Self-sufficient cell for minig equipment cooling
BiXBiT Cell
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BiXBiT Cell

The basic version is suitable for customers who are ready to make full use of the generated heat in 24/7 mode. Comes without a cooling tower. Additional profit is gained by overclocking the equipment and keeping it in stable operating conditions, as well as by using the generated heat for own needs. Holds up to 6 ASICs or 24 GPU/FPGAs.

All-in-one solution for customers who need a standalone product. Comes with a cooling tower and ancillary items. The system is designed to use the generated heat both permanently and as needed. Holds up to 6 ASICs or 24 GPUs/FPGAs.

Immersion cooling allows to safely overclock computing devices to maximum speed and ensures their stable operation due to even heat removal from all elements of the equipment. This prevents its overheating. There is no need in regular maintenance which significantly reduces equipment downtime.
Heat generated by equipment can be utilized for domestic and industrial needs by connecting the installation to the heating system and warm water, floors, a pool or premises. Also, the undue heat can be used for commercial purposes.
Immersion liquid prevents premature wear of equipment due to high level of thermal stability, which provides an optimal environment for the operation of computing devices.
Before immersion, all devices are thoroughly cleaned. Еhe main source of noise - coolers - is dismelted. Closed design of cells for equipment accomodation prevents the intrusion of dust and sweepings into the system.
Immersion cooling eliminates the need in additional passive and active cooling systems installation. Lack of regular coolers allows to save 5% of all consumed electric power.
up to:
  • +40%
    HASHRATE
    increase
  • +100%
    SMART HEAT
    UTILIZATION
  • +200%
    EQUIPMENT
    LIFESPAN
  • -100%
    NOISE AND
    DUST
  • -30%
    POWER
    CONSUMPTION
Equipment:
Configuration:
Size:
$4 225
$6 470
$2 295
$3 145
$4 540
$7 850
Make an order
Specifications
  • Equipment units
    6 ASIC S9/L3
  • Dimensions
    811 x 640 x 460
  • Water consumption
    0.33 m 3/h
  • Water inlet temperature
    15°С
  • Water outlet temperature
    50°С
  • Heatsink
    15kW
  • Equipment units
    6 S17, S19,M2XS, M3XS
  • Dimensions
    871 x 730 x 475
  • Water consumption
    0.57 m 3/h
  • Water inlet temperature
    15°С
  • Water outlet temperature
    50°С
  • Heatsink
    24kW
  • Equipment units
    6 ASIC S9/L3
  • Dimensions
    811 x 640 x 460
  • Water consumption
    N/A
  • Water inlet temperature
    40°С
  • Water outlet temperature
    55°С
  • Heatsink
    15kW
  • Equipment units
    6 S17, S19,M2XS, M3XS
  • Dimensions
    871 x 730 x 475
  • Water consumption
    N/A
  • Water inlet temperature
    40°С
  • Water outlet temperature
    55°С
  • Heatsink
    24kW
  • Equipment units
    24 GPU/FPGA
  • Dimensions
    811 x 640 x 460
  • Water consumption
    0.12 m 3/h
  • Water inlet temperature
    15°С
  • Water outlet temperature
    50°С
  • Heatsink
    6.4kW
  • Equipment units
    24 GPU/FPGA
  • Dimensions
    811 x 640 x 460
  • Water consumption
    N/A
  • Water inlet temperature
    15°С
  • Water outlet temperature
    50°С
  • Heatsink
    6.4kW
Configuration
  • BiXBiT Firmware
    more
  • Cell with lid
  • Supports for installing miners
  • Heat exchanger
  • Pump for internal circuit
  • Electrical cell strapping
  • Switch
  • Temperature sensor
  • Electric control cabinet
  • Cooling tower
  • BiXBiT Firmware
    more
  • Cell with lid
  • Supports for installing miners
  • Heat exchanger
  • Electric control cabinet
  • Pump for internal circuit
  • Electrical cell strapping
  • Hydraulic cell strapping
  • Switch
  • Temperature sensor
  • Cooling tower
  • BiXBiT Firmware
    more
  • Electric control cabinet
  • Cooling tower
  • Cell with lid
  • Supports for installing miners
  • Heat exchanger
  • Pump for internal circuit
  • Pump for external circuit
  • Frequency converter for cooling tower
  • Switch
  • Temperature sensor
  • Hydraulic cell strapping
  • Electrical cell strapping
  • BiXBiT Firmware
    more
  • Cooling tower
  • Cell with lid
  • Supports for installing miners
  • Heat exchanger
  • Pump for internal circuit
  • Electric control cabinet
  • Pump for external circuit
  • Frequency converter for cooling tower
  • Switch
  • Temperature sensor
  • Electrical cell strapping
  • Hydraulic cell strapping
  • Cell with lid
  • Electric control cabinet
  • Heat exchanger
  • Pump for internal circuit
  • Electrical cell strapping
  • Switch
  • Temperature sensor
  • PSU 1800 W
    3pcs
  • Cooling tower
  • Motherboard
    3pcs
  • Cooling tower
  • Cell with lid
  • Electric control cabinet
  • Heat exchanger
  • Pump for internal circuit
  • Electrical cell strapping
  • Pump for external circuit
  • Frequency converter for cooling tower
  • Switch
  • PSU 1800 W
    3pcs
  • Temperature sensor
  • Motherboard
    3pcs
  • Hydraulic cell strapping

For operation, the system must be equipped with specialized components in the form of motherboards and power supplies. Optional: RAM and SSD. For more information contact sales@bixbit.io

Start mining with comfort

The cell is designed for any indoor use, including residential. It is an eco-friendly mining farm with a safe coolant. Takes up a minimum of space and doesn't make any noise. All electrical and technical components are hidden inside the case. Protected from overheating, dust, insects and operational instability.

Bitcoin mining profitability with immersion cooling

This graph shows the profit from Bitcoin mining with 6 ASICs S9 excluding cost of electricity. BiXBiT infrastructure based on immersion cooling improves the performance of miners by up to 40% of basic hashrate values. This effect is achieved due to even heat removal, which is impossible when using air cooling systems.
Calculator Contacts
$4 225
$6 470
$2 295
$3 145
$4 540
$7 850
Make an order
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