5G High Gain Omni Antenna with SMA To IPEX-4 Connector

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5G High Gain Omni Antenna with SMA To IPEX-4 Connector

SKU: WVSH0197

₹ 449.99 ~~₹ 599.99~~

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5G High Gain Omni Antenna with SMA To IPEX-4 Connector₹ 449.99

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5G HIGH GAIN OMNI ANTENNA

5G/4G/3G/2G Compatible, SMA To IPEX-4 Connector

Specifications

NETWORK SUPPORT	5G/4G/3G/2G	OUTPUT RESISTANCE (Ω)	50
FREQUENCY BAND (MHZ)	600~6000MHz	INPUT POWER (W)	25
PEAK GAIN (DBI)	-2.0〜5.5dBi	CONNECTOR	SMA needle inside
AVG GAIN (DB)	-6.0〜-0.7dB	CONNECTION WIRE	SMA to IPEX-4
SWR	< 3.5	DIMENSIONS (MM)	152.4 × 21.79 × 14.49
RETURN LOSS	< -5.0	MATERIAL	ABS
EFFICIENCY (％)	25〜85％	OPERATING TEMPERATURE (˚C)	-40˚C〜+ 85˚C
POLARIZATION	Linear	STORAGE TEMPERATURE (˚C)	-40˚C〜+ 85˚C
EMITTING DIRECTION	Omni-directional

Connection Example

Connecting With 5G Module SIM8200EA-M2

Connecting With Raspberry Pi 5G HAT SIM8200EA-M2 5G HAT

Outline Dimensions

Is this antenna compatible with 5G networks and what connector does it use?

It supports 5G 4G 3G and 2G networks and uses an SMA to IPEX-4 connector.

What are the key electrical specifications of the antenna?

The impedance is 50 ohm, the frequency band is 600 to 6000 MHz, peak gain ranges from -2.0 to 5.5 dBi and average gain from -6.0 to -0.7 dB. SWR is less than 3.5 and return loss is less than -5.0 dB.

What are the physical dimensions and the material used?

The housing is made of ABS and the dimensions are 152.4 by 21.79 by 14.49 mm. It operates from -40 to 85 degrees C.

How should I connect and install the antenna?

The setup uses a SMA to IPEX-4 interface; ensure your device supports 50 ohm impedance and the 600-6000 MHz range. Typical connections shown include SIM8200EA-M2 and Raspberry Pi 5G HAT.

What about warranty and returns information and delivery?

Please check the seller policy for warranty and returns. Delivery times depend on the seller and chosen shipping method.

A

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Description

Ask AI about this product

Open in ChatGPT Open in Claude Open in Gemini

5G HIGH GAIN OMNI ANTENNA

5G/4G/3G/2G Compatible, SMA To IPEX-4 Connector

Specifications

NETWORK SUPPORT	5G/4G/3G/2G	OUTPUT RESISTANCE (Ω)	50
FREQUENCY BAND (MHZ)	600~6000MHz	INPUT POWER (W)	25
PEAK GAIN (DBI)	-2.0〜5.5dBi	CONNECTOR	SMA needle inside
AVG GAIN (DB)	-6.0〜-0.7dB	CONNECTION WIRE	SMA to IPEX-4
SWR	< 3.5	DIMENSIONS (MM)	152.4 × 21.79 × 14.49
RETURN LOSS	< -5.0	MATERIAL	ABS
EFFICIENCY (％)	25〜85％	OPERATING TEMPERATURE (˚C)	-40˚C〜+ 85˚C
POLARIZATION	Linear	STORAGE TEMPERATURE (˚C)	-40˚C〜+ 85˚C
EMITTING DIRECTION	Omni-directional

Connection Example

Connecting With 5G Module SIM8200EA-M2

Connecting With Raspberry Pi 5G HAT SIM8200EA-M2 5G HAT

Outline Dimensions

FAQ

Is this antenna compatible with 5G networks and what connector does it use?

It supports 5G 4G 3G and 2G networks and uses an SMA to IPEX-4 connector.

What are the key electrical specifications of the antenna?

The impedance is 50 ohm, the frequency band is 600 to 6000 MHz, peak gain ranges from -2.0 to 5.5 dBi and average gain from -6.0 to -0.7 dB. SWR is less than 3.5 and return loss is less than -5.0 dB.

What are the physical dimensions and the material used?

The housing is made of ABS and the dimensions are 152.4 by 21.79 by 14.49 mm. It operates from -40 to 85 degrees C.

How should I connect and install the antenna?

The setup uses a SMA to IPEX-4 interface; ensure your device supports 50 ohm impedance and the 600-6000 MHz range. Typical connections shown include SIM8200EA-M2 and Raspberry Pi 5G HAT.

What about warranty and returns information and delivery?

Please check the seller policy for warranty and returns. Delivery times depend on the seller and chosen shipping method.

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