Antminer S9 Hosting
Despite its relatively small size, this bitcoin miner gets the job done. Based on the design for the earlier S7 model, the hosting a Antminer S9 uses three times more power and is two times more efficient than its predecessor.
Inside the S9 is the heart of its power: the control board. It runs on a Dual ARM® Cortex®-A9 microprocessor along with Xilinx® Zynq®-7000 series FPGA. While the engineering group at Bitmain was focused on building an efficient and powerful bitcoin miner, they also realized the smaller details were important. This is why gigabit Ethernet capability is built into the core of the unit to allow instant submission of the mined blocks.
Even a super-efficient bitcoin miner needs heat control. This is why the S9 has two fans and custom heat sinks inside of a high-quality aluminum case. This combination of convection and conduction cooling keeps the operating temperature steady and predictable. All of the chips inside the S9 have customized, aluminum heat sinks attached. The two fans run at a high rate of speed to quickly displace the heat created by mining actions.
Ease of Use
The Antminer S9 was designed to be simple and straightforward to operate. This is why the interface was created with user needs in mind. Once the interface is accessed, the user only needs to enter the mining pool settings and the wallet address to get started. The intuitive interface also allows the user to adjust all settings and accept updates to the S9 from Bitmain.
Overall, Antminer S9 Hosting is need to utilize the Antminer S9 as a top-quality bitcoin miner. Its compact size, efficient operation and ease of use make it one of the best choices for mining.
We are placing mining rigs across the globe for the following Antminer colocation needs including the ASIC S9 Rigs
|Antminer S9-14TH/s with PSU|
|Antminer S9-13TH/s with PSU|
Bitmain Antminer S9 Colocation
|Chip quantity per unit189x BM1387|
|Cooling2x 12038 fans; Front fan: 6000rpm, Rear fan: 4300rpm|
|Dimensions350mm(L) x 135mm(W) x 158mm(H)|
|Frequency Automatically set|
|Hash Rate11.5TH/s, 12.5TH/s, 13TH/s, 13.5TH/s & 14TH/s, depending on batch. Variation of ±5% is expected|
|Operating Temperature0°C to 40°C|
|Power Consumption1127W (11.5TH/s batch), 1225W (12.5TH/s batch), 1274W (13TH/s batch), 1323W (13.5TH/s batch), 1372W (14TH/s batch) (at the wall, with Bitmain’s APW3 PSU,93% efficiency, 25°C ambient temp). Expected discrepancy of +10%|
|Power Efficiency0.098 J/GH +10% at the wall (with Bitmain’s APW3 PSU, 93% efficiency, 25°C ambient temp)|
|Rated Voltage11.60 ~13.00V|