What Is This Tool?
This tool allows you to convert and archive PPS presentation files into 7Z archives. It compresses one or more PPS files into a single package, reducing storage size, enabling optional AES-256 encryption, and supporting multi-volume archives for flexible transfer and backup.
How to Use This Tool?
-
Upload your finalized PPS files or folder containing presentations
-
Choose 7Z as the output archive format
-
Optionally enable encryption and set a password for security
-
Select compression settings or multi-volume options if needed
-
Start the conversion and download the resulting 7Z archive
Key Features
-
Compresses PPS slide show files using high-ratio LZMA/LZMA2 algorithms
-
Supports AES-256 encryption for secure file protection
-
Creates multi-volume archives for transferring large sets of presentations
-
Preserves original PPS files with animations, transitions, and embedded media intact
-
Offers an open, widely supported archive format compatible with many third-party tools
Examples
-
Compress a folder of .pps slide shows into one .7z archive using LZMA2 compression to minimize download size
-
Create an AES-256 encrypted 7Z backup of finalized PPS presentations for secure long-term storage
-
Produce a multi-volume 7Z archive to split a large exhibition slideshow collection for transport on removable media
Common Use Cases
-
Distributing batches of finalized PPS presentations to reduce total download size
-
Backing up presentations securely with encryption for long-term archiving
-
Transferring large presentation collections split into manageable archive volumes
-
Archiving kiosk or booth slideshows while retaining animations and embedded multimedia
Tips & Best Practices
-
Ensure recipients have compatible tools to extract 7Z archives, as native support may be lacking
-
Use AES-256 encryption to protect sensitive or proprietary presentations during transfer
-
Be aware that solid compression can increase extraction times for individual files inside the archive
-
Consider system performance when compressing or decompressing large archives, as CPU and memory load can be significant
-
Regularly verify archive integrity with checksums or extraction tests
Limitations
-
Archiving does not alter PPS content; any embedded macros or active objects remain and may pose security risks
-
Some systems require third-party software to open 7Z files due to limited native support
-
Solid compression complicates modifying or extracting single PPS files within the archive
-
Compression and decompression processes can demand significant CPU and memory resources
-
Certain extractors may lack support for newer 7Z features like LZMA2 or header encryption
Frequently Asked Questions
-
Why convert PPS files to 7Z format?
-
Converting PPS files to 7Z compresses and bundles multiple presentations into a smaller archive, making storage, transfer, and backup more efficient while preserving the original files and their embedded content.
-
Can I secure my PPS presentations within the 7Z archive?
-
Yes, the 7Z format supports strong AES-256 encryption, allowing you to password-protect your archived PPS files for secure sharing and storage.
-
Will archiving PPS to 7Z remove macros or active content?
-
No, archiving maintains all original file contents including any active content like macros or embedded OLE objects, which may carry security risks.
-
Do all systems support opening 7Z archives natively?
-
No, many operating systems do not have built-in support for 7Z files and might require third-party extraction tools.
Key Terminology
-
PPS
-
A Microsoft PowerPoint Slide Show file format designed to open directly in slideshow playback mode including animations and embedded media.
-
7Z
-
An open archive format created by 7-Zip that supports high compression, encryption, and multi-volume archives.
-
AES-256
-
A strong encryption method used to secure the contents of 7Z archives with password protection.
-
LZMA
-
A powerful compression algorithm that provides high compression ratios used by the 7Z format.
-
Solid Compression
-
A compression technique where multiple files are compressed together for better ratios but may increase extraction overhead.