About us A company that creates a convenient and affluent world with the best technology and service
Research Objective
Wooribyul Technology Laboratory, which provides excellent solutions with customer value as the top priority, is with you.
CUSTOMER SAFISIFACTION
Create the future through continuous innovation and intelligence
As a leading R&D organization preparing for the future of Wooribyul,
We are leading the creation of new values through continuous innovation and intelligence.
Main research areas of Wooribyul are developing products and solutions necessary for communication based on defense IT, surveillance and reconnaissance, aerospace and the public. Especially,
We are making efforts to expand our research area to new promising fields for defense associated with AI technology and 4th industry.
Wooribyul Laboratory is an organization capable of conducting advanced R&D and mass production projects and has approximately 50 researchers.
We maximize technical cooperation through active Open Innovation with laboratories of global great universities and advanced domestic companies that have best technology.
Wooribyul Co., Ltd. will be reborn as a laboratory that provides new values for the future through constant innovation and challenge.
Research Objectives & Development Direction Roadmap
Build research capabilities that can actively respond in real time by securing new concept technologies that can be applied in the future in advance.
And aim to preoccupy a wide range of fields by developing system designs and core modules that are suitable for this.
To this end, we focus our core competencies on the following fields to establish a leading position in the same industry and develop products that are helpful to mankind.
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1. High-speed signal processing
- - Adopt of standard OpenVPX 6U Form Factor
- - Development Dual Intel XEON SBC (Single Board Computer)
- - Adopt PCIe Full-Mesh Topology and apply Xilinx Kintex FPGA
- - Implement super-integrated PCB Artwork (Build-up via, Back-drill, Micro via)
- - Secure integrity analysis capabilities (SI: Signal Integrity, PI: Power Integrity)
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2. Low-orbit satellite
- - Develop high-speed PAT Transceiver technology modem for laser communication between satellites
- - Develop Beam hopping MF-TDMA satellite-mounted modem
- - Design Xilinx Versal, RFSoC applied hardware
- - Design LDPC-based error correction coding algorithm
- - Design SoC/AI and GTY/GTH high-performance FPGA logic
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3. Urban air traffic
- - Develop Korean terrain adaptive location monitoring system using ADS-B
- - Target at less than 7.5m (95%) location accuracy and 99.9% detection rate
- - Secure UAM (Urban Air Traffic) and low-altitude aircraft (including drones) location tracking/monitoring capabilities
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