Curtiss-Wright
20130 Lakeview Center Plaza
Suite 200
Ashburn, Virginia 20147 [email protected]
https://www.curtisswrightds.com/
Suite 200
Ashburn, Virginia 20147 [email protected]
https://www.curtisswrightds.com/
Articles related to Curtiss-Wright
Radar/EW
Asking the right questions about HPEC software development tools for radar, SIGINT, and EW applications - Story
February 06, 2017
High performance embedded computing (HPEC) system designers tasked with architecting large-scale supercomputer-class processing systems for radar, signal intelligence (SIGINT), and electronic warfare (EW) applications depend greatly on the software development tools available to them. The choice of development tools - such as debuggers, profilers, and cluster managers - can result in an intimate relationship; often the choice means the success or failure of the system design.
Avionics
Radar/EW
Curtiss-Wright's Gen 4 PCIe design meets increased bandwidth requirements - News
January 25, 2017
NEW ORLEANS, La. During this year's Embedded Tech Trends (ETT) in New Orleans, Curtiss Curtiss-Wright Defense Solutions officials announced that the company's Gen 4 PCI Express (PCIe) with standard MultiGig RT2 VPX connectors can now meet the increased bandwidth requirements.
Comms
Curtiss-Wright Defense Solutions expands flight test instrumentation & data acquisition portfolio - News
December 07, 2016
ASHBURN, Va. Curtiss-Wright Corp. officials announced their intention to acquire Teletronics Technology Corp. (TTC) for $233 million in cash. The acquisition is expected to close in early 2017 and remains subject to regulatory approval and other closing conditions. TTC will operate under the company's Defense Solutions division.
Radar/EW
New RF tuners drive the design of multichannel signal analyzers for SIGINT - Story
November 18, 2016
Here's the problem: Your unmanned aerial vehicle (UAV) is flying through densely populated geography when one of its signal intelligence (SIGINT) systems' radio-frequency (RF) channels detects an emitter signal of interest on a specific frequency, indicating a potential target. It's not enough to know there's a potential threat out there somewhere. You need to know the threat's exact location, and you need to know it in near-real-time. The challenge is that to geolocate a particular emitter, the SIGINT system needs to reassign three or four of its other RF channels, so they can - along with the original channel - perform the interferometry, using TDOA [Time Difference of Arrival] localization techniques, that's needed to zero in on the potential target.
Radar/EW
Comms
Enabling Mounted Assured PNT with one COTS-based box - Story
October 27, 2016
Today's warfighter depends on GPS signals to acquire accurate position, navigation, and timing (PNT) data. There's a potential downside to dependence on traditional GPS, however: In some terrains, such as dense foliage or urban canyons, GPS signals can become degraded. GPS receivers can also come under attack from adversaries through jamming or spoofing. Given how critical GPS capabilities are for military services, next-generation PNT technologies are emerging to address vulnerabilities from emerging threats and field conditions.
