COTS Journal, May 2024

SPECIAL FEATURE

14 Revolutionizing Battlefield Surveillance: MatrixSpace Radar in Conflict Zones

By John Reardon, COTS Journal

SYSTEM DEVELOPMENT

20 Microchip Technology Inc.: Entering the Space Market

By John Reardon, COTS Journal

Cover Image: iss070e043722 (Dec. 20, 2023)

– Northrop Grumman’s Cygnus space freighter is pictured attached to the International Space Station while orbiting 264 miles above the Indian Ocean south of the island nation of Madagascar. At lower center, is the Canadarm2 robotic arm preparing to grapple Cygnus ahead of its removal from the Unity module and departure from the orbital outpost.

COTS (kots), n. 1. Commercial off-the-shelf. Terminology popularized in 1994 within U.S. DoD by SECDEF Wm. Perry’s “Perry Memo” that changed military industry purchasing and design guidelines, making Mil-Specs acceptable only by waiver. COTS is generally defined for technology, goods and services as: a) using commercial business practices and specifications, b) not developed under government funding, c) offered for sale to the general market, d) still must meet the program ORD. 2. Commercial business practices include the accepted practice of customer-paid minor modification to standard COTS products to meet the customer’s unique requirements.

—Ant. When applied to the procurement of electronics for he U.S. Military, COTS is a procurement philosophy and does not imply commercial, office environment or any other durability grade. E.g., rad-hard components designed and offered for sale to the general market are COTS if they were developed by the company and not under government funding.

6 The Inside Track

The Journal of Military Electronics & Computing

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The INSIDE TRACK

NXP Collaborates with NVIDIA to Accelerate A.I. Deployment with Integration of TAO Toolkit with NXP Edge Devices

NVIDIA GTC, NXP Semiconductors N.V. announced a collaboration with NVIDIA that enables NVIDIA’s trained A.I. models to be deployed on NXP’s broad portfolio of edge processing devices through the eIQ® machine learning development environment. This exciting enablement allows developers to accelerate development in the increasingly competitive world of A.I., which is made possible by the functional integration of the NVIDIA TAO Toolkit into the NXP’s eIQ machine learning development environment. NXP is the first semiconductor vendor to integrate the NVIDIA TAO APIs directly within an A.I. enablement offering, making it easier for developers to deploy trained A.I. models at the edge.

Simplifying the training and deployment of A.I. models is one of the biggest challenges facing today’s A.I. developers. To address this challenge, NXP collaborated with NVIDIA to integrate the NVIDIA TAO APIs directly within NXP’s eIQ machine learning development environment. The NVIDIA TAO low-code A.I. framework makes it easier to leverage trained A.I. models

and fine-tune them for specific uses with transfer learning, while NXP’s eIQ development environment eases the deployment of these models to the edge through a combination of software, inference engines, neural network compilers, and optimized libraries. As a result of this integration, customers benefit from accelerated A.I. development, access to a library of pre-tested A.I. models, and the ability to deploy them on NXP’s broad portfolio of edge processors.

“A.I. innovation will define the future of the smart connected world,” said Charles Dachs, Senior Vice President and General Manager, Industrial and IoT Edge, NXP. “Combining NVIDIA’s expertise in training and testing A.I. models with NXP’s long history of industrial and IoT edge innovation creates a synergy that allows our customers to bring their A.I. models to market quickly and easily.”

“NVIDIA TAO greatly simplifies the creation and deployment of A.I. models, including state-of-the-art generative A.I. models,” said Deepu Talla, Vice President of Robotics and

Edge Computing at NVIDIA. “This collaboration brings highly accurate, optimized A.I. models tuned with NVIDIA TAO and plugged seamlessly into NXP’s eIQ development environment to accelerate edge A.I. deployments.”

The NXP eIQ machine learning software development environment enables the use of A.I. algorithms on NXP’s broad portfolio of microcontrollers and microprocessors. It is fully integrated into NXP’s MCUXpresso SDK and Yocto Project Linux development environments, allowing developers to develop complete system-level applications with ease.

The eIQ machine learning development environment will directly integrate NVIDIA TAO APIs, delivering a single platform for model A.I. training, optimization, and deployment. NVIDIA TAO provides an API-driven workflow that leverages a collection of pre-trained models and transfer learning to enable users to build custom A.I. models. NVIDIA TAO provides several optimizations, such as model pruning, that increase the inference throughput.

The INSIDE TRACK

DigiKey and LabsLand Release Prism4 Remote Engineering Hardware System

DigiKey announced the exclusive release of the LabsLand Prism4, a modular structure for building interactive real-time, remote hardware systems faster and more efficiently.

The Prism4’s design supports remote hardware systems with cameras, modular lights, and evaluation boards. The platform also includes a set of Phase Dock workbench bases where devices can be attached using clicks and slides.

Each Prism4 hosts specific ready-toship hardware systems available for different technologies, including field programmable gate arrays (FPGAs), select microprocessors, and microcontrollers. In addition, Prism4’s extensible system design supports the creation of remote laboratories for other fields, allowing for various uses, such as remote education and training using real equipment.

“LabsLand has created an incredible technology that can control hardware platforms remotely anywhere in the world, 24 hours a day, seven days a week,” said David Sandys, senior director of technical marketing for DigiKey. “By partnering with LabsLand to design and launch Prism4,

DigiKey can now offer this technology solution to students, schools, engineers, and designers worldwide for real-time evaluation and education.”

“We are excited to take our relationship with DigiKey to the next level with the launch of Prism4, which offers new features and more extensibility and robustness,” said Pablo Orduna, founder and CEO of LabsLand. “DigiKey has helped us continue our mission to provide universal access to real labs with real instruments and equipment.”

Initially developed for educational settings, LabsLand remote engineering hardware systems allow engineers, students, and educators access to hardware and software solutions that are often priceprohibitive. With the development and release of the Prism4 through DigiKey, engineers, designers, and suppliers have access to a remote engineering platform for new product demonstration, evaluation, product testing, and design, allowing engineers to try out hardware before purchasing. Software engineers can also use the platform to learn and develop code and program remote targets using actual hardware instead of simulators. The Prism4 hardware system enables users to control and interact with the target platforms while providing real-time video feedback demonstrating outcomes and results.

The INSIDE TRACK

Air Force selects Stratom to develop a machine learning-driven system for asset tracking

Stratom announced its selection to develop an Autonomous Asset Tracking System — or AATS — utilizing artificial intelligence and machine learning for camera systems to accurately identify and track military logistics assets across various environments and modes of transport.

“Our innovative software stack leverages the latest advances in machine learning to detect and transcribe airplane tail numbers and determine which plane the tail number is associated with. Next, we’ll be able to communicate that information to databases and AGVs to refuel or load the aircraft autonomously,” said Elizabeth Gilmour, senior robotics perception engineer at Stratom. “By eliminating the complexities and uncertainties associated with traditional asset tracking systems, our streamlined, modification-free solution simplifies distributed operations while addressing imminent logistics challenges created by adopt-

RTX’s new generation of commercial satellite imagers launches with Maxar’s WorldView Legion Advanced imagers will provide high-resolution visual data in real-time

Two next-generation imaging instruments designed by Raytheon, an RTX business, launched yesterday as part of Maxar’s WorldView Legion satellites. These are the first two of six planned WorldView Legion satellites, which will provide a significant leap forward in Earth observation capabilities, offering improved surveillance and monitoring for a wide range of applications.

Positioned in low Earth orbit, the satellites will provide the highest commercially available resolution. When all six join the Maxar Intelligence constellation, they will enable a revisit rate of up to 15 times per day over the most populated parts of Earth. These WorldView Legion satellites will support applications across multiple sectors, including national security, military and commercial mapping, maritime monitoring, telecommunications network planning, change detection, and feature identification.

“Raytheon’s advanced instrument

ing the ‘Agile Combat Employment’ concept.”

Stratom’s initial phase of the Small Business Innovation Research project focuses on the software component, laying the groundwork for a suite of machine learning models that will process images to extract data such as asset type and identification numbers. With this approach, the leading developer of autonomous ground vehicles and robotic systems for commercial and defense applications eliminates the need for physical modifications to current assets, offering a cost-effective and highly scalable solution for logistics operations. In addition to automated asset tracking, the new technology simplifies the orchestration of logistics equipment for cargo, munitions, and refueling on the flight line.

identify airplanes and any asset with an identifying number, such as rail cars, trailers, or pallets. Further, other customers have shown interest in using this capability to identify relevant text in various operating situations.

Initially envisioned as a system to help autonomous refueling and cargo-loading vehicles identify the correct aircraft, AATS has received interest from several groups for other potential applications. The text spotting could uniquely

technology sets a new industry standard, providing 30cm high-resolution satellite imagery that enables WorldView Legion to fulfill today’s customer needs and adapt to the evolving needs of tomorrow,” said Nicholas Yiakas, director of Civil, Commercial, and Special Programs for Raytheon.

Raytheon’s innovative telescope design culminates 15 years of research and development into a novel, more potent, and lighter optical material than previous designs. As part of the effort, Raytheon received eight patents from the U.S. Patent Office. The combination of lighter optics and electronics allowed Maxar to reduce spacecraft mass by

“Our vision with the AATS extends beyond current logistics challenges. Building on our existing machine learning capabilities in object detection and text recognition, we’re solving today’s problems and anticipating the future needs of a rapidly evolving global market,” said Mark Gordon, president and CEO of Stratcom. “This unique solution sets the stage for our machine learning-powered system to seamlessly integrate into various sectors across military and commercial applications, providing unprecedented tracking accuracy and operational efficiency.”

more than two times, reducing time to orbit and launch costs.

The high-resolution image is focused onto a next-generation digital focal plane array designed and built by Raytheon to provide high-resolution multispectral images.

The satellite imagery collected by WorldView Legion will help assess humanitarian needs, provide aid to natural disasters, and give the businesses transformational capabilities, including mapping and logistical planning, insights into world events, and support of national defense.

The INSIDE TRACK

INVOLI, a leading provider of cooperative air traffic surveillance solutions, is thrilled to announce its partnership with MatrixSpace, an expert in non-cooperative air traffic detection

This partnership marks a significant milestone in aviation safety and surveillance technology.

By combining INVOLI’s cooperative air traffic detection capabilities with MatrixSpace’s expertise in non-cooperative air traffic detection, customers can now access unparalleled traffic awareness through a single platform or API. This integration provides simplicity and cost-effectiveness previously unattainable in the industry.

INVOLI specializes in detecting cooperative air traffic for aircraft surveillance data, while MatrixSpace excels in detecting non-cooperative air traffic using its miniaturized primary radar technology. Integrating these two cutting-edge hardware products allows for complete air traffic surveillance in a single deployment. MatrixSpace Radar offers robust situational awareness of airborne and ground-based objects, regardless of lighting and weather conditions. This facilitates highly accurate drone detection and Counter Unmanned Aircraft System (CUAS) capabilities, Beyond Visual Line of Sight (BVLOS) flight for uncrewed, autonomous, and tethered aircraft, and overall general aviation safety. MatrixSpace Radar is a very low SWaP-C (size, weight, power, and cost), requires no additional infrastructure and is deployable in minutes without specialist training.

“This collaboration between INVOLI and MatrixSpace represents a significant advancement in air traffic surveillance technology,” said Manu Lubrano, CEO of INVOLI. “By merging our respective strengths, we empower our customers with comprehensive and seamless air traffic awareness, ultimately enhancing safety and efficiency in various operational contexts.”

Echoing Manu’s sentiments, Lori DeMatteis, CRO of MatrixSpace, added, “Our partnership with INVOLI enables us to offer a holistic solution that meets the evolving aviation industry needs. Together, we are revolutionizing air traffic surveillance by providing a unified platform for detecting both cooperative and non-cooperative air traffic.”

This integrated solution is poised to trans-

form various sectors, including beyond visual line of sight (BVLOS) drone operations and the surveillance of sensitive sites such as prisons and energy infrastructure. The ability to detect both cooperative and non-cooperative air traffic in one deployment opens up new possibilities for enhanced safety and security across diverse applications.

The INSIDE TRACK

Lockheed Martin Awarded $451 Million To Upgrade Additional U.S. Army And International M270 Launchers

The U.S. Army awarded Lockheed Martin a $451 million contract to recapitalize additional M270 systems, expand its domestic fleet of launchers, and provide upgrades for global partners.

The award follows an initial agreement issued in 2019 and subsequent contracts calling for recapitalization to support mission readiness through 2050.

“The modernization effort will add additional capability to the combat-proven launcher and ensure the M270-series launcher remains highly effective, reliable, and interoperable with NATO forces for decades to come,” said Jay Price, vice president of Precision Fires for Lockheed Martin.

“The procurement will bring additional precision fire capability to our global partners.”

Recapitalization includes a complete overhaul and upgrades to the systems with brand new engines, improved armored cabs, and the new

Common Fire Control System (CFCS), which will provide compatibility with current and future MLRS Family of Munitions (MFOM). Lockheed Martin’s next-generation Extended-Range GMLRS and Precision Strike Missile (PrSM) can only be fired by M270A2 and HIMARS launchers.

MLRS is a heavy-tracked mobile launcher, transportable via C-17 and C-5 aircraft, that fires Guided MLRS rockets and Army Tactical Missile System missiles. MLRS will also be able to fire the Precision Strike Missile and Extended-Range GMLRS rockets, both currently in development.

KULR Technology Group Delivers Customized Battery Solutions for the U.S. Army,

Enhancing Tactical Command Operations

KULR Technology Group, Inc. announces the successful delivery of its custom-designed KULR ONE battery packs to the United States Army, a crucial step in bolstering the longevity and effi-

ciency of Uninterruptible Power Supplies (“UPS”) in tactical command settings.

Under a multi-year contract, KULR has achieved a significant milestone by tailoring its KULR ONE battery pack for the Army’s effort to modernize future command posts. This specialized pack combines high-performance 21700 power cells with state-of-the-art thermal management technology to enhance propagation resistance while minimizing size and weight. The customization has resulted in an impressive 80% improvement in UPS run times, providing a strategic edge in tactical command operations.

Michael Mo, CEO of KULR, expressed his pride in the project’s success: “Delivering these customized battery packs to the United States Army represents a significant achievement for

KULR. It underscores our commitment to developing specialized solutions that meet the exacting needs of our clients, particularly in critical, highstakes environments. The KULR ONE pack exemplifies our dedication to innovation, safety, and performance in energy management.”

The Army is appraising the custom KULR ONE battery packs for its next-generation command posts, aiming to significantly improve mobility and survivability. These assessments are critical to optimizing the use of these advanced energy solutions. KULR remains closely involved, supporting the Army’s mission to enhance the efficiency and durability of its operational capabilities. This effort emphasizes KULR’s significant impact on battery technology innovation, reinforcing its commitment to supplying specialized, high-caliber energy solutions for vital tactical needs.

The INSIDE TRACK

Silynxcom and 3M PELTOR Strengthen Collaboration to Deliver NextGeneration Headset Solutions

Silynxcom Ltd., a manufacturer and developer of ruggedized tactical communication headset devices and other communication accessories, today announced an expansion of its ongoing collaboration with 3M™ PELTOR™ (“Peltor”).

Peltor is recognized as the world leader in the manufacture of over-the-ear headsets. Known for its commitment to innovation and quality, Peltor’s products are designed to meet the rigorous demands of various environments, ensuring reliability and performance.

Peltor and Silynxcom agreed to expand their mutual convertion distributor agreement to include Peltor’s latest innovative product – the Peltor ComTac™ VIII Headset. The ComTac VIII Headset

offers improved sound protection, hardware design, and user application. The ComTac VIII Headset represents the pinnacle of Peltor’s engineering excellence. Engineered for both communication and safety, the ComTac VIII Headset features advanced technology to enhance auditory situational awareness in noise-intense environments.

This expansion underscores both companies’ commitment to providing cutting-edge communication solutions for tactical and operational environments.

Silynxcom has been adapting Peltor’s overear headsets to integrate with its advanced tactical systems, including push-to-talk control boxes. This collaboration has enabled the seamless integration of Silynxcom’s sophisticated communication systems with Peltor’s headsets, offering users a wide choice of operational solutions and improved effectiveness.

Miller Optics, Inc Receives DFARS Certification

Meller Optics, Inc. has announced that it has received DFARS certification. The Defense Acquisition Regulations System (DFARS) regulates the use and dissemination of controlled unclassified information (CUI), which is a step below top-secret. DFARS compliance requires Department of Defense (DoD) contractors to establish security controls for their information systems and the data they move, store, and process.

Meller Optics routinely supplies sapphire optics and optics made from other materials to the U.S. Navy and other DoD agencies and vendors. Founded in 1921, Meller has manufactured parts for NASA and the defense industry since the 1960s. They have supplied windows for the Tomahawk missile’s navigation systems, internal sapphire optics for the stinger missile, and the Sapphire Lens Array for the Kepler Space Telescope.

DFARS standards follow the rules and guidelines set forth by the National Institute of Standards and Technology (NIST), specifically its special publication 800-171, which must be adopted by any organization that works for the DoD. The DFARS certification process is comprehensive, includes a site survey, and typically takes over a year.

The INSIDE TRACK

Boeing Validates Software for Future Manned Unmanned Refueling Missions

Boeing [NYSE: B.A.] has advanced its manned-unmanned teaming (MUM-T) technology using a digital F/A-18 Super Hornet and MQ-25 Stingray. The testing shows the software is maturing for future U.S. Navy use and has the potential to deploy the teaming capability on both F/A-18 Block II and III Super Hornets.

In a simulator lab, a Boeing-led team virtually demonstrated a F/A-18 pilot commanding an unmanned MQ-25 to release a refueling drogue and refuel the Super Hornet, using existing com-

munications links on both platforms.

The new software is a maturation of tests Boeing has previously done. In addition to the upgraded software, test teams installed hardware and datalinks on both platforms to run the finalized software, further proving Boeing’s readiness to deliver this capability to the Navy.

“MQ-25 is designed to typically receive commands from air vehicle pilots on an aircraft carrier. This software will add a second option, enabling pilots to initiate commands right from their cockpit,” said Alex Ewing, F/A-18 New Product Development lead.

The Boeing-created software will significantly reduce the time it takes for a F/A-18 to communicate with an MQ-25, giving pilots greater flexibility in refueling from longer distances.

“The goal of the demonstrations was to make MUM-T refueling as real as possible,” said Juan Cajigas, director of the Advanced MQ-25 program. “Aerial refueling is like a ballet as two airplanes come together. To be able to direct the activities via a single pilot, safely and efficiently, is a major step forward in aerial refueling technology.”INVOLI and MatrixSpace unveil a one-stop solution for cost-effective, complete air traffic awareness.

Revolutionizing Battlefield Surveillance:

Revolutionizing Battlefield Surveillance:

MatrixSpace Radar in Conflict Zones

MatrixSpace Radar in Conflict Zones

By John Reardon, Editor - COTS Journal.

In the crucible of the ongoing conflict in Ukraine, the battleground has become a proving ground for the latest warfare technology. Among the most potent threats frontline troops face are drones, whose silent menace presents a constant danger. The imperative for reliable, cost-effective surveillance solutions has never been more pressing in such an environment. Introducing the MatrixSpace Radar – a revolutionary innovation tailored precisely to the needs of modern warfare, offering unmatched capabilities in detecting enemy drones and enhancing situational awareness on the front lines.

MatrixSpace Radar represents a paradigm shift in battlefield surveillance, seamlessly integrating with various sensor technologies

to provide a comprehensive view of the theater of operations. Its ability to fuse data from Radar, cameras, thermal imagers, and other sensors empowers military personnel with unparalleled decision-making capabilities, ensuring swift and effective responses to emerging threats.

Unlike traditional optical systems hampered by low-visibility conditions such as clouds, dust, or darkness, MatrixSpace Radar operates independently of environmental factors, emitting electromagnetic waves that easily penetrate obstructions. This capability ensures continuous surveillance and target detection even in adverse weather conditions, making it an indispensable asset in the unpredictable terrain of modern warfare.

Central to MatrixSpace Radar’s utility is its unparalleled ability to detect and track enemy drones – an increasingly vital capability on today’s battlefield. While traditional Radar systems may struggle to identify small or low-flying targets, MatrixSpace Radar excels in pinpointing drones, providing early warnings, and enabling swift countermeasures to neutralize threats before they can harm frontline troops.

Moreover, MatrixSpace Radar offers an impressive combination of features tailored to the needs of modern military operations. Its lightweight and portable design and low power consumption ensure swift deployment in diverse environments, making it ideal for rapid response scenarios. Whether securing perimeters around troops, providing early

Protecting Critical Infrastructure

Through the adoption of affordable Radar solutions, Ukraine can safeguard its critical infrastructure with early threat detection capabilities. Implementing intrusion alarms enables swift deployment of countermeasures, thwarting the Kremlin’s efforts to undermine the country’s infrastructure and escalate pressure on the civilian population. By proactively detecting and responding to potential threats, Ukraine can effectively protect critical assets from hostile actions, ensuring the resilience and stability of vital systems. This proactive approach enhances national security and strengthens deterrence against external aggression, deterring further destabilization attempts. As Ukraine faces ongoing challenges to its sovereignty, deploying cost-effective Radar solutions serves as a proactive defense mechanism, preserving the integrity and functionality of essential infrastructure against hostile incursions.

The International Peace Bridge connecting the United States and Canada

Celebrating 50 Years of American Excellence:

Celebrating 50 Years of American Excellence:

and Otto Fest’s

Enduring Legacy

Enduring Legacy

By Buck Biblehouse, Senior Editor

OTEK Corporation proudly stands as an emblem of American ingenuity and perseverance in the dynamic realm of instrumentation and measurement technology. As the company marks its illustrious 50th anniversary alongside the esteemed Otto Fest, the narrative of relentless innovation, unwavering dedication, and staunch commitment to excellence takes center stage.

At the nucleus of OTEK’s triumph lies its formidable intellectual property (IP) arsenal, comprising a remarkable array of 18 leading patents and two pending. These patents, spanning groundbreaking analog meter direct replacement innovations to cutting-edge digital instrumentation solutions, epitomize OTEK’s relentless pursuit of advancement and steadfast dedication to redefining industry benchmarks. They showcase the company’s technological prowess and underscore its visionary outlook and commitment to pushing the boundaries of possibility.

A cornerstone of OTEK’s ascent to prominence has been the unwavering support it has garnered from industry peers and collaborators. Through steadfast partnerships and alliances forged over the years, OTEK has earned the trust and admiration of its customers, solidifying its position as a preeminent provider of innovative solutions that consistently surpass expectations. Established on the principle that the most challenging problems necessitate the most straightforward solutions, OTEK is a leader in the field of innovative solutions.

Central to OTEK’s ethos is the indelible imprint of its visionary leader, Dr. Otto Fest. Infused with a relentless pursuit of excellence, Dr. Fest has cultivated a corporate culture steeped in integrity, dedication, and customercentricity principles. This culture permeates every facet of OTEK’s operations, ensuring that the company remains unwaveringly committed to delivering unparalleled value and reliability to its clientele. Dr. Fest proudly conveys, “OTEK guarantees all its products for life—not just the product itself, but the company! When used according to specifications, there is no reason for our products ever to fail.”

Dr. Fest’s unyielding dedication to OTEK’s clientele and the various industries it serves is ingrained deeply within the fabric of OTEK’s identity. Dr. Fest, alongside his proficient and innovative team, has become renowned for their willingness to embrace challenges head-

on, customizing their industry-leading digital measurement solutions despite seemingly insurmountable challenges. Their commitment to innovation and problem-solving has led one impressed customer to coin OTEK the moniker affectionately “the digitizers,” lending further credibility to Dr. Fest’s commitment to his esteemed technology.

Dr. Fest’s profound love for family, heritage, and his adopted homeland of the United States resonates throughout OTEK’s operations. Since 1974, OTEK has stood unwavering by the side of the military, demonstrating steadfast support. In the beginning, the US military entrusted OTEK with the development of its pioneering “flatpack” digital meter, a revolutionary creation that remains unparalleled to this day. Remarkably, these meters continue to serve our nation’s defense forces flawlessly, a testament to OTEK’s enduring commitment to excellence and reliability in military technology.

At the heart of Dr. Fest’s leadership philosophy lies a steadfast commitment to prioritizing people above all else. Whether it’s his unwavering dedication to his family, friends, or employees, Dr. Fest’s emphasis on fostering meaningful relationships underscores OTEK’s human-centric approach to business. In an era characterized by rapid technological advancement, OTEK’s enduring success is a testament to the transformative power of people-first leadership and an unwavering commitment to excellence. His journey began in 1976, shaping DIN Standards and lecturing across Germany. Transitioning to NASA, he was pivotal in multiple Apollo missions, contributing to landing a man on the moon.

As OTEK celebrates its 50th anniversary alongside the remarkable legacy of Dr. Otto Fest, the journey of innovation, integrity, and impact continues unabated. Guided by a vision of excellence that remains as resolute as ever, OTEK stands poised to embark on the next chapter of its storied history, propelled by the spirit of American ingenuity and the enduring legacy of Otto Fest, a true patriot in every sense of the word.

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warning of approaching threats, or enhancing situational awareness, MatrixSpace Radar serves as a force multiplier, extending the reach and effectiveness of military units on the front lines.

The versatility of MatrixSpace Radar extends far beyond drone detection, encompassing a wide range of applications crucial to modern warfare. From perimeter security and border surveillance to convoy protection and

Contributed

by

Dawn Zoldi (Colonel, USAF Ret.)

Over a year after Russia invaded Ukraine, the impact of commercial-offthe-shelf (COTS) drones on warfare is undeniable. These inexpensive drones have reshaped conflicts, posing new challenges for military force protection. Drones with sensors and payloads can conduct intelligence missions and precisely deliver payloads, challenging traditional defense strategies. The proliferation of COTS drones, especially in the Russia-Ukraine conflict, underscores the need for innovative force protection solutions.

Enter MatrixSpace, a U.S. Radar and AI sensing company, with its groundbreaking MatrixSpace Radar™. Unlike traditional bulky Radars, this compact unit offers real-time situational awareness with 4D spatial awareness, providing critical information for rapid threat identification. Its small size, weight, power, and cost make it a versatile and accessible solution for military forces. With MatrixSpace Radar™, commanders can enhance force protection, ensuring the safety of personnel and assets in the face of evolving threats.

intelligence gathering, MatrixSpace Radar offers a cost-effective solution that empowers military and security forces with enhanced situational awareness and operational effectiveness.

In the Ukrainian conflict, Radar systems are

crucial in bolstering ground vehicle capabilities across various operational scenarios. Whether securing perimeters around troops, providing early warning of approaching threats, or enhancing situational awareness, Radar systems serve as force multipliers, extending the reach of ground forces and providing

Product Image of the RADAR solution

Air Force Staff Sgt. Kelly Dishman

critical intelligence on enemy movements.

MatrixSpace Radar represents a nicheoriented solution that fills a critical gap in the modern battlefield landscape. Unlike competitors, MatrixSpace Radar offers superior performance at a fraction of the cost, making it an indispensable asset for budget-constrained military operations without compromising performance. Its ability to fuse sensor data, detect enemy drones, and facilitate rapid deployment addresses critical operational needs, ensuring the safety and success of military missions in challenging environments.

In conclusion, MatrixSpace Radar emerges as a game-changer in the Ukrainian conflict and beyond, revolutionizing battlefield surveillance and ensuring the security and success of military missions in an increasingly complex and unpredictable world. As conflicts evolve and adversaries adopt increasingly sophisticated tactics, innovations like MatrixSpace Radar play a vital role in safeguarding the lives of frontline troops and preserving peace and stability on the global stage.

Microchip Technology Inc.: Entering the Space Market

Microchip Technology Inc.: Entering the Space Market

By John Reardon, Editor - COTS Journal

Microchip Technology Inc., a renowned microcontroller, mixed-signal, analog, and Flash-IP solutions provider, has made significant inroads into the space market. The company’s entry into this domain is a testament to its innovative approaches and commitment to addressing the unique demands of space applications. This article explores how Microchip has ventured into the space market, detailing the tools and applications it addresses.

Strategic Entry into the Space Market

Microchip’s entry into the space market is strategic, leveraging its expertise in reliable and robust semiconductor solutions. The company’s approach is multi-faceted, encompassing a range of products specifically designed to meet the stringent requirements of space applications. These products include radiation-hardened microcontrollers, FPGAs (Field-Programmable Gate Arrays), power management solutions, and timing devices.

Radiation-hardened microcontrollers and Microprocessors

One critical challenge in space applications is exposure to high levels of radiation, which can significantly affect the performance and reliability of electronic components. Microchip addresses this issue by offering a line of radiation-hardened (rad-hard) microcontrollers and microprocessors.

Microchip’s rad-hard microcontrollers are designed to operate reliably in harsh space environments. These devices undergo rigorous testing to ensure they can withstand extreme radiation levels, thereby preventing single-event upsets (SEUs), single-event latch-ups (SELs), and total ionizing dose (TID) effects. For example, Microchip’s ATmegaS64M1 and ATmegaS128 are popular choices for space applications due to their rad-hard properties and versatile functionalities.

Field-Programmable Gate Arrays (FPGAs) FPGAs are critical components in space applications due to their flexibility and reconfigurability. Microchip’s FPGAs, such as the RTG4 family, are specifically designed for space applications. These rad-hard FPGAs offer high performance, low power consumption, and reliability.

The RTG4 FPGAs provide inherent SEU immunity, crucial for maintaining system integrity in space. These devices are used in various applications, including satellite communications, scientific instruments, and space exploration missions. Their reconfigurable nature allows engineers to update and optimize the hardware even after deployment, providing significant advantages in long-duration space missions.

The company’s approach is multi-faceted, encompassing a range of products specifically designed to meet the stringent requirements of space applications.

Power Management Solutions

Reliable power management is essential for space missions, where power availability is limited and critical to the mission’s success. Microchip offers a range of power management solutions tailored for space applications. These include radiation-hardened DC-DC converters, linear regulators, and power controllers.

Microchip’s rad-hard power management devices are designed to deliver efficient and reliable performance in the harsh space environment. For example, the MIC6950 is a low-dropout (LDO) linear regulator that can withstand high radiation levels and provide stable voltage regulation critical for sensitive space equipment.

Timing and Synchronization Solutions

Precise timing and synchronization are vital in space applications, especially for satellite communications and navigation systems. Microchip provides various rad-hard timing and synchronization solutions, including oscillators and clock generators.

Microchip’s SA.50s and SA.70s space-grade oscillators are designed to deliver accurate timing even in the presence of radiation. These oscillators are crucial for maintaining the synchronization of communication signals and ensuring the precise functioning of navigation systems.

Applications in Space Missions

Microchip’s products find applications across various space missions, from satellite communications to deep space exploration. Here are some key areas where Microchip’s solutions are making an impact:

Satellite Communications

Reliable and robust electronic components are essential in satellite communications to maintain uninterrupted communication links. Microchip’s rad-hard FPGAs and microcontrollers are used in the payload and transponders of communication satellites. These components help manage data processing, signal routing, and error correction, ensuring the reliability of communication systems.

Scientific Instruments

Space missions often carry scientific instruments designed to collect data and conduct experiments. Microchip’s rad-hard microcontrollers and FPGAs control these instruments, process the collected data, and communicate with mission control on Earth. The reliability and performance of these components are critical for the success of scientific experiments in space.

These components help manage data processing, signal routing, and error correction, ensuring the reliability of communication systems.

Space Exploration

Deep space exploration missions require electronic components that can withstand extreme conditions over extended periods. Microchip’s rad-hard solutions are used in various systems aboard spacecraft, including navigation, communication, and power management systems. These components ensure the reliable operation of spacecraft as they travel through space, conducting exploratory missions and gathering valuable data.

Navigation Systems

Accurate navigation is crucial for space missions, especially for autonomous spacecraft and landers. Microchip timing solutions, such as space-grade oscillators, provide precise timing for navigation systems. These solutions help spacecraft determine their position, navigate through space, and execute complex maneuvers.

Collaboration and Innovation

Microchip’s success in the space market is also attributed to its collaborative approach and continuous innovation. The company works closely with space agencies, research institutions, and industry partners to develop and validate its products. This collaboration ensures that Microchip’s solutions meet the evolving demands of space applications.

Additionally, Microchip invests in research

development to advance its technology and expand its product portfolio. The company continuously seeks enhance its components’ performance, reliability, and radiation tolerance, ensuring meet the highest standards required for space missions.

Future Prospects

The future looks promising Microchip in the space market. With the increasing demand for satellite-based services, space exploration missions, and scientific space research, the need for reliable and robust electronic components will continue to grow. Microchip is well-positioned to address this demand with its comprehensive range of rad-hard solutions.

Furthermore, new space technologies, such as small satellites (CubeSats) and megaconstellations, present new opportunities for Microchip. The company’s ability to provide scalable, high-performance solutions makes it a valuable partner in these emerging areas.

Conclusion

Microchip Technology Inc. has made

a significant impact on the space market through its innovative and reliable solutions. By addressing the unique challenges of space applications with its radiation-hardened microcontrollers, FPGAs, power management solutions, and timing devices, Microchip has established itself as a critical player in the industry. Through continuous innovation and strategic collaborations, Microchip is poised to support the growing demands of space missions, contributing to advancements in satellite communications, scientific research, and space exploration.

Microchip Technology Inc. was established in 1989 after General Instrument spun off its microelectronics division. Initially, the company focused on developing and manufacturing microcontrollers and related products. Over the years, Microchip expanded its portfolio through strategic acquisitions, including SST in 2010 and Atmel in 2016. This growth enabled the company to diversify into various sectors, including automotive, industrial, and consumer electronics. Microchip’s innovative solutions and emphasis on reliable, high-performance products have solidified its reputation as a leading provider in the semiconductor industry, catering to a broad range of applications and markets worldwide.

May 2024 COT’S PICKS

Mercury Announces Early Access Program for New Direct RF MultiChip Module Powered by AMD Versal Adaptive SoCs

Mercury Systems, Inc., a technology company that delivers mission-critical processing power to the edge, announced the early access program for its RFS1140 direct RF System-in-Package (SiP).

Electronic warfare, communications, test and measurement, and radar applications at the edge are becoming more sophisticated, requiring secure, direct digitization of RF signals with high sampling rates and low latency. The RFS1140 is the first multi-chip module to combine the AMD Versal® AI Core series adaptive SoC’s processing power, Jariet Technologies high-speed data converters, and Micron LPDDR4 NOR flash memory. By integrating the latest commercial processing chips into a SWaP-optimized, rugged package, Mercury’s SiP offers maximum performance for next-generation applications.

The early access program for the RFS1140 includes product documentation, support, and priority delivery for evaluation hardware as it be-

Supermicro’s Rack Scale LiquidCooled Solutions with the Industry’s Latest Accelerators Target AI and HPC Convergence

Supermicro, Inc., a Total IT Solution Provider for AI, Cloud, Storage, and 5G/ Edge, is addressing the most demanding requirements from customers who want to expand their AI and HPC capacities while reducing data center power requirements. Supermicro delivers complete liquid-cooled solutions, including cold plates, CDUs, CDMs, and entire cooling towers. A significant reduction in the PUE of a data center is quickly realized with data center liquid-cooled servers and infrastructure, and this can reduce overall power consumption in the data center by up to 40%.

“Supermicro continues to work with our AI and HPC customers to bring the latest technology, including total liquid cooling solutions, into their data centers,” said Charles Liang, president

comes available this year.

“The RFS1140 builds on more than six years of direct RF technology from the Mercury Processing Platform, which enables rapid design cycles for high-reliability microelectronics that move digital signal processing closer to the edge,” said Tom Smelker, VP and GM of Mercury’s Microsystems business unit. “With the ability to detect, digitize, and analyze signals in nanoseconds, our new multi-chip module brings AI-enabled decision-making to electronic warfare and spectrum processing applications and allows customers to create derivatives and custom solutions to meet the unique size, weight, power, and cost aspects of their programs.”

packaged, and manufactured in North America— will deliver leadership performance-per-watt for signal processing in communications, EW, and radar applications.”

A trusted, edge-ready direct RF chip-scale solution that reduces back-end processing;

• AMD Versal AI Core series adaptive SoC with AI Engines to run powerful algorithms

• High-speed (64 GSPs) Jariet Electra-MA data converters with up to 36 GHz analog bandwidth

“AMD has collaborated with Mercury and Jariet to expand its Versal adaptive SoC portfolio to enable ultra-wideband direct RF front-end processing,” said Minal Sawant, senior director of Aerospace and Defense Vertical Market at AMD. “The Versal AI Core series adaptive SoC coupled with discrete data converters in a single package enables direct RF signal processing capacity with massive DSP and AI compute in a small form factor. This SWaP-optimized SiP—designed,

and CEO of Supermicro. “Our complete liquid cooling solutions can handle up to 100 kW per rack, which reduces the TCO in data centers and allows for denser AI and HPC computing. Our

• 4 GB Micron LPDDR4

• 4 Gb Micron NOR flash

• Qualified to MIL standards with operating temperatures of -40°C to +85°C

• Designed, manufactured, and tested in DMEA-accredited facilities to mitigate supply chain vulnerabilities

Mercury Systems, Inc mrcy.com

building block architecture allows us to bring the latest GPUs and accelerators to market, and with our trusted suppliers, we continue to bring new rack-scale solutions to the market that ship to customers with a reduced time to delivery.”

Supermicro application-optimized high- performance servers are designed to accommodate the most performant CPUs and GPUs for simulation, data analytics, and machine learning. The Supermicro 4U 8-GPU liquid-cooled server is in a class by itself, delivering petaflops of AI computing power in a dense form factor with the NVIDIA H100/H200 HGX GPUs. Supermicro will soon ship liquid-cooled Supermicro X14 SuperBlade in 8U and 6U configurations, the rackmount X14 Hyper, and the Supermicro X14 BigTwin. Several HPC-optimized server platforms will support the Intel Xeon 6900 with P-cores in a compact, multi-node form factor.

Supermicro supermicro.com

COT’S PICKS

Astronics Corporation Launches Next Generation Typhon T-400 Ku SATCOM System

Astronics Corporation launched the Typhon T-400 Series system, representing the next generation in Satellite Communications (SATCOM) connectivity technology. The Typhon T-400 Series is designed to seamlessly operate on any GEObased Ku Satellite network, effectively addressing challenges associated with the high cost of equipping an aircraft with SATCOM connectivity.

“Astronics continues to lead the way in optimizing connectivity for airborne platforms,” said Mike Kuehn, President of Astronics CSC. “By leveraging cutting-edge technologies and emphasizing installation flexibility, the Typhon T-400 series sets a new standard for connectivity hardware. This innovative system achieves significant optimization by reducing the number of LRUs required from four to two, streamlining installation, and substantially cutting down the total flyaway cost. Furthermore, customizable system variants, including a modem-less configuration, offer special mission and military end-users heightened flexibility.”

Advanced satellite technology combined with the innovative Modem Manager (MODMAN), the Typhon T-400 Series is a streamlined Dual LRU system that provides both ease of in-

stallation and cost savings. The system incorporates commonly sourced connectors with low-cost cabling to facilitate a seamless and cost-effective installation process. As a result, the system also enables reduced total life cycle costs.

At the core of the Typhon T-400 series is integrating the iQ800 modem technology from iDirect, a renowned leader in satellite communications. This advanced, future-proofed modem technology ensures optimal connectivity and data transmission capabilities, empowering seamless communication and the highest available data rates in even the most demanding airborne environments.

One of the standout features of the Typhon T-400 series is the Modem Manager (MODMAN), which boasts a flange mount design and enhanced environmental specifications. This allows for secure mounting in any orientation, both inside and outside the pressure vessel. The antenna can be flexibly mounted on the aircraft fuselage or tail, offering unparalleled installation versatility. Moreover, the system provides options for a modem-less version, seamlessly integrating with external customer-furnished modems for enhanced security applications, ease of export, and flexible system integration.

Astronics astronics.com

May 2024 COT’S PICKS

Zilliz Introduces Milvus 2.4 with GPU Indexing Support for CAGRA

Zilliz, a trailblazer in vector database technology, is proud to announce the release of Milvus 2.4. This release sets a new standard in vector search capabilities with a groundbreaking GPU indexing feature powered by NVIDIA’s CUDA-Accelerated Graph Index for Vector Retrieval (CAGRA), part of the RAPIDS cuVS library.

Building on Zilliz’s commitment to innovation, Milvus 2.4 has enhanced GPU indexing capabilities since the introduction of GPU IVF-Flat and GPU IVF-PQ indexes last year. GPU Indexing represents a significant milestone in vector database technology, propelling Milvus 2.4 further ahead of traditional CPU-based indexes like HNSW. Leveraging the power of GPU acceleration, Milvus 2.4 delivers remarkable performance gains, particularly under large datasets, ensuring lightning-fast search responses and unparalleled efficiency for developers.

Accelerated vector search capabilities are crucial to improving retrieval-augmented generation workflows. Customers can use Milvus with NVIDIA NeMo Retriever microservices, announced at NVIDIA GTC, a global AI conference.

Abaco Systems Unveils SBC3513L: Next-Gen 3U VPX SBC optimized for FPGA-Based TSN Endpoint Solutions

AMETEK Abaco Systems is thrilled to announce the release of the SBC3513L Single Board Computer (SBC), a groundbreaking solution op-

“We are thrilled to introduce the next-gen GPU indexing in Milvus 2.4, a release that underscores our commitment to advancing the field of vector database technology with GPUs,” said Charles Xie, CEO at Zilliz. “These features empower developers with unparalleled capabilities, enabling them to build highly efficient and scalable applications that leverage the combination of vector search and GPUs.”

“Vector databases play a pivotal role in powering AI models,” said John Zedlewski, Senior Director of Accelerated Data Science at NVIDIA. “Bringing GPU acceleration to Milvus 2.4 with cuVS will im-

prove a broad range of generative AI applications built on vector search, including NVIDIA NeMo Retriever.”

In addition to GPU Indexing, Milvus 2.4 supports GPU-based brute force search, further enhancing recall performance without sacrificing speed. This combination of features empowers developers to build highly efficient and scalable applications that leverage the full potential of vector search technology.

Zilliz zilliz.com

alignment with the SOSA™ Technical Standard, the SBC3513L delivers exceptional yet balanced processing power and optional FPGA-based Time Sensitive Networking (TSN) Endpoint capabilities for mission and safety-critical systems.

Alan Hislop, Division Vice President of Business Development & Sales for AMETEK

Abaco Systems emphasized,” Our approach is to develop products which support TSN as flexibly as possible, combining Abaco’s FPGA hardware with FPGA IP Cores to create TSN Switched Endpoints in our SBCs. We believe the FPGA-based approach will be key to delivering both full TSN compliance and the 10G bandwidth requirements of major new programs such as the US Army’s Ground Combat Systems Common Infrastructure Architecture (GCIA), Future Vertical Lift (FVL) applications, aviation upgrades, and technology insertion.”

Featuring the Intel® Xeon® W processor, 100GbE data plane, and onboard Xilinx Zynq® UltraScale+™ FPGA for additional programmable capabilities, the rugged SBC3513L offers exceptional performance and reliability for demanding command, control, communications, computers, cyber, intelligence, surveillance, reconnaissance (C5ISR) applications. With its seamless upgrade path and advanced thermal management design, the SBC3513L sets a new standard for rugged computing solutions in space-constrained environments.

Abaco Systems abaco.com

May 2024 COT’S PICKS

Newest Multi-Interace PCI Serial Adapter for Automation & Control

Sealevel Systems announces the release of the 7804c PCI Serial Interface, which features eight field-selectable RS-232/422/485 asynchronous serial ports and supports data rates exceeding 1 Mbps for industrial automation and control applications.

The range of configurability enabled by the 7804c PCI Serial Interface allows users to imple-

Low-Power, Affordable 3U OpenVPX 100 Gigabit Ethernet Switch Module Speeds and Simplifies System Integration

Curtiss-Wright’s Defense Solutions Division introduced the VPX3-6816, a Sensor Open Systems Architecture™ (SOSA) aligned 100 Gigabit Ethernet (GbE) Switch for next-generation rugged processing systems. The low-power, affordable, rugged 3U VPX™ module is designed and optimized to deliver the low-latency, high-speed Ethernet backbone that modern aerospace and defense sensor processing architectures require. It supports a rich set of multi-layer L2 switching and L3 routing features. The module supports up to thirty-three (33) Ethernet ports with any mix of 1, 10, 25, 40, 50, and 100GbE port speeds. In addition to being aligned with the Open Group SOSA Technical Standard, the VPX3-6816 is also available in configurations that support numerous existing OpenVPX™ profiles.

“Our Fabric100 family delivers a complete end-to-end solution for architecting 100Gbit SOSA aligned rugged systems,” said Brian Perry, Senior Vice President and General Manager of Curtiss-Wright Defense Solutions Division. “The low-power, lowcost 3U VPX3-6816 Ethernet switch module is the latest addition to our Fabric100 suite and provides high-speed switching with the trusted performance that today’s advanced sensor architectures demand.”

About the VPX3-6816 Ethernet Switch

With its 40/100GbE Data Plane and 10/25GbE Control Plane, the VPX3-6816 complements the previously introduced VPX3-1262 14-core 13th Gen Intel Core Hybrid processor-based SBC. The VPX36816 is also drop-in compatible with Curtiss-Wright’s very successful VPX3687 40GbE switch and supports

ment standard serial COM port requirements via RS-232. RS-422 mode can be used for long-distance device connections or applications where noise immunity and high data integrity are essential. For applications that capture data from multiple peripherals along a network, RS-485 can be implemented. Flexibility is maximized as the ports can be assigned a variety of electrical interface combinations while relying on a single 7804c. For extreme environments, the 7804c features a wide operating temperature range of 0°C to 70°C. Sealevel’s SeaCOM software is included for easy installation and operation.

that board’s 40GbE data rates with a path for future growth to 100GbE performance.

Both the VPX3-6816 and VPX3-1262 are recent additions to Curtiss-Wright’s Fabric100 family of extremely high-performance SOSA-aligned processing modules. Fabric100 brings high-performance 100 GbE, and PCIe® Gen4 interconnect speeds to the new generation of deployable compute architectures. Curtiss-Wright’s Fabric100 suite is the only embedded ecosystem that delivers uncompromised, 100 GbE performance across a comprehensive range of trusted 3U and 6U VPX form factor plug-in cards (PIC) and systems. Designed in alignment with the SOSA Technical Standard, the board delivers line-rate switching for demanding ISR and mission-critical processing applications. The VPX3-6816, available in conduction-cooled L300 ruggedization (L200 ruggedization with ESD covers), is suitable for high-reliability embedded ground, naval, airborne, and commercial/industrial applications.

The versatile, high-performance, non-blocking Ethernet Switch provides up to 33 backplane copper Ethernet connectivity ports. The VPX3-6816 provides system designers with a fully managed multi-layer Ethernet switch that

“Sealevel’s foundation is in I/O.

As we’ve expanded our product line to include embedded computers and carrier boards, we’ve never faltered in the pursuit of providing high-reliability I/O for our customers. The 7804c is a continuation of that commitment for our PCI serial solutions,” said Earle Foster, Sr VP of Sales for Sealevel.

Sealevel Systems sealevel.com

offers extensive network switching and routing services, including efficient multicast packet processing and flexible quality of service (QoS) prioritization supported with a powerful range of security features. Onboard management software provides a powerful command line interface (CLI), SNMP, and web-based configuration, management, and monitoring options.

Curtiss-Wright’s curtisswrightds.com

May 2024 COT’S PICKS

Redesigned R&D Science Cameras Guarantee Zero Dropped Frames for Lossless Data Capture and Testing Success

PFLIR, a Teledyne Technologies company, announced four new additions to its family of X-series science-grade thermal cameras for research and development (R&D) for both the mid-wave infrared (MWIR) and longwave infrared (LWIR) spectrums: the X6980 HS high-speed family and the X8580 high-resolution family.

These new high-speed (HS) models expand the performance capabilities of the popular FLIR X-Series cameras by taking connectivity and on-camera recording to the next level.

New 10GigE and CoaXPress (CXP) 2.1 highspeed interfaces provide more than one hour of lightning-fast image streaming and data transfer,

PPM Systems Enables A 5x Increase in Detection Range

PPM Systems are increasing observational antenna radius by solving signal distribution limitations*. Enabling the next step in capability performance across multiple domains, PPM Systems have integrated operationally and commercially proven RF over fiber products to form complete RF over fiber architecture solutions. For delegates attending the Combined Naval Event in May, these solutions will be available to explore on stand E04.

Leveraging the benefits of COTS products and developing them for defense applications, PPM Systems uses extensive domain knowledge to form

ensuring data fidelity while improving efficiency. At the same time, the on-camera recording option includes a removable nonvolatile memory express (NVMe) solid-state drive (SSD) to ensure lossless recording of critical thermal events. A four-terabyte (TB) high-speed SSD is now included as a standard feature on all X-Series HS cameras, providing the ability to record multiple hours of thermal data on the camera without dropping frames.

“The FLIR X-series science thermal cameras are the industry standard for defense, academic, and commercial research and testing applications

complete RF over fiber architecture solutions for the maritime ESM (Electronic Support Measures), EW (Electronic Warfare), CEMA (Cyber and Electromagnetic Activities) and C-UAS / C- USV (Counter Unmanned Aerial Systems / Common Unmanned Surface Vehicle) domains.

The industry-leading knowledge within PPM Systems ensures seamless signal transmission even in demanding maritime and land environments while providing exceptional signal quality and performance alongside antenna positioning freedom. The solutions are, and continue to be, developed in alignment with open standards such as Open VPX, with PPM Systems poised to enable EW capabilities through ruggedized and dynamically reconfigurable signal distribution –

in the most critical test scenarios around the globe that require high-speed or high-resolution thermal data capture,” said Jerry Beeney, Business Development Director, FLIR. “With the new X-series HS infrared cameras, lab or field operators will have access to lossless onboard recording, highspeed streaming and data transfer, and proprietary trigger and synchronization for precise, on-time recording.”

FLIR flir.com

a step change in capability for customers.

Helping to ensure countries develop their maritime capabilities and provide freedom of navigation is not threatened and, when necessary, sea control and denial are achieved, the Navy Leaders Combined Navy Event is a must-attend, especially as the maritime environment is emerging as a critical priority for NATO and its partners. The intent is for a broad cross-section of attendees from international navies, the defense industry, and academia to explore how to align in common purpose to ensure naval capabilities match the strategic, operational, and technological opportunities and demands of the future.

PPM Systems ppmsystems.com

May 2024 COT’S PICKS

Spectrum Control Announces New Direct RF Extension to SCi Blocks Family

Spectrum Control Inc. announces a revolutionary new Direct RF extension to its SCi Blocks family of miniature, modular, and intelligent RF+Digital™ system building blocks. This new DirectRF+™ module enables customers to rapidly deploy configurable mission-ready RF front-ends and high-speed digital signal conversion with minimal performance risk. Spectrum Control’s unique approach to miniaturizing wideband RF using small-footprint RF-on-mezzanine and System-in-Packaging (SiP) devices delivers world-class signal conditioning and conversion without compromise.

The new SCi Blocks RF+Digital module is intended for aerospace and defense applications. The integrated solution can be deployed in existing and emerging defense platforms and expands the technology to small platforms, such as UAVs and expendables. The new module offers user-enabled switching from a radar mission to a SIGINT gathering mission to Elec-

Anritsu Company Expands Inline Sensor Family

Anritsu Company introduces its inline power sensor MA24103A, designed to measure accurate Peak and True-RMS average power measurements from 25 MHz to 1 GHz and two mW to 150 W power range.

Several applications demand accurate peak and average power measurements well below the frequency range of 1 GHz. Agencies in public safety, avionics (air traffic control and repair stations), and railroads must maintain critical communications between the control centers and the vehicles. The slightest error in making measurements or maintaining a communication network in these markets can risk public safety or even have fatal consequences.

Lower frequencies have the advantage of propagating a longer distance and maintaining communication with fast-moving vehicles. Normally, at lower frequencies, the power of the transmitting signal is in the range of watts, which makes the MA24103A more suited for these types of applications.

tronic Warfare (EW) in an all-in-one SOSA-aligned 3U VPX module. The combination of high-fidelity RF signal handling and integrated digital conversion offers system developers multi-mission flexibility and unmatched size/density.

This extension to the company’s SOSA-aligned wideband module platform leverages Altera® Agilex™ 9 FPGAs to add direct digitization of eight RF inputs and eight RF outputs at sample rates up to 64 Gsps with ultra-low converter interface latency. The Altera FPGA provides a step function improvement in digital modularity and interoperability in RF systems with the revolutionary inclusion of analog-to-digital conversion and processing.

“The promise of integrating Altera’s Agilex™ 9 SoC FPGA Direct RF-Series to radically alter the size, weight, power, and cost (SWaP-C) of future ISR missions in the electromagnetic spectrum is upon us,” said Ian Dunn, chief technology officer at Spectrum Control. “Our SCi Blocks family enables the rapid deployment of new wideband RF+Digital systems. The modularity

and channel control of the architecture are designed to manage the integration of digital and analog technologies into a high-performance, single-slot solution. As you shrink critical functions, it opens up the opportunity to use these SWAP-C improvements to enable new capabilities or support new mission parameters.”

Dunn continued, “Plus, fixed analog and digital functions need to make room for more software functionality and the growing application of AI.” “Altera’s Agilex™ 9 SoC FPGAs Direct RF-Series enable partners like Spectrum Control to leverage next-generation technologies to deliver state-of-the-art (SOTA) technology to the Defense Industrial Base at an accelerated pace,” said John Sotir, Senior Director of Military, Aerospace, and Government Business Unit, Altera.

Spectrum Control spectrumcontrol.com

May 2024 COT’S PICKS

Microchip Radiation-Tolerant DC-DC 50-Watt Power Converters Provide High-Reliability Solutions for New Space Applications

The Low-Earth Orbit (LEO) market is rapidly growing as private and public entities alike explore the new space region for everything from 5G communication and cube satellites to IoT applications. There is an increased demand for standard space-grade solutions that are reliable, cost-effective, and configurable. To meet this market need, Microchip Technology (Nasdaq: MCHP) today announces a new family of Radiation-Tolerant (RT) LE50-28 isolated DC-DC 50W power converters available in nine variants with single- and triple-outputs ranging from 3.3V to 28V.

The off-the-shelf LE50-28 family of power converters is designed to meet MIL-STD-461. The power converters have a companion EMI filter and offer customers ease of design to scale and customize by choosing one or three outputs based on the voltage range needed for the end application. This series provides flexibility to parallel up to four power converters to reach 200 watts.

Designed to serve 28V bus systems, the LE50-28 isolated DC-DC power converters can be integrated with Microchip’s PolarFire® FPGAs, microcontrollers, and LX7720-RT motor control sensor for a complete electrical system solution. Designers canusethese high-reliability radiation-tolerant power solutions to reduce system-level development time significantly.

New Direct-to-Digital COTS Boards Are Powered by 64 Gsps Agilex™ 9 SoC FPGA Direct RF-Series

Annapolis Micro Systems, a leading COTS board and systems supplier, offers two powerful direct-to-digital COTS products based on Altera’s Agilex™ 9 SoC FPGA Direct RF-Se

“The new family of LE50-28 devices enable our customers to succeed in new space and LEO environments where components must withstand harsh conditions,” said Leon Gross, vice president of Microchip’s discrete products group. “Our offthe-shelf products offer a reliable and cost-effective solution designed for the durability our customers have come to expect from Microchip.”

The LE50-28 power converters offer a variety of electrical connection and mounting options. The LE50 series is manufactured with conventional surface mount and thru-hole components on a printed wiring board. This distinction in the manufacturing process can reduce time to market and risks associated with supply chain disruptions.

The WILDSTAR™ SAF1 Small Form Factor Module (WSSAF1) integrates the Agilex™ 9 AGRW014 FPGA in a palm-size unit for edge applications close to the sensor and other tight envelope man-portable environments. It delivers high-performance processing and four 64 Gsps A/D and D/A channels converting at 10-bit resolution.

The WILDSTAR™ 3AE1 3U OpenVPX FPGA Processor (WB3AE1) integrates the Agilex™ 9 AGRW027 FPGA in a standard 3U VPX SOSA™aligned Plug-In Card (PIC) form factor. The AGRW027 FPGA delivers similar performance as the AGRW014 FPGA but with double the channels: 8x transmit and 8x receive.

“By supporting much higher conversion and processing rates, these boards make it possible for customers to acquire and process adversary emissions from a wider portion of the electromagnetic spectrum, with a lower SWaP RF front end,” said

The LE50-28 family offers space-grade radiation tolerance with 50 Krad Total Ionizing Dose (TID) and Single Event Effects (SEE) latch-up immunity of 37 MeV·cm2/mg linear energy transfer.

Microchip offers a wide range of components to support the new space evolution with a sub-QML strategy to bridge the gap between traditional Qualified Manufacturers List (QML) components and Commercial-Off-The-Shelf (COTS) components. Designed for new space applications, sub-QML components are the optimal solution that combines the radiation tolerance of QML components with our space flight heritage and permits lower screening requirements for lower cost and shorter lead times.

Microchip microchip.com

Noah Donaldson, Chief Technical Officer, Annapolis Micro Systems. “Now larger swaths of the RF spectrum can be efficiently digitized, processed, and recorded at the edge.”

“Altera’s Agilex™ 9 SoC FPGAs have enabled AMS to leverage Intel’s State of the Art (SOTA) packaging technology, resulting in significant SWaP reduction in a single RF FPGA for the Defense Industrial Base at an accelerated pace,” said John Sotir, Senior Director Military, Aerospace, and Government Business Unit, Altera.

WSSAF1 includes an RF Card (WISM00) that provides analog front-end personalization and an optional Digital Card (WISD00) that provides back-end personalization. In development is an NVIDIA Jetson AGX Orin™ Module Card (WISD11) that adds a GPU, CPU, and deep learning and vision accelerators.

Annapolis Micro Systems annapmicro.com

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