So is there any economic benefit for you to use this rig, instead just using S9?
29 TH @ 2800 WATTS
39 TH @ 3800 WATTS
How much did it approximately cost to buy the equipment and make it work?
Here's the main advantages of using such system:
1. The heat is being driven to exterior very easy. You can install a heat exchanger and benefit from the hot water.
2. Reduced cooling costs, it can be cooled with running cold water or with externally mounted radiators
3. The allows overclocking IC’s with 40%, obtaining more hashing power with less units.
4. Reduced service costs, the water blocks are easy to disassembly.
5. Increases electronic components life span, running between 35 and 50 degrees in comparison with 58 to 95 degrees with air cooling.
6. Eliminates the necessity of air filtration.
For the costs, for 6 boards, the conversion kit is $2000, this includes the following:
1. 6 x waterblocks kits (12 waterblocks in total, as it's one waterblock for each side
2. 36 Thermal pads used between the board and waterblock
3. Thermal putty for the CPU's
4. 12 KW water radiator, capable of running at outside temperatures of over 45 Degrees Celsius and still keep the machine at optimal temps
5. Water pump 3500 liters per hour
6. Watter fittings and water distribution system
7. 2 x 2400 W PSU's
The noise will be under 40 Db, it was noisy because of the PSU fans, but I changed those to bigger fans and solved this issue, I will upload
another video soon explaining all the functionality and safety features.
