PRODUCT PROFILE
RAVE Ultra
INFLIGHT ENTERTAINMENT HARDWARE
RAVE Ultra
France · verified
- COUNTRY
- France
- PROGRAMME STATUS
- verified
Specifications
- Function
- High-definition 4K LCD seat-back monitors provide individualised multimedia content to passengers.
- Platform fit
- The units are designed for integration into a wide range of narrow-body and wide-body commercial aircraft seating.
- Commercial model
- Hardware is typically sold as a capital expenditure item, often bundled with a recurring support or software licensing fee.
- Deployment status
- The system is currently in active production and is deployed globally across multiple international airlines.
- Evidence to demand
- Publicly announced contracts and installation images from major carriers confirm sustained market adoption.
- System architecture
- The displays utilise a decentralised model where storage and playback occur at the individual seat level.
Description
RAVE Ultra is a family of seat-back inflight entertainment displays developed by Safran Passenger Innovations. It represents a significant evolution in cabin hardware, shifting from traditional thick monitors to thin, lightweight 4K screens. The product's lineage is rooted in the RAVE platform, which was pioneer in using decentralised system architecture where content is stored and processed locally at the seat rather than on a central server. This hardware is purchased by commercial airlines and aircraft leasing companies for long-haul and premium short-haul cabins. The system is available for line-fit on major Boeing and Airbus programmes and is also a frequent choice for cabin retrofits. Notable operators that have selected or deployed RAVE hardware include All Nippon Airways, Qatar Airways, and JetBlue. Procurement is typically handled through long-term supply agreements or as part of a wider cabin interior overhaul package. The desk would verify the specific software integration requirements, as the hardware is often paired with varying content management systems. Potential buyers should assess the weight savings compared to previous generations and the power draw required for the high-definition displays. A key risk involves the long-term availability of spare parts for specific screen sizes, as consumer electronics standards evolve faster than aviation certification cycles.
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LAST VERIFIED
6 Sept 2026
SOURCE CITATION
Maker website on record