This transmitter allowed images to be sent to the wire services from film. This marked Nikon’s formal entry into electronic imaging. Just for a quick history lesson: Nikon developed the NT-1000 transmitter in 1983 for use at the 1984 Summer Games in Los Angeles.
I think it’s hard to quantify the ease or difficulty of the transition to digital since it’s been an ongoing process since the early 1980’s, at least for Nikon. I assume the transition to digital was as rocky for a company like Nikon as it was for every photographer.
#Nikon capture nx d download to other hard drive software#
I feel like there’s been a much greater emphasis on producing higher quality software than there had been in the past. The key people in software all came from a very strong hardware background. For me the most promising thing is seeing Active D-Lighting in our cameras this idea came from our Capture 4 software (the predecessor to Capture NX, although the cameras and software use different libraries). However there has always been a direct relationship of software and hardware. Our firmware and software teams are basically united at this point. Hey Michael, I picked up a D3 the day it came out, and love it! How closely do the hardware engineers work with the software engineers when developing something like Nikon Capture NX 2.0?Īs of recently, more closely than ever. Recently, Nikon introduced their newest RAW processing/management software, Nikon Capture NX 2.0, and I had a chance to chat it up with Michael Rubin, a senior manager at Nikon. If you haven’t already heard, they are providing D700s on-site for our Shoot! On Location winners, and they’re also providing a D300 kit for the winner of our Shoot! The Day content. I’ve been a Nikon digital SLR shooter since the D1x in 2001, so I’m personally thrilled to have Nikon as a Shoot! The Day partner.
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