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Glm 5p1 vs Llama3 1 70b Instruct Fp8
This page is context-first: how much text each model can take in one request. Full specs adds capabilities and limits; the pricing matrix below is only about $/million tokens from hosts that list both models.
Model
Llama3 1 70b Instruct Fp8
Context window
131K
131,072 tokens · ~98K words
Context window · side by side
Bar length is relative to the larger of the two windows (100% = max of this pair). This is not pricing.
Glm 5p1 has about 1.5× the context window of the other in this pair.
Glm 5p1 has 54% more context capacity (202K vs 131K tokens). Llama3 1 70b Instruct Fp8 is 91% cheaper on input.
Quick verdicts
Short takeaways — validate with your own workloads.
Long document processing
Use Glm 5p1. Its 202K context fits entire documents without chunking (vs 131K).
RAG / high-volume retrieval
Use Llama3 1 70b Instruct Fp8. Input tokens are 91% cheaper — critical when sending large retrieved contexts.
Long output (reports, code files)
Use Glm 5p1. Its 202K max output lets you generate complete artifacts in one request.
Full specs
Context, output, capabilities, and dates. Green highlights the favorable value where we compute a winner.
| Spec | Glm 5p1 | Llama3 1 70b Instruct Fp8 |
|---|---|---|
| Context window | 202,800 tokens (202K) | 131,072 tokens (131K) |
| Max output tokens | 202,800 tokens (202K) | 131,072 tokens (131K) |
| Speed tier | Balanced | Deep |
| Vision | No | No |
| Function calling | No | Yes |
| Extended thinking | Yes | No |
| Prompt caching | Yes | No |
| Batch API | No | No |
| Release date | N/A | N/A |
Pricing matrix
Dollar rates only: hosts that list both models, per 1M tokens. For how much text fits, use the context section above — not this table.
| Provider | Glm 5p1 in | Glm 5p1 out | Llama3 1 70b Instruct Fp8 in | Llama3 1 70b Instruct Fp8 out |
|---|---|---|---|---|
| Fireworks | $1.40/M | $4.40/M | — | — |
| Lambda | — | — | $0.120/M | $0.300/M |
Frequently asked questions
Powered by Mem0
Use a smaller model.
Get better results.
Mem0 gives your AI long-term memory so you stop re-sending context on every call. That means you can use a smaller, faster, cheaper model — and still get better answers.
Example: a multi-turn chat session
80% less to send — works with any model