Hybrid infrastructures promise flexibility.
Without unified orchestration, they create fragmentation.
Modern media environments run across dedicated hardware, IP fabrics and virtualized deployments. When those domains are configured and controlled separately, complexity increases and misconfiguration risk follows.
Orchestration is the layer that makes that complexity invisible.
It gives you full control over every element in your system, regardless of where it runs. Hardware or virtualized. SDI or IP. On-prem or distributed. All governed as one operational model.
Orchestration creates a controlled, centralized foundation for modern operations - reducing configuration risk for engineers, preserving familiar control surfaces for operators, and strengthening asset utilization and resilience for technical leadership. Every team works with clarity. Every system operates in alignment.
A single environment to configure your entire infrastructure, manage SDI, IP, and hybrid routing without switching tools, monitor intelligently instead of constantly, and reconfigure live without downtime. Complexity is contained. Visibility is elevated. Control remains absolute.
Hardware and virtualized processing operate as one coherent ecosystem. Traditional and software-defined workflows work together seamlessly, giving you the freedom to scale, adapt, and evolve - without compromising performance, familiarity, or authority over your operation.
Dynamic System Orchestration Across Hardware and AMPP OS
GV Orbit is the orchestration engine.
It unifies configuration, control, monitoring and tally management into one operational environment. It is equally suited for SDI, IP and hybrid networks, and it allows you to dynamically adapt systems without interrupting operations.
It is not just control. It is dynamic orchestration.
When devices are added, removed or renamed, changes happen live. When infrastructures shift between productions, configurations follow without reprogramming entire control layers. When hybrid systems combine hardware processing and AMPP OS workloads, they are governed as a single system.
Without this layer, hardware and virtualized environments become parallel universes.
With it, they become one.
| Capability | What It Enables |
|---|---|
| Unified Configuration | Centralized setup of SDI, IP and hybrid devices |
| Dynamic Live Updating | Add, remove or rename devices without downtime |
| Automatic Device Discovery | Immediate integration of new devices into topology |
| Comprehensive Routing Control | Baseband, IP and hybrid routing from one control layer |
| Monitoring by Exception | Proactive alerts without constant manual supervision |
| Dynamic Pathfinding | Intelligent creation and management of audio and signal flows |
| Integrated Tally Management | Native tally distribution without external systems |
| Third-Party Integration | Open standards-based control of non-GV devices |
| Redundancy Support | ST 2022-7 hitless protection and resilient control architecture |
| Multi-Level Licensing | Scalable from configuration-only to enterprise orchestration |
A hybrid environment only works when it behaves as one system.
GV Orbit orchestrates dedicated hardware processing, IP fabrics, and AMPP OS-based virtualized processing - bringing them together under a single operational model.
It also unifies control panels, multiviewers, cameras, switchers, and conversion and gateway devices.
The operator does not need to know where processing occurs. The engineer retains full transparency and control.
This is what makes large-scale hybrid deployments stable rather than fragile.
Together with solutions such as ACE, orchestration enables worry-free hybrid operation. Hardware and software no longer compete for control authority. They are governed centrally.
Optional Control Surfaces for Confident Operation
Software orchestration brings flexibility.
Physical control brings confidence.
The ATP series panels extend GV Orbit into the control room through dynamic, high-resolution touch panels with optional physical buttons and jog dials. They are not required. They are optional control surfaces within the orchestration model—fully integrated with GV Orbit and AMPP OS environments, dynamically reflecting configuration updates and routing changes in real time.
In critical moments, physical control can be the difference between hesitation and action.
Why they matter:
ATP does not replace orchestration. It makes it tangible.
Orchestration serves multiple perspectives simultaneously:
The value is shared.
The complexity is centralized.
Under the surface, GV Orbit supports open standards-based operation including:
These ensure compatibility across heterogeneous infrastructures and future-proof deployments.
Every infrastructure evolves at its own pace. Some expand gradually from SDI to IP. Others deploy virtualized AMPP OS environments alongside existing hardware. Many operate fully hybrid models from day one.
Orchestration must align with that reality, strengthening both operational confidence and long-term system resilience.
We help you evaluate how a unified orchestration layer fits within your infrastructure strategy and production roadmap.
Because when hardware and software move as one system, complexity becomes clarity.
Together, we continue Leading the Media Revolution.
