The viewer is integrated with Fujifilm’s REiLI AI technology, which assists in detection and diagnosis, helping clinicians prioritize cases [Intuition Labs].
This release addresses several critical bugs identified in the v1.50 branch:
The Synapse PDS Viewer functions through a centralized server-side technology, which is the cornerstone of its efficiency and security. 1. Server-Side Rendering (Zero-Footprint Architecture) synapse pds viewer v151 work
Security is paramount, and the Synapse viewer ensures that Protected Health Information (PHI) is not stored locally on the viewing device, maintaining HIPAA compliance [Fujifilm Healthcare]. Key Features of Synapse PDS Viewer v151
If your Synapse PDS Viewer V1.5.1 stops working or loads with broken layout viewports, the breakdown is typically caused by local workstation settings or security layers. Use this structured approach to restore functionality: 1. Browser Compatibility and iFrame Blocks The viewer is integrated with Fujifilm’s REiLI AI
While the viewer remains non-editable to source files, v1.5.1 introduces an . Users can add comments, highlight areas, and place revision flags. These markups can be exported as a separate JSON or PDF report, facilitating feedback to the design team without altering original PDS data.
v151 allows you to save the workspace ( .synapse_workspace ). This saves your zoom level, applied filters, and linescan positions, which is invaluable for multi-user lab environments. Browser Compatibility and iFrame Blocks While the viewer
In the Synapse ecosystem, "PDS Viewer" points to a specialized diagnostic tool that runs in the background. For version v151 , making it "work" effectively often comes down to advanced administrative tasks, such as modifying a specific configuration parameter to 0 . Understanding how the main clinical Viewer functions and the underlying architectural components that support it provides a clearer picture of the environment the PDS Viewer was designed to monitor and maintain.
The that enables clinical professionals to view, interpret, and stream high-fidelity DICOM datasets remotely. Built on advanced server-side rendering and a zero-footprint web framework , this platform ensures that pathologists, radiologists, and specialists can collaborate instantly from anywhere.
Security is a major focus for v151. No Protected Health Information (PHI) or temporary DICOM data caches are saved onto the local storage drive. Once a browser tab or mobile portal is closed, no footprint is left behind on the device. Synapse Mobility Enterprise Viewer | Fujifilm Healthcare
The shared viewing experience enables better consultations and faster patient treatment decisions. 3. Improved Security and Compliance