OC Series High-Gain Antennas

Connectorized Half-Wave Dipoles with Articulating Bases

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The OC Series has more gain than standard whips. It features an articulating base that tilts 90° and rotates 360°, which makes it easy to reorient the antenna for better performance or fold it down for storage and shipment. Available in 433 MHz, 868 Mhz, 916 MHz and 2.45 GHz, the standard black antenna is attached to an SMA or FCC Part 15 compliant RP-SMA connector. More colors and connectors are available for larger orders.

Reliable: high gain improves receive sensitivity
Adjustable: articulating base lets you reorient the antenna for performance, storage and shipment
Replaceable: connectorized base makes field replacement easy
Customizable: custom colors and connectors are available

Ordering

Part	Description	Documentation
ANT-433-OC-LG-RPS	433 MHz OC Series Antenna with RP-SMA plug (female socket) (New)	Datasheet
ANT-433-OC-LG-SMA	433 MHz OC Series Antenna with SMA plug (male pin) (New)	Datasheet
ANT-868-OC-LG-RPS	868 MHz OC Series Antenna with RP-SMA plug (female socket) (New)	Datasheet
ANT-868-OC-LG-SMA	868 MHz OC Series Antenna with SMA plug (male pin)	Datasheet
ANT-916-OC-LG-RPS	916 MHz OC Series Antenna with RP-SMA Connector	Datasheet
ANT-916-OC-LG-SMA	916 MHz OC Series Antenna with SMA Connector	Datasheet
ANT-2.4-OC-LG-RPS	2.4 GHz OC Series Antenna with RP-SMA Connector	Datasheet
ANT-2.4-OC-LG-SMA	2.4 GHz OC Series Antenna with SMA Connector	Datasheet

To order, please call +1 (800) 736-6677 or +1 (541) 471-6256 for callers outside the United States.

	ANT-433-OC-LG-ccc	ANT-868-OC-LG-ccc	ANT-916-OC-LG-ccc	ANT-2.4-OC-LG-ccc
Center frequency	433 MHz	868 MHz	916MHz	2.4GHz
Recommended operating frequency	430 MHz to 435 MHz	862 MHz to 876 MHz	895 MHz to 935 MHz	2.39 GHz to 2.55 GHz
Wavelength	1/2-wave	1/2-wave	1/2-wave	1/2-wave
Pattern	Omnidirectional	Omnidirectional	Omnidirectional	Omnidirectional
Typical VSWR at center	≤ 2.1	≤ 2.3	≤2.0	≤2.0
Impedance	50 Ω	50 Ω	50Ω	50Ω
Connection	RP-SMA or SMA	RP-SMA or SMA	RP-SMA or SMA	RP-SMA or SMA