Llama 3.3 70B vs Qwen 235B A22B – Ultimate Comparison

AI is developing quickly and two of the most hyped big language models (LLMs) at the moment are Meta’s Llama 3.3 70B and Alibaba’s Qwen 235B A22B. Whether you’re creating apps, conducting research, or creating AI tools, this blog will help you choose which one is better for your use case by comparing them side-by-side.

📌 Key Factors We’ll Use to Compare:

Factor Description
Model Size Total parameters (and variants if applicable)
Training Data Size, quality, languages
Architecture Transformer design, tokenizer, position embeddings
Benchmark Scores SWE-Bench, MATH, GPQA, ARC, etc.
Code Understanding Python, C++, system design tasks
Multilingual Support Number of languages supported
Instruction Tuning Whether optimized for helpful, harmless, honest replies
Long Context Support How much text it can handle in one go
Open-source / Closed Licensing model
Hardware Requirement VRAM/TPU requirements for inference
Use Case Performance In Chatbots, Agents, Content Creation, etc.
Price to Run Cloud cost / tokens per \$
Community Support Hugging Face, Discord, repo forks
My Experience Based on practical testing
Summary Rating Out of 10 in each area

Llama

🔍 1. Overview

Feature Meta LLaMA 3.3 70B Qwen 235B A22B
Release Date 2024 2024
Parameters 70B 235B
Developed By Meta AI Alibaba DAMO Academy
Open Source? Yes Partially (Qwen-1.5 open)
Context Length 8K–32K 32K tokens
Model Variants 8B, 70B 7B, 14B, 72B, 110B, 235B
Optimized For Reasoning, coding, chat Chat, multilingual reasoning

⚙️ 2. Architecture & Training

Feature LLaMA 3.3 70B Qwen 235B A22B
Tokenizer SentencePiece Custom Qwen tokenizer
Training Data 15T tokens, multi-stage filtered Multilingual, web, code, scientific papers
Position Encoding RoPE RoPE
Instruction Fine-tuned? Yes Yes
FP8 / INT8 Support Yes Yes

My take: Llama is more efficient for inference due to its 70B size, while Qwen focuses more on brute force accuracy via scale.

📊 3. Benchmark Results

BenchmarkLLaMA 3.3 70BQwen 235B A22B
SWE-Bench Lite (Code)62.2%70.8%
GPQA (Graduate QA)68%75.2%
MATH 50093%94.5%
ARC-Challenge89.6%91.2%
MMLU83.1%85.6%

Insights: Qwen wins slightly in raw accuracy across most academic benchmarks.

🧑‍💻 4. Code, Reasoning & Use Cases

TaskLLaMA 3.3 70BQwen 235B A22B
Python Coding✅ Great✅ Great
Code Generation🟢 Efficient, low-lag🟢 High-accuracy, slower
System Design Q&A✅ Strong✅ Strong
Math Word Problems✅ Accurate🟢 More accurate
Essay Writing✅ Human-like✅ Human-like
Multilingual ChatLimited🌍 Supports over 40+ languages

🔌 5. Hardware & Cost

FeatureLLaMA 3.3 70BQwen 235B A22B
GPU NeededA100 80GB or 2×A100 40GB4×A100 80GB recommended
Inference CostLow (fewer params)High
Hosting OptionsOllama, HuggingFace, ReplicateAlibaba Cloud, ModelScope

🔥 6. Community, Ecosystem & Support

FeatureLLaMA 3.3 70BQwen 235B A22B
GitHub Stars⭐ Over 30K⭐ ~10K
HuggingFace Support✅ Yes✅ Yes
Demos / Agents✅ Many🟢 Some
Community Use🧑‍💻 Dev-focused🧠 Research-focused

💡 Use Case Fit Table

Use CaseWinner
Coding AgentsLLaMA 3.3 70B
Multilingual ChatbotsQwen 235B A22B
Low-latency Web AppsLLaMA 3.3 70B
Scientific ReasoningQwen 235B A22B
General Purpose ChatTie

🧪 My Personal Ratings (Out of 10)

FactorLLaMA 3.3 70BQwen 235B A22B
Accuracy8.89.2
Speed9.17.5
Code Understanding9.39.1
Cost Efficiency9.46.8
Multilingual Support6.29.5
Community & Docs9.07.8
Ease of Use9.27.2
Real Use Experience9.18.5

🏆 Final Verdict: Who Wins?

CriteriaWinner
Best for DevelopersLLaMA 3.3 70B
Best for Global/Multilingual UseQwen 235B A22B
Best for Research UseQwen
Best for Real-World Apps & SpeedLLaMA
Overall Balanced Choice✅ LLaMA 3.3 70B

If you’re looking for speed, ease, and rich ecosystem — LLaMA 3.3 70B is the best all-rounder today. But for academic research, multilingual chat, and raw benchmark scores, Qwen 235B A22B is your best bet.