A quick win for FLIR and its LEPTON core would be relocation of the FFC shutter behind the lens and the use of a decent Chalcogenide IR Glass lens in place of the clever, but less than ideal, Silicon lens design. The ability to easily manual focus the lens, even if a tool was required, would also be an improvement. With 160 x 120 12um pixels you really need to give the microbolometer the very best chance to produce a decent image. Hikvision manage to do it with their 160 x 120 pixel camera cores. As to the upscaling that FLIR employ, there really is no excuse for poor technique in that area of the design as upscaling so well understood these days. FLIR really do need to step up to the plate and refresh their LEPTON core design and associated software. I know their ‘baby’ is the BOSON but, as some of us know, that project is troubled, to say the least. At the current rate of progress in microbolometer core designs coming out of China, FLIR could find their products severely ‘out-gunned’ in the consumer marketplace. Creating ‘gadgets’ based on the LEPTON cannot compete with better imaging performance in the long run. From the consumer stand point, we are fortunate to be seeing these new cores coming out of China. We have more choice and competitive pricing. We may see an increase in the resolution offered from more budget priced cores in the years ahead but, for the moment 256 x 192 pixels appears to be a ‘sweet spot’ that the Chinese designers are focussed on.
I will shortly be releasing my review of the Infiray P2 PRO that contains the Infiray Tiny1 core that competes with the LEPTON. It offers higher resolution and higher frame rate…. It is not perfect however, as we shall see. Would I choose it over a Lepton 3.5 ? …. Wait to read the P2 Pro review to find out
Fraser