Internal PIFA Z-Wave FPCB LoRa 902-928MHz Antenna

• LoRa Antenna
• Case mounting
• Frequency (MHz) : 902 – 928
• Peak Gain (dBi) : 1.0
• VSWR : 2.0 : 1
• Dimension (mm) : 75 x 45 x 0.15
• Connector : IPEX MHF I
• Cable Length (mm) : 100 (customized)

Available Downloads:

Model Name:

ALX17F-022XX0-00
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Internal PIFA Z-Wave FPCB LoRa 902-928MHz Antenna

The LYNwave ALX17F-022XX0-00 is an internal PIFA Z-Wave FPCB LoRa 902-928MHz antenna designed for use in ISM band 902-928MHz applications, such as LPWAN technologies Sigfox or LoRa applications. The high-efficiency antenna allows the customers’ device to be used in countries with different regulatory bands. It is designed in a flexible PCB with IPEX as its connector and RF-1.13 as its cable, connected to the antenna element to be easy for integration into customers’ devices.

Z-Wave is a wireless communications protocol used primarily for smart home control systems. It is a mesh network using low-energy radio waves to communicate from appliance to appliance, allowing for wireless control of residential appliances and other devices, such as lighting control, security systems, thermostats, windows, locks, …etc. A Z-wave system can be controlled via the Internet from devices like smart phones, tablets or computers. LYNwave can make sure any of our antennas will be meeting your requirements for the module.

Since LYNwave has strong R&D antenna hardware development capabilities and is specialized in using advanced computer simulation to create customizable antennas, we will offer you the optimal antenna with our skills and technologies. Contact LYNwave and we will provide comprehensive support for you.

Dimensions 75 × 45 × 0.15 mm
Connector

IPEX MHF I

Frequency

868MHz, 915MHz, ISM Bands

Mounting

Adhesive Mount, Connector Mount

Product Type

Internal Antennas

Technology

ISM, LoRa, Sigfox, ZigBee

Application

Automotive, Digital Signage, DSRC, Emergency Services, HD Video, Healthcare, IoT Gateways, Smart Grid, Smart Home, Transportation, UAV/Drones, Vending Machines, Wearables (IoT)

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