The VPX3-C11 which provides a full 3U OpenVPX(VITA 65) is a Single Board Computer(SBC) that combines the power, versatility, cost-effectiveness of the 11th generation Intel Xeon W processor and RM590E PCH chipset with the reliability. VPX3-C11 is based on the Intel Xeon W- 11865MLE CPU that has 8 cores running at max 4.5GHz and providing 32Gbytes of high-bandwidth DDR4 SDRAM. Intel Xeon processor includes an integrated Intel UHD Graphics 11th Gen(32 EU) graphics engine, providing discrete GPU performance with OpenGL for graphicsintensive applications. For storage application VPX3-C11 provides the built-in 80GB SLC NVMe SSD solution via PCIe x4 lanes as well as the external SATA expansion through VPX site. The VPX3-C11 satisfies the demanding applications ranging from tactical aircraft to armoured vehicles to rugged industrial systems, with its rich complement of features and I/O including Intel Graphics, Integrated Platform Management Interface, Gigabit Ethernet, DIO, Serial channels, USB ports and more. Especially VPX3-C11 was designed to keep the pin compatibility with VPX3-C11, previous 6th Generation model in terms of I/O interface signal arrangement.

Seedcore’s VPX Chassis Housing Assembly is designed as a structural platform for Multi-function radar signal processing systems. Featuring a robust 8U 2×5 slot VPX configuration, precision-machined aluminum construction, and excellent thermal management, it ensures high mechanical stability and optimal heat dissipation in demanding defense environments. This chassis housing is deployed in Korea’s key air defense radar systems, including the L-SAM, M-SAM, and LAMD programs, supporting mission-critical radar signal processing architectures.

We can process various materials using machining facilities such as 3-axis, 5-axis, and profile grinders. (Aluminum, copper, stainless steel, Super Alloy, etc.)

Neustrelitz is located 100 kilometres north of Berlin. Here, DLR receives data from the German radar missions TerraSAR-X and TanDEM-X, the KOMPSAT satellites of the Korean Aerospace Research Institute (KARI), the European Sentinel fleet and the American Landsat series, among others. The multi-antenna and multi-mission configuration of the ground station allows information products to be delivered to customers within minutes after data reception. These include products for national and European authorities for maritime safety, such as wind and sea state estimates, ice classification, ship navigation through ice-covered waters, detection of navigation irregularities or oil spills as well as the space weather. The Neustrelitz ground station offers data reception in the S, X, and Ka bands as well as data uplink in the S and X bands.

Camera Frequency Max Cable Length ================ =============== 20 ~ 60 MHz 10 m 60 ~ 80 MHz 7 m 80 ~ 85 MHz 5 m The CLR-30x2 transmits two independent sets of Base, Medium, or Full configuration Camera Link video signals (supporting up to 10 Taps per set) to a PC frame grabber. Each transmission layer can be configured independently .

Contribute the Enhancement of Armed Forces with Continuous Technology Development Designed for replacing the Republic of Korea Army(RoKA)’s aged attack helicopter (500MD, AH-1S), the LAH(Light Armed Helicopter) Project is the one that aims to develop a cutting-edge armed helicopter suitable for the modern battlefield. Through the synergy of maximizing commonality in subsystems and parts with LCH(Light Civil Helicopter), KAI will reduce the development, production, and sustainment cost ultimately to be a bridgehead for a global helicopter market. The first flight of LAH was successfully conducted in 2019. KAI aims to complete the development of LAH in 2023.

An optical fusion splicer is a device that connects two optical fibers by fusing the ends at high temperatures. This process minimizes optical fiber loss, maintains signal transmission quality, and provides a durable connection. It is an essential tool in optical communication networks, and is particularly utilized in FTTx, data centers, and long-distance optical cable installations. Features - Low loss and high reliability. - Fast and accurate connection. - Small and lightweight equipment. - Compatible with various fibers. - User-friendly interface. - Reduced maintenance costs. Application Area - Data Center - Optical Communication Network Construction

SkyNaute™ hybrid inertial/GNSS navigation system meets all the safety and reliability requirements for airplanes, helicopters and drones. Thanks to the HRG Crystal™, SkyNaute™ is the most competitive aeronautical navigation system on the market. The best in safe performance SkyNaute™ Inertial Navigation System relies on mature and proven technologies such as HRG Crystal™ Hemispherical Resonator Gyroscopes. Combining high performance and integrity in all circumstances, SkyNaute™ shows exceptional physical features compared to competing INS with similar performance.