Developer Unit Converter
Convert storage sizes (B/KB/MB/GB) with cloud precision and Unix timestamps (epoch) to human dates. Essential developer calculations in one tool.
Developer Unit Converter
Convert storage sizes and Unix timestamps with high precision
Byte Converter
Convert between B, KB, MB, GB with cloud precision (1024-based)
Epoch Converter
Convert Unix timestamps to human-readable dates and back
Common Examples:
Features
Storage Conversion
Convert between bytes, kilobytes, megabytes, gigabytes, and more. Uses binary units (1024-based) for accurate cloud calculations.
Time Conversion
Convert Unix timestamps (epoch) to human-readable dates and vice versa. Supports millisecond precision.
High Precision
6-decimal precision for storage calculations. Perfect for cloud computing and data analysis.
Developer Focus
Built for developers with common units and formats used in software development.
How to Use
Storage Conversion
Enter a value in any storage unit field
See instant conversions to all other units
Copy any result with one click
Time Conversion
Enter a Unix timestamp or select a date
View the conversion result instantly
Use current time or copy results
Common Use Cases
Storage
- Cloud storage calculations
- Data transfer estimations
- File size conversions
- Storage planning
- System requirements
Time
- Debug timestamps
- Log analysis
- API testing
- Date calculations
- Event scheduling
Frequently Asked Questions
Why use binary units for storage?
Binary units (1024-based) are the standard in computing and cloud storage. While decimal units (1000-based) are sometimes used in marketing, binary units provide more accurate calculations for actual storage capacity.
What's the difference between MB and MiB?
MB (megabyte) traditionally uses binary (1024) in computing but can mean decimal (1000). MiB (mebibyte) always means binary. Our tool uses binary units as they're most relevant for developers.
How accurate are the conversions?
Our tool provides 6-decimal precision for storage calculations and millisecond precision for timestamps. This level of accuracy is suitable for most development and cloud computing needs.