Defense Embedded Systems Market: A Growing Strategic Sector
The Europe defense embedded systems market has witnessed significant growth and is projected to continue expanding over the next 5 to 10 years. In 2023, the market was valued at approximately USD 5.45 billion, and it is expected to reach around USD 9.75 billion by 2030, growing at a Compound Annual Growth Rate (CAGR) of 8.5% during the forecast period. Embedded systems play a crucial role in managing and safeguarding devices, analyzing large data sets, enabling remote control, and protecting against malicious attacks, driving market growth. Key factors driving the market include advancements in electronics, semiconductors, and software, as well as the increasing importance of cybersecurity in connected, data-driven defense systems.
Industry: Defense
Application: Radar system
Solution: DFI TGU9A2, MTU9A2
A leading defense contractor faced significant challenges with their existing defense systems across multiple applications including Detection and Tracking Radar Systems and Field Command Centers. Their legacy computing platforms struggled to process critical battlefield data with the speed and reliability required for modern defense scenarios, potentially compromising mission success and personnel safety. The defense systems required computing solutions that could withstand extreme environmental conditions while delivering superior processing power and long-term availability to ensure mission success in the most demanding battlefield environments.
After rigorous evaluation of multiple options, the defense contractor selected DFI's TGU9A2 COM Express Mini as the ideal solution for their next-generation defense/defense systems. The TGU9A2, featuring the 11th Generation Intel® Processor, offered the perfect combination of high-performance computing, rugged design, and extended lifecycle support critical for defense applications.
The TGU9A2's key specifications addressed all the contractor's requirements:
DFI’s TGU9A2 Com Express Mini was successfully integrated into these critical defense applications:
1. Detection and Tracking Radar Systems
The TGU9A2's powerful processing capabilities enabled the radar systems to process multiple target acquisition data simultaneously, significantly improving detection ranges and tracking accuracy. The module's reliable performance ensured continuous operation in remote surveillance installations, while its compact size allowed for integration into mobile radar platforms.
2. Field Command Centers
In tactical field Command Centers, the TGU9A2's dual display support provided commanders with comprehensive battlefield visualization, enabling better decision-making in critical situations. The module's energy efficiency extended operational time in field deployments, while its processing power handled encrypted communications and real-time tactical data analysis.
The integration of DFI's TGU9A2 COM Express Mini into the contractor's defense systems yielded remarkable improvements in radar detection and estimation accuracy through enhanced computational power and real-time target acquisition capabilities, while significantly reducing vulnerability of critical defense facilities to hostile actions and minimizing personnel casualties.
The system's dual-display capabilities enabled more comprehensive situation monitoring in command centers, improving tactical decision-making and response times, while its rugged design maintained performance in extreme temperatures from -40°C to +85°C. Additionally, the expansion capabilities provided flexibility for future technology upgrades without complete system redesigns.
The successful integration of DFI's TGU9A2 COM Express Mini module into critical defense systems exemplifies how the right computing solution can strengthen national security capabilities. By providing a powerful, compact, and long-lifecycle platform, DFI enabled the defense contractor to enhance their systems' performance while meeting the stringent requirements of modern defense applications.
Building on this success, DFI has recently introduced the next-generation MTU9A2 COM Express Mini featuring the Intel® Core™ Ultra Processor (Meteor Lake: U-series). This advanced successor offers significant enhancements over the TGU9A2, including faster Single Channel LPDDR5 7467MHz memory with up to 16GB capacity, improved display capabilities with support for 4K/2K resolution through 1 DDI + 1 LVDS/eDP, expanded connectivity with 1 Intel 2.5GbE, and enhanced storage options with 2 SATA 3.0 ports. The MTU9A2 also provides greater expansion flexibility with 4 PCIe x1, 1 I2C, 1 SMBus, 1 x LPC/eSPI, and 2 x UART.
For defense contractors looking to upgrade their systems, the MTU9A2’s Intel Meteor Lake CPU delivers approximately 10% better CPU processing performance and 114% improved GPU power compared to the TGU9A2, enabling more sophisticated battlefield analytics and enhanced AI capabilities for target recognition. In addition, the new NPU boasts a 8.2eTOPS that just launched with the Intel Meteor Lake CPU offers even lower power requirement, ideal for sustained AI workloads and offload for battery life. These improvements make the MTU9A2 an ideal choice for defense applications requiring the ultimate in processing performance, energy efficiency, and advanced connectivity while maintaining the compact form factor and rugged reliability that defense contractors have come to expect from DFI.
DFI not only offers a broad portfolio of commercial off-the-shelf embedded products but also takes it a step further by delivering customized SOMs based on both x86 and ARM architectures, as well as carrier boards, to meet the specialized demands of the defense computing market. Each solution is engineered with harsh environmental conditions and stringent security requirements in mind, ensuring it fulfills specific operational needs and complies with defense-grade standards. By leveraging agile edge AI computing, DFI continues to lead the way with comprehensive one-stop services that empower clients to address the rapidly evolving challenges of the defense industry.
DFI’s one-stop service begins with the application of Design for Manufacturing principles. Our team collaborates closely with customers from the early design phase to refine product specifications, system architecture, and the bill of materials, while also extending product lifespans to meet rigorous defense standards. Services include prototyping, thorough power and signal validation, performance optimization, and industry certification—ensuring every solution is robust, reliable, and mission-ready.
On the technology front, DFI delivers a wide array of value-added capabilities, including software integration (Windows, RTOS, Ubuntu, Android), BIOS and firmware optimization (such as Slim Bootloader, fast resume, and low-power standby at 1W), as well as AI acceleration and Out-of-Band modules tailored for diverse defense applications. All manufacturing processes—from PCB assembly to final testing—are performed entirely in-house by DFI, utilizing key components sourced outside of China to ensure supply chain stability and mitigate risk. We also provide robust post-production support, including long-term availability, repairs, upgrades, re-order fulfillment, and BOM management—ensuring full lifecycle continuity for mission-critical embedded IoT solutions and services in the defense sector.
Learn more about DFI’s TGU9A2, MTU9A2