Spinnaker SDK
High-Performance SDK for FLIR and Teledyne DALSA Cameras
Built for deterministic, high-throughput image acquisition.
Spinnaker SDK is a modern, cross-platform development environment built for acquiring, managing, and optimizing image streams from FLIR and Teledyne DALSA cameras. Its architecture supports USB3, GigE, 5GigE, and most 10GigE area scan devices, giving developers a unified foundation for building scalable automation, inspection, and imaging solutions. With fast initialization and a consistent programming model across interfaces, Spinnaker helps teams accelerate development without compromising performance.
Optimized Architecture for Reliable, High-Speed Acquisition
The latest Spinnaker release introduces a redesigned acquisition pipeline that improves speed, device discovery, and overall system responsiveness. These refinements translate into smoother multi-camera performance, fewer hardware interrupts, and predictable behavior under sustained load.
Architecture Benefits
- Lower CPU overhead during capture
- Faster camera enumeration and startup
- Stable throughput across large GigE and USB3 configurations
- Improved resource management for extended high-bandwidth operation
This architectural foundation enables vision systems to run continuously with minimal tuning or manual optimization.
Engineered for Demanding Uptime
Long-duration reliability is central to Spinnaker's design. Instead of relying on temporary buffering or short-term load balancing, Spinnaker manages CPU and network resources to sustain heavy imaging workloads over time. This is particularly valuable for inspection cells, multi-camera robotic workcells, and production lines where downtime is not an option.
Spinnaker is well-suited for systems using mixed GigE speeds, high-resolution cameras, or environments where CPU utilization routinely approaches upper limits—all while preserving image integrity.
Automated Performance Tuning
Spinnaker includes built-in utilities that evaluate system parameters and apply performance improvements without requiring manual intervention. These tools help streamline deployment and ensure consistent results across varied hardware and operating system configurations.
The automated configuration engine analyzes network adapters, bandwidth allocation, and driver settings, then applies optimized parameters with a single action. This reduces setup time and helps integrators achieve reliable throughput from the start.
Stereo Viewer for Depth Workflows
To support depth imaging and synchronized multi-camera applications, Spinnaker includes a stereo viewer integrated into SpinView_QT. Rather than treating depth data as an add-on, the viewer provides a fully interactive environment where users can configure cameras, preview depth, and record sequences for further analysis.
Current capabilities include depth visualization, synchronized recording, and extensive camera parameter customization. The roadmap adds ARM and Windows stereo support, point cloud rendering, and expanded Python / C# / C integration, ensuring future-ready development paths.
Modern GigE Vision Driver Options
Spinnaker offers multiple driver paths to support both legacy and next-generation GigE Vision workflows. Developers can choose the option best aligned with system requirements, whether prioritizing compatibility, throughput, CPU efficiency, or integration with DALSA hardware.
Driver Choices
- An enhanced GigE Vision driver optimized for Spinnaker 4.x
- A Sapera-enabled path for systems incorporating DALSA acquisition hardware
- The established LWF driver for applications built on Spinnaker 2.x or 3.x
This modularity allows users to upgrade systems incrementally without rewriting core application code.
Silent Installer for Scalable Deployment
For OEMs, machine builders, and integrators, Spinnaker supports silent installation through command-line execution. This approach ensures consistent deployment across large fleets of machines while removing the need for user interaction.
The silent installer includes all critical components, enabling automated provisioning in production environments, remote installations, or IT-controlled rollouts.
Cross-Platform Support
Spinnaker SDK operates across a wide range of operating systems, making it suitable for everything from embedded controllers to desktop industrial PCs. Supported environments include:
- Windows
- Linux Ubuntu
- Linux ARM platforms
- macOS
This flexibility simplifies multi-platform development and supports long-term system scalability.
Ideal Application Areas
From multi-camera inspection setups to advanced robotics and 3D workflows, Spinnaker excels wherever high-speed, high-reliability acquisition is required. Its optimized drivers, low-overhead architecture, and cross-platform support make it a strong choice for embedded systems, high-throughput inspection lines, stereo and depth imaging, and any application where system determinism is essential.
Ready to Build a Faster, More Scalable Vision System?
STEMMER IMAGING USA provides the software expertise, imaging hardware, and engineering support needed to implement high-performance systems with Spinnaker SDK. Contact our team to discuss your application or review integration options tailored to your project.
