KODAK Charmera Cámara digital de llavero Millenium, 0,3 MP VGA, Plata

The KODAK Charmera is a pocket-sized digital camera that clips onto your keys, so you can capture spontaneous moments wherever life takes you. Whether you are exploring a new city, hanging out with friends, or simply documenting your daily commute, this VGA-resolution camera offers a fun, low-effort way to shoot pictures at the press of a button.

Key specifications

• 0.3 Megapixel CMOS sensor
• Maximum image resolution: 640 x 480 pixels (VGA)
• Fixed focus lens with f/2.8 aperture
• Automatic exposure and white balance
• Shutter speed: 1/30 to 1/1000 sec
• 8 MB internal SDRAM stores up to 50 VGA or 100 QVGA images
• Optical viewfinder and monochrome LCD status display
• USB 1.1 connectivity for easy photo transfer
• Runs on 2 x AAA batteries
• JPEG (DCF) file format
• Compatible with Windows 98/ME/2000/XP and Mac OS 8.6-9.x
• Keychain attachment and compact, lightweight body

Why choose it

The Charmera stands out for its extreme portability. Designed to dangle from your keyring, it is always within reach when a photo opportunity appears. Despite its tiny size, it still offers a genuine optical viewfinder and a simple, automatic shooting experience. The camera's vintage appeal, combined with its low-resolution VGA output, makes it a fun accessory for retro photography enthusiasts or anyone who wants a camera that is as much a fashion statement as a functional gadget.

Ideal use cases

• Everyday carry and travel photography
• Festivals, parties, and social events
• A novelty gift for photography fans
• Simple documentation for blogs or scrapbooks

Good to know

This camera does not have a display screen for reviewing photos; instead, it uses a small monochrome LCD to show the shot counter and mode. Images are stored on internal memory, and you transfer them to a computer via the included USB cable. Power comes from two AAA batteries, which are widely available. This is a true no-frills camera that captures the charm of early digital photography.