MiniMax M2.5 (229B-A10B) on RTX PRO 6000 Blackwell (96GB) — VRAM, KV Cache & Throughput

MiniMax M2.5 (229B-A10B) (228.69B total, 10B active, Sparse MoE + GQA) uses 128.84 GiB of 4-bit weights (Q4_K_M), requiring 131.34 GiB total at 8K context and 137.15 GiB at 32K on RTX PRO 6000 Blackwell (~23.7 tok/s decode).

Interactive Sizing Workbench

Full Compatibility Report →
96 GB · 1792 GB/s
Exceeds Available GPU Memory
Measured GGUF shard size HF config.json ↗
Memory Allocation Breakdown (GiB) 131.34 GiB (141.03 GB) / 96 GiB (137%)
Model Weights: 128.84 GiB KV Cache & State: 1.94 GiB Runtime & Activation Buffers: 0.56 GiB System RAM Offload: 0 GiB
Required GPU Memory
131.34 GiB
141.03 GB (decimal)
Usable Hardware Memory
91.2 GiB
96 GB (physical)
Safe Headroom
-40.14 GiB
137% utilization
Est. Decode Throughput
~23.7 tok/s
10B active params
Est. Prefill Throughput
~6500 tok/s
4K Prompt TTFT: ~630 ms
Est. Cost / 1M Tokens
$30.36
Sparse MoE + GQA · Custom

Recommended Hardware for Current Configuration

Best Single GPU
Instinct MI300X 192GB (192GB)
~$15,000
Best Value / Used GPU
2x A100 80GB SXM
160GB · ~$24,000
Apple Unified Memory
Mac Studio M4 Ultra 256GB
~$5,999
Cloud From
DigitalOcean · $2.59 / hr
1x Instinct MI300X 192GB

Production Launch Commands

llama.cpp (GGUF)
llama-server -hf unsloth/MiniMax-M2.5-GGUF:Q4_K_M \
  --ctx-size 8192 -ngl 999 --flash-attn
vLLM
vllm serve MiniMaxAI/MiniMax-M2.5 \
  --max-model-len 8192 --gpu-memory-utilization 0.92
Live Token Speed Simulator (TTFT ~630ms · ~23.7 tok/s)
[MiniMax M2.5 (229B-A10B) · 131.34 GiB] allocated on target GPU. Prefill completed in TTFT window; streaming autoregressive tokens at memory-bandwidth-bound rate...

Cloud GPU Comparison & Rent-vs-Buy TCO

Verified public rates across RunPod, Vast.ai, Vultr, and DigitalOcean.

Verified: 2026-11-05
Purchase break-even
~21.1 months
Est. local power: $15.96 / mo
Provider Recommended Instance Total VRAM Hourly Rate Monthly at Selected Hours Billing Mode Deploy
RunPod 1x B200 180GB (Community Cloud) 180 GB $5.98 / hr $727.17 / mo Per-second Deploy GPU ↗
Vast.ai 1x B200 180GB (Verified Host) 180 GB $7.50 / hr $912.24 / mo Spot / On-demand Deploy GPU ↗
Vultr ($300 Free Credit*) 4x L40S 48GB (Dedicated Instance · $300 Credit*) 192 GB $6.68 / hr $812.77 / mo Hourly Deploy GPU ↗
Vultr Cloud GPU 4x L40S 48GB (Dedicated Instance) 192 GB $6.68 / hr $812.77 / mo Hourly Deploy GPU ↗
DigitalOcean 1x Instinct MI300X 192GB (Dedicated Instance) 192 GB $2.59 / hr $314.94 / mo Per-second Deploy GPU ↗

Rates reflect public listings on the verification date and fluctuate with regional inventory.

Fine-Tuning VRAM Requirements (QLoRA / LoRA / Full) — MiniMax M2.5 (229B-A10B)

QLoRA (4b) Exceeds Available GPU Memory
131.28 GiB
Model Weights: 128.84 GiB · Gradients + Optimizer: 1.4 GiB · Act: 1.04 GiB
Recommended GPU: Instinct MI300X 192GB (192GB)
LoRA (16b) Exceeds Available GPU Memory
429.66 GiB
Model Weights: 426.07 GiB · Gradients + Optimizer: 2.2 GiB · Act: 1.39 GiB
Recommended GPU: 4x H200 141GB SXM (564GB)
Full BF16 Exceeds Available GPU Memory
1749.33 GiB
Model Weights: 426.07 GiB · Gradients + Optimizer: 1320.82 GiB · Act: 2.44 GiB
Recommended GPU: Multi-GPU Required

Engineering Sizing Notes & Optimization Playbook

Quick Hardware Verdict

A single RTX PRO 6000 Blackwell (96GB) cannot hold 4-bit MiniMax M2.5 (229B-A10B) (131.34 GiB at 8K) entirely in VRAM. Use multi-GPU tensor parallelism, offload layers to system RAM, or deploy on a larger cloud GPU.

KV Cache & Runtime Tuning

MiniMax M2.5 (229B-A10B) uses Sparse MoE + GQA (228.69B total, 10B active per token). Moving from 8K to 32K context expands FP16 KV cache from 1.94 GiB to 7.75 GiB; enabling 8-bit KV cache (llama.cpp -ctk q8_0 -ctv q8_0 or vLLM --kv-cache-dtype fp8) saves 3.87 GiB at 32K (reducing total VRAM to 133.28 GiB).

VRAM Scaling Across Context Windows (4K to 128K, 4-bit Weights)

MiniMax M2.5 (229B-A10B) VRAM scaling from 4K to 128K context (4K: 130.36 GiB, 8K: 131.34 GiB, 32K: 137.15 GiB, 128K: 160.4 GiB) 4K 130.36 GiB (KV 0.97 GiB) 8K 131.34 GiB (KV 1.94 GiB) 32K 137.15 GiB (KV 7.75 GiB) 128K 160.4 GiB (KV 31 GiB) RTX PRO 6000 Blackwell (96GB)
Model weights remain constant while attention KV cache grows with context length and batch size.

Quantization Precision & Memory Matrix — MiniMax M2.5 (229B-A10B) @ 8K

Quantization Format Weights (GiB) KV Cache Total VRAM (GiB) Decode Speed Compatibility (RTX PRO 6000 Blackwell) Recommended GPU Data Source
Native Weights (BF16 / FP8 / MXFP4 — Lossless) (FP8) 426.07 GiB 1.94 GiB 428.57 GiB (460.17 GB) ~3.3 tok/s Exceeds Available GPU Memory Multi-GPU Required Official checkpoint size
FP8 / GGUF Q8_0 (8-bit — Near-Lossless) (Q8_0) 226.44 GiB 1.94 GiB 228.94 GiB (245.82 GB) ~7.7 tok/s Exceeds Available GPU Memory Instinct MI325X 256GB (256GB) Measured GGUF shard size
GGUF Q6_K (6-bit — High Precision) (Q6_K) 174.87 GiB 1.94 GiB 177.37 GiB (190.45 GB) ~11.8 tok/s Exceeds Available GPU Memory Instinct MI325X 256GB (256GB) Measured GGUF shard size
GGUF Q5_K_M (5-bit — Balanced) (Q5_K_M) 151.16 GiB 1.94 GiB 153.66 GiB (164.99 GB) ~15.9 tok/s Exceeds Available GPU Memory Instinct MI300X 192GB (192GB) Measured GGUF shard size
Q4_K_M / UD-Q4_K_XL / AWQ (4-bit — Recommended) (Q4_K_M) 128.84 GiB 1.94 GiB 131.34 GiB (141.03 GB) ~23.7 tok/s Exceeds Available GPU Memory Instinct MI300X 192GB (192GB) Measured GGUF shard size
GGUF IQ4_XS (4.25-bit — Compact) (IQ4_XS) 113.53 GiB 1.94 GiB 116.03 GiB (124.59 GB) ~36.3 tok/s Exceeds Available GPU Memory Instinct MI300X 192GB (192GB) Measured GGUF shard size
GGUF Q3_K_M (3-bit — Low VRAM) (Q3_K_M) 101.77 GiB 1.94 GiB 104.27 GiB (111.96 GB) ~62.8 tok/s Exceeds Available GPU Memory Instinct MI300X 192GB (192GB) Measured GGUF shard size
GGUF UD-Q2_K_XL (2-bit — Extreme MoE) (UD-Q2_K_XL) 80.02 GiB 1.94 GiB 82.52 GiB (88.61 GB) ~147.1 tok/s Fits with Safe Headroom RTX PRO 6000 Blackwell (96GB) Measured GGUF shard size

Technical Specifications & FAQ

Does MiniMax M2.5 (229B-A10B) fit on RTX PRO 6000 Blackwell (96GB)?

In 4-bit (Q4_K_M) at 8,192 context, MiniMax M2.5 (229B-A10B) requires 131.34 GiB total GPU memory (128.84 GiB weights + 1.94 GiB KV cache + 0.56 GiB runtime buffers) against 91.2 GiB usable on RTX PRO 6000 Blackwell, delivering ~23.7 tok/s decode.

How much VRAM does MiniMax M2.5 (229B-A10B) need at 32K context?

At 32,768 context tokens, MiniMax M2.5 (229B-A10B) (Sparse MoE + GQA) allocates 7.75 GiB for KV cache and state, bringing total 4-bit VRAM to 137.15 GiB (147.26 GB decimal).

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