Dashboard
XMR$605.03•BTC$77,122≈ 127 XMR•ETH$2,258≈ 3.73 XMR•SOL$92.38≈ 0.1527 XMR•LTC$53.94≈ 0.0892 XMR•DOGE$0.0743≈ 0.000123 XMR•XTM$0.001276≈ 0.00000211 XMR•XMR$605.03•BTC$77,122≈ 127 XMR•ETH$2,258≈ 3.73 XMR•SOL$92.38≈ 0.1527 XMR•LTC$53.94≈ 0.0892 XMR•DOGE$0.0743≈ 0.000123 XMR•XTM$0.001276≈ 0.00000211 XMR•
207 community submissions averaged into the leaderboard row, normalized to one physical chip using this model's core count. Charts below break that median apart by real rig configs.
Per chip (median)
92.4 kH/s
2× in the average machine
Whole machine
184.8 kH/s
384 threads reported
Per chip spec
96 cores
192 threads/chip
Rigs cached
207
1/2 socket machines
Per-thread spread
Every cached community rig for this chip, bucketed by hashrate per mining thread.
How the rigs are built
Every cached submission grouped by the real socket count XMRig reported for that machine — the same signal we use to normalize whole-machine leaderboard rows back to one chip.
Memory channels populated per socket
Median per-thread hashrate by how many DIMM channels the rig actually filled — RandomX rewards full population. Boards without slot-level DIMM data are excluded.
Lane speed vs lane volume
Every cached rig as one dot: DIMM speed on x, per-thread hashrate on y, colored by populated memory channels per socket. Same silicon, different memory configs — the spread is the memory tax (or dividend).
What the fleet runs
Boards and memory part numbers reported by the community rigs behind the charts above — the exact hardware this chip is actually mined on.
Motherboards
Memory — cheapest live offers by exact part number
Micron Technology MTC10F1084S1RC48BA116GB · DDR5-4800 · 1R · ECCin 73 rigs
SK Hynix HMCG78AEBRA107N16GB · DDR5-4800 · 1R · ECCin 56 rigs
SK Hynix HMCG78MEBRA113N16GB · DDR5-4800 · 1R · ECCin 55 rigs
Same platform, also consider
Other Socket SP5 chips with RandomX benchmark data, ranked by per-chip hashrate. Boards, memory and coolers you are already pricing carry over.
Back to the RandomX leaderboard · source: xmrig.com