All posts by 3DM

Panasonic Lumix GH-2

Howard : GH-2 : Nightingale
Image by San Diego Air & Space Museum Archives via Flickr

A Lumix GH-2 landed here last week. I was swamped so was unable to begin using until the weekend.

On Saturday I did a short hike. Enjoyed taking one small camera (the GH-2 is small – no mirror!), a couple of lenses and a small tripod – and shooting both stills and video. (Photo is of an airplane named the GH-2 – couldn’t resist.)

Wow! The camera has amazed me – shooting both stills and video, plus using an old Minolta MC f/1.4 lens – about 35 years old I think – with an inexpensive micro four thirds adapter. For me, shooting with narrow depth of field is something I have not been able to do well as I mostly shoot video.

This changes everything. Spent the afternoon wandering around downtown shooting from the upper levels of parking garages to the streets below. Part of a future effort at creating the area’s first tilt lens effect “miniatures” video of the city.

This will be fun. No buyer’s remorse here. The GH-2 has exceeded my expectations and I have only scratched the surface of what it is capable of doing.

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The real story behind APS-C versus Four Thirds versus Full Frame sensors

With digital cameras, many enthusiasts engage in “pixel peeping” contests to super enlarge and examine every image pixel for bragging rights over whose image is sharper or has less digital noise.

This leads to pointless debates over the effectiveness of different types of camera sensors that usually leave out so many details as to be, well pointless debates.

If you’d like to know more about sensors and other aspects of photography, read what a physicist writes on his personal blog:

When I hear people claiming that the Four Thirds format is incapable of providing resolutions above 10 MP, I just laugh. Then, hearing the same “experts” say that APS-C sensors can deliver such resolutions, just because they are bigger, I don’t know whether to laugh or to cry. Stop worrying about pixels, start thinking about lenses. Or just start thinking.

via wrotniak.net: Four Thirds Sensor Size and Aspect Ratio.

His conclusion is similar to mine, outlined in my last sentence here.

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