GL86803 863-928MHz RF Antenna 3 SMA Male Connector Mount 14.5*220 main product image

GL86803 863-928MHz RF Antenna 3 SMA Male Connector Mount 14.5*220 application scene 1

GL86803 863-928MHz RF Antenna 3 SMA Male Connector Mount 14.5*220 application scene 2

GL86803 863-928MHz RF Antenna 3 SMA Male Connector Mount 14.5*220 connector and mounting detail view

RF Product Lora Antenna

GL86803 863-928 MHz 3 dBi SMA Male RF Antenna

Name: GL86803 863-928 MHz 3 dBi SMA Male RF Antenna
Brand: Global RF Tech
SKU: GL86803

SKU GL86803

GL86803 is a 863-928MHz RF Antenna 3 SMA Male Connector Mount 14.5 × 220 mm for RF systems, IoT devices, gateways and custom wireless projects. Its RF data lists 863-928 MHz operation, 3 dBi gain, linear polarization, and VSWR ＜2.0. Mechanical selection should confirm SMA male connector, 14.5 × 220 mm dimensions, — mounting against the installation plan. The specification table keeps frequency, gain, impedance, connector, cable, mounting and environmental details grouped for this exact model. Operating temperature is listed as -40～＋85, which should be checked for outdoor, indoor or vehicle exposure before sampling. Use the related products and technical sheet link to compare nearby models without mixing parameters from another antenna family.

SKU GL86803

Frequency 863-928 MHz

Dimensions 14.5 × 220 mm

gain 3

polarization Liner

vswr ＜2.0

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Need custom cable length, connector, or frequency support? Send us the SKU and project requirements.

SKU	GL86803
Frequency	863-928 MHz
Dimensions	14.5 × 220 mm
gain	3
polarization	Liner
vswr	＜2.0
impedance	50
connector	SMA male
mounting	---
temperature	-40～＋85
humidity	5～95
Category	Lora Antenna

Product Overview

Key Features

Technical Specifications

Frequency Range	863-928
Gain	3
VSWR	＜2.0
Input Impedance	50
Polarization	Liner
Connector Type	SMA male
Dimensions	14.5 × 220 mm
Mounting	—
Compliance	ROHS Compliant
Operating Temperature	-40～＋85
Humidity	5～95

Application Scenarios

GL86803 is suitable for RF systems, IoT devices, gateways and custom wireless projects. Use the frequency range, gain, connector, mounting and environmental ratings above to match it with the radio, enclosure, cable route and installation site.

The gallery supports visual checks for installation scenes, connector position and mounting detail before sampling.

Selection Notes

Before sampling, confirm connector orientation, cable requirements, mounting clearance, operating temperature and any project-specific compliance needs. Missing options should be confirmed with RFTECH instead of inferred from another model.

Technical Sheet

Download the GL86803 technical sheet for connector, mechanical and RF details.

Procurement Notes

For quotation or sampling, confirm the final connector, cable length, mounting method and installation space for GL86803 863-928 MHz 3 dBi SMA Male RF Antenna. Share the target device, expected operating band and enclosure constraints so the Rftech team can check mechanical fit before production.

For nearby options, compare related RF antenna products and review application guidance in the Rftech resource center. Custom cable, connector and mounting requirements should be confirmed before bulk ordering.

Selection and Project Support

GL86803 863-928 MHz 3 dBi SMA Male RF Antenna is listed by Rftech for RF antenna and wireless connectivity projects in the Lora Antenna category. Use the specifications, images, and notes on this page as the starting point for model review before requesting drawings, samples, or customization support.

Integration Notes

Before production, confirm the operating band, connector, cable, mounting method, available installation space, and target application environment. Rftech can help review these details against the information already shown for this product (SKU GL86803).

Customization and Documentation

For OEM or ODM projects, contact the team with your required frequency range, connector preference, cable length, mechanical limits, and expected use case. Product drawings, samples, and project-specific recommendations can be requested when the available page details are not enough for final selection.