Speicherkarten-Kapazitätsrechner
Schätzen Sie die Fotoanzahl oder Videoaufnahmezeit einer Speicherkarte.
Tilgungsplan
| # | Zahlung | Kapital | Zinsen | Restschuld |
|---|---|---|---|---|
Wachstum über die Zeit
| Jahr | Investiert | Wert |
|---|---|---|
Einführung
Memory Card Capacity Calculator — Estimate photo count or video recording time for a memory card. Enter Card Capacity, Avg Photo File Size, Video Bitrate, Usable Capacity Factor to get an instant, accurate result.
Formel
Photo count = (card capacity in GB × 1000 × usable-capacity factor) / average file size (MB). Video recording time (minutes) = (card capacity in GB × 8000 × usable-capacity factor) / video bitrate (Mbps), converting bytes of storage to bits of video data. A default usable factor of 0.93 accounts for formatting overhead and manufacturer GB-vs-GiB labeling.
Schritt für Schritt
- Enter the Card Capacity.
- Enter the Avg Photo File Size.
- Enter the Video Bitrate.
- Enter the Usable Capacity Factor.
- Click Calculate to see your result instantly.
Praxisbeispiel
Example: With Card Capacity = 128 GB, Avg Photo File Size = 25 MB, Video Bitrate = 100 Mbps, Usable Capacity Factor = 0.93, the Memory Card Capacity Calculator gives Num Photos: 4761.6, Recording Time Minutes: 158.72.
Häufig Gestellte Fragen
Why isn't the usable capacity 100% of the rated card size?
Can I estimate both photo and video capacity at once?
What inputs does the Memory Card Capacity Calculator need?
How accurate is the Memory Card Capacity Calculator?
Is the Memory Card Capacity Calculator free to use?
Über Speicherkarten-Kapazitätsrechner
The Memory Card Capacity Calculator uses a real, verifiable formula — Photo count = (card capacity in GB × 1000 × usable-capacity factor) / average file size (MB). Video recording time (minutes) = (card capacity in GB × 8000 × usable-capacity factor) / video bitrate (Mbps), converting bytes of storage to bits of video data. A default usable factor of 0.93 accounts for formatting overhead and manufacturer GB-vs-GiB labeling. — so results are accurate every time, not an approximation.