Skip to product information
1 of 1

Teltonika PR1CS450 Straight Compact Mobile Antenna

Teltonika PR1CS450 Straight Compact Mobile Antenna

SKU:NHT-PR1CS450

The Teltonika PR1CS450 is a straight compact mobile antenna designed for IoT and LTE applications. Featuring 5.0 dBi gain, wide frequency coverage from 700 to 2700 MHz, and SMA male connector, it delivers reliable connectivity for industrial and remote deployments.
Regular price $12.87 AUD
Regular price Sale price $12.87 AUD
Sale Sold out
Taxes included. Shipping calculated at checkout.
Quantity
No reviews yet

Product Information

BrandTeltonika
CategoryIoT / LTE
SKUNHT-PR1CS450
AvailabilityIn Stock
Teltonika PR1CS450 Straight Compact Mobile Antenna$12.87
$12.87
Overview
  • The Teltonika PR1CS450 is a compact straight antenna engineered for IoT and LTE applications across a broad frequency spectrum. Its 700 to 2700 MHz range supports multiple mobile network bands, making it ideal for organisations deploying cellular-connected devices in Australia and internationally. The 5.0 dBi gain delivers measurable improvement in signal strength, reducing dropped connections and improving overall network reliability in remote and challenging environments.

    Designed with industrial deployments in mind, the PR1CS450 combines a straight compact form factor with professional-grade electrical specifications. The SMA male connector ensures secure mounting to compatible devices, whilst the low VSWR of 1.8 minimises signal loss and maximises transmission efficiency. Backed by a 24-month warranty, this antenna provides a dependable foundation for mission-critical IoT and mobile connectivity solutions.
Specifications
Frequency Range700 to 2700 MHz
Gain5.0 dBi
PolarisationLinear (vertical)
VSWR1.8
Impedance50 Ω
Connector TypeSMA Male (straight)
DesignCompact straight
Warranty24 months
Key Features
Wide frequency range: 700 to 2700 MHz for multi-band LTE coverage
5.0 dBi gain for improved signal reception and transmission
Compact straight design for easy installation in tight spaces
SMA male connector for secure and standard-compliant mounting
Low VSWR (1.8) ensures efficient signal matching and minimal loss
50 Ω impedance for compatibility with standard networking equipment
Linear vertical polarisation for optimised mobile network performance
Ideal For
IoT gateways, routers, and industrial cellular devices
Remote monitoring and telemetry applications requiring reliable connectivity
Mobile base stations and field deployments in urban and rural areas
Organisations needing cost-effective multi-band LTE antenna solutions
Equipment integration where compact form factor is essential
FAQs
What frequency bands does the Teltonika PR1CS450 support?

The PR1CS450 covers 700 to 2700 MHz, which encompasses LTE bands used by Australian carriers including 4G and emerging 5G sub-6 GHz networks. Check with your device or carrier for specific band compatibility.

What does 5.0 dBi gain mean for my application?

5.0 dBi gain indicates the antenna's ability to amplify signals in a directional pattern. This improves both reception and transmission range compared to lower-gain antennas, delivering stronger connectivity in remote or weak-signal areas.

Is the SMA connector compatible with my equipment?

The SMA male straight connector is a standard connector type used across most IoT gateways, routers, and industrial cellular devices. Verify your device has an SMA female connector port before purchase.

What does VSWR 1.8 mean and why does it matter?

VSWR (Voltage Standing Wave Ratio) of 1.8 indicates efficient impedance matching between the antenna and your device. Lower VSWR values reduce signal loss and improve overall transmission efficiency.

Can this antenna be used outdoors?

The PR1CS450 is designed for IoT and mobile applications. For outdoor use, verify installation guidelines and environmental protection requirements with the device manufacturer. Consider additional weatherproofing if needed.

What is the warranty coverage?

The Teltonika PR1CS450 includes a 24-month manufacturer warranty covering defects in materials and workmanship.

View full details