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Core Technology

Range-wide process, from raw material to RF component

Vertical integration from homemade powder through to finished RF antennas and connectors — every stage engineered in-house.

Ceramic powder material
Stage 01

Ceramic

  • Homemade powder
  • Vertical integration, raw material to finished product
RF circuit design
Stage 02

Sub-system circuit planning

  • RF system architecture & design
  • Component evaluation & selection
  • Circuit / layout confirmation with customer
  • Board testing, verification & debug review
Stage 03

RF Antenna & RF Connector

  • Sub-6G & mmWave solutions
  • Quick / SMA / SMB connectors
Metalworking and manufacturing
Process

Metalworking

  • LDS, in-house chemical / electrical plating
  • Stamping, die casting, automation
R&D Resources

Full-process design & validation, in-house

OTA anechoic chamber
Design resources
  • OTA Chamber — antenna passive, 400MHz–12GHz
  • 3/4/5G OTA test, BT OTA, Wi-Fi 6E OTA
  • Multi-Probe System — non-signaling, Sub-6G OTA
  • RvR Chamber — 4×4 MIMO TP (Butler matrix), RvR test
  • Thermal Box — −25°C to 55°C
Antenna radiation pattern simulation
Software tools
  • Ansys — Maxwell, HFSS, Designer/Nexxim, Q3D, Simplorer
  • CST · ADS · AWR · EMDS
  • Altium Designer 6 (AD6)
  • AutoCAD · Solid Edge · Pro/E
R&D team

Materials experts and radio frequency engineers working side by side, from formulation through system integration.

Experimental facilities

An electronic ceramics research institute / engineering technology center covering electromagnetic simulation, environmental testing and 3D anechoic chamber testing.