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Monero is mined with RandomX, an algorithm built to favour ordinary CPUs, and only a handful of purpose-built machines have ever reached the market. We stock them, and we check power price, site and pool with you before you order.…
Every unit ships with full manufacturer warranty and duties paid worldwide, so the price you see is the landed cost and nothing arrives afterwards. Run it yourself if your power is cheap, or host it on our own sites with their own substations. Pick a time for a free call by Zoom or phone and we will go through your power price, your site and the pool you plan to use before you order.
Bitmain Antminer X9 1 MH/s Monero RandomX ASIC Miner
On request
1 MH/s
+$35.53
On request
Bitmain Antminer X5 212 KH/s RandomX Monero ASIC Miner
On request
212 kH/s
+$6.54
On request
| Miner | Hashrate | Power | J/TH | Net / day | Payback | Price |
|---|---|---|---|---|---|---|
Bitmain Antminer X9 1 MH/s Monero RandomX ASIC Miner
On request
Air · RandomX
|
1 MH/s | 2472W | 2,472.00 | +$35.53 | — | On request |
Bitmain Antminer X5 212 KH/s RandomX Monero ASIC Miner
On request
Air · RandomX
|
212 kH/s | 1350W | 6.37 | +$6.54 | — | On request |
Verified Stock
Every unit tested before it leaves us
Fast Dispatch
Ships within 1–3 business days, duties paid
Crypto or Wire
BTC, USDT, USDC, or wire to our US bank account
Hosting Available
Our own sites with their own substations
Monero never wanted specialised hardware. RandomX, live since 2019, runs best on ordinary processors, and the network had already forked several times to break earlier machines. That is the first thing to understand before you buy, and we would rather say it here than let you find it out later. What exists today is a small class of RandomX machines that beat a rack of servers on space and on power per hash: the Antminer X9 at 1 MH/s and 2,472 W, and the older X5 at 212 kH/s. If you are choosing between the two, the numbers below make the decision for you.
Best Efficiency
2.47
J/kH on the X9 — 2.6× better than the model it replaces
Algorithm
RandomX — CPU-optimised by design, which is why so few machines exist
What You Should Know
Monero has forked to break mining hardware before. Plan a shorter payback than you would on Bitcoin
Top Hashrate
1 MH/s
Roughly what a rack of high-core-count processors delivers, in one box
Only two RandomX machines have reached the market. They differ sharply on efficiency and on price, so the comparison is short.
The current machine and the only one we recommend buying new. 1 MH/s at 2,472 W works out to 2.47 J/kH, and it lists well below the older model. If you want a RandomX machine today, this is it.
Hashrate
1 MH/s
Power
2,472 W
Efficiency
2.47 J/kH
Algorithm
RandomX
The first RandomX machine, from 2023. At 6.37 J/kH it needs 2.6 times the power per hash while costing roughly twice as much — it is here for operators extending a fleet that already runs these units. Currently sold out; ask us and we will tell you honestly whether waiting makes sense for you.
Hashrate
212 kH/s
Power
1,350 W
Efficiency
6.37 J/kH
Algorithm
RandomX
Hashrate and power are the manufacturer figures from our own catalogue; efficiency is calculated from them, not quoted from marketing material.
RandomX was designed to make specialised hardware pointless
RandomX went live in November 2019. It runs a randomly generated program inside a virtual machine and leans on large memory and general-purpose instructions — the things a normal processor already does well and a fixed-function chip does not. The goal was to keep mining reachable for people with ordinary hardware, and it largely held: most Monero hashrate still comes from processors.
The network has broken mining hardware before
In 2018 Monero hard-forked its proof-of-work several times in a row, each time specifically to invalidate machines that had appeared on the previous algorithm. Hardware bought for those forks stopped being competitive within months. This is documented history, not speculation, and it is why we tell buyers to model a shorter payback than they would on SHA-256 hardware.
So why do these machines exist at all?
Because the resistance is economic, not absolute. A purpose-built device still wins on density and on power per hash against a rack of servers. You are not buying a hundredfold advantage the way you would on Bitcoin; you are buying fewer machines, less rack space and a lower power bill for the same hashrate. Whether that trade works depends on what you pay for electricity and floor space.
What we would tell a friend
Buy on today's numbers, not on a five-year projection, and assume your advantage is not permanent. If the machine pays for itself inside a horizon you are comfortable with at your own power price, it is a sound purchase. Everything ships duties paid with full warranty, so at least the landed cost holds no surprises.
An Antminer X9 draws roughly 59 kWh a day. At $0.30/kWh that is about $530 a month before the machine has earned anything; at $0.06/kWh it is around $106. Nothing else in the calculation moves that far. If your domestic tariff sits at the upper end, hosting is not an upsell — it is the difference between a working position and a losing one.
Our own sites with their own substations, not resold rack space
Power, cooling and uptime covered in one rate
Buy and host in one step, or send us machines you already own
Twenty questions on the hardware, the running cost, the pool and the delivery. If you want the step-by-step side of mining, that lives in our guides.