VectorWave is an MIT spinout that built the first AI hardware accelerator specifically for wireless processing, currently supported by NSF, Army Research Laboratory, Activate, and venture capital. The analog processing unit (APU) is a thousand times faster than high-performance computers while simultaneously having the compact footprint required for edge compute, enabling dual-use capabilities like unjammable radios for defense and multiplying wireless capacity for commercial telecom.
Rincon Research Corporation
Our core business is to design, build, test, and field high-performance RF and DSP systems and services for the U.S. Defense and Intelligence communities. Since 1983, we have provided our customers with superior hardware, firmware, and software solutions for signal collection, analysis, and processing; GPS application development; DSP system and infrastructure development; and orbit analysis; using COTS or developing custom hardware platforms.
PCTEL, Inc.
PCTEL, Inc., an Amphenol company, is a leading global provider of wireless technology solutions, including purpose-built Industrial IoT devices, antenna systems, and test and measurement products. PCTEL’s portable SDR receivers support SIGINT by decoding, measuring, and identifying RF signals. | PCTEL, Inc., an Amphenol company, is a leading global provider of wireless technology solutions, including purpose-built antenna systems and test and measurement products. Founded in 1994, PCTEL combines Amphenol’s world-class resources with decades of experience solving complex wireless challenges to help our customers stay connected. Designed to ensure connectivity between work teams and Industrial IoT devices, PCTEL solutions improve efficiency, generate revenue, and conserve enterprise resources in the utility and oil and gas industries. Our rugged and reliable antenna solutions keep your operations connected in the harshest environments.
ATDI
ATDI: Engineering Spectrum Superiority for Defence Operations ATDI welcomes military and governmental personnel to AOC USA, where we proudly showcase our advanced battlespace spectrum engineering and management solutions. For over three decades, ATDI has been a trusted technology partner for defence agencies worldwide, helping forces achieve spectrum dominance through precise, adaptable, and mission-ready software. Our flagship solutions are purpose-built to support defence operations across the electromagnetic battlespace. This year at AOC, delegates will experience live demonstrations of our latest innovations in tactical spectrum engineering and electronic warfare planning. Featured solutions include: • HTZ Warfare – the cornerstone of tactical radio network planning and EW communications analysis. Designed to model resilient, self-forming tactical networks, HTZ Warfare supports airborne, terrestrial, and maritime platforms across VHF/UHF, SATCOM, MW, HF, and broadband communications. It models and simulates links across ground communications, air-to-ground, and ground-to-air services, adapting to dynamic battlefield conditions and enabling continuous communication for the modern warfighter. • ICS Monitoring SDRN Control – enhances RF monitoring through distributed sensor networks. It streamlines data acquisition and supports electronic warfare operations with real-time spectrum situational awareness. Users can identify emissions, track interference sources, and maintain control over critical communications channels. • HTZ Automation – simplifies complex RF planning through user-defined workflows. These automated functions enable the rapid generation of communication paths across variable terrains and environmental conditions, with dynamic rerouting in the event of node failures. It reduces mission planning time and enhances operational readiness. ATDI’s defence technology also includes critical functions such as radar interference analysis, direction finding support, jamming effectiveness simulation, and UAV/UAS mission planning. With support for all radio technologies between 8 kHz and 1 THz, our tools model a complete spectrum environment, including COMINT, ELINT, and C2 networks. Our systems are designed for operational agility—enabling spectrum planners to visualize the RF landscape, optimize deployments, simulate enemy action, and plan effective countermeasures. With the flexibility to support mobile, airborne, and maritime operations, ATDI’s tools are used globally for mission-critical spectrum engineering. Why Choose ATDI? • Proven in theatre with over 30 years of military-grade software development. • Supports electromagnetic spectrum management for joint and coalition operations. • Integrates with legacy and next-gen systems for interoperability and mission flexibility. • Delivered with responsive global technical support and consulting services. Delegates are invited to visit our stand to explore these capabilities firsthand. Our team will be on hand to discuss how our technology supports strategic and tactical communications superiority—ensuring your spectrum is secure, resilient, and mission-ready. To learn more, visit our stand today.
Adaptive Dynamics Inc.
Adaptive Dynamics Inc. (ADI) is a leading developer of advanced DSP-based RF interference mitigation/anti-jam (IM/AJ) technology for the DoD and has extensive experience in RF interference mitigation technology and interference signal analysis, including the invention of the 3rd generation MAGIC® IMPS interference cancellation filter algorithm, which is used in over 2000 transceivers on 5 DoD Programs of Record for ground-based, sea-based, airborne and space-based applications. MAGIC® IMPS The MAGIC® IMPS algorithm is compact encrypted VHDL code that can be integrated in any AMD UltraScale or Intel AgileX FPGA. MAGIC® IMPS digitally excises adversarial jamming threats and protects joint force transceivers and SDR’s in challenging anti-access/area denial (A2/AD) environments. ADI has added new spatial awareness (SA) algorithms and capabilities to the MAGIC IMPS algorithm for jammer direction finding, wideband spatial filtering and ML/AI based signal classification. Tactical Multiband Anti-Jamming System The Tactical Multiband Anti-Jamming System (TMAJS-1001) for protecting wireless communications and GPS navigation systems in the VHF/UHF band. TMAJS ensures reliable wireless voice and data communications, position navigation and timing capabilities, despite dense signal jamming by adversaries and increasing congestion of the electromagnetic spectrum. TMAJS also displays the jamming signal characteristics to the wireless operator in real time. ARTEMIS2 Assured-PNT Mod Payload IM Applique ARTEMIS2 is a Mod Payload size 4-channel IM applique (i.e. RF-In/RF-Out) loaded with the MAGIC® IMPS algorithm that protects an M-Code MPE-M card and provides significant additional IM/AJ benefit. The ARTEMIS2 is ideal for use in UxSs and UAVs. Whereas ADI develops software-based excision of jamming signals in the digital domain of RF transceivers (i.e. post analog-to-digital conversion), it’s partner Metamagnetics’ develops hardware-based (ferromagnetic) interference mitigation devices that are implemented in the RF transceiver front end. Metamagnetics is a veteran owned, small-business that has brought to the US market advanced Auto-Tune Filters (AtF®), rare-earth free mmWave RF Circulators and Isolators, and High-Power Microwave – Nonlinear Transmission Lines Auto-tune Filters® (AtF®) AtFs® are a superior alternative to limiters and filters, that provide a broadband, fast-response, simple solution that protects receivers from electromagnetic interference (EMI) and ensures that signals-of-interest are detected. If one or more signals exceeds the threshold, the AtFs® automatically limits it by attenuating the signal. Simultaneously, desired signals operating below the power threshold pass through the system unaltered. Advanced Microwave/mm-wave Circulator and Isolator Solutions Metamagnetics has developed robust, high-performance, and miniaturized Self-biased Circulators and Isolators. These innovative devices enable developers to produce high power, broadband radar systems that achieve their goals for size, weight, power and cost reductions (SWaP-C), while also enabling a variety of novel system design and surface mount installation approaches. Metamagnetics has been able to demonstrate 90% reduction in size and weight over traditional microstrip permanent magnet isolators and circulators. Offering planar and monolithic construction, our innovative devices also withstand levels of shock and vibration that far exceed those attainable by microstrip permanent magnet solutions whose magnets are known to detach under harsh conditions, such as missile launches. Supply chain risks are greatly reduced as our domestically produced Self-biased Circulators and Isolators use readily available raw materials, rather than rare-earth metals. High-Power Microwaves for C-UAS Metamagnetics’ gyromagnetic non-linear transmission lines (NLTLs) are a solid-state solution comprised of a planar design and compact footprint. They offer a superior solution and true alternative to bulky and costly vacuum-based high power radio frequency (HPRF) sources. Unlike traditional HPRF systems, Metamagnetics’ ferrimagnetic NLTLs are drastically smaller and lightweight; enabling employment of practical HPRF systems on ground vehicles and aircraft that achieve various size, weight, power, and cost (SWaP-C) efficiencies. Signals can be tailored to disrupt a variety of targets more effectively and dynamically.