Dap Corporation's AS5643 compliant products for the next generation combat F-35.
Analyzer package for the AS5643 avionics data bus adopted in the F-35 project.
The AS5643 I/F board comes in USB, LAN, and PCI/cPCI types. The AS5643 supports speeds of 100/200/400/800 bps. The bus analysis analyzer software FireSpy Mil1394 provides functions for Monitor, Recorder, Commander, Generator, Filter/Trigger, and Scriptor. ■ Japanese technical documentation for the AS5643 is available. If you would like to see it, please contact sales@nacelle.co.jp. Alternatively, it can also be downloaded from the catalog page.
basic information
AS5643 (SAE Aerospace Standard = AS) defines the requirements for using IEEE-1394B as a data bus network in military and aerospace vehicles.
Price information
-
Delivery Time
Model number/Brand name
-
Applications/Examples of results
Avionics data bus adopted for the next-generation fighter jet F35.
catalog（15）
Download All Catalogs
News about this product（5）
-
Dap Corporation's AS5643 compliant products for the next-generation combat F-35.
Analyzer package for the AS5643 avionics data bus adopted in the F-35 project. The AS5643 I/F board comes in USB, LAN, and PCI/cPCI types. The supported speeds for AS5643 are 100/200/400/800 bps. The bus analysis analyzer software FireSpy Mil1394 provides functions for Monitor, Recorder, Commander, Generator, Filter/Trigger, and Scriptor.
-
The FireStealthFS810bN is the world's first IEEE-1394b analyzer equipped with a "stealth mode."
DapTechnology's FireStealth810bN is the world's first "stealth mode" IEEE-1394b analyzer equipped with non-intrusive bus monitoring technology. The FireStealth IEEE-1394b analyzer does not participate in the bus topology, so topology reconstruction and node ID reassignment do not occur. It becomes invisible to all other devices on the bus and does not participate in bus management activities such as root contention, cycle start generation, and transmission arbitration. FireStealth is a compact device equipped with 1024MB of internal memory. This device provides extensive hardware filtering and triggering through efficient FPGA and onboard processors. It supports transfer rates of up to 800MB. FireStealth connects to a host PC via USB2.0 or Ethernet. The GUI software operates on Windows and is intuitive to use. Additionally, the included API allows you to build your own control software using C/C++ or LabVIEW.
-
【Data Giveaway!】Japanese technical documentation on the STANAG7221 communication standard giveaway!
Free Japanese explanation book on the communication standard 【STANAG7221 - Extended 1553】! A Japanese explanation book on the avionic data bus communication standard 【STANAG7221 - Extended 1553】, which enables communication at 100Mbps using pre-installed MIL-STD-1553 cables. This book provides a detailed explanation of the STANAG7221 protocol, ideal for modernizing existing aircraft, across 70 pages, including illustrations.
-
[Data Giveaway!] Japanese technical documentation on the AS5643 communication standard giveaway.
Free Japanese explanatory book on the avionics data bus AS5643 (Mil1394) communication standard, adopted in new defense aircraft such as the F-35! This 52-page book provides a detailed explanation of the AS5643 protocol, developed based on IEEE1394, with illustrations included.
-
DapTechnology's AS5643 interface card "FireTrac4x24bT" adopted in the F-35 project.
There is a growing demand for more streamlined hardware systems for processing AS5643 data streams used for defense purposes. In particular, advanced error insertion capabilities are required for simulation purposes that cannot be achieved with commercial link layer implementations. FireTrac is designed to natively support AS5643 (not just as an add-on protocol). In addition to standard IEEE1394 functionality, FireTrac is designed to provide hardware-level support for SAE AS5643, particularly alleviating the burden on the host processor for tasks such as packet encapsulation, data extraction, and receive/transmit STOF offsets. Importantly, FireTrac is highly accurate as it handles AS5643 transmission timing entirely in hardware. Support for this protocol is built into the hardware and is not just a software layer, as is commonly provided by other solutions that rely on COTS OHCI chipsets.
