


The ADSR-4003 range are instrumentation recorders with a built-in file server capability.
Key Features
- Intelligent, network-based IP packet recorder and networked file server
- High-speed Ethernet packet recording, up to 150 MBps
- Accepts up to three solid-state memory modules
- Base unit includes two Gigabit Ethernet interfaces
- Supports IEEE-1588 Precision Time Protocol plus IRIG-B time
- General-purpose inputs/outputs
- Ruggedized for airborne applications
- Compatible with AI network-based acquisition systems
- Two mounting options are available:
- DZUS rail mount, model ADSR-4003Z-1
- Flanged base plate mount, model ADSR-4003-F-1
Applications
- Airborne network IP recorder
- High-speed data acquisition
- Instrumentation data recorder
- Mission or map file server
- Rugged airborne computing platform
ADSR Advanced Data Server and Recorder
There is a growing need for a small form factor, rapidly installable, all-in-one instrumentation recorder for flight test and other airborne applications. For this need, Curtiss-Wright developed the ADSR product family. This recording system leverages our legacy breadth of products to produce a best-in-class solution that allows users to capture, record, and output data based on their unique requirements. The product family consists of a range of advanced data server and recorder (ADSR) products. These are ideal for many uses, including a mission data recorder, mission file server, digital video recorder, or instrumentation network recorder.
QrNexus Brochure
There is a growing need for a small form factor, rapidly installable, all-in-one instrumentation recorder for flight test and other airborne applications. For this need, Curtiss-Wright developed the QrNexus product family. This recording system leverages our legacy breadth of products to produce a best-in-class solution that allows users to capture, record, and output data based on their unique requirements. The QrNexus product family consists of a range of advanced data server and recorder (ADSR) products. These are ideal for many uses, including a mission data recorder, mission file server, digital video recorder, or instrumentation network recorder.
Modern, High-Speed FTI Recorder and Switch Requirements and Use Cases
Flight test instrumentation (FTI) architectures are increasingly migrating to airborne “network” systems, comprised of distributed sub-systems of data acquisition, processing, and recorders. One result is that the network switches forming the network switch fabric for these architectures become more critical, as do the FTI recorders that must acquire large amounts of data from different data sources in formats suitable for ground processing. This white paper discusses the factors influencing switch and recorder unit design for a distributed FTI system and a single recorder alternative.