284B MoE · 13B Active · 61.6GB GGUF · CPU-Feasible Inference This section provides cryptographic verification of the DFQS-IQ1_S-XL artifact for reproducibility and integrity validation. File: DeepSeek-V4-Flash-IQ1S-XL.gguf (61.6GB) SHA-256: b049d1eb34c068f19ab007b33c22a7d758b578bf2b10d9276e79654f85d35047 Timestamp:** 2026-05-19 14:32:17 UTC This hash verifies: — file integrity — deterministic reconstruction of the merged GGUF artifact — consistency of DFQS-IQ1_S-XL deployment packaging This block is intended for reproducibility validation across DFQS-compatible environments. DFQS-IQ1_S-XL defines a constrained-memory MoE deployment class designed for: — deterministic GGUF execution — CPU-feasible inference — ultra-low-bit routing stability — single-file deployment architecture > DFQS-IQ1_S-XL defines an ultra-low-bit operational deployment class for large-scale MoE inference under constrained memory environments. Traditional DeepSeek-V4-Flash deployments typically operate within: — 120GB–300GB GGUF ranges — GPU-first inference systems DFQS-IQ1_S-XL establishes: — sub-70GB operational envelope — CPU-accessible MoE inference — constrained-memory deployment feasibility — Performance…
Модальности:
Генерация текста
Области применения:
Генерация кода Программирование Диалог / чат
Задача: Генерация текста
Автор: persadian
Теги: llama.cpp, gguf, programming, coding-assistant, text-generation-inference, deepseek, quantized, moe
Лайков: 3 | Загрузок: 159
Описание основано на материалах HuggingFace. Перевод выполнен автоматически.
