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RF & Wireless Specialty Embedded Specialty
SEA 802.11p LabVIEW add-on for USRP
Communicate by, Stress and Diagnose the 802.11p Protocol for V2X Communication
Product SEA 802.11p LabVIEW add-on for USRP
Order no. 66000013
System requirements
Software: • Windows 7 and above (dependent on LabVIEW version)• NI LabVIEW Full Development System for Windows Versions 2015 and higher
Hardware: • NI USRP 2953R or NI USRP 2954R hardware with NI drivers
Preliminary data. This is subject to change.
Product and company names listed are trademarks or trade names of their respective companies V1.0
Mülheimer Str. 7 Phone: +49 - 22 41 - 127 37 - 0 www.sea-gmbh.com53840 Troisdorf Fax: +49 - 22 41 - 127 37 - 14 [email protected]
The Add-On offers:
• Easy application of high-performance 802.11p communication in LabVIEW or C
• High precision timing for Tx and Rx messages based on powerful FPGA implementation
• Exactly reproducible failure injection capabilities on MAC and PHY layer
• Extended reception and analysis of wireless 802.11p messages • Full LabVIEW API
Programming
• 802.11p Communication and manipulation in LabVIEW• Extended features for test and validation• High-performance implementation in FPGA
• Overview of RF-signals and timing in Host Control Manger application
• C-API available on request• API compatible with other SEA 802.11p products
For V2X-researchers, chip designer, OBU developer, application programmer .....
the 802.11p LabVIEW add-on toolkit provides unique features for in-detail-test, validation and application prototyping in the area of the wireless 802.11p protocol which shall be applied to future direct DSRC communication between traffic participants.
The developer can use the 802.11p MAC & PHY layer implementation of the FPGA based software defined radio (USRP) by an easy applicable palette of LabVIEW functions for the development of test functions, self-implementation of higher communication layers for V2X applications (e.g. ITS-G5 or IEEE1609) or specific 802.11p based applications.
The FPGA implementation enables the utilization of full transport capability of the 802.11p air channel for performance testing, simulation and benchmarking measurements.
Additional extended functions for validation and verification test applications are implemented. These functions include unique reproducible manipulation of the Tx packets for precise failure injection scenarios. Source address and transmission level can be manipulated for every single packet separately. This enables the implementation of flexible test cases and simulation scenarios.
Even incomplete and defect messages are available for the customer application in order to support detailed analysis of the communication behaviour of the device under test.
The important synchronization of the system based on a GNSS-signal can be applied and the system clock can be precisely disciplined with the resolution of the FPGA-tick (typically some nanoseconds). The 802.11p LabVIEW add-on for USRP is compatible with the NI USRP 2953R and NI USRP 2954R units. These units are not part of this toolkit and must be bought separately.
SEA 802.11p LabVIEW add-on for USRP
The 802.11p LabVIEW add-on for USRP provides an easy to use LabVIEW palette for API functions and the interactive Host Control Manager (HCM) as interfaces.
