CCIR Compute Credit Index Research
v2.0.0
AS OF · 2026-05-13
T1IF H100 $6.88 T2IF H100 $3.29 T3IF H100 $2.72 T1IF H200 $7.91 T2IF H200 $4.54 T3IF H200 $3.44 T1IF B200 $11.30 T2IF B200 $6.04 T3IF B200 $4.89 T1IF GB200 $13.52 T2IF A100 $2.33 T3IF A100 $1.29
VAST.AI · MARKETPLACE OBSERVATORY

Vast.ai Observatory

Window30d
Chips12
Offers / cycle1852
Cadence3h
LIVE

Vast.ai is the only per-host order-book marketplace in the panel — every individual machine listing is exposed via the API, with hundreds to thousands of distinct host offers per chip, refreshed in real time. This page surfaces what the median alone omits: distribution shape, quality bands, $/perf frontier, supply structure, geography, egress and storage costs, network quality, long-tail catalog, and the time-series of the spread itself. Observatory data — not part of the CCIR rate methodology. Vast is the reference marketplace, not a tier.

Chip
Headline Long-tail
01 DISTRIBUTION

Per-GPU $/hr histogram

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MIN
P25
MEDIAN
P75
MAX
SPREAD

Every live offer on Vast for the selected chip, binned by per-whole-GPU $/hr (log scale on x). The vertical amber line marks the median; the dashed grey marks the median interruptible-bid floor. Where the histogram has a long upper tail, that's the trust premium — buyers pay 5-50× the floor for verified datacenter offers vs deverified hosts. per_gpu_dph = dph_total / num_gpus / gpu_frac.

02 QUALITY

Verified vs deverified bands

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Median per-GPU $/hr for offers tagged verified (audited datacenter hosts) vs deverified (hosted, unverified). The premium varies sharply by chip — RTX 4090 verified is ~2× deverified but H100 SXM verified can be cheaper than deverified.

03 FRONTIER

Top 20 by DLPerf per $/hr

$/hr DLPerf/GPU DLPerf/$/h GPUs Verified Country Reliability

DLPerf is Vast.ai's composite deep-learning benchmark — a synthetic mixed-precision matmul/conv score that proxies training throughput. Shown per GPU here so it lines up with the per-GPU $/hr column. DLPerf/$/h is bundle perf-per-dollar; higher is more performance per dollar of total spend on the offer (independent of unit choice — same ratio whether you compute per-GPU or per-bundle).

04 SUPPLY

Multi-GPU offer structure

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Count of live offers by GPU count (1×, 2×, 4×, 8×, other) for the selected chip. Reveals whether the chip has scale-up supply or only single-GPU rentals — material for buyers planning multi-node training.

05 GEOGRAPHY

Country / region distribution

Country / Region Offers Median $/hr
06 EGRESS & STORAGE

Egress + storage costs

Per-offer distribution
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Egress cost ($/TB) and storage cost ($/GB-mo) distributions across live offers, exposed per-offer in the Vast API. Egress ranges $0–$50/TB across the panel.

07 NETWORK

Internet-down distribution

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Bandwidth distribution is bimodal: consumer-hosted GPUs at gigabit-class, proper datacenter offers at multi-Gbps. Same chip, very different connectivity — matters for training jobs that pull from cloud storage.

08 CATALOG

Every chip Vast carries

Chip Offers Verified Min Median Max Spread×
09 SPREAD

Distribution evolution over 30 days

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Five lines show how the per-GPU $/hr distribution shifts over time: p10 (cheapest 10%), p25, p50 (median), p75, p90 (most expensive 10%). When spread widens, supply is fragmenting; when it narrows, the market is converging. This is the unique CCIR view — no other public source publishes the spread of a marketplace over time.

Refreshed every three hours alongside /marketplace. Vast bundles API authenticated via CCIR research key — values are public list-asks as Vast publishes them. Distribution shape captured at the cycle Vast served the query; offers churn faster than this cadence so the histogram is a snapshot, not a long-window aggregate.