Skip to content

Compare models

Put up to 4 models beside each other — token prices, context windows, capabilities and provider, from the same catalogue the model pages read.

  1. Gemini 3.7 FlashGoogleRemove
  2. Muse Spark 1.3MetaRemove
  3. Gemini Embedding 001GoogleRemove
gemini-3.7-flash vs muse-spark-1.3 vs gemini-embedding-001
AttributeGemini 3.7 Flashgemini-3.7-flashMuse Spark 1.3muse-spark-1.3Gemini Embedding 001gemini-embedding-001
Pricing
Input$0.375 / 1M$1.25 / 1M$0.075 / 1M
Output$1.88 / 1M$4.25 / 1M$0.30 / 1M
Cache Write (5m)$0.375 / 1M$1.25 / 1M$0.075 / 1M
Cache Write (1h)$0.375 / 1M$1.25 / 1M$0.075 / 1M
Cache Read$0.375 / 1M$1.25 / 1M$0.075 / 1M
Web Search$0 / 1M$0 / 1M
Context
Max context1M1M128K
Max outputN/AN/AN/A
Capabilities
VisionYesYesNo
Function CallingYesYesNo
JSON ModeYesYesNo
StreamingYesYesYes
Catalogue
ProviderGoogleMetaGoogle
Categorychatchatembedding
Charge typePay As You GoPay As You GoPay As You Go
Released
Description
SummaryGemini 3.7 Flash is Google's fast multimodal model designed for agentic workflows, coding, and complex multi-step reasoning. It combines responsive inference with reliable problem-solving capabilities, making it well suited for interactive and production-scale applications. Optimized for speed and dependable multi-step execution, Gemini 3.7 Flash is a strong choice for coding assistants, autonomous agents, and high-throughput workflows that require both low latency and capable reasoning.Muse Spark 1.3 is Meta's multimodal reasoning model designed for long-running agentic, multi-agent, and coding workflows. It maintains context and information across extended tasks, enabling reliable execution in complex, multi-step environments. The model is optimized to resolve conflicting information, seek clarification or confirmation when necessary, and execute concisely, making it well suited for autonomous agents, collaborative multi-agent systems, and long-horizon software engineering workflows.Gemini-Embedding-001 is Google's high-quality text embedding model designed for semantic understanding and retrieval tasks. It converts text into dense vector representations optimized for semantic search, retrieval-augmented generation (RAG), clustering, classification, and recommendation systems. The model emphasizes strong multilingual performance, high semantic accuracy, and efficient embedding generation, making it well suited for large-scale knowledge indexing and production retrieval pipelines.