What can you run with 16GB of RAM?

With 16GB RAM you can run 13 of the 51 open-source models we track — up to about 12B parameters at Q4 quantization. The most popular that fits is gemma-4-12B-it, needing 9.6 GB and generating around ~8.1 tok/s on typical hardware of this size.

Typical machines: MacBook Air M4 · Mid-range Windows laptops · Mac mini (base). After the operating system takes its share, about 14 GB is free for a model.

Having the memory is not the same as having the speed

16GB RAM decides whether a model loads. How fast it answers is decided by memory bandwidth — how quickly your machine can read the model, which it must do once for every word it writes. Machines with 16GB RAM span 51–153 GB/s, so the fastest is about 3.0× quicker than the slowest with identical capacity. The table quotes a DDR5-5600; pick yours below to see the difference. Why bandwidth and not the processor →

51 GB/sDesktop or older laptop — DDR4-3200· 3,200 MT/s × 128-bit dual channel ÷ 8 = 51.2 GB/s
68 GB/sThin laptop — LPDDR4X-4266· 4,266 MT/s × 128-bit ÷ 8 = 68.3 GB/s (soldered, 2 channels)
68 GB/sMac — M1· Apple published specification for the M1: 68.25 GB/s
90 GB/sDesktop or laptop — DDR5-5600· 5,600 MT/s × 128-bit dual channel ÷ 8 = 89.6 GB/s
100 GB/sMac — M2· Apple published specification for the M2: 100 GB/s
100 GB/sMac — M3· Apple published specification for the M3: 100 GB/s
102 GB/sModern thin laptop — LPDDR5-6400· 6,400 MT/s × 128-bit ÷ 8 = 102.4 GB/s (soldered, 2 channels)
120 GB/sMac — M4· Apple published specification for the M4: 120 GB/s
137 GB/sCurrent thin laptop — LPDDR5X-8533· 8,533 MT/s × 128-bit ÷ 8 = 136.5 GB/s (soldered, 2 channels)
153 GB/sMac — M5· Apple published specification for the M5: 153 GB/s

Models that run on 16GB RAM in 2026

ModelSizeMemoryEst. speedDownloadsFeels like
LFM2.5-230MLiquid Ai230M808 MBRuns well~381 tok/s58,011Fast
MiniCPM5-1BOpenBMB1.1B1.3 GBRuns well~90 tok/s667,154Fast
MiniCPM5-2BOpenBMB2.5B2.3 GBRuns well~37 tok/s206,774Fast
LFM2.5-2.6BLiquid Ai2.7B2.5 GBRuns well~35 tok/s98,713Fast
LFM2.5-VL-3BLiquid Ai3.1B2.5 GBRuns well~35 tok/s31,296Fast
North-Micro-Vision-InstructCohere2.5B2.5 GBRuns well~39 tok/s120,354Fast
granite-4.2-3bIbm3.7B3.1 GBRuns well~26 tok/s32,017Fast
Mage-VLMicrosoft4.7B3.9 GBRuns well~22 tok/s29,690Comfortable
LFM2.5-8B-A1BLiquid Ai · MoE8.5B5.9 GBRuns well~96 tok/s1B active80,632Fast
Ling-3.0-tinyInclusionai · MoE7.9B6.2 GBRuns well~61 tok/s1.6B active25,727Fast
granite-4.2-8bIbm8.8B6.6 GBRuns well~11 tok/s52,946Comfortable
Ornith-1.5-9BDeepreinforce9.7B6.9 GBRuns well~10 tok/s453,339Comfortable
gemma-4-12B-itGoogle DeepMind12B9.6 GBRuns well~8.1 tok/s2,958,440Comfortable

Sorted by memory, smallest first — click any column to change it.

Upgrade

Including Qwen3.8-27B (28B), diffusiongemma-26B-A4B-it (26B) and Muse-Glimmer-30B (30B) — around ~4.7 tok/s on a typical machine that size.

See everything 24GB RAM runs →

All figures at Q4_K_M quantization, 4K context. “Memory” includes the model, its context cache and runtime overhead. Speed is calculated, not benchmarked: 90 GB/s × 0.65 ÷ bytes read per token, assuming a DDR5-5600. Scale it by your own machine's bandwidth from the list above. Mixture-of-experts models read only their active parameters per token, which is why some large ones outrun smaller dense models.

What you'd need more memory for

The next models up, and what they ask for.

Other hardware

Verified against HuggingFace on 2026-09-15New to this? Start here →Runs on a laptop and up · last 120 days only