1/ GPU prices can move dramatically—but most AI companies still have no way to predict what their compute will cost next year.
Compute futures are designed to change that.
Here’s how a company running 50 H100s could hedge its annual GPU bill. 🧵
2/ Starting October 5, pending regulatory review, NYMEX plans to list futures tied to Silicon Data’s H100 and B200 rental indices:
• GPU1: H100
• GPU2: B200
• 1 contract = 730 GPU-hours
• Financially settled—no GPUs change hands
3/ Why 730 GPU-hours?
It represents one GPU running for an average month.
That makes hedge sizing intuitive: if you continuously rent 50 GPUs, you can hedge one month by buying 50 contracts.
4/ Consider a company renting 50 H100s at:
Silicon Data H100 Index + $0.15/hour
It needs the GPUs throughout 2027 but fears rental prices could rise sharply.
To hedge the full year, it buys 50 contracts for each month: 600 contracts total.
5/ Using Silicon Data’s September 7 implied forward curve, the illustrative 2027 strip averages $2.26 per GPU-hour.
The company effectively locks in:
$2.26 forward price
$0.15 provider basis
= $2.41 per GPU-hour
6/ Now imagine two very different outcomes:
• The H100 index rises to $3.20
• The H100 index falls to $1.80
Without a hedge, the annual compute bill differs by more than $330,000.
With the hedge, the net annual cost is approximately $1.057M in either case.
7/ If prices fall, the company would have been better off without the hedge.
That isn’t a flaw—it’s the trade.
Hedging means giving up the possibility of a cheaper year in exchange for protection against a much more expensive one.
8/ The strategy also works in reverse.
A compute buyer worried about rising prices buys futures.
A neocloud or infrastructure provider worried about falling rental revenue sells futures.
The same market can create budget certainty for buyers and bankable revenue for providers.
9/ Futures don’t eliminate every risk.
Companies still need to manage:
• Basis risk between their provider and the index
• Hyperscaler vs. neocloud pricing differences
• Daily variation margin
• Initial margin
• Bid-ask spreads and early-market liquidity
10/ Until now, companies could reserve physical capacity—or remain exposed to future prices.
Compute futures introduce a third option:
Rent from the provider you choose while managing the market price separately.
Our step-by-step practitioner’s guide:
This is an illustration of contract mechanics, not a recommendation to trade. Futures involve leverage and daily cash requirements. Contract terms remain subject to the CME rulebook and regulatory review.
Compute futures are no longer just a concept. The next question is: how do you actually use them?
Our new practitioner’s guide uses a 50-H100 GPU example to explain hedging, daily settlement and basis risk—step by step.