krea · image

Krea-2-Raw

krea/Krea-2-Raw

Krea-2-Raw at Q4_K_M is exactly 7,486,289,184 bytes (6.97 GiB / 7.49 GB) — an effective 4.672 bits per weight, not the nominal 4.

From the file· summed from 1 file(s)
Parameters
12.8B
Architecture
krea2
Context
native (config.json)
License
other

Shipped quantizations

exact bytes, summed from published files
QuantSizeExact bytesEffective bpwTensorsPublisher
IQ1_S2.34 GiB2,510,315,5521.567gguf-org
IQ1_M2.62 GiB2,810,741,7921.754gguf-org
IQ2_XXS3.08 GiB3,311,452,1922.066gguf-org
IQ2_XS3.46 GiB3,712,020,5122.316gguf-org
IQ2_S3.83 GiB4,112,588,8322.566gguf-org
Q2_K4.55 GiB4,889,589,0243.051vantagewithai
IQ3_XXS4.58 GiB4,913,725,4723.066gguf-org
IQ3_S5.14 GiB5,514,577,9523.441gguf-org
Q3_K_S5.14 GiB5,514,578,0163.441gguf-org
Q3_K_S5.60 GiB6,014,825,7603.753vantagewithai
Q3_K_M5.60 GiB6,014,825,7603.753432vantagewithai
Q4_K_M6.97 GiB7,486,289,1844.672432vantagewithai
Q4_K_S6.97 GiB7,486,289,1844.672vantagewithai
Q4_06.97 GiB7,486,289,1844.672432vantagewithai
Q4_17.62 GiB8,178,742,5605.104vantagewithai
Q2_K2 shards7.85 GiB8,425,461,8885.258gguf-org
Q5_K_S8.26 GiB8,871,195,9365.536vantagewithai
Q5_K_M8.26 GiB8,871,195,9365.536432vantagewithai
Q5_08.26 GiB8,871,195,9365.536vantagewithai
Q5_19.01 GiB9,676,559,6486.038vantagewithai
IQ4_XS2 shards9.23 GiB9,913,275,2006.186gguf-org
NVFP42 shards9.72 GiB10,436,821,8886.513gguf-org
Q6_K9.86 GiB10,583,638,3046.604432vantagewithai
Q8_012.76 GiB13,705,958,6888.553432vantagewithai
Q4_02 shards15.49 GiB16,628,033,60010.376molbal
Q4_12 shards16.94 GiB18,190,444,60811.351molbal
Q5_02 shards18.40 GiB19,752,855,61612.326molbal
Q5_12 shards19.85 GiB21,315,266,62413.301molbal
Q8_02 shards27.13 GiB29,127,321,66418.176molbal

Pipeline components

a diffusion model is a graph of parts, not one file
ComponentSizeShareCan live on the CPU?
text encoder8.27 GiB25%yes — the usual first VRAM saving
vae0.47 GiB1%no, must be resident
denoiser24.48 GiB74%no, must be resident
Full pipeline33.22 GiBresident if nothing is offloaded

The parameter count published for a diffusion model describes the denoiser alone. Running it also requires its text encoder and VAE, and the text encoder is often nearly as large as the denoiser — which is why offloading it is the standard first move when you run out of memory. This repository also ships a single-file copy of the denoiser at its root; we count it once, not twice.

We publish component sizes here, not throughput. Community-submitted image-generation rates do exist for many GPUs and we show them on the hardware pages, but they aggregate runs at different resolutions, step counts and settings, so they cannot be attributed to one model. Peak memory during sampling is unmeasured by any public source, and we do not estimate it.

Compare with

same modality, comparable size

Will it run on your card?

full quant x context sweep

Why other calculators give a different number

A parameters × bits ÷ 8 estimate puts Q4_K_M at roughly 6.72 GiB. The real file is 6.97 GiB, because a quantization is a mixture and some tensors are always kept at higher precision.

Architecture

Architecture unavailable — this repository is gated and no ungated mirror was found. Exact file sizes above are still authoritative; only the KV math needs the config.

Questions people ask

How much VRAM does Krea-2-Raw need?
Q4_K_M is exactly 7,486,289,184 bytes (6.97 GiB) in weights. Add the KV cache, which depends on your context length, plus roughly half a gigabyte of runtime overhead.
Which quantization of Krea-2-Raw should I use?
Q4_K_M is the usual default. Pick the largest quantization that fits your card at the context you actually need — the table above gives exact sizes for every one published.