Estimated Resale Value $785 +35% RAMaggedon Premium
VRAM Utilization 31.4% 7.5 GB / 24.0 GB total
Expected Token Rate 84.2 tok/s Memory bus bounded (936 GB/s)
AI Value Efficiency $32.71 / GB vs $68.50/GB (RTX 4090)
VRAM Memory Footprint Allocation
Fits 100% in Fast VRAM
Model Weights
5.20 GB
KV Cache (Tokens)
1.05 GB
CUDA & Compute Buffer
1.25 GB
Headroom / Free VRAM
16.50 GB

Real-time Inference Preview Ready

Click "Run Benchmark Stream" to measure actual memory bandwidth utilization and generation latency.
Generated: 0 tokens Bandwidth Util: 0% TTFT: -- ms
Calculated via theoretical memory-bound inference: Tok/s = Bandwidth (GB/s) / Active Model Size (GB).

Market Resale & AI Viability Tier S: Goldmine

Parameter Current Card Standard Era MSRP
Baseline Gamer Value $580 $1,499
RAMaggedon AI Squeeze Value $785 --
Cost Per GB VRAM $32.71 / GB $62.45 / GB
Max Context at Current Model 128,000+ tok Full Offload
Telemetry verified for local Ollama / vLLM execution.
Export Audit Spec (.JSON)

Why is an Older GPU Suddenly a Goldmine? The "RAMaggedon" Explained

In traditional 3D gaming, memory capacity beyond 8–10 GB rarely yielded performance increases. However, in local LLM inference (e.g., Llama 3, DeepSeek, Mistral, Qwen), VRAM capacity is a strict binary ceiling: if weights and KV-cache exceed GPU memory by even 100 megabytes, the workload falls back to system RAM over the PCIe bus, dropping generation rates from 80 tokens/sec to 1.5 tokens/sec. Older cards possessing 16GB, 22GB, or 24GB of high-speed memory have decoupled from normal silicon depreciation, surging on secondary markets.

VRAM Capacity vs Speed

Autoregressive decoding is memory-bandwidth bound. Each generated token requires reading every parameter in the model through the memory controller once.

KV-Cache Escalation

Longer context windows (8K to 128K tokens) store key-value attention vectors for previous tokens, demanding anywhere from 500MB to 16GB of additional dedicated VRAM.

Sell vs Keep Decision

Before offloading your RTX 3090 or modded card, assess whether buying equivalent modern 24GB VRAM (e.g. RTX 4090 at $1,800+) makes economic sense for your AI workload.

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