For visually transparent video at modern codec quality:
| Resolution | H.264 | HEVC | AV1 | VVC |
|---|
| 1080p30 | 8 Mbps | 4 Mbps | 3 Mbps | 3 Mbps |
| 1080p60 | 12 Mbps | 6 Mbps | 4.5 Mbps | 4 Mbps |
| 4K30 | 35 Mbps | 18 Mbps | 13 Mbps | 12 Mbps |
| 4K60 | 50 Mbps | 25 Mbps | 18 Mbps | 16 Mbps |
| 8K30 | n/a | 70 Mbps | 50 Mbps | 45 Mbps |
| 8K60 | n/a | 100 Mbps | 70 Mbps | 60 Mbps |
| 8K60 HDR | n/a | 130 Mbps | 90 Mbps | 80 Mbps |
H.264 is impractical at 8K (no efficient encoder). HEVC works but high-bitrate. AV1 and VVC bring it down to home-internet viable for some users.
Streaming services need consistent delivery; they target the lower bandwidth tier of their viewer base. With only ~30% of US homes having gigabit internet in 2026, 8K HDR streaming is a niche service tier.
For 8K specifically, codec efficiency matters more:
HEVC: ubiquitous decode (every modern device), high bitrate at 8K, royalty cost for content delivery. Most current 8K content is HEVC.
AV1: royalty-free, 30-40% smaller than HEVC at same quality, hardware decode on RTX 30+, M1+, recent phones, recent TVs. Most 2026 8K experimentation is AV1.
VVC (H.266): similar compression to AV1, royalty cost. Limited hardware decode in 2026 (Samsung 2025 flagships). Narrow deployment.
JPEG XS: high-bitrate intra-frame codec for production, not delivery. Used in cinema and broadcast contribution links, not consumer streaming.
For 8K consumer delivery in 2026: AV1 is the technical winner. VVC is positioned as the "premium broadcast" alternative. HEVC is the legacy default.
For codec comparison context, see VVC vs AV1 and AV1 Encoding.
For 1 hour of 8K source footage:
| Codec | Bitrate | Storage |
|---|
| ProRes 422 HQ 8K30 | ~3000 Mbps | ~1.4 TB |
| ProRes 4444 XQ 8K30 | ~5000 Mbps | ~2.3 TB |
| RED REDCODE 4:1 8K30 | ~890 Mbps | ~400 GB |
| Sony XAVC HS 8K | ~600 Mbps | ~270 GB |
| AV1 master 8K30 | ~50 Mbps | ~22 GB |
| HEVC delivery 8K30 | ~100 Mbps | ~45 GB |
Production workflows need terabytes per hour. Modern 8K cameras (Canon R5, Sony FX9, RED Komodo, Sony A1, Sony Venice) record reasonably-sized files thanks to high-efficiency codecs, but post-production intermediates explode size.
For batch processing of large media, see Batch Processing Files Guide.
| Platform | 8K support | Codec | Notes |
|---|
| YouTube | Yes (since 2018) | VP9, AV1 | Re-encodes to AV1 for delivery |
| Netflix | No (4K HDR max) | n/a | Internal experiments only |
| Apple TV+ | No | n/a | 4K HDR Dolby Vision max |
| Amazon Prime | Limited | HEVC | Few 8K titles |
| Disney+ | No | n/a | 4K HDR max |
| Vimeo | Yes | HEVC, AV1 | Premium tier delivery |
| YouTube TV | Limited | VP9 | Consumer broadband often inadequate |
| Twitch / Kick | No | n/a | Live streaming caps at 4K60 |
YouTube and Vimeo are the primary 8K streaming platforms. Netflix, Apple TV+, and Disney+ have no announced 8K plans. The economics don't work yet at scale.
8K is justified for:
- Theatrical screening (8K projectors exist for premium venues)
- Premium VR/AR delivery (8K stitched from dual 4K)
- Broadcast contribution (the master copy upstream of distribution)
- Crop-and-zoom flexibility in 4K-deliverable productions
- Future-proofing the master archive
8K is overkill for:
- YouTube viewers (95% watch on 1080p or smaller screens)
- Mobile delivery (phones cap at 4K)
- Most corporate video (8K viewing rare on screens used)
- Live streaming (bandwidth and latency constraints)
For most productions, capture in 8K, deliver in 4K. The 8K master gives you flexibility in post (cropping, stabilization, future re-deliveries).
For 8K capture:
| Camera | Native codec | Bitrate | Notes |
|---|
| Canon EOS R5 (firmware updated) | XAVC HS HEVC | 470 Mbps | 8K30 RAW also available |
| Sony Alpha 1 | XAVC HS HEVC | 600 Mbps | 8K30 with cropping |
| Sony FX9 (with external) | RAW or XAVC HS | varies | 6K natively, 8K with workflow |
| RED V-Raptor | REDCODE | varies | 8K up to 240 fps |
| RED Komodo X | REDCODE | varies | 8K base model |
| ARRI Alexa 35 | ARRIRAW | 470 Mbps | 4.6K base, 8K via downsampling |
Sony A1's 8K is "free" (no extra cost vs 4K), making it accessible. RED's 8K is premium tier ($30k+ camera).
For Sony S-Log3 grading at 8K, see Sony FX3 and FX6 S-Log3.
For 8K playback:
- Smart TVs (2024+): built-in 8K decoders (HEVC, AV1)
- Apple TV 4K (3rd gen): 8K not supported (capped at 4K)
- Roku Ultra 2024+: 8K HDR HEVC, AV1
- NVIDIA Shield Pro 2024: 8K AV1 supported
- iPhone 15 Pro Max+: 4K display max, 8K decode capable for AirPlay
- PC with RTX 30+: 8K AV1 decode in hardware
Most 8K content viewing in 2026 happens through smart TVs and game consoles (PS5 Pro). Set-top boxes are catching up.
For production AV1 encoding at 8K:
# SVT-AV1 for 8K30 delivery
ffmpeg -i source.mp4 \
-c:v libsvtav1 \
-preset 4 -crf 28 \
-g 240 \
-pix_fmt yuv420p10le \
-c:a libopus -b:a 128k \
output.av1.mp4
Encoding 8K AV1 takes hours per minute on a 16-core CPU. Hardware AV1 encoding (RTX 40, ARC) speeds up significantly but quality is lower.
For SVT-AV1 details, see AV1 Encoding in 2026.
8K source plays slowly in editor: native 8K decoding is computationally expensive. Use proxies (1/2 or 1/4 resolution) for editing, full source for color grading and final render.
8K HDR delivery shows banding on TV: 8-bit output insufficient for HDR. Use 10-bit or 12-bit. AV1 and HEVC both support up to 12-bit at 8K.
File too large for delivery: bitrate too high for the platform's tier. Reduce to AV1 50 Mbps for 8K30. Some platforms have hard caps; check before encoding.
Stuttering on smart TV playback: TV's 8K decoder is overwhelmed. Drop to 4K delivery.
For 4K-related issues, see 4K Video Conversion Guide.
For some productions: yes. The 8K capture allows for cropping, stabilization, and future re-deliveries. For most YouTube and corporate work: 4K is adequate and saves storage.
YouTube serves 8K to viewers with 8K screens and adequate bandwidth. The viewer must have a setting allowing 8K and a connection delivering 100+ Mbps. Practical 8K viewers in 2026: small but growing.
Bandwidth costs at scale. A streaming service paying for delivery at $0.001/GB has a different cost profile than YouTube's user-generated content model.
iPhone 16 Pro Max records 8K via the Action Button workflow (newer iOS feature). iPhone 15 Pro Max records up to 4K. Most consumer 8K recording happens on Sony A1, Canon R5, or compact cameras with 8K modes.
In theory yes, in practice indistinguishable on most home screens. The benefit shows on screens 75 inches and larger viewed at close range (under 6 feet). Most home viewing doesn't meet these conditions.
AV1 is royalty-free under the AOMedia Patent License. Major patent holders cross-license freely. Unlike HEVC (which has multiple patent pools demanding royalties), AV1 is the cost-free codec for the next decade.
For 8K in 2026: capture in 8K for crop/stabilization flexibility, deliver in 4K for most audiences. AV1 is the practical 8K delivery codec, with HEVC as legacy. YouTube and Vimeo support 8K consumer delivery; Netflix, Apple TV+, Disney+ don't yet. 8K viewers exist but remain a small audience. Our video compressor handles 4K and 8K encoding at appropriate bitrates.
