900-52061-0000-100 Nvidia Quadro 2 Ports Sync Card

Overview of NVIDIA Quadro Sync II Interface Board

The NVIDIA 900-52061-0000-100 Quadro Sync II add-on interface board is engineered to deliver precise display synchronization across complex, multi-GPU visualization environments. Designed for advanced professional workflows, this synchronization module enables consistent frame delivery, unified refresh cycles, and flawless image alignment across large-scale display walls and immersive visualization systems.

General Highlights

• Manufacturer: Nvidia
• Part Number: 900-52061-0000-100 
• Product Type: Interface Board

Key Application Areas

• Large-format video walls and tiled display arrays
• Simulation, training, and defense visualization systems
• Broadcast graphics and live production control rooms
• Scientific research and data visualization clusters
• Virtual reality and immersive display environments

Display Capacity Highlights

• Synchronization for up to 32 displays per system
• Stable operation across large, multi-panel configurations
• Consistent frame delivery across all connected outputs

Supported Synchronization Technologies

• Frame Lock: Ensures all displays refresh simultaneously for smooth motion rendering
• Swap Lock: Coordinates buffer swaps across GPUs for visual consistency
• Genlock: Aligns GPU output with an external timing source for broadcast-grade precision

Supported Display Resolutions

• 4K ultra-high-definition panels
• 5K professional-grade displays
• Other ultra-high-resolution visualization formats

Available Connection Interfaces

• Dedicated Sync I/O for GPU-to-GPU coordination
• Display I/O for accurate signal management
• External synchronization via BNC connectors

Supported Operating Systems

• Microsoft Windows for professional workstations
• Linux distributions used in enterprise and research environments

Advantages for Professional GPU Workflows

• Enhanced visual consistency across GPU clusters
• Improved performance in synchronized rendering tasks
• Reduced visual artifacts in multi-display environments

Outline of NVIDIA Professional Synchronization Solutions  

The NVIDIA 900-52061-0000-100 Quadro SYNC II Add-on Interface Board belongs to a specialized category of professional-grade synchronization hardware designed to support large-scale visualization, simulation, broadcast, and virtual production environments. This category focuses on precise timing control and frame synchronization across multiple NVIDIA professional GPUs, enabling seamless multi-display, multi-system, and multi-node rendering workflows. The Quadro SYNC II interface board is engineered to deliver deterministic timing accuracy that is essential for applications where visual consistency, low latency, and exact frame alignment are mandatory.

Within professional visualization infrastructures, synchronization hardware plays a critical role in ensuring that multiple displays, projectors, LED walls, or rendering systems operate as a unified visual surface. The Quadro SYNC II board extends GPU-level capabilities by introducing a dedicated synchronization layer that connects directly to compatible NVIDIA RTX and Quadro GPUs. This category is essential for users who demand rock-solid stability across complex display arrays without visual tearing, frame drift, or temporal misalignment.

GPU Synchronization and Timing Control Hardware

GPU synchronization interface boards represent a distinct hardware category that bridges the gap between raw graphics processing power and real-world visualization systems. Unlike consumer display adapters, these professional synchronization solutions are designed to work within controlled production pipelines, simulation labs, command centers, and immersive environments. The NVIDIA Quadro SYNC II board exemplifies this category by providing advanced frame lock and genlock capabilities across multiple GPUs and systems.

This category supports workflows where multiple GPUs must render frames in perfect unison. By distributing a common timing signal, synchronization boards eliminate inconsistencies that can otherwise occur when displays are driven independently. The result is a coherent visual output that maintains spatial and temporal accuracy across every connected screen. This makes the category indispensable for industries such as aerospace simulation, automotive design, scientific visualization, broadcast studios, and extended reality installations.

Role of Synchronization in Professional GPU Deployments

Synchronization hardware enables GPUs to share a unified clock reference, ensuring that each rendered frame appears at precisely the same moment across all outputs. In professional GPU deployments, this functionality prevents tearing and frame mismatch when content spans multiple displays. The Quadro SYNC II category is designed to handle high-resolution, high-refresh-rate scenarios where even microsecond-level timing discrepancies can become visible.

By integrating directly with NVIDIA professional GPUs, synchronization interface boards ensure that frame generation and display output remain tightly coupled. This level of coordination is particularly important in visualization walls and immersive environments, where the human eye is highly sensitive to inconsistencies between adjacent screens.

Hardware-Based Timing Versus Software Synchronization

While software-based synchronization can align applications at a logical level, hardware-based synchronization provides far greater precision and reliability. The Quadro SYNC II category leverages dedicated circuitry to distribute timing signals independently of operating system scheduling or application-level delays. This approach ensures deterministic behavior even under heavy computational loads.

Hardware synchronization also reduces system complexity by offloading timing control from the CPU and software stack. This allows rendering applications to focus entirely on visual fidelity and performance while the synchronization board maintains frame alignment at the hardware level.

Design Philosophy of the NVIDIA Quadro SYNC II Category

The design philosophy behind the NVIDIA Quadro SYNC II Add-on Interface Board category emphasizes reliability, scalability, and seamless integration with professional GPU ecosystems. These boards are engineered to operate continuously in demanding environments, often running 24/7 without interruption. Robust electrical design, precision timing components, and enterprise-grade connectors define this category.

Scalability is another defining principle. Synchronization boards in this category are built to support multiple GPUs per system and multiple systems per installation. This allows organizations to expand visualization walls or simulation clusters without redesigning their synchronization infrastructure.

Compatibility with NVIDIA Professional GPUs

The Quadro SYNC II category is tailored specifically for NVIDIA professional graphics cards, including select NVIDIA RTX and Quadro models. This compatibility ensures tight integration with NVIDIA drivers, firmware, and management tools. By maintaining a consistent hardware and software ecosystem, the category delivers predictable performance and simplified deployment.

GPU compatibility also ensures that synchronization features are exposed through familiar NVIDIA control utilities. Administrators can configure frame lock, genlock, and timing parameters using standardized interfaces, reducing the learning curve for IT and AV professionals.

Physical and Electrical Design Considerations

Synchronization interface boards are designed as internal add-on components that install within professional workstations or servers. The Quadro SYNC II category prioritizes clean signal routing, stable power delivery, and secure mounting. These design choices minimize electrical noise and ensure accurate timing distribution across all connected GPUs.

External connectors on synchronization boards are designed for professional environments, supporting secure cabling and long-term reliability. This ensures that timing signals remain stable even in installations with complex cable runs or challenging electromagnetic conditions.

Frame Lock and Genlock Capabilities

One of the defining characteristics of the NVIDIA Quadro SYNC II category is its support for both frame lock and genlock technologies. Frame lock ensures that multiple GPUs render and display frames simultaneously, while genlock allows synchronization to an external timing source. Together, these capabilities enable precise alignment with external systems such as cameras, broadcast equipment, or simulation controllers.

Frame lock is essential in multi-display environments where content spans multiple outputs. Without it, each display may refresh independently, resulting in visible tearing or motion artifacts. The Quadro SYNC II category eliminates these issues by enforcing a shared frame boundary across all synchronized GPUs.

External Reference Signal Integration

Genlock functionality allows synchronization boards to accept an external reference signal, such as a house sync in broadcast studios. This ensures that GPU output aligns perfectly with other video equipment, cameras, and production systems. The Quadro SYNC II category supports industry-standard reference signals, making it suitable for integration into existing professional AV infrastructures.

External synchronization is particularly important in virtual production and live broadcast environments, where GPU-rendered visuals must align precisely with camera capture and switching equipment. The category’s ability to lock GPU timing to an external reference ensures smooth, artifact-free output.

Multi-System Synchronization Scenarios

Beyond single-system deployments, the Quadro SYNC II category supports synchronization across multiple systems. This enables large visualization clusters where each node renders a portion of a massive display wall. By distributing a common timing signal, synchronization boards ensure that all systems operate as a single coherent renderer.

This capability is critical in high-end simulation facilities and command centers, where dozens of displays may be driven by multiple workstations or servers. The synchronization category ensures that the entire visual surface behaves as a unified display.

Use Cases Across Professional Industries

The NVIDIA Quadro SYNC II Add-on Interface Board category serves a wide range of professional industries that require precise visual synchronization. These use cases share a common need for accuracy, consistency, and reliability in multi-display environments.

In simulation and training environments, synchronization hardware ensures that visual cues remain consistent across immersive setups. This is particularly important for flight simulators, driving simulators, and military training systems, where visual discrepancies can undermine realism and effectiveness.

Broadcast, Film, and Virtual Production

In broadcast and film production, synchronization boards enable real-time rendering systems to integrate seamlessly with cameras and video equipment. Virtual sets, LED volumes, and augmented reality graphics rely on precise timing to maintain alignment between physical and digital elements. The Quadro SYNC II category provides the foundation for these workflows by ensuring frame-accurate synchronization.

Virtual production environments demand low latency and exact timing to prevent visual artifacts during camera movement. Synchronization hardware ensures that rendered content updates in lockstep with camera tracking systems.

Scientific and Engineering Visualization

Scientific visualization often involves large datasets rendered across multiple high-resolution displays. Synchronization boards ensure that data animations and time-based simulations remain consistent across the entire display surface. The Quadro SYNC II category supports these workflows by maintaining frame alignment even under heavy computational loads.

Engineering design reviews benefit from synchronized displays that allow teams to examine complex models without distraction from visual artifacts. This enhances collaboration and decision-making in professional environments.

Scalability and Expansion Within the Category

Scalability is a core strength of the NVIDIA Quadro SYNC II category. These synchronization boards are designed to grow alongside visualization infrastructures, supporting additional GPUs and systems as requirements evolve. This future-proof approach protects investment and simplifies long-term planning.

As display resolutions and refresh rates continue to increase, synchronization hardware must adapt to higher data rates and tighter timing tolerances. The Quadro SYNC II category is engineered to meet these demands, ensuring continued relevance in next-generation visualization systems.

Integration with Visualization Clusters

Visualization clusters often consist of multiple nodes working together to render a single visual environment. Synchronization boards provide the timing backbone for these clusters, ensuring that each node contributes frames in perfect alignment. This category supports complex topologies without introducing timing drift or instability.

Cluster integration also benefits from centralized configuration and monitoring, allowing administrators to manage synchronization settings across all nodes efficiently.

Reliability and Continuous Operation

Professional environments frequently require continuous operation with minimal downtime. The Quadro SYNC II category is designed for durability and stability, supporting long-term use in mission-critical installations. High-quality components and rigorous validation ensure consistent performance over extended periods.

This reliability is essential for applications such as control rooms and simulation centers, where system availability directly impacts operational effectiveness.

Strategic Importance of Synchronization Hardware

Synchronization hardware occupies a strategic position within professional visualization systems. While GPUs provide raw rendering power, synchronization boards ensure that this power is delivered in a coherent and visually accurate manner. The NVIDIA Quadro SYNC II category exemplifies this role by acting as the timing authority across complex GPU deployments.

As visualization environments grow in scale and complexity, the importance of precise synchronization continues to increase. This category addresses that need by providing a robust, scalable, and professional-grade solution for timing control.

Supporting Next-Generation Display Technologies

Emerging display technologies such as high-refresh-rate LED walls and immersive projection systems place even greater demands on synchronization accuracy. The Quadro SYNC II category is designed to support these technologies by maintaining tight timing control across all outputs.

This forward-looking design ensures that synchronization hardware remains relevant as display ecosystems evolve.