Wireless Protocol Software Engineer

Keysight to showcase expanded PNT capabilities at ION GNSS+ 2026. At booth #201, Keysight demos SimXTRACT turning captured I/Q into editable GNSS simulation scenarios on its PNT emulator at ION GNSS+ 2026. Don't miss StockTitan's market coverage in Google Search and AI answers. Adds StockTitan as a preferred source · opens Google 09/02/2026 - 08:00 AM SANTA ROSA, Calif.-(BUSINESS WIRE)- Keysight Technologies, Inc. (NYSE: KEYS): What: At ION GNSS+ 2026, Keysight will demonstrate smarter ways to design, emulate, and validate Positioning, Navigation, and Timing (PNT) technologies to accelerate innovation and assure resilient systems. With Spirent now part of Keysight, the company will present its expanded expertise and capabilities across Global Navigation Satellite Systems (GNSS), alternative PNT, autonomous systems, NAVWAR, sensor fusion, and realistic field-to-lab testing. When: September 14 - 18, 2026 Where: Keysight booth #201, Hyatt Regency Grand Cypress, Orlando, FL Keysight experts will show how intelligent insights and advanced test solutions can reduce development risk, accelerate validation, and speed time-to-market with the following demonstrations: Building Resilient PNT with Sensor Fusion Keysight will demonstrate how PNT X supports resilient PNT development by bringing GNSS together with inertial and other sensors, LEO PNT, and signals of opportunity in a controlled test environment. Developers can evaluate how multiple positioning and timing sources work together, then stress these layered PNT architectures under realistic contested conditions including jamming and spoofing. Enabling System-of-Systems Testing By synchronizing PNT X and EWASP, Keysight creates a coordinated, multi-domain RF test environment. Combining realistic GNSS/PNT signals with radar, communications signals, and dynamic EW threats, developers can evaluate system performance under complex, time-aligned conditions and validate resilient PNT behavior in increasingly representative operational scenarios. Integrating GNSS and Non-Terrestrial Networks This demonstration shows how PNT Xe and UXM bring GNSS and non-terrestrial network (NTN) testing together in a controlled lab environment. Developers can evaluate chipset interoperability, positioning performance, and GNSS/NTN integration to explore layered architectures that combine multiple PNT sources to accelerate development of next-generation resilient PNT solutions. Bridging the Realism Gap from Field to Lab SimXTRACT software showcases how engineers can overcome the problem of understanding composite GNSS signals in a real environment, and how they affect a PNT device's performance. By decomposing captured I/Q data from record and playback systems into discrete line-of-sight signals, multipath, and precise ground truth, SimXTRACT enables the creation of a fully editable GNSS simulation scenarios that replicate the original environment in a Keysight PNT emulator. About Keysight Technologies Keysight (NYSE: KEYS) serves technology innovators as a mission-critical design enablement partner for the world's most complex engineering challenges. By connecting market-leading design, emulation, and test solutions across the full life cycle, Keysight helps engineering teams accelerate innovation, reduce risk, and bring new technologies to market faster. Customers across AI infrastructure, communications, industrial automation, aerospace and defense, automotive, semiconductor, and general electronics rely on Keysight to bridge virtual design and physical reality, enabling confident decisions earlier. Learn more at www.keysight.com. Keysight Media Contacts Key terms. gnss technical sensor fusion technical non-terrestrial networks technical i/q data technical

Keysight gift expands hands-on engineering education at Harvey Mudd. September 1, 2026 The Department of Engineering at Harvey Mudd College has announced a major equipment and software gift-in-kind valued at approximately $200,000 from Keysight Technologies. The generous contribution will fundamentally upgrade the College's engineering laboratories, introducing state-of-the-art workstations to support growing student enrollment, and accelerate hands-on technological innovation. The donation consists of industry-grade oscilloscopes, advanced power supplies, and specialized design and simulation software. The equipment is slated for installation across three distinct engineering laboratories inside the academic hub of the Parsons Building. By replacing aging instrumentation and expanding the capacity of its lab spaces, the additional workstations will ensure that students train on the same platforms used by leading research and development firms worldwide. Keysight Technologies is a premier global technology company that helps enterprises, service providers and governments accelerate innovation to connect and secure the world. Doug Baney, Keysight corporate director of education, says, "This collaboration with Harvey Mudd will expand the exceptional experiential education offered to its students, giving them hands-on experience with advanced technologies and preparing them for success in industry." "This partnership with Keysight Technologies comes at a perfect time for our department," says Nancy Lape, professor and chair of the engineering department at Harvey Mudd. "Access to modern laboratory tools prepares our engineers with industry-relevant, hands-on training that is crucially important for understanding the real world." The project's core objective is to significantly expand student access to updated, high-quality instrumentation within Harvey Mudd's engineering Core classes. These foundational courses cover critical STEM fields, including introductory robotics, analog design, microcontroller design and radio frequency systems. Through direct engagement with the new Keysight tools, Harvey Mudd students will apply theoretical concepts to real-world engineering through hands-on experimentation in: * Circuit Analysis and Design: Building and evaluating complex electronic networks. * Signal Processing: Capturing, interpreting and manipulating electrical data waveforms. * System Testing and Troubleshooting: Isolating system faults and optimizing hardware performance. These experiences are designed to elevate students' problem-solving skills and technical competencies - metrics that are assessed regularly as part of HMC's ongoing department evaluation efforts and long-term academic research studies. Beyond the Core classroom, this gift enhances Harvey Mudd's signature Clinic Program, where student teams collaborate with external corporate partners to solve pressing engineering challenges.

Keysight Technologies has appointed Scott Reese to its board of directors, effective immediately. Reese will serve as a Class I director until 2027 and join the Nominating and Corporate Governance Committee and Audit and Finance Committee. Reese most recently served as president and chief executive officer of GE Vernova's Electrification Software business, where he led the transformation of GE's $1.2 billion industrial software business. Before that, he spent nearly two decades at Autodesk in progressively senior roles, including executive vice president of Product Development & Manufacturing Software. He currently serves on the boards of Planet Labs, Landis+Gyr, and AutoLOTO.