GL-DY463 Rubber Duck Antenna, 698-2700 MHz, 3 dBi

SKU GL-DY463

GL-DY463 is a rubber duck antenna for routers, handheld radios, gateways, modems, IoT devices and wireless terminals. The listing uses model-specific PDF values including frequency 698-2700 MHz, gain 3 dBi, and connector TS9 male.

In Stock 1,000 Units

Typical Delivery 7–15 Days

SKU GL-DY463

Frequency 698-2700 MHz

Dimensions Ø13*97 mm

Connector TS9 male

Application routers, handheld radios, gateways, modems, IoT devices and Wi-Fi or cellular terminals

Gain 3 dBi

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

SKU	GL-DY463
Frequency	698-2700 MHz
Dimensions	Ø13*97 mm
Connector	TS9 male
Application	routers, handheld radios, gateways, modems, IoT devices and Wi-Fi or cellular terminals
Gain	3 dBi
VSWR	<2.0
Nominal Impedance	50 Ω
Polarization	Linear
Material	ABS
Operating Temperature	-40～+85 ℃
Humidity	5～95%
Compliance	ROHS Compliant
Category	Rubber Duck Antenna

Product Overview

GL-DY463 is a rubber duck antenna for routers, handheld radios, gateways, modems, IoT devices and wireless terminals. Its technical values are taken from the selected SKU datasheet so engineers can check RF fit, mechanical fit and environmental requirements before sampling.

Key Features

Frequency Range: 698-2700 MHz
Gain: 3 dBi
VSWR: <2.0
Connector Type: TS9 male
Dimensions: Ø13*97 mm

Technical Specifications

Frequency Range	698-2700 MHz
Gain	3 dBi
VSWR	<2.0
Nominal Impedance	50 Ω
Polarization	Linear
Connector Type	TS9 male
Dimensions	Ø13*97 mm
Material	ABS
Operating Temperature	-40～+85 ℃
Humidity	5～95%
Compliance	ROHS Compliant

Mechanical and Installation Notes

Review the listed connector, dimension, mounting method and operating environment before release. The listed interface is TS9 male. Reserve installation space for Ø13*97 mm. If the project needs a variant not shown in the datasheet, confirm the option before ordering.

Applications and Industries

GL-DY463 can be considered for routers, handheld radios, gateways, modems, IoT devices and wireless terminals. Typical checks include operating band, coverage pattern, connector or mounting compatibility, cable routing, environmental exposure and expected order quantity.

Resources

Product datasheet: GL-DY463.pdf
SKU-specific product image and three generated application images are included for this model.

Engineering Selection Notes

Before sampling, compare the datasheet values with the radio module, enclosure, installation surface and target service area. Share the SKU, frequency band, connector, mounting space and environment when requesting a quote.

FAQ

What is the main use for GL-DY463?

GL-DY463 is selected as a rubber duck antenna for routers, handheld radios, gateways, modems, IoT devices and wireless terminals.

Which specification should be checked first?

Start with the operating band or mechanical size, then confirm connector, mounting and environmental requirements.

Can GL-DY463 be sampled or customized?

Yes. Provide the SKU, target band, connector or mounting requirements, environment, quantity and any packaging notes for confirmation.

Selection and Project Support

GL-DY463 Rubber Duck Antenna, 698-2700 MHz, 3 dBi is listed by Rftech for RF antenna and wireless connectivity projects in the Rubber Duck 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 GL-DY463).

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.