Same workload comparison

Start with what this workload buys you

The same token mix is applied to each plan’s prices and model allowance. Check shared pools and time windows on the plan page.

Comparison example: 12,000 tokens/request · 83% cache read

Example workload (12,000 tokens/request)

Input
1,000
Cache read
10,000
Output
1,000
Cache write
0

02Prices and allowances

Keep prices, requests and plan windows in one evidence ledger

Expand the ledger to verify four token prices, cost per request, model allowance and theoretical requests for this workload.

Open prices, capacity and plan windows
Metric OpenCode Zen GPT 5 Nano
Input / 1M$0.0500
Cache read / 1M$0.005000
Output / 1M$0.40
Cache write / 1M$0.000000
Cost / request Recalculated $0.00050012,000 tokens/request
Model allowance Published Pay as you goNo plan allowance; billed per request
Requests / month Recalculated Pay as you goNo plan allowance; compare its rates instead
5-hour limit Published Pay as you go
Weekly limit Published Pay as you go
Monthly limit Published Pay as you go

03Official reference rows

The official reference behind each plan

Compare each provider’s reference token mix and published estimates below.

OpenCode Zen View the provider’s reference workload No published reference profile; the site common workload is used instead
GPT 5 Nano
Reference input / request1,000
Reference cache read / request10,000
Reference output / request1,000
Reference cache write / request0
Reference volume / request12,000
Cost per request$0.000500
Model monthly allowancePay as you go
Capacity basisNo published reference profile; the site common workload is used instead

Official source: OpenCode Zen · Snapshot captured: 2026-09-06

04Artificial Analysis external scores

External benchmarks with their source version

Benchmarks are from Artificial Analysis. See the source version and matched model below.

intelligence20.1Intelligence rank: 282
codingNo dataCoding rank: No data
agenticNo dataAgentic rank: No data

Artificial Analysis · index 4.1 · data date 2026-09-04 · GPT-5 nano (high)

Scores describe the model’s performance on the named benchmarks. Results on your own tasks also depend on tools, prompts and execution environment.