Your Always-Ready Production Hub - Online or Off
AMPP Local
Reliable On-Premise Solution for Offline Workflows
AMPP Local
Overview
Grass Valley’s AMPP Local provides a high-availability, on-premise solution designed to keep AMPP applications running smoothly, even without constant internet access. Ideal for environments with unreliable connectivity, AMPP Local ensures resilient, offline functionality for critical broadcast workflows.
Configured as a cluster of three or more nodes, AMPP Local offers robust redundancy and application orchestration. It guarantees seamless media management, playout, and asset access on-premises, making it a dependable choice for uninterrupted production operations.
Reliable, Offline Operation for Uninterrupted Production
AMPP Local is specifically designed for teams requiring secure, always-on media workflows, even in environments with intermittent internet access. Unlike AMPP Edge, which focuses on low-latency cloud connectivity, AMPP Local operates fully offline with monthly internet check-ins for updates.
This capability is essential for remote locations or scenarios where uninterrupted access to media resources is critical, ensuring operations remain smooth and resilient.
Seamless Application Orchestration for Media Management and Playout
Orchestration of AMPP Applications
AMPP Local can orchestrate various AMPP applications, including Playout X and Framelight X, enabling on-premise teams to manage media assets and control playout channels independently.
Local Control for Broadcasters
This on-premise orchestration empowers broadcasters with full local control, supporting complex operations such as live playout and content distribution directly from their facilities.
Consistency and Security
AMPP Local maintains workflow consistency and security, ensuring reliable execution of production workflows.
Flexible Hybrid Capabilities with Secure Updates and Sync
While AMPP Local is optimized for offline usage, it connects to the cloud once per month for updates, system health checks, and billing synchronization, providing a balance of independence and integration. This monthly sync maintains the latest features and security updates without requiring constant connectivity, making it a practical solution for hybrid setups.
Teams benefit from the AMPP ecosystem’s innovations while retaining local autonomy, perfect for media facilities with hybrid or offline preferences.
High Availability with Redundant Node Clustering
Clustered Environment
AMPP Local is configured with a minimum of three nodes, ensuring high availability and redundancy, which keeps critical workflows operational without needing a constant cloud connection.
Seamless Operation
If one node encounters issues, the remaining nodes continue to operate seamlessly, making AMPP Local ideal for 24/7 production environments that require reliability.
Broadcast Reliability
The architecture of AMPP Local provides the necessary reliability for broadcast and media workflows that cannot afford downtime.
Features
Robust Offline Operation for Remote or Limited-Connectivity Sites
Operates fully offline with a monthly cloud connection for updates, ensuring stable performance in remote or low-connectivity locations.
Clustered High-Availability Architecture
Configured with a minimum of three nodes, AMPP Local provides redundancy and failover protection, ensuring continuity in critical workflows.
Orchestration of Key AMPP Applications
Manages applications such as Playout X and Framelight X on-premise, supporting asset management and playout control within local workflows.
Supports Hybrid Workflows
Designed for local autonomy with secure cloud check-ins, enabling hybrid functionality while prioritizing offline operability.
Secure and Efficient Monthly Cloud Sync
Connects to the AMPP cloud monthly for system updates, health checks, and billing, ensuring secure, up-to-date operation without constant connectivity.
Fully Redundant Storage and Power Configurations
Each node supports high-performance storage and power redundancy, optimizing reliability in production environments.
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