$ 0.00 CAD
$ 200.00 CAD
World’s Most Efficient Miner
A Compact Time-tested Design
World’s most powerful bitcoin miner, yet smaller than many portable boom-boxes
The Antminer S9 follows the same form factor as that of the hugely popular Antminer S7 and is nearly the same size. Yet it has more than thrice the power and twice the efficiency of the S7.
Each Antminer S9 employs 189 such chips to deliver more hashrate and efficiency than any bitcoin miner ever made.
Controlled by a Dual ARM® Cortex®-A9 Microprocessor
S9’s control board uses a Xilinx® Zynq®-7000 series FPGA with a Dual ARM® Cortex®-A9 microprocessor
Bitmain’s engineering team understood the importance of every detail while working to make the world's most power-efficient yet powerful Bitcoin miner. The Antminer S9’s control board employs the fast Dual ARM® Cortex®-A9 microprocessor with CoreSight™ and supports Gigabit Ethernet to ensure that mined blocks are submitted instantly.
Engineered to Remain Powerful Yet Cool
A high-grade aluminium case, customized heat-sinks and two computer-controlled fans to keep it cool
The S9 utilizes a combination of conduction and convection cooling to make the world’s most powerful miner perform best without getting hotter than any other terahash bitcoin miner.
Every chip of the S9 is fitted with custom-made heat sinks that are made of a high-grade Aluminium alloy. The case of the S9 is made of the same material. Two computer-controlled high speed fans on both ends of the “tube” ensure that the hot air is rapidly replaced by cooler air at the required pace.
Ease of Use
Antminer’s user interface has been carefully designed keeping in mind the needs of our users
After you have accessed the Antminer’s user interface, all you have to do is to enter your wallet address and mining pool settings before you start mining. The user interface also allows you to customize settings and can be upgraded to new releases from Bitmain.
|Reference power on wall, Watt||1148|
|Reference power efficiency on wall @25°C, J/TH||85.00|
|Adapted AC/DC output requirement, Watt/ Volt||1389 / 12.00|
|Hashrate & Power|
|Power efficiency on wall @25°C, J/TH(1-1)||85.00||90.95|
|Power efficiency on wall @40°C, J/TH(1-2)||90.07||96.37|
|Reference power on wall, Watt (1-3)||1148||1344|
|DC input voltage range, Volt (1-4)||11.60||12.00||13.00|
|DC input current range, Amp (1-5)||95.7||115.9|
|Adapted AC/DC output power requirement, Watt (1-6)||1250||1389|
|Quantity of hash chips||180|
|Quantity of hash boards||3|
|Networking connection mode||RJ45 ethernet 10/100M|
|Miner Size (Length*Width*Height, w/o package), mm(2-1)||298.0*129.6*187.5/321.3*129.|
|Net weight, kg(2-2)||3.95/4.50|
|Noise, dBA @25°C (2-3)||76|
|Operation humidity, RH||5%||95%|
(1-1) Refers PSU power conversion efficiency of 93%
(1-2) Refers PSU power conversion efficiency of 93%
(1-3) Min condition: 25℃, min J/TH, typical hashrate
Max condition: 40℃, max J/TH, max hashrate
Refers PSU power conversion efficiency of 93%
(1-4) Caution: Wrong input voltage may probably cause miner damaged
(1-5) Typ condition: min reference power, typical DC input voltage
Max condition: max reference power, min DC input voltage
(1-6) Min condition: 40℃, max J/TH, max hashrate,
PSU output power should be no less than the min value to make sure mining stable.
Typical condition: (typical power) = (min power)/90%, leave power output margin for PSU.
Caution: It is strongly recommended that using typical power can make sure your miner can work
well. You can use one PSU to power multiple boards. Do not attempt to power one board with
more than one PSU. All PCI-E ports are required to plug in while powering up the board.
(2-1) Domestic and international version.
(2-2) Domestic and international version.
(2-3) Max condition: Fan is under max RPM(rotation per minute).