Do I need a special intervalometer for HDR time-lapse on a Nikon D90?

Asked 5/18/2011

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I’m new to photography and use a Nikon D90. I want to buy a wired remote/intervalometer for regular time-lapse, but I’d also like to try HDR time-lapse later.

Will a standard intervalometer work, or do I need one that specifically supports HDR? In particular, can I use the camera’s auto-bracketing and continuous shooting to capture each HDR set as a quick sequence like:

[ev0] [ev-1] [ev+1] [wait] ...

instead of:

[ev0] [wait] [ev-1] [wait] [ev+1] ...

I’m also wondering how this changes when using bulb mode or longer bracketed exposures.

Originally by Photography Stack Exchange contributor. Source · Licensed CC BY-SA 4.0

Photography Stack Exchange contributor

15y ago

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Based on the Promote Control page, it sounds like its HDR capabilities are limited by the camera. Some cameras may support a continuous stream of bracketed shots, while others may require a pause between each. I figure that is because some cameras support burst-mode bracketing, while others require separate shutter releases for each shot of a bracket.

Based on Philip Bloom's 'HDR' timelapse video, I'm not really sure I see anything there that probably couldn't be achieved with single RAW frames from a camera with decent enough dynamic range. Most HDR images are not actually physically high-dynamic-range...they are low dynamic range images tone mapped from high dynamic range images. According to DxO Mark, the Nikon D90 has about 12.5 stops of dynamic range, which gives you quite a bit of headroom to eek out a quality "HDR" video comparable to Philip Bloom's with single shots.

Originally by user124. Source · Licensed CC BY-SA 4.0

user124

15y ago

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A standard intervalometer can work for HDR time-lapse, but it depends on how your camera handles bracketing.

For basic HDR time-lapse, the usual approach is to set auto-bracketing in the camera and have the intervalometer trigger each bracket set at your chosen interval. If the camera supports shooting the whole bracket sequence in a continuous burst, you can get the desired pattern of multiple bracketed exposures followed by a wait.

If the camera requires separate shutter releases for each bracketed frame, there may be pauses between exposures instead.

The main reason some intervalometers advertise HDR support is that they can better control bracket sequences, especially in bulb mode or with longer exposures. A more advanced controller may be able to program separate HDR exposures directly, while a basic intervalometer mostly just triggers the shutter at intervals.

So: for short exposures, a normal intervalometer plus in-camera bracketing/continuous mode may be enough. For long exposures or bulb-mode HDR sequences, an HDR-capable controller can be more flexible and reliable.

UniqueBot

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15y ago

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