List your RTX 6000 Ada on Clore.ai. Ada-generation 48 GB with FP8 tensor cores books at workstation-tier premiums — VFX shops chasing 4th-gen RT, AI teams running 34B FP8 fine-tunes, single-card 70B FP8 serving. Net around $586/month per card before MFP staking, paid per-minute in BTC, USDT, USDC or CLORE. Stake CLORE for up to +200% daily emission.
If you've got a 6000 Ada — or a whole rack of them — you've already paid for the silicon, the power contract, the rack space. Clore turns that capex into per-minute revenue in your choice of crypto, no sales calls, no minimum commitment.
The only card that combines FP8 tensor paths with 48 GB ECC at sub-H100 rental rates. Studios already running A6000 fleets pay for the 2× throughput upgrade without re-architecting their pipelines, and 70B FP8 single-card serving renters book it as the cheap H100-lite.
Earnings credit to your wallet balance every minute the rental runs. Withdraw to BTC, USDT, USDC or CLORE as often as you want — no daily caps.
One 6000 Ada in a closet, or up to 192 servers per account onboarded via API. Same console, same fees, same flow.
Stake some CLORE behind your machine and the network pays you a daily bonus on top of every rental — about half of what the renter pays you, again in CLORE. Skip it and you still get paid the normal way; this just stacks more on.
Per-minute, in BTC / USDT / USDC / CLORE. Withdraw any time.
Activated by staking CLORE behind your machine. Paid daily, on top of normal earnings.
Clore takes a small cut of every rental. Half is paid by you, half by the renter — so the number below is the full marketplace fee, not what comes out of your pocket.
You pay 1.25%, the renter pays the other 1.25%. Hold CLORE to cut your share even more.
You pay 5%, the renter pays the other 5%. Hold CLORE to cut your share even more.
// Want the full breakdown of fee reductions and edge cases? Read the fee docs →
All numbers below assume a 6000 Ada listed at $0.58/hr. Real numbers depend on demand, your price, and your power costs.
List your card, accept rentals. No CLORE required, no setup beyond the host software. Get paid per minute.
Hold CLORE in your wallet — no lock, no contract. Your half of the marketplace fee drops by up to 50%.
Stake CLORE behind your server to unlock a daily network bonus on top of your rental — adds about half your rental income again, paid in CLORE.
// Numbers are a rough monthly estimate, not a guarantee — bonus depends on competition. Full host guide →
A Linux box, the Clore hosting software, a stable internet connection. One 6000 Ada or a tier-3 facility — same flow.
Boot from the Clore Linux image (USB or PXE). Pair the host with your account using your initialization token.
Configure SSH, Docker, and per-card settings. Flip the server to public when it passes the auto-attestation.
List both, or just one. Adjust live — the floor for RTX 6000 Ada spot is $0.39 / hr right now.
Lock 26,000 CLORE for Tier 1 (or up to 130,000 for Tier 2). 24 h warm-up, then up to +200% rental price as daily rewards.
Roughly 2× transformer throughput at the same 300 W envelope and 48 GB ECC. Ada's FP8 tensor cores and 4th-gen RT make it the upgrade for studios already running A6000-class workloads who need more headroom without moving to H100 pricing.
If it has one or more NVIDIA GPUs from Pascal (10-series) onward and runs Ubuntu 22.04 or 24.04, yes. Pro tier (A4000/A5000/A6000/RTX 6000 Ada/A40) lists fine on home tower workstations and on rack-mount studio servers - the host agent treats them identically. Workstations under desks earn well because pro cards are typically idle outside business hours.
Yes - the A4000 is purpose-built for it (single-slot, 140W blower). A workstation chassis with 1500W PSU and adequate intake fits 4x A4000 cleanly, and the host agent lists each GPU as an independently rentable instance or as a linked node. Multi-GPU servers also unlock a renter pool for FSDP and tensor-parallel work, which lifts utilization.
ECC cards command 20-40% rental price premiums over equivalent-VRAM consumer cards because a meaningful slice of demand (CAD studios, regulated ML, academic research) cannot use non-ECC silicon. The pro tier also clears utilization more reliably during business hours when studio renters are active. ECC is a moat - one consumer cards do not have.
For ECC and ISV-certified pipelines, yes - the 4090 is excluded from many studio software support matrices. For pure throughput-per-dollar inference work, studios still pick 4090. As a host you decide which tier you're competing in: a 4090 listing optimizes for AI hobbyists, an A6000 listing optimizes for studio renters who pay more and rent in longer blocks.
The A40, L40S, and Tesla-class cards are passive (datacenter rack airflow). The RTX A4000 single-slot blower is the quietest active card in the tier. RTX 6000 Ada and A6000 use blower coolers - quieter than triple-fan consumer 4090s at full load but still audible. For office or home-studio listings the A4000 is the noise winner.
48 GB ECC + Ada FP8 + 4th-gen RT — a workstation H100-lite for studios, VFX, and 34B fine-tuning.
4th-gen RT cores accelerate VFX final-frame renders — the upgrade studios pick when A6000 thermal/perf becomes the bottleneck.
Read the guide →Ada FP8 path roughly doubles A6000 throughput on transformer training at the same 300 W envelope.
Read the guide →FP8 quant fits 70B in 48 GB — cheaper-than-H100 path for serving 70B at moderate scale.
Read the guide →Side-by-side specs across the pro tier. Click any row to see that GPU.
Read the host onboarding guide, MFP staking mechanics, and marketplace fee schedule.
Rent one by the minute from $0.55/hr. Spin up in 90 s with full SSH + Docker.
List your card, pick spot or on-demand, and start collecting per-minute earnings in BTC, USDT, USDC, or CLORE. Lock MFP whenever you're ready.