Google Chromecast (3rd Generation)

This item is a 3rd Generation Google Chromecast digital media streaming device. Physically, it features a charcoal-colored (matte dark grey) circular polycarbonate body, measuring approximately 2 inches in diameter. The design includes a short, integrated flexible ribbon-style cable that terminates in a male HDMI connector, used for direct insertion into a television port. Centered on the upper face of the puck is an embossed 'G' logo, characteristic of Google's hardware branding. The reverse side typically contains regulatory information and a micro-USB port for power sourcing. Its construction is compact and minimalist, weighing approximately 40 grams. Regarding condition, the device appears well-maintained with minimal surface abrasions; there is no visible fraying on the flexible cable or oxidation on the HDMI pins. This specific model was launched in 2018 and represents a refinement in the Chromecast line, offering 1080p resolution support at 60fps. The build quality is standard for high-volume consumer electronics, utilizing durable plastics for heat dissipation and portability.

I have examined the provided description and visual characteristics of this 3rd Generation Google Chromecast in Charcoal. The device presents in excellent aesthetic condition, appearing to be an authentic Google product based on the embossed logo placement, the specific matte finish of the 2018 revision, and the integrated HDMI ribbon cable design. I note no structural failure in the flexible neck or environmental damage to the ports. In the current secondary market for streaming peripherals, this model has been largely superseded by the Chromecast with Google TV (HD and 4K) which includes a dedicated remote. Consequently, while the device remains functional and reliable, it is considered a high-volume commodity rather than a collector's item. Valuation is based on recent cleared auctions and secondary sales for pre-owned units without original retail packaging. The primary value drivers are the physical integrity of the HDMI connector and the 1080p/60fps capability, though demand is tempered by the abundance of newer technology. My assessment is based on a visual inspection of external components; a full authentication would require a physical internal inspection to verify the circuit board and serial number against manufacturer records to rule out counterfeit clones. I would also need to perform a power-on test to ensure the radio frequency (RF) components and firmware are fully operational. No provenance was provided, which is standard for consumer electronics of this type.