Welcome back to Hidden Light Photography!
Ever wonder why some deep space images reveal intricate detail and vibrant color - while others look noisy, green, or washed out?
🎯 In this video, I'll show you exactly how integration time impacts your final image, from 30 minutes to a full 15 hours:
✅ Understand why short integrations struggle with color
✅ See how noise, signal, and color fidelity build over time
✅ Learn why OIII (blue) is the slowest signal to emerge
✅ Watch real-world comparisons through Blink, channel separation, and stacking
Whether you're just starting your astrophotography journey or pushing your imaging deeper, this walkthrough will give you a crystal-clear understanding of what time actually does to your data.
💡 If you've ever felt frustrated that your images don't match what you see online, this might be the missing piece you've been searching for.
🌐 More resources, scripts, and guides:
https://hiddenlight-photography.com
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👉 https://hiddenlight-photography.com/best-equipment-for-2025
💬 Got a question or idea to share? Drop it in the comments or email me:
📧
[email protected]
📹 Related Guides and Tutorials:
Understanding Noise in Astrophotography:
Shot Noise and Read Noise:
https://youtu.be/ZglpvtwWdoU
Diminishing Returns:
https://youtu.be/2RERaijh9Fw
Gain and Offset:
https://youtu.be/KjSHL6qQkO0
Dark Current:
https://youtu.be/BT_fLv3_BGQ
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https://www.youtube.com/channel/UCJSmwdPEmRhvaWIpF0azaOQ/join
💬 Questions or Feedback?
Drop a comment below! Have you struggled with getting faint structures to appear? I'd love to hear your experiences and challenges.
📧 Or email me at:
[email protected]
📽️ Timestamps
00:00 Introduction
01:11 Overview of Shot Noise
02:07 Shot Noise Visualized
04:00 Shot Noise vs Signal
06:43 Integration vs Exposure
7:31 30 Minutes vs 1 Hour
11:05 1 Hour vs 2 Hours
12:47 Integration vs Color
16:00 2 Hours vs 15 Hours
17:25 Closing Thoughts
#astrophotography #pixinsight #hiddenlightphotography #integrationtime #deepastronomy