These are two examples of Ektar 100, with 100% pixel crops. One has neon colors, the other does not. The one of the workmen was somewhat of a grab shot, so as it is far from critically sharp, you may have an easier time distinguishing the grain quality of the film from the scene itself. Normally I would crop and do some perspective control on these types of architectural shots, but for you, I show all my warts ;-)
Tech and process as follows:
Camera: Mamiya 6, 75mm lens, box speed.
Processing: nothing fancy (Print Space NYC).
Scanner: Microtek 120tf, dry mounted in the stock holders.
Scan software: Uggy SilverFast in Positive mode, HDR, tagged with scanner input profile generated with SilverFast-provided IT8 target and software. 2x sampling, 16 bits/channel @ 4000 dpi and with the analog exposure set to the default "10" in the Silverfast settings. (I have no idea what these numbers mean (aside from "higher = longer exposure") but you can also set exposure times for each of the R, G, and B channels if you're a S/N ratio weenie and don't want to properly profile your scanner...)
Post Processing: Photoshop CS2. Invert > Convert to working space (ProPhoto). Levels layer: set black point (whether to the film leader or something in the scene is a matter of discretion; I find that with Ektar--moreso than with Portra--it can make a HUGE difference); set white point manually for each channel by holding the Option key and edging it down so that only the leader, dust (ha ha, no but really), and/or specular highlights are clipped; adjust master Gamma for a pleasing brightness; set neutral midtone by clicking gray-ish things until it looks approximately right, and tweaking the individual color Gammas manually; resize 1000px across, bicubic resampling, convert to sRGB, 8 bits, save as JPEG quality level 11.
To clarify the above process: these photos were "printed" from a raw scan of the negative, which was tagged with the scanner profile and converted to ProPhoto. Using ONLY a Levels layer, I set a black point, a white point, and balanced color. (Color balancing may also include some fine tweaking of the black and white points if I notice any casts in shadows or highlights.) I converted to sRGB/8bits in order to save as a JPEG to show all you folks on the intertubes. I believe that the process outlined above is a good starting point for anybody who wishes to work with color negative film digitally, and I also believe that it comes as close as possible to characterizing the innate qualities of a particular emulsion.
Furthermore, the above process is relatively FAST, and much of it can be automated since it is such a simple process. It gives consistent, repeatable results: it leverages the fact that Kodak engineered their film to respond reasonably linearly to light (duh). If you want to be super-archival, you should save your raw neg scans with your scanner profile embedded; that way, you can choose different working spaces or conversion methods later on.
If you have any other questions or concerns, please ask politely and I'll be happy to respond.