your purchase?

title-decorationFrequently Asked Questions (FAQ)

No, mining profitability is not guaranteed to stay the same over time.
This Goldshell AE Max II currently generates a daily profit of approximately $0.00, assuming an electricity cost of $0.00 per kWh.

However, this profit can fluctuate due to various factors such as global hashrate, network difficulty, block reward, and cryptocurrency exchange rates. Be prepared for potential changes in profitability based on these market dynamics.
The Goldshell AE Max II has a hashrate of 540Mh/s for the zkSNARK algorithm.
Hashrates are only comparable between miners that use the same algorithm.
Yes, the Goldshell AE Max II consumes 3200W per hour.
Enter your local electricity price in the header preferences to see profitability calculations based on your actual electricity cost.
Electricity expenses are a significant factor in mining profitability. Higher electricity rates can reduce or even eliminate profits, which is why assessing local energy costs is crucial when determining if mining is viable.
With higher electricity costs, investing in a highly efficient miner is even more important.
The lifespan of mining hardware depends on factors such as usage intensity, environmental conditions (temperature, humidity, dust).
Proper maintenance and ideal operating conditions can extend hardware longevity.