Bitaxe Hex (exact family unresolved) open-hardware board and firmware boundary
Generic Hex identity is ambiguous; technical operands and firmware are withheld pending exact family and board revision.
Full Specifications
| Model | Bitaxe Hex (exact family unresolved) open-hardware board and firmware boundary |
|---|---|
| Model Number | Bitaxe Hex (exact family unresolved) |
| Manufacturer | Bitaxe |
| Algorithm | SHA-256 |
| Chip Model | BM1366 |
| Chip Count | 6 |
| Cooling | Air |
| Voltage Range | 12V DC (XT30 connector) |
| Operating Temperature | 0-50°C |
| Interface | WiFi |
| Status | Lifecycle not independently verified |
Bitaxe Hex (exact family unresolved) entity boundary
“Hex” may mean Ultra Hex30x, Supra Hex70x or Gamma Hex70x/130x with different ASICs and revisions.
This is an open board design licensed under CERN-OHL-S-2.0, not one fixed retail appliance. Multiple assemblers may use different heatsinks, fans, enclosures, displays, adapters, clocks and voltages. Generic retail ProductModel, fixed-SKU comparison and profitability are therefore withheld.
DC and cooling boundary
Exact input, regulator, connector and cooling must come from the matching repository/BOM and board revision. Gamma adapter details do not automatically apply to GT, Ultra or Hex. External adapter AC input and certifications are assembler/vendor-specific.
AxeOS/ESP-Miner firmware safety
Firmware and factory images must match device-reported board, family, ASIC, ASIC count and hardware revision. Unified releases do not authorize a generic cross-flash; Hex variants may use different maintainer forks. Recovery can leave an incompatible old web partition, so exact release assets and rollback steps are required.
Performance is configurable and autotuned. Voltage/frequency unlocks can damage inadequately cooled hardware. Absolute dBA, assembly dimensions, mass, earnings and “lottery” success are not board-global specifications.