Rambus is a technology company that's come up with a lens-free camera. Most digital cameras cannot be drastically downsized because of the specific lenses that are needed to take quality shots, but Patrick Gill, a researcher at Rambus, has come up with a solution.
The device works by "replacing the focusing optic with a 200 micron-wide sensor (smaller than a pencil point), that uses a spiral shape to map light. The lens-free technology relies on a computer processor to interpret what the resulting image should look like," according to DesignBoom. Basically the camera would rely on a computer to interpret the image, instead of a heavy-duty lens.
It will be interesting to see what happens with this technology, since professional photographers still favor DSLRs over smartphones. Perhaps this will push people in the other direction. Photo Credits: designboom, rambus
Lens-Free Cameras
Rambus Invents a Device That Could Miniaturize Cameras
Trend Themes
1. Lens-free Cameras - Opportunity for disruptive innovation in camera technology by eliminating the need for traditional lenses and relying on computer processing instead.
2. Miniaturization of Cameras - Opportunity for disruptive innovation in the camera industry by developing smaller, more compact cameras without compromising image quality.
3. Shifting Preferences of Professional Photographers - Opportunity for disruptive innovation in the photography industry by offering lens-free cameras as a viable alternative to DSLRs.
Industry Implications
1. Camera Technology - Opportunity for disruptive innovation in the camera technology industry through the development of lens-free camera technology.
2. Electronics Manufacturing - Opportunity for disruptive innovation in the electronics manufacturing industry by incorporating lens-free camera technology into various consumer electronic products.
3. Photography Equipment - Opportunity for disruptive innovation in the photography equipment industry by introducing lens-free cameras as a new category of professional photography gear.