This is a dated editorial comparison of Poixe AI and OpenRouter. The price, latency, uptime, payment, and access figures below are not independently verified; check both providers before relying on them.
Pricing vs OpenRouter (2026 Rates)
Both platforms bill per token. OpenRouter’s official pricing and FAQ describe pass-through inference pricing plus a fee when purchasing credits; the current official pricing page lists a 5.5% pay-as-you-go fee. Poixe AI uses fixed per-model pricing in this dated editorial comparison.
OpenRouter fee wording: official pricing and official FAQ. Poixe-specific figures below remain author-reported and are not independently verified.
Model Poixe AI (per 1M tokens) OpenRouter (per 1M tokens) GPT-4o input $5.00 $2.50 - $10.00 (varies by provider) GPT-4o output $15.00 $10.00 - $40.00 Claude 3.5 Sonnet input $3.00 $1.50 - $3.00 Claude 3.5 Sonnet output $15.00 $7.50 - $15.00 Poixe charges a flat premium. OpenRouter’s range comes from routing to cheapest providers. At 10M input tokens on Sonnet, Poixe costs $30 vs OpenRouter’s $15-$30. At 100M tokens, the gap widens to $300 vs $150-$300. Bottom line: Poixe is for developers who value consistent pricing and zero routing surprises over saving 50% on variable provider rates.
Model Overlap & China Access
Poixe AI lists exactly two models: GPT-4o and Claude 3.5 Sonnet. OpenRouter routes to 200+ models including dozens of open-source variants. The model overlap is 100% on these two — both platforms serve the same base models. The difference is access: Poixe AI operates with direct China-optimized infrastructure. OpenRouter routes through standard AWS/GCP nodes that require VPN for consistent access from mainland China. Key differences:
- Poixe: direct API calls from Chinese IPs, no VPN needed
- OpenRouter: requires VPN for reliable connections from China; rate-limits Chinese IPs on some providers
- Poixe: fixed model versions (no provider switching)
- OpenRouter: automatic failover between providers for same model Key takeaways:
- If you only need GPT-4o and Sonnet from China, Poixe is simpler
- If you need any other model (DeepSeek, Gemini, local LLMs), OpenRouter is mandatory
- Poixe’s 100% uptime applies only to these two models
Measured Latency from Chinese Cities
The recorded author test used Beijing on a 50Mbps China Telecom connection. It is not independently verified.
| Metric | Poixe AI | OpenRouter |
|---|---|---|
| Average latency | 566ms | 1,200-3,000ms (with VPN) |
| Timeout rate (no VPN) | 0% | 85%+ |
| Timeout rate (with VPN) | 0% | 2-5% |
| Uptime (30-day) | 100.0% | 99.5% |
| Poixe’s 566ms latency is fast for a relay station. OpenRouter’s latency depends entirely on VPN quality. On a good VPN, OpenRouter averages 800-1,500ms. On bad routing, 3+ seconds. | ||
| Poixe’s 100% uptime figure (from the platform data) is achievable because it controls the entire China-facing stack. OpenRouter depends on third-party providers and cloud infrastructure. | ||
| Key takeaways: |
- Poixe wins on latency from China by 2-5x
- OpenRouter without VPN is unusable from China
- OpenRouter with VPN still adds 200-900ms vs Poixe
API Compatibility & Developer Experience
Both platforms offer OpenAI-compatible API endpoints. Poixe AI uses standard chat completions format for GPT-4o and Sonnet. OpenRouter supports the same format plus streaming, function calling, and vision. Poixe’s UI is described as a “clean, professional UI — not the typical New API clone.” That matters for developers who manage multiple API keys and monitor usage. OpenRouter’s dashboard is functional but cluttered. Payment methods: Poixe supports Alipay and WeChat Pay. OpenRouter requires international credit cards or crypto. Key takeaways:
- API compatibility: identical for the two models both support
- Payment: Poixe wins for Chinese developers (Alipay/WeChat)
- OpenRouter wins for model variety and advanced features
Support Quality
Poixe AI has been operating since 2024, making it one of the older relay stations. No refund policy is specified. The platform has a 3/5 safety rating — meaning it stores API keys and logs requests. OpenRouter has public Discord support, documented refund policies, and SOC 2 compliance. Poixe’s support channels are less transparent. Key takeaways:
- OpenRouter has better documented support and refunds
- Poixe is older but less transparent about policies
- Safety rating 3/5 means Poixe logs are not zero-retention
Pros & Cons
Pros
- 100% uptime with direct China routing
- 566ms average latency from Chinese ISPs
- Alipay and WeChat Pay accepted
- Clean, non-clone UI
- Free daily quota: 50 Sonnet calls/day Cons
- Only two models available
- Premium pricing — no cheap routing
- No refund policy stated
- Domain easy to typo (poixe vs poise)
- Safety rating 3/5 — logs are retained
Verdict
Poixe AI is not a general-purpose replacement for OpenRouter. It is a specialized, premium relay for developers in China who need reliably fast access to GPT-4o and Claude 3.5 Sonnet without VPN overhead. Use Poixe if: you only need these two models, you pay with Alipay/WeChat, and you value 566ms latency + 100% uptime over saving 50%. Use OpenRouter if: you need any other model, you want variable pricing, or you already have a working VPN setup. The composite score of 60/100 reflects the narrow model selection and premium pricing — not the quality of the two models it does serve.
FAQ
Q: Does Poixe AI work without a VPN in China? A: Yes. The platform is built for direct access from Chinese ISPs. No VPN required. Latency averages 566ms from China Telecom connections. Q: Can I switch between GPT-4o and Claude 3.5 Sonnet with the same API key? A: Yes. Poixe uses OpenAI-compatible endpoints. You specify the model in the request body. Both models share the same API key and base URL. Q: How does the free daily quota work? A: Poixe offers 50 free Claude 3.5 Sonnet calls per day and free GPT-4o calls (amount unspecified). These reset daily.
Data provenance: any figures from hands-on checks are author-reported and tested on the recorded date. Independent verification is unavailable unless a source is linked.
