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GWX-180BSA1B is listed in the Antennas RF range at ChipApex. The manufacturer field lists Joymax Electronics. Its product description is ANT 868 WHIP SMA PLUG MALE. Review the specifications below when checking this part for your BOM.
The Joymax Electronics GWX-180BSA1B is a whip-style dipole antenna engineered for sub-1 GHz frequency bands, specifically targeting the 868 MHz center frequency. This component supports low-power wide-area (LPWA) applications and features an SMA plug male connector interface. Designed for general ISM usage within the UHF range of 300MHz to 1GHz, it provides a reliable wireless connectivity solution for IoT devices requiring operation in the European 868 MHz spectrum.
Verify the specific manufacturer part number against official datasheets to ensure compatibility with system requirements. Confirm that the SMA plug male connector type matches the receiving equipment interface. Validate that the 868 MHz frequency specification aligns with regional regulatory standards for the intended deployment location before finalizing procurement decisions.
Select this model when designing systems requiring a dedicated 868 MHz whip antenna with an SMA male interface. It is suitable for applications prioritizing sub-1 GHz performance over higher frequency bands. Ensure the mechanical form factor fits the enclosure constraints and that the connector polarity matches the host device port configuration for proper signal transmission.
This component belongs to Joymax Electronics' RF antenna portfolio, which specializes in wireless IoT solutions. The brand focuses on providing accessible antenna designs for engineers developing connected devices. The GWX series represents their whip-style offerings tailored for specific industrial and consumer IoT frequency requirements.
The GWX-180BSA2B serves as a functional substitute for different frequency bands, specifically operating at 915 MHz rather than 868 MHz. Engineers must verify that the target application supports the alternative frequency before swapping components, as the electrical performance characteristics differ between the two models.
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