Embedded Chip Antennas

Amphenol RF embedded antennas are made from ceramic or FR-4 materials with a small size enabling efficient integration into compact devices

Image of Amphenol RF's Embedded Chip Antennas Amphenol RF's wide variety of embedded antennas are designed for use inside connected devices. By surface mounting the chip antenna directly on the PCB, the need for external antennas is eliminated. These embedded antennas are manufactured out of ceramic or FR-4 materials, and the small size enables efficient integration into compact devices where space is at a premium. Embedded chip antennas typically have a monopole, loop, or IFA design to provide optimal performance. These compact, cost-effective, and off-the-shelf embedded antenna solution supports a wide frequency range of 0.4 GHz through 8.5 GHz, including cellular (4G/LTE/5G-FR1) and complementary (Wi-Fi/BT/BLE/GNSS/LoRa/UWB) antennas.

Features and Benefits
  • Reliable RF performance up to 8.5 GHz supporting Cellular (4G/5G-FR1), Wi-Fi/Bluetooth®/BLE, and LoRa/UWB/GNSS protocols
  • SMT, surface mount on PCB
  • Tape-and-reel packaging
  • Ideal for compact IoT applications and consumer devices
Applications
  • IoT smart devices
  • Medical devices
  • Set-top boxes and routers
  • Mobile electronic wallets
  • Bluetooth speakers
  • Robotics
  • Smart utility meters
  • Intelligent transport systems

Embedded Chip Antennas

ImageManufacturer Part NumberDescriptionAvailable QuantityPriceView Details
RF ANTENNA CHIP PCB SURFACE MOUNST1247-00-001-FRF ANTENNA CHIP PCB SURFACE MOUN1993 - Immediate$34.73View Details
RF ANTENNA CHIP PCB SURFACE MOUNST0147-00-011-ARF ANTENNA CHIP PCB SURFACE MOUN4952 - Immediate$12.23View Details
RF ANTENNA CHIP PCB SURFACE MOUNST0147-00-010-ARF ANTENNA CHIP PCB SURFACE MOUN1434 - Immediate$12.73View Details
RF ANTENNA CHIP PCB SURFACE MOUNST1247-00-001-ARF ANTENNA CHIP PCB SURFACE MOUN1998 - Immediate$32.43View Details
RF ANTENNA CHIP PCB SURFACE MOUNST0347-10-001-ARF ANTENNA CHIP PCB SURFACE MOUN1000 - Immediate$48.44View Details
Published: 2023-09-26