Want To Mine LiteCoin? This Innosilicon A6 LTC Master Hashrate Review Is For You
In January 2018, Innosilicon launched and began shipping the Innosilicon A6 LTC Master Hashrate of 1.23Gh/s. Innosilicon was founded in 2006 and has around 12 years of IP/IC design and development experience. Innosilicon recently expanded into the development of crypto mining equipment, releasing a variety of different sorts of miners.
Author:Camilo WoodReviewer:Stefano MclaughlinMar 19, 202218.8K Shares401.6K Views
In January 2018, Innosilicon launched and began shipping the Innosilicon A6 LTC Master Hashrateof 1.23Gh/s.
Innosilicon was founded in 2006 and has around 12 years of IP/IC design and development experience. Innosilicon recently expanded into the development of crypto mining equipment, releasing a variety of different sorts of miners. These miners utilize a variety of hashing methods, including Secure Hash Algorithm (SHA-256), Scrypt, X11, and Equihash.
The A6 LTC Master is a piece of Innosilicon's Application Specific Integrated Circuit (ASIC) hardware for mining Litecoin. It was released in January 2018 and has a hash rate of 1.23Gh/s and a power consumption of 1500W. Litecoin currently has a market capitalization of $2.56 billion and has grown in popularity due to its user-friendly technology and speedier transaction rates.
Innosilicon began producing and launching Application Specific Integrated Circuit (ASIC) Miners, particularly for mining Litecoin, in response to the recent demand for mining hardware. Miners include the Innosilicon A6 LTC Master.
Innosilicon A6 LTC Master Appearance And Features
The A6 LTC Master features the same dual fan arrangement used on the majority of Innosilicon miners, with two fans located at the front and rear for effective cooling. The design and aesthetics are similar to those of Innosilicon's A9 ZMaster series. The A6 LTC Master is around 7.5 kg in weight and measures 350 x 155 x 500mm.
On the control board, the power supply is equipped with a switch and two power connections. This approach enables consumers to have greater control. The four-pin interface supplies power to the control board, while the six-pin interface drives four cooling fans.
The miner's compact design facilitates operation and makes it ideal for a variety of mining environments, particularly mining farms.
Innosilicon A6 LTC Master Specifications
- Noise level: 82db
- Internet connection: Ethernet
- Size: (L)350mm*(W)250mm*(H)155mm (dual tube)
- Allowed ambient temperature range: 0°C to 40°C
- Net Weight: 8.46KG (without PSU)
- Voltage: 12V
- Power Consumption: 1500W ( +/- 8%, normal mode, at the wall, PSU efficiency: 93%, temperature: 25°C)
- Power supply connection: 2 PCIE port per power board.
- Required rated PSU: 1600W or above, 17 * PCI-E 6Pin
- Cooling: air-cooled with 2 fans per tube, 4 fans in total
The A6 LTC Master is optimized for Scrypt crypto mining. The official specifications state that the peak hash rate is 1.23Gh/s (+/- 8%) and the power consumption is 1500W (+/- 8%) at a temperature of 25°C. Each of the miner's twin components contains four hash boards that are controlled by a single controller. The miner controllers are visible from above, and each hash board includes the typical two PCI-E 6pin power and data lines.
From right to left, the top controller has the data cable, a four-pin power cable, and a power supply unit for the controller. At the miner's rear, the power interface for each hash board is located on top, and the two cooling fans are located on the bottom. The data cables include a buckle design that ensures a secure connection and prevents wear and tear.
Due to the high input and efficiency of ASIC miners, the cooling mechanism is critical. While mining, miners are at risk of overheating. Manufacturers such as Innosilicon prevent miners from overheating by providing them with suitable cooling mechanisms. The A6 LTC Master is equipped with four 12 cm (12C3.4A) fans, two in front and two in back. This fan configuration, similar to the A9 ZMaster fan configuration, is highly effective in preventing overheating.
The air intake is handled by the front-facing fans. The A6 LTC Master's effective heat dissipation is facilitated by the high-speed fans, which result in relatively minor temperature fluctuations between the front and rear sides. The inside temperature is approximately 15°C during the day and 8°C at night.
When the A6 LTC Master is in constant mining mode, the average temperature of the hash boards is approximately 39°C, and the air inlet temperature is approximately 20°C. The temperature of the air outflow is around 23°C.
The A6 LTCMaster algorithm is used. Scrypt is the algorithm used to mine Litecoin. Scrypt is a cryptographic hashing algorithm that is used in Proof of Work (PoW) blockchains. It is a memory-intensive function for key derivation. This type of processing demands a large amount of RAM. This means that an ASIC processor used to compute Bitcoin's SHA-256 Proof of Work (PoW) would require more RAM space in addition to hashing power.
The A6 LTC Master includes two preset frequencies: default and overclocking. The miner includes overclocking capabilities. Overclocking involves adjusting the voltage to the greatest level at which reliable mining activities can continue. Overclocking is a function of the power source and the miner's characteristics. Although auto-adjustment is swift, the hash rate may reach up to 1.29Gh/s in overclocking mode, and the miner consumes approximately 1738W of power.
Innosilicon A6 LTC Master ASIC Mining Hashrate
INNOSILICON A6 LtcMaster
- Scrypt Mining Hashrate : 1230 MH/s
- Scrypt Coins mined by Innosilicon A6 LTC-Master: Dogecoin (DOGE), Litecoin (LTC), Tradecoin (TRADE), GoldCoin (GLC)
- Power Consumption: 1500 watts/hour
Conclusion
Noise is a critical aspect in attracting miners. If you're considering purchasing the A6 LTCMaster for home mining, be aware that the equipment is rather noisy. Throughout routine mining operations during the day, the observed noise level is 82dB at a distance of 20cm from the device. To illustrate, the majority of miners operate at a normal noise level of 60–80 dB. A sound level of 80dB is comparable to that of a city during the day. The miner is more advantageous in mining farms.
The primary reason for purchasing an ASIC miner is to profit. To accurately determine the profitability of this gadget, you must subtract the area's electricity cost. Market factors also have an effect on the profitability of miners.
Camilo Wood
Author
Stefano Mclaughlin
Reviewer
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