Update 2026.10

NVIDIA GeForce RTX 5060 Ti 16GB 16GB GPU memory, main unit cost separate

448 GB/s GDDR7 VRAM. 16GB entry desktop GPU with 8B and 12B Q4 models 100% loadable in dedicated VRAM.

Speed and memory for the same model

RTX 5060 Ti 16GB · Qwen3.8 27B · local LLM speed and memory: Prompt processing · prefill 342–613 tok/s · Token generation · decode 5.6–5.7 tok/s; Required 17.56GB / Usable 15GB VRAM
4,096 input tokens · single request · prompt cache off

Hardware core specifications

Available memory
15GB
Memory bandwidth
448GB/s
Estimated sustained LLM load
About 250W
Korean price range (KRW)
99 × KRW 10,000–108 × KRW 10,000

Who it fits

  • Utilizes 15GB of available memory
  • CUDA-based local inference
  • K2 Horizon MoVA 36B-A4B-class high-speed generation

Skip it if

Prices cover the GPU alone; electricity estimates cover the entire PC including the GPU. Add the host PC, power supply and cooling to your purchase budget.

Recommended format for each device 4K input

The model you will experience with this equipment

K2 Horizon 0.9B

Required 1.03GB · spare time

llama.cpp CUDA · Q4_K_M

Decode

634 ~ 701.6 tok/s

First token

0.36 to 0.65 seconds

K2 Horizon MoVA 36B-A4B

recommended

Required 21.94GB · tight

llama.cpp CUDA · Q4_K_M

Decode

17.4 ~ 17.6 tok/s

First token

2.1 to 3.8 seconds

Actual speed varies with runtime version, cooling, context length and quantization file.

On sales pages, look at memory before chips.

The model and speed assumptions above change if the product is not the 16GB configuration.

Frequently asked questions

Which local LLM can be run on an RTX 5060 Ti 16GB?
K2 Horizon 0.9B, K2 Horizon MoVA 36B-A4B and others with a 4K input and the recommended format. Required memory varies by model and context length.
What is the power consumption of a local LLM on an RTX 5060 Ti 16GB?
Sustained load is about 250 W, with an actual range of 190–320 W.
Are the displayed token speeds ground truth?
This is a range aligned to collected benchmark measurements under the same conditions. Combinations without a matching measurement are estimated from the nearest result and vary with runtime, cooling, quantization file and context length.