photonic link data transmission breakthrough nears parity with local access

A new photonic link allows remote data access with less than 1% speed loss over 3,000 km. This helps AI training and could change data center design.

#PhotonicLink, #DataTransmission, #AISpeed, #RemoteAccess, #TechBreakthrough

https://newsletter.tf/photonic-link-remote-data-near-local-speed/

New tests show remote data access over 3,000 km is almost as fast as local access, with only a 1% speed drop. This is a big step for AI training.

#PhotonicLink, #DataTransmission, #AISpeed, #RemoteAccess, #TechBreakthrough
https://newsletter.tf/photonic-link-remote-data-near-local-speed/

New Photonic Link Lets Remote Data Access Near Local Speeds

A new photonic link allows remote data access with less than 1% speed loss over 3,000 km. This helps AI training and could change data center design.

NewsletterTF
OpenAI sidesteps Nvidia with unusually fast coding model on plate-sized chips

OpenAI's new GPT‑5.3‑Codex‑Spark is 15 times faster at coding than its predecessor.

Ars Technica
🚀 Nvidia & Groq: De toekomst van AI-snelheid is hier! Ontdek de kracht van innovatie en technologie in actie. #AISpeed #Innovation 
https://itinsights.nl/het-laatste-it-nieuws/nvidia-en-groq-de-nieuwe-snelheid-van-ai/

Người dùng muốn tác giả tăng tốc độ phản hồi của AI Agent. Sau nhiều nỗ lực, tác giả đã thêm tùy chọn "FAST MODEL", giúp giảm thời gian phản hồi từ 30-50 giây xuống còn khoảng 5 giây cho các truy vấn phức tạp, cạnh tranh với ChatGPT.

#AI #CôngNghệ #TốcĐộAI #AIAGENT #ChatGPT #Technology #AISpeed #AIdevelopment #SaaS

https://www.reddit.com/r/SaaS/comments/1pcax4c/my_users_wants_me_to_speed_up_my_ai_agents/

🚀 Apple fa un balzo nel futuro: LLM ora 5 volte più veloci grazie alla innovativa IA! #AppleRevolution #AISpeed

🔗 https://www.tomshw.it/hardware/apple-accelera-llm-fino-a-5-volte-con-nuova-ai-2025-08-09

Apple rivoluziona l'IA rendendo gli LLM fino a 5 volte più veloci

Apple presenta una nuova tecnica per accelerare le risposte dei modelli linguistici di grandi dimensioni mantenendo alta la qualità dell'output generato.

Tom's Hardware