The future of replay in sports: IP replay broadcasting.
IP-based replay systems are replacing SDI cable-based workflows in sports broadcasting. This guide covers EVS, Dreamcatcher, and the move to IP video for replay operations.
Sports replay is going IP. SDI is still there, but it is retiring.
The sports replay category is in the middle of a generational shift from SDI-cable infrastructure to IP-based workflows. The shift started in premium sports broadcast five years ago and is now reaching mid-tier sports, corporate sports broadcasts, esports, and CBA clients across the GCC.
The move matters because replay is often the most infrastructure-heavy part of a sports broadcast. When you move replay to IP, you also get the ability to move the replay operator off-site (remote production), share replay servers across multiple productions, and integrate replay content directly into the broadcast graphics pipeline without physical cabling.
Same output, different backbone.
EVS XT-VIA to Dreamcatcher CR-6. EVS has been the SDI-native replay standard for 15 years. Dreamcatcher CR-6 (Grass Valley) is the IP-first equivalent. Both produce broadcast-grade replay with director-led multi-angle selection, but the IP backbone changes everything around the replay server.
Remote operators. IP replay lets the operator sit elsewhere. The replay server is at the venue. The operator sits in a control room anywhere. For multi-event tournaments, this means one replay team covering multiple matches from a single operator position.
Cloud-native replay. 2026 has seen cloud-hosted replay servers reach production viability. Replay content stays in the cloud, editors and operators connect via low-latency web interface. Still early, but the cost savings on hardware and logistics are substantial at tournament scale.
Direct graphics pipeline. IP replay feeds plug directly into Unreal Engine and Vizrt graphics pipelines without analogue conversion. Replay moments appear in branded graphics templates at broadcast resolution.
SMPTE 2110 integration. With Blackmagic ATEM Constellation IP (launched at NAB 2026) bringing 2110 to commodity pricing, the barrier to full-IP replay infrastructure just dropped significantly.
Mix of SDI and IP, scoped to the event.
CBA runs both EVS (SDI) and Dreamcatcher (IP) infrastructure. Esports World Cup Riyadh used IP replay because the venue network was built IP-native from day one. Corporate sports broadcasts often run SDI still because the existing venue infrastructure is SDI and there is no justification for a mid-event migration.
Our recommendation to clients scoping new facilities: plan for IP. The 2026 tooling is production-viable, the cost delta is closing, and the operational flexibility (remote operators, shared infrastructure, cloud-hosted playback) is a category-level advantage.
Questions we get from buyers before they book
Is SDI replay still relevant?
Yes, especially for existing SDI facilities. The output is identical. The backbone differs. For greenfield builds in 2026, plan IP.
Does IP replay change broadcast quality?
No. Replay output is broadcast-grade on both SDI and IP. The quality difference is zero. The operational difference is substantial.
Can you retrofit IP replay into an SDI facility?
Yes, via gateway conversion, but the economics are rarely favourable for a mid-life facility. Usually IP is a full-refresh decision, not a partial upgrade.
Is cloud-hosted replay production-ready?
Trending that way. 2026 has seen real deployments. CBA has not yet used cloud-hosted replay as the primary on a tier-1 production but has tested it in lower-stakes engagements.
You might also want to explore
Best multi-camera streaming setups for esports tournaments.
Best multi-camera setups for esports tournaments: PTZ + fixed cameras, vMix vision mixing, encoding redundancy, and how CBA ran 47 cameras at EWC Riyadh.
Read the full pieceHybrid event streaming: the complete production guide.
How to plan and deliver hybrid events that engage both in-person and remote audiences. Branded platforms, speaker integration, and technical infrastructure.
Read the full pieceLive streaming: the future of brand awareness.
How brands use live streaming to build awareness, drive engagement, and convert audiences into customers.
Read the full pieceWhy low latency matters in esports broadcasting.
Why low latency matters in esports broadcasts and how SRT delivers 2-4 second glass-to-glass latency at tournament scale. Pipeline, partners, and EWC deployment.
Read the full pieceUnderstanding replay systems in live sports broadcasting.
How EVS XT, Evertz DreamCatcher, and NewTek 3Play replay systems work in live sports and esports broadcasts. Workflow, operator role, and GCC deployments.
Read the full pieceWhat is SRT streaming? Secure Reliable Transport explained.
What does SRT stand for? Secure Reliable Transport, the open-source protocol replacing RTMP and satellite. How SRT works, SRT vs RTMP, and where CBA uses it.
Read the full piece