Urlacher Unveiled: Home Mining with Loki Kit

The Urlacher operates at a lower hashrate and power consumption, allowing easy restoration to the original configuration.

The Loki Kit, developed by Pivotal Pleb Tech, has facilitated the exploration of diverse configurations of Bitmain S19 ASIC miners operating on 120V power.

This innovation has enabled home mining for these devices in the United States and other countries that utilize this voltage. BitChimney Space Heater and StealthMiner are two examples of products that use Loki and a single S19 mining board to create a space heater for the winter.

However, The Urlacher is an additional intriguing alternative that is now available. The apparatus, which operates at a lower hashrate and on 120V power, is a triple-hashboard Loki Rig featuring a completely operational Antminer S19k Pro.

It is named after LuxOS engineer David Urlacher, who initially constructed this configuration. We have already begun experimenting with the BitChimney Space Heater we ordered and received some time ago to compile a review.

The Urlacher is noteworthy for its utilization of a standard S19k Pro miner with all mining boards operating at a reduced frequency to attain high hashrate and efficiency for home mining.

Flexible Options with the Urlacher Kit

Furthermore, it is a straightforward modification that can be swiftly implemented. There is no necessity to disassemble the entire miner to remove hashing boards or construct custom cases.

Furthermore, restoring the miner to its initial configuration, which operates at maximum speed with a standard non-120V power supply, is more straightforward. You can purchase the complete miner with the modification or simply the modification kit to apply to your existing miner.

Alternatively, you can construct your miner using a Loki Kit, a Bitmain APW3++ PSU, and other necessary accessories to connect and activate the system.

Although the Urlacher achieves a maximum of 56 TH/s at 1200 Watts of power consumption and 53 dB of noise, it is possible to experiment with various settings so long as they do not exceed the power supply’s total power capabilities.