Ctech-alpha

CORE BUSINESS

System in a package

Over the past 50 years, semiconductor technology has been advancing in accordance with Moore's Law. Through Moore's Law, the evolution of semiconductor processes can be accurately predicted, and the progress and development of System in Package (SiP) have greatly expanded the evolution of Moore's Law. Multiple chips, components, and other packaging materials are integrated together to form a complete system module package, effectively improving system integration and performance, reducing product volume, and lowering power consumption and costs. Through SiP technology, chips with different functions can be combined together to form a highly integrated system, enabling complex application solutions.

SiP系统级封装

SiP miniaturization

IoT SiP packaging solution reduces peripheral materials by 60%, resulting in smaller size and lower power consumption.
SiP微小化
SiP微小化
SiP微小化

SiP encapsulation type

Drone SDR SiP packaging solution with built-in LNA SW PA RF transceiver, making the drone lighter in weight, longer in operation time, and longer in flight distance.
Hybrid(flip chip+wirebond)
SiP - single sided
SiP封装类型
SiP封装类型
SiP封装类型
eWLB-PoP & 2.5D SiP
SiP封装类型
SiP封装类型
SiP封装类型
fcFBGA/LGA SiP
SiP封装类型
SiP封装类型
SiP封装类型

SiP package design

With years of experience in RF modules and SiP, Zhongke has designed products with strong electromagnetic anti-interference ability and reliable welding quality.
SiP
  • FC-BGA/LGA/CSP
  • QFN/DFN/PDFN
  • WB-BGA/LGA
  • PoP/PiP
  • Hybrid Package
SiP封装设计
SiP封装设计
WLP
  • RDL & Bumping
  • Interposer
Module
  • COB/Embedded Module
SiP封装设计
SiP封装设计
Module
  • μModule(Power/IoT etc.)
SiP furnace temperature welding tin balls
  • FC-BGA/LGA/CSP
SiP封装设计
SiP封装设计
SiP laser solder ball
  • QFN/DFN/PDFN

SiP simulation

Professional SIP encapsulation EDA tools and simulation capabilities are used to design high-quality product performance and signal indicators.
SiP仿真
Power integrity
  • DC voltage drop analysis
  • Resonance simulation analysis
  • Power impedance analysis
  • Current density simulation
  • Synchronous switch noise
SiP仿真
Thermal effect analysis
  • Thermal resistance analysis of packaging
  • Material selection analysis
  • Hotspot analysis
  • Structural optimization
SiP仿真
Eye diagram integrity
  • The contour curve and bath curve are the standards for evaluating the quality of signal transmission
SiP仿真
Mechanical analysis
  • Material analysis and selection
  • warp analysis
  • Stress analysis
Signal integrity
  • The S parameter, as a fundamental indicator of high-frequency signal transmission quality, is also an essential parameter for electromagnetic simulation.
    Electromagnetic simulation can obtain corresponding S-parameters for various fine structures and output SPICE models.
  • RLC&S parameter extraction, simulation/optimization of high-speed signals and signal interference analysis, impedance control and optimization
SiP仿真
SiP仿真
SiP仿真
SiP仿真

SiP Testing

Zhongke SiP packaging chip testing is a customized advanced turret design plan that integrates 16 (300~7GHz RF testing units) that can be tested according to different product communication protocols (NB-IOT, CAT1, 4G, 5G, WIFI 6), which is 10 times the output of traditional testing plans.