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Magistral Medium 1.1
Magistral Medium 1.1
Balanced Power and Efficiency in AI
What is Magistral Medium 1.1?
Magistral Medium 1.1 is a mid-tier AI model designed for businesses and developers who need reliable performance without the high cost of premium models. It offers accurate text generation, smart code assistance, and efficient automation capabilities while keeping response speed fast and latency low.
Compared to earlier Magistral versions, 1.1 brings improved contextual understanding, better reasoning, and reduced bias, making it suitable for a wide range of applications from customer support to content creation.
Key Features of Magistral Medium 1.1
Use Cases of Magistral Medium 1.1
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What are the Risks & Limitations of Magistral Medium 1.1
Limitations
- Contextual Reasoning Decay: Logic stability often declines after the first 40k tokens.
- Non-Linear Task Hurdles: Struggles with creative tasks that do not follow stepwise logic.
- Deterministic Tone Rigidity: Thinking tags can make responses feel robotic or repetitive.
- High Inference Latency: Deep reasoning modes cause significant delays in initial response.
- Knowledge Cutoff Walls: Lacks native awareness of events occurring after mid-2025.
Risks
- Infinite Reasoning Loops: Complex queries can trap the model in endless thinking cycles.
- Trace-Based Data Leaks: Reasoning steps may inadvertently reveal sensitive system rules.
- Sycophancy Tendencies: The model may prioritize logical flow over objective factual truth.
- Adversarial Bypass Risks: Harmful intent can be hidden within complex chains of thought.
- CBRN Misuse Potential: Without strict filtering, it may provide detailed chemical data.
Parameter
- Quality (MMLU Score)
- Inference Latency (TTFT)
- Cost per 1M Tokens
- Hallucination Rate
- HumanEval (0-shot)
Magistral Medium 1.1
Create or Sign In to an Account
Register on the platform providing Magistral models and complete any required verification steps.
Locate Magistral Medium 1.1
Navigate to the AI or language model section and select Magistral Medium 1.1 from the list of available models.
Choose an Access Method
Decide between hosted API access for immediate usage or local deployment if self-hosting is supported.
Enable API or Download Model Files
Generate an API key for hosted usage, or download the model weights, tokenizer, and configuration files for local deployment.
Configure and Test the Model
Adjust inference parameters such as maximum tokens and temperature, then run test prompts to ensure correct output behavior.
Integrate and Monitor Usage
Embed Magistral Medium 1.1 into applications or workflows, monitor performance and resource consumption, and optimize prompts for consistent results.
Pricing of the Magistral Medium 1.1
Magistral Medium 1.1 uses a usage‑based pricing model, where costs are tied to the number of tokens processed both the text you send (input tokens) and the text the model generates (output tokens). Rather than paying a flat subscription, you pay only for the compute you actually consume, making this structure flexible and scalable from early experimentation to full‑scale production. Teams can estimate budgets based on expected prompt lengths, typical response size, and overall usage volume, helping avoid paying for unused capacity.
In common API pricing tiers, input tokens are billed at a lower rate than output tokens because generating responses generally requires more compute effort. For example, Magistral Medium 1.1 might be priced at around $2.50 per million input tokens and $10 per million output tokens under standard usage plans. Larger contexts or extended outputs naturally increase total spend, so refining prompt structure and managing response verbosity can help optimize costs. Because output tokens typically make up the largest share of usage billing, designing efficient interactions is key to cost control.
To further manage expenses, developers often use prompt caching, batching, and context reuse, which help reduce redundant processing and lower effective token counts. These strategies are particularly valuable in high‑volume environments like conversational agents, automated content workflows, and data analysis systems. With transparent usage‑based pricing and practical cost‑management techniques, Magistral Medium 1.1 provides a predictable, scalable pricing structure suitable for a wide range of AI applications.
With AI technology evolving rapidly, upcoming Magistral releases will offer even better performance, broader multimodal support, and more industry-specific capabilities.
Get Started with Magistral Medium 1.1
Frequently Asked Questions
In Magistral Medium 1.1, the [THINK] and [/THINK] markers are not mere strings; they are encoded as unique Control Tokens in the tokenizer. For developers, this means you can configure your inference engine to stop or redirect the stream precisely at these token boundaries. This prevents the "Inner Monologue" from being accidentally processed by downstream regex parsers or UI components meant only for the final response.
While the open "Small" version fits on a single card, Magistral Medium 1.1 is an "Enterprise-Dense" model. To run it at bf16 precision, you typically require a cluster of four 80GB GPUs (A100 or H100). However, using FP8 quantization on modern Hopper/Ada hardware allows you to deploy it on a single node with significantly reduced latency, making it the highest-performing reasoning model available for private-cloud VPCs.
Yes. Magistral Medium 1.1 is natively optimized for Parallel Tool Use. Because it reasons before acting, it is far less likely to hallucinate function arguments. Developers can provide a library of 20+ tools, and the model will use its thinking phase to "plan" the sequence of API calls required to solve a query, ensuring that dependencies between tool calls are logically sound.
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