High Gain X-Band Payload Telemetry Antenna

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Description

Anywaves’ High Gain X-Band antenna is an ultra-thin antenna used for the payload telemetry subsystem. It downlinks the relevant data from the payload to the ground station and provides high gain in order to enable a high data rate link. This antenna is inferior to 1U with a transmitting gain of 15.5 dBi.

It's the perfect choice if you want to reduce the cost and get more data from your payload!

Anywaves’ High Gain X-Band Payload Telemetry antenna is very compact making it suitable for nanosatellite and LEO platforms. With its narrow beam and low-profile, it provides high-quality single circular polarization and guarantees a very high data rate for the payload telemetry links.

NB : this antenna is compatible with Anywaves Test Cap for X-Bands Antennas

High data rate for payload data downlink (< 1U and ultra-thin)
Radome protection against harsh environment
Acceptance Test included
ITAR Free
Test Cap Compatible

Frequency band

From 7.9 GHz to 8.5 GHz

Polarization

Left or Right Hand Circular Polarization

Envelope size without connector

L 100 x W 100 x H 6.5 mm³

Realized gain

15.5 dBi @ boresight

TRL

Mass with connector

70g

Download the datasheet

Watch a 2min Video Recap

Included services

Complete EIDP

At the delivery of your antennas, you will receive a complete EIDP (End Item Data Package) including:
– Acceptance test reports
– ICD (Interface Control Document)
– Mechanical envelope
– User Manual
– Certificate of conformity

In-Depth Engineering Support

During the full length of your antennas project, you’ll benefit from an in-depth and tailored support from our experienced engineers. They’ll answer all of your questions and ensure that our antennas meet your missions’ needs.

Further Testing Available On Demand

If needed, we can perform additional on-demand tests on your antennas to guarantee their performance in the specific environment and conditions of your spacecraft.

Specific Requests Analysis With Experts

In the case you need additional information and performance results, our experts can conduct complementary analysis based on your requirements (mechanical, thermal, radio-frequency performances on platform etc.).