Full 1M context V4-Flash without owning eight GPUs
Summary
The article introduces Gonka, a decentralized inference network that enables access to the V4-Flash AI model with full 1M context without requiring local GPU ownership, using an OpenAI-compatible interface.
Similar Articles
GLM-5.3-Flash @ DGX Station GB300: ~206 tok/s (single stream), 1M context
The user benchmarks the GLM-5.3-Flash AI model on a DGX Station, achieving ~206 tokens per second in single-stream inference with a 1 million context window, and shares a Docker command for setup.
Z.ai Served GLM-5.3-Flash Entirely on Chinese AI Chips
Z.ai announced that it served the GLM-5.3-Flash model entirely on Chinese AI chips with per-token costs comparable to Nvidia GPUs, using a custom inference engine optimized for memory-constrained hardware.
@dee_hw: What’s it like to run a frontier model locally at 300 tok/s? Autonomous Computer × DeepSeek V4 Flash is now my daily dr…
A tweet and product page promoting Autonomous Computer 2, a local AI workstation with dual RTX 5090 GPUs, designed to run frontier models like DeepSeek V4 Flash at high speed with privacy and no per-token costs.
Qwen3.8-Flash-Next at 170K context on a single 96 GB card. ~110 tok/s.
The article describes a method to run the Qwen3.8-Flash-Next model with quantized n-grams to achieve over 170K token context on a single 96GB GPU card, with performance up to 110 tokens per second using INT4 quantization and memory-mapped disk access.
@Saboo_Shubham_: OPEN SOURCE AI is killing it. DeepSeek v4 Flash is a quasi-frontier model with a massive 1M context window. It can LOCA…
The article highlights DeepSeek v4 Flash as a quasi-frontier open-source model with a 1M context window, noting its ability to run locally on a 128GB Mac using 2-bit quantization.