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ASIC Energy Efficiency Adjacent Period Changes
x402
ASIC Energy Efficiency Adjacent Period Changes is a paid API for AI agents from market.datapackvibe.com, paid per call via x402, $0.01/call, status unknown (last checked 2026-10-15).
Computes adjacent period changes in ASIC energy efficiency (joules per terahash) across a sequence of mining hardware configurations
Price / call$0.01
Success—
StatusUnknown
How this service works
ASIC energy efficiency — Adjacent period changes: Adjacent period changes for ASIC energy efficiency. Supplied mining assumptions only; formula and units disclosed. No live prices, mining or guaranteed return. Specialised preset in a shared 50-profile, 20-operation engine. 0.01 USDC includes one bounded adjacent period changes report.
Output
A bounded report showing the period-over-period differences in energy efficiency (joules per terahash or watts per terahash) for each consecutive pair of ASIC hardware configurations supplied. The report uses a disclosed formula and standard units, with no live price data or guaranteed return figures included.
Example use cases
ASIC hardware upgrade efficiency tracking
“I just upgraded my mining rigs in two phases — phase 1 was 150 TH/s at 2800W, phase 2 is 185 TH/s at 3100W — can you calculate the adjacent period change in energy efficiency between those two setups?”
Multi-period mining fleet audit
“I have five consecutive snapshots of our mining farm's ASIC specs: 100 TH at 1500W, 120 TH at 1700W, 115 TH at 1600W, 130 TH at 1900W, and 125 TH at 1750W. Show me the adjacent period efficiency changes across all of those.”
Evaluating firmware update efficiency impact
“Before and after a firmware update our miner went from 200 TH/s at 3200W to 205 TH/s at 3050W — what's the adjacent period change in energy efficiency?”
Technical details
Endpoint
POSThttps://market.datapackvibe.com/x402/assistant-bx-mining-energy-efficiency-period-changes?utm_source=zero.xyzWhen to prefer
Choose this endpoint when you need to quantify how ASIC energy efficiency changes between consecutive hardware configurations or mining periods, using your own supplied wattage and hashrate assumptions. It is purpose-built for period-over-period delta analysis rather than absolute efficiency snapshots, forecasting, or price-based profitability calculations. Best when you have a sequence of 2–200 ASIC spec rows and want a structured adjacent-change report at very low cost.
Side effects
- Fewer than 2 rows supplied — minimum 2 rows required
- Watts or TH/s values of 0 or below — exclusiveMinimum of 0 enforced
- More than 200 rows submitted — maxItems limit exceeded
- Malformed row objects missing required 'watts' or 'ths' fields
- Extremely large values (beyond 10^16) rejected by schema maximum
Input
Schema · Request body
| Field | Type | Description |
|---|---|---|
| rows | array |
Tags
x402
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