회사 블로그 Mingjiada Electronics Specialises In Supplying Qorvo Wi-Fi RF Front-End Evaluation Boards

Mingjiada Electronics Specialises In Supplying Qorvo Wi-Fi RF Front-End Evaluation Boards

RF front-end module evaluation boards are specifically designed to validate highly integrated solutions. Typically incorporating power amplifiers, low-noise amplifiers, switches and filters, these boards represent the ultimate solution for achieving compact device form factors and high performance.

Shenzhen Mingjiada Electronics Co., Ltd. – Long-term supplier of the full range of [Qorvo] RF front-end evaluation boards, dedicated to providing communication equipment manufacturers, R&D institutions, and engineers with one-stop development and verification tools from concept validation to pre-production.

Wi-Fi RF Front-End Module (FEM) Evaluation Boards: The Cornerstone for Validating High-Performance Integrated Solutions
RF front-end modules integrate power amplifiers (PA), low-noise amplifiers (LNA), switches, and filters, representing the ultimate solution for achieving compact size, high performance, and low power consumption in devices. Their evaluation boards serve as the starting point for verifying the overall synergistic performance of the module.
1. Future-Oriented: Cutting-Edge Wi-Fi 7 Solutions
QPF4659EVB: This evaluation board validates FEM modules supporting the full 6GHz band (5.925-7.125 GHz). It serves as a critical tool for designing next-generation Wi-Fi 7 routers and access points, meeting advanced technical requirements such as high throughput, 320MHz ultra-wideband channels, and Multi-Link Operation (MLO).
2. Mainstream Choice: Mature Wi-Fi 6/6E Solutions
TQM653029-EVK: This tri-band FEM evaluation kit supports 2.4GHz, 5GHz, and 6GHz frequencies, specifically engineered for Wi-Fi 6/6E systems. The kit integrates all necessary matching and control circuitry, enabling engineers to comprehensively evaluate performance in high-end wireless routers, mesh networking systems, and enterprise-grade access points.
QPF7250-Related Evaluation Boards: Used to evaluate Qorvo's corresponding Wi-Fi 6/6E front-end modules, suitable for routers and client devices.
QPF4216EVB-01: Specifically designed for evaluating Wi-Fi 6 (802.11ax) FEMs operating in the 2.4-2.5GHz band. This module integrates a PA, LNA, and switch, delivering transmission gain up to 32dB with a low noise figure of 1.8dB. It is highly suitable for scenarios demanding 2.4GHz band performance, such as IoT devices and home wireless routers.
QPF4588 Evaluation Board: Specifically designed for 5GHz Wi-Fi 6 systems, featuring integrated power detection capability. It supports high linear output power and low noise figure, commonly used for testing communication modules in wireless routers and IoT devices.
QPF4617EVB: Evaluates a non-linear FEM specifically engineered for Wi-Fi 6E (6GHz band). This module is designed for use with Digital Pre-Distortion (DPD) technology, optimising power efficiency while maintaining high linearity. It primarily targets high-performance access points, residential gateways, and user equipment.

Mingjiada Electronics' supply chain comprehensively covers Qorvo's RF evaluation board portfolio to meet diverse R&D requirements spanning consumer wireless products to infrastructure-grade communication equipment. This includes, but is not limited to, the following:
QM55001PCK
QM55003PCK
QPA1003DPCB4B01
QPD1029LEVB5
T2G6003028-FS-EVB2
TGF3021-SMEVB
QPD1022EVB04
QPF4219EVB01
QPF4551EVB01
QPF4526EVB01
QPF4228EVB-01
QPF4206BEVB01
QPF4216BEVB-01
QPF4288EVB-01
QPF4216EVB-01
QPF4288AEVB01
QPG6200LDK-01
QPF4506EVB-01
QPF4702EVB
QPC7339PCBA-410
QPG6105DK-01
QPB9850EVB-01
QPF4658EVB

Mingjiada Electronics, leveraging its extensive industry expertise, comprehensive product portfolio and professional service capabilities, consistently supplies [Qorvo] Wi-Fi RF front-end evaluation boards. For further details regarding evaluation board specifications or to enquire about samples, please visit the Mingjiada Electronics official website (https://www.integrated-ic.com/) for additional supply information.