thenlper · embedding

gte-small

thenlper/gte-small

gte-small at Q4_K_M is exactly 29,203,744 bytes (0.03 GiB / 0.03 GB) — an effective 7.003 bits per weight, not the nominal 4.

From the file· summed from 1 file(s)From the file· KV per layer
Parameters
33M
Architecture
bert
12 layers
Context
512
native (config.json)
License
mit

Shipped quantizations

exact bytes, summed from published files
QuantSizeExact bytesEffective bpwTensorsPublisher
Q3_K_S0.02 GiB25,250,0806.055ChristianAzinn
Q2_K0.02 GiB25,250,0806.055ChristianAzinn
Q4_00.02 GiB26,190,1126.280ChristianAzinn
Q3_K_M0.02 GiB26,724,6406.409ChristianAzinn
Q3_K_L0.03 GiB27,738,4006.652ChristianAzinn
Q4_K_S0.03 GiB28,217,6326.767ChristianAzinn
Q5_00.03 GiB28,844,3206.917ChristianAzinn
Q4_K_M0.03 GiB29,203,7447.003ChristianAzinn
Q5_K_S0.03 GiB29,729,0567.129ChristianAzinn
Q5_K_M0.03 GiB30,475,5527.308ChristianAzinn
Q6_K0.03 GiB35,092,7688.415ChristianAzinn
Q8_00.03 GiB36,806,9448.826ChristianAzinn

No KV cache

architectural, not a gap in our data

This architecture allocates no KV cache. Encoder and embedding models process their input in one pass rather than generating token by token, so there is nothing to carry forward between steps and memory does not grow with context. Its footprint is the weights plus a working buffer, and that is the whole story.

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 0.02 GiB. The real file is 0.03 GiB, because a quantization is a mixture and some tensors are always kept at higher precision.

Architecture

from config.json
Layers
12
Attention heads
12
KV heads
12
Head dim
32
Hidden size
384
Vocab
30,522
Sliding window
none
SWA period
MLA
no
Experts
Experts per token
use_sliding_window

Questions people ask

How much VRAM does gte-small need?
Q4_K_M is exactly 29,203,744 bytes (0.03 GiB) in weights. Add the KV cache, which depends on your context length, plus roughly half a gigabyte of runtime overhead.
Which quantization of gte-small 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.