In this article, the specifications, hashrate, energy efficiency, and profitability of Bitmain Antminer S19 Pro and Innosilicon A10 Pro will be compared.
For now, the most lucrative ASIC miner for SHA-256 and Bitcoin is the Antminer S19 Pro. It is a popular option among businesses and individuals mining Bitcoin because it is produced by Bitmain, a top manufacturer of mining hardware.
The efficiency offer of 29.7 J/TH made by this equipment is unlikely to be topped by many other devices. A second-generation chip designed specifically for SHA-256 mining, the next-generation 5nm chip, is used to construct the device.
The Ethereum mining device Innosilicon A10 Pro 500 MH/s uses the Ethash algorithm.
Let’s examine these two miners in more detail.
About Bitmain
Bitmain, the most well-known manufacturer of mining equipment, was established in China in 2013 and currently maintains offices in a number of different nations. The business created the Antminer, a line of ASIC miners made specifically for Litecoin, Dash, and other cryptocurrencies.
You’ll know you’re making the right choice when you see “Bitmain” mentioned in connection with a device or chip you’re thinking about purchasing. Bitmain has established itself as the market leader for mining rig chips. It is believed to control 80% of the crypto mining market, which is a sizable portion. Have you heard of Antpool or BTC.com? Bitmain is also the owner and operator of two of the biggest Bitcoin mining pools.
About Innosilicon
The top foundries in the world (TSMC, Samsung, GlobalFoundries, SMIC, UMC, Intel, HLMC, XMC, etc.) use Innosilicon as a one-stop shop for high-speed mixed signal IPs and ASIC custom solutions for a full range of processes from 130nm to 5nm.), especially for Under 22 nm, FinFET is used. As of now, Innosilicon is the only technology partner in China with access to the Samsung and TSMC-provided 5nm process library and design-to-tapeout capability.
With its 16 years of experience in the development of innovative IPs and ASIC products, Innosilicon has helped its valued partners—Amazon, AMD, Cypress, Google, Microchip, Micron, Microsoft, Synaptics, and OnSemi, to name a few—achieve the success of producing billions of chips in mass quantities while leading the way for ten years.
Bitmain Antminer S19 Pro
The Antminer S19 Pro bitcoin mining ASIC surpasses the capabilities of its predecessor. Even though some models only have a hashrate rating of 105 TH/s, this model can hash at a rate of 110 TH/s at its best. Due to the higher hashrate, it now has a slightly higher mining profitability margin than the Antminer S19 base models. Below are the specifications of the Antminer S19 Pro, which weighs a little less than the S19 and is more productive.
| Manufacturer | Bitmain |
| Hashrate | 110TH/s |
| Algorithm | SHA256 |
| Release | May 2020 |
| Size | 195 x 290 x 370mm |
| Weight | 13200g |
| Power Consumption | 3250 W |
| Efficiency | 29.55 J/TH |
Antminer S19 Pro Profitability and Price
With power costs of $0.06/kWh, the Antminer S19 Pro (110 TH/s) will earn its owners about $2.80 per day in profits, $19.29 per week in profits, and $74.14 in monthly profits. The ROI estimate for this model is 21–22 month, and its current average market price is$3,734.
Innosilicon A10 Pro
After the 2018 cryptozyme, ASIC miner manufacturers essentially stopped introducing new models for Ethereum mining. Existing equipment had a RAM memory size of 4 GB, which was no longer enough by 2021 to load a DAG file, making it impossible to continue mining ETH on the “asics”.
The A10 Pro line of miners from Innosilicon, which has more memory and hash rate, was introduced to address this issue. The A10 Pro 7g model in question, in particular, occupied the middle position in the updated line of equipment.
The RAM reserve on the ASIC-maintainer enables it to continue operating until around 2026. Ethereum will likely transition to the second version using the PoS algorithm by then.
The A10 Pro under consideration uses the Ethash algorithm, which has a 720MH/s hash rate for mining ETH and 19 other alternative coins. The device’s energy efficiency is 1.8 J/MH, and its power supply is 1300W.
| Manufacturer | Innosilicon |
| Hashrate | 720MH / s |
| Algorithm | Ethash |
| Size | 362x136x285mm |
| Weight | 9300g |
| Power Consumption | 1300W |
| Chips | BM1485 |
| Noise Level | 75db |
Advantages:
- Complete with its own power supply
- Easy to configure and start mining
- Higher performance and lower cost compared to blockchain on video cards
Disadvantages:
- High noise level does not allow you to use the miner in a domestic room
Innosilicon A10 Pro Profitability
After deducting the cost of $0.06/kWh for electricity, the Innosilicon A10 Pro can generate $19.33 per day, $135.55per week, and $598.83 per month for its owner.
Innosilicon A10 Pro Vs Antminer S19 Pro
The specifications, computing power consumption, power supply, operating environment, and other relevant data for the Innosilicon A10 Pro ETH Miner 500MH/s and Bitmain Antminer S19 Pro (110TH) are shown in the table below.
| Model | Innosilicon A10 Pro ETH Miner 500MH/s | Bitmain Antminer S19 Pro (110TH) |
| Algorithms | Ethash | SHA-256 |
| Minable Coins | EtherGem, Expanse, EthereumPoW, EthereumFair, Callisto, Etho, QuarkChain | LitecoinCash, DGB-SHA, Bitcoin, BitcoinCash, Peercoin, Myriad-SHA |
| The Best Algorithm | Ethash | SHA-256 |
| Hash Rate | 500 MH/s | 110 TH/s |
| Power Consumption | 750 W | 3.25 KW |
| Revenue | US$1.59/d | US$7.96/d |
| Electricity Cost | US$1.80/d | US$7.80/d |
| Profitability | (US$0.21)/d | US$0.16/d |
Hardware Configuration
| Networking connection mode | Ethernet | Ethernet |
| Net weight, kg(2-2) | 8.1 | 14.6 |
Environmental configuration
| Operation temperature,°C | 5 – 40 °C | 0~40 |
| Operation humidity(non-condensing), RH | 5 – 95 % | 10-90% |
| Operation altitude, m(3-1) | ≤2000 | ≤2000 |
Evaluating a Miner
When you want to evaluate a miner, there are usually three main factors you need to check:
Power Consumption
Does the miner use a lot of electricity? Since mining Bitcoin will result in a significant increase in your electricity costs, this is crucial. The better the value—which is expressed in watts—the less energy is being used.
Hashrate
To solve the mining math problem, the miner needs this amount of processing power. Basically, it counts the number of guesses the miner can make every second. ASICs of today can make 1*1012 guesses per second, compared to a personal computer’s few million guesses per second. The better, the higher your hashrate.
Energy Efficiency
While having a high hashrate is advantageous, if you spend a lot of energy obtaining it, you will ultimately lose money. Calculating efficiency basically involves figuring out how much energy is needed to produce one bitcoin. Bitcoin mining with an efficient miner uses less electricity. By dividing energy consumption by hashrate, efficiency is determined. In this manner, you can compare miners to one another effectively. Make sure you have all of the aforementioned elements before continuing because they are crucial for determining profitability. Once you have this knowledge, you can enter it into a Bitcoin mining calculator to determine how many bitcoins you can produce each time period.
Since you cannot know with certainty the current difficulty measurement or what will happen to Bitcoin’s price one week from now, keep in mind that this calculation will never be 100% accurate.
Conclusion
Innosilicon A10 Pro is one of the top-performing Ethereum miners available right now, according to reviews of Ethereum ASIC mining equipment. Depending on the cost of the electricity, you can anticipate that the machine will make a profit of about $34.78 per day, $1,043 per month, and $12,521 per year. Its machine efficiency is therefore 1.92j/Mh or so. The most lucrative ASIC miner for Bitcoin and the SHA-256 algorithm at the moment is the Antminer S19 Pro.
