• RF-SiP,WanYing Chip Packaging & Testing Electronics Co., Ltd.,RF-SiP
  • RF-SiP,WanYing Chip Packaging & Testing Electronics Co., Ltd.,RF-SiP

RF-SiP

No.S-005
We specialize in high-density RF system integration, addressing key challenges such as crosstalk, structural resonance, interconnects, and heat dissipation. Backed by expertise in design, simulation, manufacturing, and testing, we deliver reliable and high-quality RF integration solutions for compact RF systems.
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  • RF-SiP,WanYing Chip Packaging & Testing Electronics Co., Ltd.,RF-SiP

Description

  Product Features  

Modularization of RF T/R components and packaging of these modules are essential choices for miniaturizing RF systems. Integrating multiple RF channels into a compact space presents several challenges, including inter-channel crosstalk, transceiver crosstalk, front-end and back-end crosstalk, structural resonance, vertical interconnects, and heat dissipation from high-power output. In addition to addressing general RF packaging issues, we offer high-density system integration as a specialized service to our customers. With our optimal RF integration solutions, as well as capabilities in design, simulation, manufacturing, and testing, we are committed to providing you with professional and high-quality services.


  Core Specifications  
  • Packaging Technology: Molded PoP (Package-on-Package) solution integrating high-frequency vertical interconnect posts to enable 3D stacked architecture.
  • Operating Band: X-band (supports four-channel T/R module integration).
  • Package Dimensions: 14.5mm × 14.5mm – compact design enabling high-density integration of RF front-ends.
  • Integration Scale: >30 active chips + >100 passive resistors and capacitors integrated within a single package.
  • Transmit Power: >2W output power per branch (>8W total across four channels).
  • Receive Performance: Minimized receive channel design achieves low noise figure and significantly improves receiver link sensitivity.
  • Isolation: Through rigorous simulation and process optimization, perfectly addresses crosstalk between channels, between transmitter and receiver, and between front-end and back-end stag




  Process Highlights  

  •  Utilizes advanced molded PoP (Package-on-Package) technology combined with high-frequency vertical interconnect posts to achieve low-loss, short-path RF signal transmission.
  • Integrates over 130 various components within a compact 14.5mm × 14.5mm package, significantly reducing the footprint of the RF front-end to meet system miniaturization requirements.
  • Optimized thermal dissipation structure and layout design ensure thermal reliability of the transmit chain under high-power output conditions.
  • Full-link electromagnetic simulation and process validation effectively suppress electromagnetic coupling interference across multiple channels, ensuring consistent transmit/receive performance.

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Professional Certificates

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