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Video Resolution and Frame Rate Reference Guide

Frame Size Calculation: Uncompressed RGB (24-bit) frame size = Width × Height × 3 bytes. Actual compressed frame sizes can be 10-100x smaller depending on codec and quality settings.

Common Video Resolutions

Consumer & Web Resolutions

480p (SD) - 720 × 480 pixels

Uncompressed Frame Size: ~1.0 MB
Aspect Ratio: 3:2 or 4:3

Usage: Legacy DVD content, older streaming platforms, basic web video

Media Pipeline: Archive digitization specialists, legacy content distributors, web content creators with bandwidth constraints

Created With: Standard definition cameras, DVD rips, older mobile devices

720p (HD) - 1280 × 720 pixels

Uncompressed Frame Size: ~2.8 MB
Aspect Ratio: 16:9

Usage: HD screen resolution for broadcasters, streaming platforms, mobile content, broadcast television

Media Pipeline: Broadcast engineers, streaming platform encoders, mobile content creators, live streamers

Created With: HD cameras, smartphones, broadcast equipment, streaming encoders

1080p (Full HD) - 1920 × 1080 pixels

Uncompressed Frame Size: ~6.2 MB
Aspect Ratio: 16:9

Usage: Full HD standard for streaming and broadcasting, Blu-ray, television production, professional video

Media Pipeline: Video editors, broadcast technicians, streaming engineers, content creators, post-production specialists

Created With: Professional cameras, DSLRs, smartphones, broadcast cameras, streaming equipment

Professional & Cinema Resolutions

2K DCI - 2048 × 1080 pixels

Uncompressed Frame Size: ~6.6 MB
Aspect Ratio: 1.9:1 (Cinema)

Usage: Digital cinema projection, film post-production intermediate format

Media Pipeline: Cinema projectionists, film colorists, digital intermediate technicians, cinema mastering engineers

Created With: Digital cinema cameras, film scanners, professional post-production systems

4K UHD - 3840 × 2160 pixels

Uncompressed Frame Size: ~24.9 MB
Aspect Ratio: 16:9

Usage: 4K UHD with a 16:9 aspect ratio is the dominant standard for television, streaming platforms, consumer displays, broadcast

Media Pipeline: Streaming platform engineers, broadcast technicians, content creators, TV production teams

Created With: 4K cameras, modern smartphones, professional broadcast equipment, streaming encoders

4K DCI - 4096 × 2160 pixels

Uncompressed Frame Size: ~26.5 MB
Aspect Ratio: 1.9:1 (Cinema)

Usage: The movie projection industry uses 4096 × 2160 (DCI 4K), theatrical releases, cinema mastering

Media Pipeline: Cinema mastering engineers, theatrical projection specialists, film post-production supervisors

Created With: Professional cinema cameras, film post-production systems, cinema servers

6K - 6144 × 3160 pixels (DCI) / 5760 × 3240 (16:9)

Uncompressed Frame Size: ~58.3 MB (DCI) / ~56.0 MB (16:9)
Aspect Ratio: 1.9:1 or 16:9

Usage: High-end cinema production, VFX workflows, future-proofing content creation

Media Pipeline: VFX artists, high-end cinematographers, digital imaging technicians, cinema production teams

Created With: High-end cinema cameras (RED, Arri, Canon), professional film production equipment

8K UHD - 7680 × 4320 pixels

Uncompressed Frame Size: ~99.5 MB
Aspect Ratio: 16:9

Usage: 8K takes visual fidelity to an even higher level, next-generation broadcasting, premium content creation, large format displays

Media Pipeline: Cutting-edge content creators, next-gen broadcast engineers, premium streaming platform technicians, large venue display specialists

Created With: Latest 8K cameras, high-end professional equipment, specialized broadcast systems

8K DCI - 8192 × 4320 pixels

Uncompressed Frame Size: ~106.2 MB
Aspect Ratio: 1.9:1 (Cinema)

Usage: Future cinema formats, high-end VFX, archival mastering

Media Pipeline: Future-facing cinema technicians, high-end VFX studios, archival specialists, research institutions

Created With: Cutting-edge cinema cameras, specialized scanning equipment, research-grade imaging systems

Common Frame Rates

23.976fps / 24fps

Usage: 24fps is the standard frame rate for feature films, most TV, streaming video content, and cinema - creates the classic "cinematic look"

Media Pipeline: Film directors, cinematographers, film editors, cinema projection technicians, streaming platform engineers

Created With: Cinema cameras, professional film equipment, digital cinema systems

25fps

Usage: European television standard (PAL), international broadcasting, European film production

Media Pipeline: European broadcast engineers, international content distributors, PAL region television producers

Created With: PAL broadcast equipment, European television cameras, international broadcasting systems

29.97fps / 30fps

Usage: 30fps is well-suited for live broadcasts of news and sports action, North American television standard (NTSC), live streaming, online content

Media Pipeline: Broadcast engineers, live event producers, news producers, online content creators, streaming technicians

Created With: Broadcast cameras, live streaming equipment, camcorders, television production gear

48fps

Usage: High frame rate cinema (pioneered by Peter Jackson), 3D movies, experimental cinema formats

Media Pipeline: Experimental filmmakers, 3D cinema specialists, high frame rate projection technicians, premium cinema engineers

Created With: HFR cinema cameras, specialized 3D equipment, premium cinema projection systems

50fps / 59.94fps / 60fps

Usage: 60fps is ideal for shooting slow-mo content and produces a smooth effect for high-quality footage, sports broadcasting, gaming content, smooth motion video, typically used for 2x slow motion

Media Pipeline: Sports broadcast engineers, gaming content creators, live streaming professionals, post-production editors creating slow-motion content

Created With: High frame rate cameras, sports broadcast equipment, gaming capture systems, streaming hardware

120fps

Usage: 120fps for 4x slow motion, high-speed action capture, premium gaming content, professional slow-motion sequences

Media Pipeline: Slow-motion specialists, sports analysis technicians, gaming content producers, high-speed cinematographers

Created With: High-speed cameras, professional slow-motion equipment, premium gaming capture systems

240fps and Higher

Usage: 240fps for 8x slow motion, scientific analysis, extreme slow-motion sequences, specialized applications

Media Pipeline: Scientific researchers, specialized cinematographers, industrial analysis technicians, high-speed photography specialists

Created With: Specialized high-speed cameras, scientific imaging equipment, industrial cameras, research-grade capture systems

Variable Frame Rates (VFR)

Usage: Dynamic scenes requiring different frame rates, advanced post-production workflows, adaptive streaming

Media Pipeline: Advanced post-production editors, streaming optimization engineers, dynamic content creators

Created With: Advanced cameras with VFR capability, sophisticated post-production software, adaptive streaming systems

Calculate Playback Bandwidth

fps

Pipeline Context Quick Reference

Pipeline Stage Typical Resolutions Typical Frame Rates Key Professionals
Capture/Production 4K/6K/8K (high quality source) 24fps (cinema), 30fps (TV), 60fps+ (action) Directors, Cinematographers, Camera Operators
Post-Production 2K-8K (depending on final output) Source rates + slow-motion rates Editors, Colorists, VFX Artists
Distribution Mastering Multiple formats (4K, 2K, HD) 24fps (cinema), 30fps (broadcast) Mastering Engineers, Quality Control
Broadcasting 720p, 1080i/p, 4K UHD 25fps (PAL), 30fps (NTSC), 60fps (sports) Broadcast Engineers, Technical Directors
Streaming Multiple ABR ladder (480p-4K) 24fps, 30fps, 60fps Encoding Engineers, CDN Specialists
Exhibition/Playback 2K/4K DCI (cinema), various (consumer) 24fps (cinema), device-dependent Projectionists, Playback Operators

Important Notes

  • Frame sizes listed are for uncompressed RGB (24-bit). YUV formats and compressed files will be smaller
  • Higher bit depths (10-bit, 12-bit) will increase frame sizes proportionally
  • Raw camera formats can be significantly larger than the values listed
  • Actual working formats often use intermediate codecs (ProRes, DNxHD) which balance quality and file size