text model · Gemma · macOS
Can I run Gemma 4 E2B on Apple M1 (8GB)?
Yes. Gemma 4 E2B runs on Apple M1 (8GB) at Q4_K_M (~4.4 GB of ~5.5 GB usable).
Runs at Q4_K_M using ~4.4 GB of ~5.5 GB usable.
That figure is at a 4k context and moves about ±15% as context length changes. Apple M1 (8GB) leaves ~1.1 GB of headroom.
- Q4_K_M needed
- ~4.4 GB
- Usable on device
- ~5.5 GB
- Device memory
- 8 GB
- Best quant
- Q4_K_M
Which quant fits
Running cost · estimate
- Power draw
- ~39 W
- Electricity / 1M tokens
- ~$0.09
- Pays for itself after
- ~2,437M tok
At ~$0.15/kWh and the estimated ~18 tok/s, a million generated tokens costs about $0.09 in electricity. Versus a hosted API at ~$0.5 per million tokens, the ~$999 Apple M1 (8GB) pays for itself after roughly 2,437 million tokens, so local hardware is mostly a fixed cost, not a per-token one. TDP is the peak draw, so this is an upper bound. Assumptions.
Run it
Pick your tool. All 3 load the same Q4_K_M weights.
ollama run gemma4:e2b llama-cli -hf unsloth/gemma-4-E2B-it-GGUF:Q4_K_M lms get unsloth/gemma-4-E2B-it-GGUF - Parameters
- 5.1B
- Q4_K_M size
- 3.11 GB
- Q8_0 size
- 5.05 GB
- Context
- 128k
- Ollama tag
- gemma4:e2b
- Memory
- 8 GB unified
- Usable for weights
- ~5.5 GB
- Power draw
- ~39 W
- Best runtime
- Ollama (llama.cpp Metal backend)
You could also run
Run Gemma 4 E2B on other hardware
FAQ
Can Apple M1 (8GB) run Gemma 4 E2B?
Yes. Gemma 4 E2B runs on Apple M1 (8GB) at Q4_K_M (~4.4 GB of ~5.5 GB usable).
How much memory does Gemma 4 E2B need?
Apple M1 (8GB) has room to spare. At Q4_K_M the weights are ~3.11 GB; with KV cache and runtime overhead, budget ~4.4 GB at a 4k context.
What is the best tool to run Gemma 4 E2B on macOS?
LM Studio for a simple setup; mlx-lm for the most speed. vLLM is NOT a Mac tool, it is a CUDA/Linux serving engine. Unified memory is not a fixed VRAM slice; ~70% is usable for weights.
Embed this
A live badge for your model card or README, updated as the data is. [](https://localmodel.run/can-i-run/gemma-4-e2b/apple-m1-8gb) Sources
Weights are measured from GGUF files; KV cache and overhead are computed, so totals can vary ~15% with context and runtime. Any tok/s is a bandwidth estimate. See methodology.