eSplit
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Two feeds. One output.
Live Synchronization, On Demand.
Flexible dual-stream synchronization engine
Creative Labs · 2026
Confidential · Creative Labs · 2026
01 Two operating modes The eSplit concept
Performance Analysis
1
Replay · Replay
Performance
Analysis
Two recorded runs in synchronized split-screen. Style differences and time gaps are directly readable.
INPUT A SERVER REPLAY INPUT B SERVER REPLAY SPLIT ENGINE AI · GPU OUTPUT SPLIT-SCREEN
Input A — Replay server (Athlete 1)
Input B — Replay server (Athlete 2)
Live Comparison
2
Live · Replay
Live
Comparison
Live feed synchronized against a reference replay in real time. The broadcast stays on the action.
INPUT A CAMERA LIVE INPUT B SERVER REPLAY SPLIT ENGINE REAL-TIME OUTPUT LIVE + REPLAY
Input A — Live camera feed
Input B — Replay server (reference)
Viewer Choice
3
New Medias · Viewer Choice · Sync & Zoom
Viewer
Choice
The broadcaster distributes video and sync data. Each viewer selects their own reference, mode, and zoom.
INPUT A CAMERA LIVE INPUT B SERVER REPLAY eSPLIT ENGINE SYNC·TRACK·ZOOM VIDEO DATA PGM 16:9 MOBILE 21:9 USER CHOICE
Input A — Live camera feed
Input B — Replay server (reference)
02 Core Technology Sync Modes Real-time speed ramping · Frame-accurate output
Action Sync
Same action,
same instant

Both athletes aligned on the same movement. Individual speed ramps are calculated continuously so corresponding actions remain superimposed throughout the run.

In slow motion, eSplit can apply ExtraMotion-type interpolation to enhance frame-by-frame movement analysis.

ATHLETE A ×0.82 ×1.14 ×0.96 ATHLETE B ×1.06 ×0.91 ×1.08 AI COMPUTES SPEED RAMPS IN REAL TIME → ACTIONS ALIGNED
Chrono Sync
Same elapsed time,
different position

Both athletes shown at the same elapsed time. The engine locks playback to the clock — the time gap is directly readable.

The live feed is delayed by 1 frame maximum for simultaneous AI reframing on both channels.

The replay is positioned by the operator in Chrono or Action mode per the director's editorial choice.

ELAPSED TIME → T+5s T+10s T+15s T+20s A GATE 8 B GATE 7 Δ +0.28s TIME GAP VISIBLE IN REAL TIME
03 Frame Track AI reframing — no operator
04 Sync Live Sync Action-based — frame accurate
05 Edit Edit Slow motion · Action sync · Chrono sync
06 Second Screen Family 3 — User-driven
eSplit Mobile
The viewer becomes
the director
Video and sync metadata distributed to any device — no additional infrastructure!
The viewer selects speed, sync mode, and reference athlete directly.
Data layers — speed, angles, splits — available for second-screen integration.
Embedded authentication limits unauthorized redistribution.
07 Architecture Network Broadcast · eSplit Server · Second Screen
eSplit Network Architecture
WEC 01 Supplement WEC — 01 · Lab Results First evaluation — single sector
VIMEO VIDEO
TO BE INSERTED
Laboratory · WEC Evaluation
First Results
Single Sector

First laboratory evaluation on WEC footage — single sector.

This demonstrates current system performance, not a final production scenario.

Image quality reflects non-broadcast source material. Presented as a basis for discussion.

WEC 02 Sequence 1 WEC — 02 · Trajectory Sync Same position · Same line
Action Sync · Position Alignment
Same Position,
Same Trajectory

Both cars aligned at the same track position. The driving line is directly comparable across the sector.

WEC 03 Sequence 2 WEC — 03 · Sector Advantage Time delta · Two apex points
Chrono Sync · Delta Analysis
Where the Faster
Car Gains Time

Shows where the faster car gains time — at two apex points in the S-section.

Delta derived from the sync engine, no external timing required.

WEC 04 Sequence 3 WEC — 04 · Stitch View Distinct editorial format
Lab Exploration · Not Production
A Distinctive
Visual Format

This is a first laboratory attempt at a stitch-style cut. The processing is exploratory — not a production-ready output. It is presented here to indicate a possible editorial direction only.

WEC 05 Sequence 3b WEC — 05 · Extended Stitch Explicit · Discussion basis
Lab Exploration · Discussion Basis
A More Explicit
Presentation

A second attempt based on the same sequence. The result remains rough — this is laboratory-grade processing, not broadcast quality.

Both sequences are presented solely as a basis for discussion on what stitch-type effects could look like in a WEC context.

We remain available for any question
or test scenario
Confidential — Creative Labs.TV — Copyright 2026
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