Qwen3-Next-80B-A3B-Instruct

Qwen3-Next-80B-A3B-Instruct is the first model based on the innovative Qwen3-Next architecture, which incorporates a series of technological breakthroughs developed by its creators. At its core lies a hybrid attention system that combines two mechanisms in a 3:1 ratio: Gated DeltaNet (Linear Attention used in 75% of layers) enables linear computational complexity and highly efficient processing of long sequences, while Gated Attention (Full Attention in the remaining 25% of layers) ensures high accuracy and strong information retrieval capabilities. This architecture addresses a fundamental limitation of traditional attention—linear attention is fast but weak in retrieval tasks, whereas standard attention is computationally expensive and slow during inference. Their hybrid combination demonstrates superior learning and contextual understanding abilities compared to alternative approaches such as Sliding Window Attention or Mamba2.

The model also implements an ultra-sparse Mixture-of-Experts (MoE) architecture with 512 experts, of which only 10 routed experts plus 1 shared expert are activated—just 3.7% of the total parameter count. Compared to the MoE structure in Qwen3 (128 experts, 8 active), this represents a significant advancement in efficiency and scalability. Qwen3-Next introduces several critical optimizations to ensure training stability and high performance: Zero-Centered RMSNorm replaces conventional QK-Norm, an Attention Output Gating mechanism eliminates issues like Attention Sink and Massive Activation, and Multi-Token Prediction (MTP) enhances contextual coherence, generation speed, and overall performance.

Qwen3-Next-80B-A3B-Instruct achieves impressive results on key benchmarks, nearly matching the performance of the flagship Qwen3-235B-A22B-Instruct-2507 model despite significantly lower computational costs. On Arena-Hard v2, it scores 82.7 points, outperforming many competing models. In programming, it achieves a solid 56.6 on LiveCodeBench v6, surpassing even some larger models. On the AIME25 math benchmark, it reaches 69.5 points, demonstrating strong capabilities in complex reasoning.

Thanks to its unique architectural innovations and high efficiency, Qwen3-Next-80B-A3B-Instruct is ideally suited for a wide range of applications, including processing extremely long documents, software development and programming, agent-based systems, business process automation—and many more use cases beyond this list.


Announce Date: 11.09.2025
Parameters: 82B
Experts: 512
Activated at inference: 3B
Context: 263K
Layers: 48, using full attention: 12
Attention Type: Hybrid Attention
Mamba Type: Gated Delta Net
Developer: Qwen
Transformers Version: 4.57.0.dev0
License: Apache 2.0

Public endpoint

Use our pre-built public endpoints for free to test inference and explore Qwen3-Next-80B-A3B-Instruct capabilities. You can obtain an API access token on the token management page after registration and verification.
Model Name Context Type GPU Status Link
There are no public endpoints for this model yet.

Private server

Rent your own physically dedicated instance with hourly or long-term monthly billing.

We recommend deploying private instances in the following scenarios:

  • maximize endpoint performance,
  • enable full context for long sequences,
  • ensure top-tier security for data processing in an isolated, dedicated environment,
  • use custom weights, such as fine-tuned models or LoRA adapters.

Recommended server configurations for hosting Qwen3-Next-80B-A3B-Instruct

Prices:
Name GPU Price, hour TPS Max Concurrency
teslaa10-3.16.96.160
262,144.0
pipeline
3 $1.34 1.766 Launch
teslaa10-4.16.64.160
262,144.0
tensor
4 $1.62 2.497 Launch
teslaa2-6.32.128.160
262,144.0
pipeline
6 $1.65 4.146 Launch
rtx3090-3.16.96.160
262,144.0
pipeline
3 $2.29 78.67 2.264 Launch
teslaa100-1.16.64.160
262,144.0
1 $2.37 102.30 4.371 Launch
rtx4090-3.16.96.160
262,144.0
pipeline
3 $2.83 93.52 2.231 Launch
rtx3090-4.16.64.160
262,144.0
tensor
4 $2.89 155.38 2.822 Launch
rtx5090-2.16.64.160
262,144.0
tensor
2 $2.93 1.266 Launch
rtx3090-4.16.128.160.nvlink
262,144.0
tensor
4 $3.01 2.822 Launch
rtx4090-4.16.64.160
262,144.0
tensor
4 $3.60 2.809 Launch
h100-1.16.64.160
262,144.0
1 $3.83 118.14 4.299 Launch
h100nvl-1.16.96.160
262,144.0
1 $4.11 134.23 6.416 Launch
teslaa100-2.24.96.160.nvlink
262,144.0
tensor
2 $4.61 15.913 Launch
h200-1.16.128.160
262,144.0
1 $4.74 13.244 Launch
h200-2.24.256.160.nvlink
262,144.0
tensor
2 $9.40 34.427 Launch
Prices:
Name GPU Price, hour TPS Max Concurrency
h100nvl-1.16.96.240
262,144.0
1 $4.12 1.286 Launch
h200-1.16.128.240
262,144.0
1 $4.74 8.407 Launch
teslaa100-2.24.256.240
262,144.0
tensor
2 $4.93 103.64 11.008 Launch
teslaa100-2.24.256.320.nvlink
262,144.0
tensor
2 $4.94 11.008 Launch
rtx5090-4.16.128.320
262,144.0
tensor
4 $5.76 2.697 Launch
rtx4090-6.44.256.240
262,144.0
pipeline
6 $5.84 7.200 Launch
dedicated-rtx3090-8.64.128.960-1
262,144.0
tensor
8 $6.04 3.484 Launch
rtx4090-8.44.256.240
262,144.0
tensor
8 $7.52 3.471 Launch
h100-2.24.256.240
262,144.0
tensor
2 $7.85 120.24 10.986 Launch
h200-2.24.256.240.nvlink
262,144.0
tensor
2 $9.41 29.522 Launch
Prices:
Name GPU Price, hour TPS Max Concurrency
teslaa100-3.32.384.320
262,144.0
pipeline
3 $7.37 65.58 10.552 Launch
h100nvl-2.24.192.480
262,144.0
tensor
2 $8.19 2.933 Launch
rtx5090-6.44.256.480
262,144.0
pipeline
6 $8.89 2.280 Launch
teslaa100-4.16.256.480
262,144.0
tensor
4 $9.17 11.256 Launch
h200-2.24.256.320
262,144.0
tensor
2 $9.42 17.215 Launch
h200-2.24.256.320.nvlink
262,144.0
tensor
2 $9.42 17.215 Launch
teslaa100-4.32.384.320.nvlink
262,144.0
tensor
4 $9.50 11.256 Launch
rtx5090-8.44.256.480
262,144.0
tensor
8 $11.58 2.859 Launch
h100-3.32.384.320
262,144.0
pipeline
3 $11.74 10.519 Launch
h100-4.16.256.480
262,144.0
tensor
4 $14.99 11.235 Launch

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