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FARAVIEW™ Software Module
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- Overview
- Clinical data
- Technical specifications
- Ordering information
- Training
- Resources
How it works
The FARAVIEW™ Software Module on the OPAL HDx Mapping System supports FARAPULSE™ PFA procedures by streamlining workflows and increasing operator confidence. Dynamic visualization of nav-enabled FARAPULSE PFA catheters provides real-time feedback on catheter position, contact, and estimated PFA field coverage before and after energy delivery.
Integrated mapping optimized for FARAPULSE PFA
Plan, execute, confirm PFA delivery with FIELDTAG™ Technology
Plan, execute, and confirm PFA delivery success with FIELDTAG Technology, a first-of-its-kind tagging tool that allows operators to accurately visualize energy delivery and see the estimated size, shape and intersection of PFA with the anatomical shell. Access FIELDTAG™ Technology education module at FARAPULSE University.
Plan
Preview ablation placement with field volume and anatomy intersection
Execute
Optimize catheter placement for all ablations through energy delivery visualization
Confirm
Evaluate energy delivery by visually confirming overlap between applications
Automated, intuitive FIELDTAG™ Technology with FARAVIEW
Case data provided courtesy of Dr. Walid Saliba at Cleveland Clinic
Enhanced localized mapping
Software advancements enable enhanced map quality for improved mapping visualization, including pre- and post-ablation assessment, while maintaining the same proven single-catheter workflow.
OPAL 7.0 Software: Enhance map quality and planning and assessment of therapy delivery during FARAPULSE™ PFA workflows on the OPAL HDx™ Mapping System.
FARAPULSE
The most proven PFA platform
Discover what peers are saying about FARAVIEW
Hear firsthand from physicians as they share their excitement about the transformative FARAVIEW mapping experience.
Required products
Clinical data
DISRUPT-AF real-world registry1
Safe, efficient single-catheter map and ablate workflow with the FARAWAVE™ NAV Pulsed Field Ablation (PFA) Catheter, visualized with FARAVIEW™ Software Module on the OPAL HDx™ Mapping System. The DISRUPT-AF real-world registry (n=477) showed a 0.2% catheter-related complication event rate, predictable procedures and an average fluoroscopy time of 3.8 minutes.
NAVIGATE-PF trial2
The NAVIGATE-PF clinical trial was a multi-center, first-in-human feasibility study that assessed the acute and chronic accuracy of FIELDTAG™ Technology on the FARAVIEW™ Software Module in visualizing pulsed field energy delivery by the FARAWAVE™ NAV catheter. The study included two phases:
Phase I (acute assessment):
- Phase 1 included 30 patients that underwent PV isolation, with 30% also receiving posterior wall ablation.
- PFA markers were placed during PFA application and high-quality, post-ablation HD maps with INTELLAMAP ORION™ Mapping Catheter were completed in 15 pts. PFA markers were overlaid on the HD map and contours were drawn at the outer border of the low voltage areas (defined as ≤0.5mV) where at least 2 overlapping PFA markers were dropped.
Phase II (chronic assessment):
- Included 20 patients at 1 center to evaluate chronic lesion durability and alignment between acute PFA tag locations and chronic low voltage borders.
NAVIGATE-PF3: 60 day remap
60-day remapping after FARAWAVE NAV PFA Catheter ablation showed 95% (63/66) PV durability and 86% (12/14) PW durability.
FARAVIEW Software Module technical specifications
The FARAVIEW Software Module is available only on the OPAL HDx Mapping System and fully integrates with the FARAPULSE PFA System using the FARAWAVE™ NAV PFA Catheter. See OPAL HDx technical specifications for more information.
FARAVIEW Software Module ordering information
The FARAVIEW Software Module is available only on the OPAL HDx Mapping System and fully integrates with the FARAPULSE PFA System using the FARAWAVE™ NAV PFA Catheter. See OPAL HDx ordering information for more information.
Online education
Online medical training and education courses
The EDUCARE online platform makes healthcare education and training more relevant, more comprehensive, more personal, and more accessible. Register to access a library of procedural videos, case studies, training resources, and events.
Brochures
Additional FARAPULSE PFA Platform resources
Find product brochures, spec sheets, clinical data compilations and more on our FARAPULSE resources page.
* Baylis Medical Company Radiofrequency Puncture Generator RFP-100A. Baylis Medical Company is a wholly owned subsidiary of Boston Scientific Corporation.
References:
1. Nair, D., et al. (2026) Clinical experience with map-and-ablate workflows enabled by the second-generation catheter: findings from the DISRUPT-AF Registry. Presented at AF Symposium 2026.
2. Reddy, V. et al. (2025). Visualization and chronic assessment of electrical field tags for pulsed field ablation of pulmonary veins with the second-generation pentaspline catheter. Presented at HRS 2025.
3. Reddy, V. Y., et al. (2026). Chronic lesion prediction of pulsed field ablation using dynamic shape visualization and tags with the second-generation pentaspline catheter. Presented at AF Symposium 2026.