Simon Objectiv OnAir delivers a broadcast-quality streaming solution tailored for live events, newsrooms, and remote production workflows. This platform combines real-time capture, resilient transmission, and editorial control to bring studio-grade reliability to distributed teams.
Designed for media professionals, the system integrates camera sources, audio mixers, and metadata into a unified production pipeline that scales from single crews to enterprise deployments. Below is a structured overview of core capabilities, specifications, and operational context.
| Component | Specification | Typical Use | Benefit |
|---|---|---|---|
| Encoder Module | H.264 / H.265, up to 4K60 | Live contribution and playout | Flexible bitrate ladder and low latency |
| Rel传输 Protocol | SRT, RIST, WebRTC | Contribute over unstable networks | Packet loss concealment and reconnection |
| Audio Mixing | Multi-track, embedded AES67 | Field reporter and studio sync | Sample-accurate alignment with video |
| Metadata Engine | TSLF, SMPTE 2110 ancillary | Asset tracking and automated playout | Simplified ingest and archival linking |
| Control Interface | REST API, OSC, physical deck | Integration with routing and graphics | Programmatic orchestration of live flows |
OnAir Remote Production Workflow
Simon Objectiv OnAir supports a full remote production model where directors, producers, and technical staff collaborate from multiple locations. The system orchestrates feeds from distributed sources, applies synchronization, and maintains a consistent program feed without centralized studio infrastructure.
Operational Phases
During acquisition, field cameras encode with timestamped metadata and transmit via resilient protocols. In the contribution layer, secure tunnels and adaptive forward error correction protect the signal across public or private networks. The production hub mixes and routes streams, while editorial tools enable clean switching, graphics playback, and compliance logging.
Security, Compliance, and Resilience
Security is embedded across the pipeline, with authenticated access, encrypted signaling, and role-based permissions for devices and users. Compliance features include retention policies, chain-of-custody logs, and watermarking to support audit requirements and content integrity verification.
The architecture is designed for fault tolerance, with redundant paths, automatic failover at the transport layer, and health monitoring at ingest and egress points. Operational resilience is further supported by detailed metrics, alerts, and the ability to pre-stage backup sources for rapid cutover during live events.
Integration and Ecosystem Compatibility
Simon Objectiv OnAir interfaces with existing broadcast ecosystems, including playout servers, router infrastructures, and graphics platforms. Standard protocols such as SMPTE 2022-7 and NMOS enable seamless discovery and connection without custom development for common workflows.
Broadcasters, sports productions, and live event companies can incorporate the platform into current technical infrastructures while preserving investment in legacy equipment. Integration specialists provide reference designs for typical signal flows, minimizing deployment risk and accelerating operational ramp-up.
Operational Best Practices and Recommendations
- Validate network paths and latency between field sites and the production hub before event days.
- Standardize time sources using PTP to ensure tight synchronization across all cameras and audio channels.
- Define clear roles in the control plane to avoid conflicting commands during critical live moments.
- Leverage health dashboards and automated alerts to respond quickly to transport or device issues.
- Periodically test failover scenarios to confirm resilience mechanisms work as expected.
Scaling Objectiv OnAir for Enterprise Broadcast Operations
For large-scale productions, the platform supports distributed clusters, shared storage integrations, and orchestration layers that coordinate multiple sites and channels. Capacity planning tools help match encoder, decode, and routing resources to event complexity, ensuring predictable performance during peak workflows.
FAQ
Reader questions
How does Simon Objectiv OnAir handle network interruptions during live contribution?
Built-in FEC and SRT session resumption automatically recover packets and re-establish streams, so brief outages do not disrupt the program feed.
Can the platform support multilingual commentary with synchronized audio tracks?
Yes, multi-track AES67 audio and embedded metadata allow multiple commentator feeds to align precisely with the main program signal.
What control options are available for automating playout sequences during live events?
REST API and OSC interfaces enable integration with routing engines and graphics systems, supporting scripted transitions and dynamic rundown execution.
How does the system simplify archival and clip sharing after a live broadcast?
Automatic chunked recording and metadata linking generate indexed assets that editors can quickly locate, re-edit, and distribute for social channels.