IRAD（Independent Research And Development）
Over the years, Xike has consistently adhered to rigorous design principles including high-reliability engineering, high-frequency transmission optimization, precision RF parameter control, stability-focused architecture, low-power consumption systems, high-power handling solutions, and multi-environment adaptability - delivering products with exceptional reliability and superior performance characteristics.
R&D Team
Led by a State Council-specialized lifetime allowance expert, our team collaborates with Harbin Institute of Technology's Electrical Apparatus Research Institute and other academic partners, with 65% of personnel dedicated to technical R&D.
Patent Portfolio
Xike holds over 60% of domestic RF relay patents, including 10+ invention patents, ensuring complete technology autonomy and control.
Multidisciplinary Co-Simulation
Xike has developed 200+ RF transmission models, 100+ electromagnetic structural models, and 100+ material mechanics models, enabling comprehensive performance optimization.
Modular Design
Our modular architecture delivers high reliability while significantly reducing design cycles by 40-50%, enabling rapid product upgrades and iterations to meet evolving market demands.
Xike strictly implements its corporate standard (Q/XK1001), national military standard GJB 9375-2018, and GJB9001C quality management system.
This ensures superior product quality, operational stability, batch-to-batch consistency, and military-grade reliability.
Patent Portfolio
Xike has filed 65 patent applications (48 granted), including 12 invention patents (2 granted, 10 under examination), 2 design patents (both granted), and 51 utility model patents (44 granted), demonstrating strong technological innovation capabilities.
Multi-Channel Shared Step Compensation
Effectively addresses insertion loss surge in multi-channel systems.
Micro-Eddy Current Permanent Magnet Structure
Increases magnetic force density while reducing product size/weight.
Dual-Spring Positioning
Enables frictionless reciprocating motion (10M-cycle reliability).
Dual-Dielectric Support
Minimizes waveform transmission loss.
Monolithic Structure Technology
Eliminates cumulative errors and enhances shock/vibration resistance for aerospace applications (including rocket launch G-forces).
Simulation technology
XiKe R&D tem using mechanical, electromagnetic and RF multidisciplinary co-simulation with 400+ models, we enhance product reliability while reducing development cycles, fully meeting industry standards.
Multidisciplinary Co-Simulation
RF Modeling & Simulation
Electromagnetic Modeling & Simulation
Mechanical Modeling & Simulation
Modular Design
