CanRun

RTX 5060 Ti 16GB vs RTX 5070 for local LLMs

Assumes 32 GB of DDR5-5600 system RAM, Windows with this GPU driving the display, 8k context and an f16 KV cache.

What to know before choosing

CanRun counts about 11.4 GB free on the RTX 5070 and 15.4 GB on the RTX 5060 Ti 16GB. gpt-oss-20b needs 12.3 GB at 8k, so it sits entirely on the RTX 5060 Ti 16GB and runs great (a public benchmark result). On the RTX 5070, CanRun keeps some experts in system RAM, and it still runs well by a theoretical estimate (±30%).

Context length is where 12GB runs out first. Qwen3 14B runs great on both cards at 8k, though the RTX 5070 has little margin (check ollama ps). At 16k with an f16 KV cache it needs 11.9 GB, so on the RTX 5070 part of it spills to system RAM; a q8_0 KV cache keeps it on the GPU. The RTX 5060 Ti 16GB keeps it on the GPU even at 32k with f16. For 16k or more on it with an f16 cache, aim for 16GB.

Where both fit, the RTX 5070's memory bandwidth makes it faster. Qwen3 30B-A3B (2507) and Qwen3.6 35B-A3B fit entirely on neither card, so CanRun keeps experts in system RAM; by theoretical estimates (±30%), they run well on both. RAM then sets the pace, and the 16GB card keeps more of each model on its GPU, offsetting the bandwidth gap. The estimates come out close, so the summary's gap doesn't apply here.

Speed

The RTX 5070 generates text about 1.5× faster than the RTX 5060 Ti 16GB (median of our estimates over the 27 models that fit entirely in memory on both at Q4_K_M or the closest available quant).

Reference model
Qwen3 14B at Q4_K_M, the largest model that fits entirely in memory on both at Q4_K_M or the closest available quant
RTX 5060 Ti 16GB
est. 30.3 tok/s (26.7–34.0, calibrated estimate ±12%)
RTX 5070
est. 45.5 tok/s (40.0–50.9, calibrated estimate ±12%)
Prompt processing on Qwen3 14B
RTX 5060 Ti 16GB: about 1,709 tok/s (1,025–2,392, rough estimate ±40%); RTX 5070: about 2,228 tok/s (1,337–3,119, rough estimate ±40%)

Specs side by side

Specs of the RTX 5060 Ti 16GB and the RTX 5070
SpecRTX 5060 Ti 16GBRTX 5070Difference
Memory16 GB12 GB+4 GB on the RTX 5060 Ti 16GB
Memory bandwidth448.0 GB/s672.0 GB/s1.5× on the RTX 5070
FP16 compute23.7 TFLOPS30.9 TFLOPS1.3× on the RTX 5070
Launch year20252025—
Price$569 street (as of 2026-08-09)$629 street (as of 2026-08-09)—
Public benchmark results4 results3 results—

Verdicts at a glance

Out of 58 models at Q4_K_M (or the closest available quant) with 8k context.

  • RTX 5060 Ti 16GBRuns great28 modelsRuns well9 modelsRuns slowly11 modelsWon't run10 models
  • RTX 5070Runs great27 modelsRuns well8 modelsRuns slowly13 modelsWon't run10 models

How to read the verdicts

Runs great
Fully on the GPU at 20 tok/s or more
Runs well
Fully on the GPU at 8–20 tok/s; MoE experts in system RAM at 20 tok/s or more; or at least 90% on the GPU at 8 tok/s or more
Runs slowly
2–8 tok/s; CPU-only; less than 90% on the GPU; or MoE experts in system RAM below 20 tok/s
Won't run
Does not fit, or under 2 tok/s

Where the verdicts differ

5 models get a different verdict on the two.

Scroll sideways to see every column.

Models whose verdict differs between the RTX 5060 Ti 16GB and the RTX 5070
ModelRTX 5060 Ti 16GB verdictRTX 5060 Ti 16GB speedRTX 5070 verdictRTX 5070 speed
gpt-oss-20bMXFP4
111.6 tok/s8k estimate 104.3 tok/s (83.5–125.2, calibrated estimate ±20%)measured (1 run, 2k context)
est. 91.6 tok/s64.1–119.1theoretical estimate ±30%
Kanana 1.5 15.7B-A3BQ4_K_M
Runs great
est. 89.1 tok/s71.3–106.9calibrated estimate ±20%
Runs well
est. 95.9 tok/s67.1–124.7theoretical estimate ±30%
DeepSeek R1 Distill Qwen 14BQ4_K_M
Runs well
est. 29.6 tok/s26.0–33.1calibrated estimate ±12%
Runs great
est. 44.4 tok/s39.0–49.7calibrated estimate ±12%
K2-Horizon MoVA 36B-A4BQ4_K_M
Runs well
est. 30.7 tok/s21.5–39.9theoretical estimate ±30%
Runs slowly
est. 29.0 tok/s20.3–37.7theoretical estimate ±30%
Mistral Small 3.2 24BQ4_K_M
Runs well
est. 14.8 tok/s11.8–17.7calibrated estimate ±20%
Runs slowly
est. 7.1 tok/s5.7–8.5calibrated estimate ±20%

Every model on both

Scroll sideways to see every column.

58 models, sorted by the better verdict of the two, then by model size
ModelRTX 5060 Ti 16GB verdictRTX 5060 Ti 16GB speedRTX 5070 verdictRTX 5070 speed
gpt-oss-20bMXFP4
111.6 tok/s8k estimate 104.3 tok/s (83.5–125.2, calibrated estimate ±20%)measured (1 run, 2k context)
est. 91.6 tok/s64.1–119.1theoretical estimate ±30%
Kanana 1.5 15.7B-A3BQ4_K_M
Runs great
est. 89.1 tok/s71.3–106.9calibrated estimate ±20%
Runs well
est. 95.9 tok/s67.1–124.7theoretical estimate ±30%
Qwen3 14BQ4_K_M
est. 30.3 tok/s26.7–34.0calibrated estimate ±12%
est. 45.5 tok/s40.0–50.9calibrated estimate ±12%
DeepSeek R1 Distill Qwen 14BQ4_K_M
Runs well
est. 29.6 tok/s26.0–33.1calibrated estimate ±12%
Runs great
est. 44.4 tok/s39.0–49.7calibrated estimate ±12%
HyperCLOVA X SEED Think 14BQ4_K_M
Runs great
est. 30.8 tok/s21.5–40.0theoretical estimate ±30%
Runs great
est. 46.1 tok/s32.3–60.0theoretical estimate ±30%
Phi-4Q4_K_M
Runs great
est. 29.2 tok/s25.7–32.7calibrated estimate ±12%
Runs great
est. 43.8 tok/s38.6–49.1calibrated estimate ±12%
Gemma 3 12BQ4_K_M
est. 40.0 tok/s35.2–44.8calibrated estimate ±12%
est. 60.0 tok/s52.8–67.2calibrated estimate ±12%
Mellum2.1 12B-A2.5B ThinkingQ4_K_M
Runs great
est. 147.7 tok/s118.2–177.2calibrated estimate ±20%
Runs great
est. 196.5 tok/s157.2–235.8calibrated estimate ±20%
Gemma 4 12BQ4_K_M
Runs great
est. 43.2 tok/s38.0–48.4calibrated estimate ±12%
Runs great
est. 64.8 tok/s57.1–72.6calibrated estimate ±12%
Qwen3.5 9BQ4_K_M
Runs great
est. 51.1 tok/s45.0–57.2calibrated estimate ±12%
Runs great
est. 76.6 tok/s67.4–85.8calibrated estimate ±12%
K2-Horizon 7BQ4_K_M
Runs great
est. 46.1 tok/s40.6–51.7calibrated estimate ±12%
Runs great
est. 69.2 tok/s60.9–77.5calibrated estimate ±12%
Qwen3 8BQ4_K_M
Runs great
est. 50.3 tok/s44.2–56.3calibrated estimate ±12%
Runs great
est. 75.4 tok/s66.4–84.5calibrated estimate ±12%
DeepSeek R1 0528 Qwen3 8BQ4_K_M
Runs great
est. 50.3 tok/s44.2–56.3calibrated estimate ±12%
Runs great
est. 75.4 tok/s66.4–84.5calibrated estimate ±12%
DeepSeek R1 Distill Llama 8BQ4_K_M
Runs great
est. 52.3 tok/s46.0–58.6calibrated estimate ±12%
Runs great
est. 78.5 tok/s69.1–87.9calibrated estimate ±12%
Kanana 1.5 8BQ4_K_M
Runs great
est. 52.3 tok/s46.0–58.6calibrated estimate ±12%
Runs great
est. 78.5 tok/s69.1–87.9calibrated estimate ±12%
Llama 3.1 8BQ4_K_M
est. 52.3 tok/s46.0–58.6calibrated estimate ±12%
est. 78.5 tok/s69.1–87.9calibrated estimate ±12%
Gemma 4 E4BQ4_K_M
Runs great
est. 87.2 tok/s61.0–113.3theoretical estimate ±30%
Runs great
est. 123.5 tok/s86.4–160.5theoretical estimate ±30%
Ling-3.0 TinyQ4_K_M
Runs great
est. 250.3 tok/s175.2–325.4theoretical estimate ±30%
Runs great
est. 318.9 tok/s223.2–414.6theoretical estimate ±30%
Gemma 4 E2BQ4_K_M
Runs great
est. 158.9 tok/s111.2–206.6theoretical estimate ±30%
Runs great
est. 215.2 tok/s150.7–279.8theoretical estimate ±30%
Qwen3.5 4BQ4_K_M
Runs great
est. 101.2 tok/s89.1–113.4calibrated estimate ±12%
Runs great
est. 151.8 tok/s133.6–170.0calibrated estimate ±12%
Nanbeige4.2 3BQ4_K_M
Runs great
est. 51.2 tok/s35.8–66.5theoretical estimate ±30%
Runs great
est. 76.8 tok/s53.7–99.8theoretical estimate ±30%
Spark-X2.5 4BQ4_K_M
Runs great
est. 108.1 tok/s95.1–121.0calibrated estimate ±12%
Runs great
est. 162.1 tok/s142.6–181.5calibrated estimate ±12%
Llama 3.2 3BQ4_K_M
Runs great
est. 106.0 tok/s93.2–118.7calibrated estimate ±12%
Runs great
est. 158.9 tok/s139.9–178.0calibrated estimate ±12%
LFM2.5 2.6BQ4_K_M
Runs great
est. 173.8 tok/s121.7–226.0theoretical estimate ±30%
Runs great
est. 260.7 tok/s182.5–338.9theoretical estimate ±30%
MiniCPM5 2BQ4_K_M
Runs great
est. 164.0 tok/s144.3–183.7calibrated estimate ±12%
Runs great
est. 246.0 tok/s216.5–275.5calibrated estimate ±12%
HyperCLOVA X SEED 1.5BQ4_K_M
Runs great
est. 172.8 tok/s152.0–193.5calibrated estimate ±12%
Runs great
est. 259.1 tok/s228.0–290.2calibrated estimate ±12%
EXAONE 4.0 1.2BQ4_K_M
Runs great
est. 238.8 tok/s210.1–267.4calibrated estimate ±12%
Runs great
est. 358.2 tok/s315.2–401.2calibrated estimate ±12%
Llama 3.2 1BQ4_K_M
Runs great
est. 290.8 tok/s255.9–325.7calibrated estimate ±12%
Runs great
est. 436.2 tok/s383.8–488.5calibrated estimate ±12%
MiniCPM5 1BQ4_K_M
Runs great
est. 351.8 tok/s309.6–394.1calibrated estimate ±12%
Runs great
est. 527.8 tok/s464.4–591.1calibrated estimate ±12%
K2-Horizon MoVA 36B-A4BQ4_K_M
Runs well
est. 30.7 tok/s21.5–39.9theoretical estimate ±30%
Runs slowly
est. 29.0 tok/s20.3–37.7theoretical estimate ±30%
Qwen3.5 35B-A3BQ4_K_M
Runs well
est. 62.4 tok/s43.7–81.1theoretical estimate ±30%
Runs well
est. 63.3 tok/s44.3–82.3theoretical estimate ±30%
Qwen3.6 35B-A3BQ4_K_M
Runs well
est. 69.5 tok/s48.7–90.4theoretical estimate ±30%
Runs well
est. 68.6 tok/s48.0–89.2theoretical estimate ±30%
MiniCPM-V 4.7 35B-A3BQ4_K_M
Runs well
est. 74.7 tok/s52.3–97.1theoretical estimate ±30%
Runs well
est. 72.5 tok/s50.7–94.2theoretical estimate ±30%
Nemotron 3.5 Lightning 30B-A3BQ4_K_M
Runs well
est. 50.8 tok/s35.6–66.0theoretical estimate ±30%
Runs well
est. 47.5 tok/s33.3–61.8theoretical estimate ±30%
Qwen3 30B-A3B (2507)Q4_K_M
est. 57.7 tok/s40.4–75.1theoretical estimate ±30%
est. 50.5 tok/s35.3–65.6theoretical estimate ±30%
Gemma 4 26B-A4BQ4_K_M
Runs well
est. 59.2 tok/s41.4–76.9theoretical estimate ±30%
Runs well
est. 53.6 tok/s37.5–69.7theoretical estimate ±30%
Mistral Small 3.2 24BQ4_K_M
Runs well
est. 14.8 tok/s11.8–17.7calibrated estimate ±20%
Runs slowly
est. 7.1 tok/s5.7–8.5calibrated estimate ±20%
EXAONE 4.5 33BQ4_K_M
Runs slowly
est. 5.6 tok/s4.5–6.7calibrated estimate ±20%
Runs slowly
est. 4.1 tok/s3.2–4.9calibrated estimate ±20%
DeepSeek R1 Distill Qwen 32BQ4_K_M
Runs slowly
est. 4.5 tok/s3.6–5.4calibrated estimate ±20%
Runs slowly
est. 3.4 tok/s2.7–4.0calibrated estimate ±20%
Qwen3 32BQ4_K_M
Runs slowly
est. 4.5 tok/s3.6–5.5calibrated estimate ±20%
Runs slowly
est. 3.4 tok/s2.7–4.1calibrated estimate ±20%
EXAONE 4.0 32BQ4_K_M
Runs slowly
est. 6.1 tok/s4.9–7.4calibrated estimate ±20%
Runs slowly
est. 4.3 tok/s3.5–5.2calibrated estimate ±20%
Gemma 4 31BQ4_K_M
Runs slowly
est. 7.0 tok/s5.6–8.4calibrated estimate ±20%
Runs slowly
est. 4.7 tok/s3.8–5.7calibrated estimate ±20%
Muse Glimmer 30BQ4_K_M
Runs slowly
est. 9.5 tok/s7.6–11.4calibrated estimate ±20%
Runs slowly
est. 5.8 tok/s4.7–7.0calibrated estimate ±20%
Granite 4.2 30BQ4_K_M
Runs slowly
est. 5.8 tok/s4.7–7.0calibrated estimate ±20%
Runs slowly
est. 4.0 tok/s3.2–4.9calibrated estimate ±20%
Qwen3.5 27BQ4_K_M
Runs slowly
est. 8.9 tok/s7.1–10.7calibrated estimate ±20%
Runs slowly
est. 5.6 tok/s4.5–6.7calibrated estimate ±20%
Qwen3.6 27BQ4_K_M
Runs slowly
est. 9.5 tok/s7.6–11.4calibrated estimate ±20%
Runs slowly
est. 5.8 tok/s4.6–6.9calibrated estimate ±20%
Qwen3.8 27BQ4_K_M
Runs slowly
est. 8.4 tok/s6.7–10.0calibrated estimate ±20%
Runs slowly
est. 5.3 tok/s4.3–6.4calibrated estimate ±20%
Gemma 3 27BQ4_K_M
Runs slowly
est. 9.7 tok/s7.8–11.7calibrated estimate ±20%
Runs slowly
est. 5.8 tok/s4.7–7.0calibrated estimate ±20%
GLM-5.3 FlashQ4_K_M
Won't run
—
Won't run
—
DeepSeek V4 Flash 0731MXFP4
Won't run
—
Won't run
—
Solar Open 2 250BIQ4_XS
Won't run
—
Won't run
—
Ling-3.0 FlashQ4_K_M
Won't run
—
Won't run
—
Qwen3.5 122B-A10BQ4_K_M
Won't run
—
Won't run
—
Laguna S 2.1Q4_K_M
Won't run
—
Won't run
—
gpt-oss-120bMXFP4——
Solar Open 100BQ4_K_M
Won't runTry Q2_K (heavy quality loss): Runs slowly
est. 18.7 tok/s13.1–24.4theoretical estimate ±30%
Won't run
—
Kolibri 1Q4_K_M
Won't runTry Q2_K (heavy quality loss): Runs well
est. 63.3 tok/s44.3–82.3theoretical estimate ±30%
Won't runTry Q2_K (heavy quality loss): Runs well
est. 69.7 tok/s48.8–90.6theoretical estimate ±30%
Llama 3.3 70BQ4_K_M
Won't runTry Q2_K (heavy quality loss): Runs slowly
est. 2.5 tok/s2.0–3.1calibrated estimate ±20%
Won't runTry Q2_K (heavy quality loss): Runs slowly
est. 2.1 tok/s1.7–2.6calibrated estimate ±20%

Models with a thinking mode spend extra tokens thinking, so their speed thresholds are 1.5× stricter (30 / 12 / 3 tok/s). With thinking turned off, a model may do one grade better.

Public benchmarks

Measured results on the RTX 5060 Ti 16GB

Measured results on the RTX 5060 Ti 16GB
ModelQuantBackendContextPrompt (tok/s)Generation (tok/s)FlagsSourceMeasured
llama-2-7bQ4_0llama.cpp5123,737.090.9—github.com2025-08-02
gpt-oss-20bMXFP4llama.cpp2k3,821.0111.6—github.com2025-08-20
Qwen3.8 27BUD-IQ4_XSllama.cpp8k—27.6KV q8_0github.com2026-10-11
Qwen3 8BQ4_K_XLllama.cpp4k2,965.069.2CUDAhardware-corner.net2025-12-09

Measured results on the RTX 5070

Measured results on the RTX 5070
ModelQuantBackendContextPrompt (tok/s)Generation (tok/s)FlagsSourceMeasured
llama-2-7bQ4_0llama.cpp5125,185.0127.5—github.com2025-08-20
Qwen3.5 9BQ8_0llama.cpp32k3,001.067.3—localmaxxing.com2026-09-10
Qwen3 8BQ4_K_XLllama.cpp4k3,488.085.8CUDAhardware-corner.net2025-12-09

Public benchmarks we calibrate against. Their conditions (context, backend, flags) can differ from the estimates above.

Frequently asked questions

Which is faster for local LLMs, the RTX 5060 Ti 16GB or the RTX 5070?

The RTX 5070 generates text about 1.5× faster than the RTX 5060 Ti 16GB (median of our estimates over the 27 models that fit entirely in memory on both at Q4_K_M or the closest available quant). Estimated speed on Qwen3 14B at Q4_K_M: the RTX 5060 Ti 16GB est. 30.3 tok/s (26.7–34.0, calibrated estimate ±12%); the RTX 5070 est. 45.5 tok/s (40.0–50.9, calibrated estimate ±12%).

What is the largest model each can run entirely in memory?

The RTX 5060 Ti 16GB fits Muse Glimmer 30B at IQ4_XS (15.44 GB file) entirely in 16 GB, at est. 20.2 tok/s (17.7–22.6, calibrated estimate ±12%). The RTX 5070 fits Kanana 1.5 15.7B-A3B at IQ4_XS (8.71 GB file) entirely in 12 GB, at est. 130.8 tok/s (104.6–157.0, calibrated estimate ±20%).

How many local LLMs run well on each?

At Q4_K_M with 8k context, out of 58 tracked models: the RTX 5060 Ti 16GB — 28 Runs great, 9 Runs well, 11 Runs slowly, 10 Won't run; the RTX 5070 — 27 Runs great, 8 Runs well, 13 Runs slowly, 10 Won't run. 5 models get a different verdict.

Speeds are estimates from memory bandwidth, calibrated against public benchmarks, and each one comes with an error band and a confidence label. Real results vary with drivers, backend, context length and thermals.

More on each