banner1

>Supplier of built-in flexible PCBs, surface-mount (SMD) antennas, and RF accessories

>Designed for reliable wireless performance. We offer custom design capabilities and integration expertise to meet your application needs
企业介绍Anwei introduce

Welcome to Anwei Wireless

Antenova Designing high-performance antennas and RF solutions for modern wireless devices.
We focus on efficiency, miniaturization, and integration, supporting engineers worldwide in the fields of IoT, machine-to-machine (M2M) communication, and connected applications

Our Capabilities

Antenna Design and Development
Integration support and optimization
RF Testing and OTA Measurements
Pre-certification and Compliance Support
Custom Antenna Design Services
Global Production and Logistics

Featured Products

Anwei RFID

RFID/13.56Mhz HF Antenna

AW-RF2003
AW-RF2003 – Embedded 13.56MHZ/NFC/RFID HF Antenna
Suitable for IS014443A Reader
Anwei RFID

Full band/5G/4G/3G/2G Antenna

AW-G5003
AW-G5003- Embedded Flexible FPC 3.5dbi LET 5G Antenna
Suitable for Smart electronic devices
Anwei RFID

GPS/GNASS/Beidou Antenna

G005F-1
AW-G005F-1 – Embedded L1 L5 Dual Band High Gain Antenna
Suitable for High-precision positioning
Anwei RFID

WIFI/Bluetooth/2.4G 5.8G Antenna

M20047-1
AW->M20047-1 – Embedded Dual Band WiFi/BT Antenna
Suitable for Smart Electronic Devices

Providing innovative solutions for a wide range of applications

Leveraging our deep technical expertise, we consistently deliver innovative and reliable solutions that help customers upgrade their products, working together to build a safer, more efficient, and interconnected future.

Sustainable operations

Latest Articles

Optimal Wireless Connectivity
Improves Performance in Smart
Metering

Optimal Wireless Connectivity
Improves Performance in Smart
Metering

Optimal Wireless Connectivity
Improves Performance in Smart
Metering

Optimal Wireless Connectivity
Improves Performance in Smart
Metering

Optimal Wireless Connectivity
Improves Performance in Smart
Metering

Email Subscribe Form
滚动至顶部