MPEG-TS Bitstream Inspector banner

MPEG-TS Analyzer
& Bitstream Inspector

Inspect, Deep-Dive, and Debug MPEG Transport Streams Directly in Your Browser


Developing strong video delivery systems for Web, Tizen, WebOS, and Android TV needs clear stream compliance. Small structural issues in your MPEG-TS (.ts) packets, multiplexing mistakes, or misaligned timestamps can cause visible decoding errors, playback drops, and significant subtitle synchronization delays on limited devices.

The Bradmax MPEG-TS Bitstream Inspector provides broadcast engineers and web developers with a frictionless, browser-native alternative to command-line utilities like ffprobe or mediainfo. There is no software setup required, and zero command-line configuration is needed.

If you got HLS stream and you do not remember what codecs were configured, then just download some MPEG-TS file (*.ts file) and test it below.

Run Bitstream Analysis

Select or drop a .ts, .m2ts, or .mts media asset below to isolate structural components, identify track allocations, and extract real-time bandwidth profiles.

Drag and drop your .ts or .m2ts file here

Or click to select a file from local directory
Analyzing bitstream structures... 0%

Container Info

Program Tracks (Elementary Streams)

PID Stream Type Codec / Class Packets Bandwidth Est. Bitrate

Complete Packet Identifier (PID) Distribution Map

PID (Hex) PID (Dec) Assignment / Structure Type Total Packets PUSI Headers Bandwidth %


100% Private, Safe, and Ultra-Fast Demuxing

In comparison to other standard file inspection tools that need you to upload large amounts of video data to unsecured cloud services, our analyzer runs completely within your browser's client-side execution loop sandbox. It uses binary chunk streaming methods to access your video files locally with targeted reference pointers. This keeps memory use low, and your sensitive content never leaves your machine.


Technical Extraction Capabilities

  • Automatic Stride Architecture Alignment: Auto-detects standard broadcast headers including 188-byte legacy structures, 192-byte M2TS camera frameworks, and 204-byte error-correction schemas.
  • PAT / PMT Context Extraction: Decodes the Program Association Tables and Program Map Tables instantly to resolve internal tracks, video profiles, and stream parameters.
  • Granular PID Map Visualizations: Analyzes packet distributions down to the exact packet ID counts, tracking PUSI header frames and calculating precise bandwidth weight layouts.
  • System Timing Demuxing: Decodes 33-bit PES Presentation Time Stamps (PTS) along a 90kHz timeline grid to establish real-time stream duration records and individual elementary track bitrates.