Srs-4 Satlab [COMPLETE]

Built on a polyimide PCB for thermal performance, the SRS-4 is housed in a milled aluminum enclosure

standard modulation techniques used in satellite communication Satlab SRS-4 Datasheet Revision 1.2

: Efficient operation with a typical RX-only consumption of 1.5 W and a combined RX+TX consumption of 10.8 W at maximum output. Advanced Features for Satellite Missions

The transceiver accommodates multiple bandwidth profiles. It supports BPSK, QPSK, and 8PSK for downlink transmissions, and BPSK/QPSK for uplinks, maximizing spectral efficiency.

This choice by NTNU highlights the SRS-4’s suitability for a modern, complex satellite mission, where high downlink speeds and robust performance are non-negotiable. Furthermore, the European Space Agency (ESA) is using the SRS-4 as a foundation for its project, underscoring the unit's adaptability for future satellite-to-satellite communication networks. srs-4 satlab

The SRS-4 is primarily used in missions where high-speed downlinks are required for imagery, scientific data, or complex telemetry. It is often integrated into CubeSat platforms provided by manufacturers like NanoAvionics , where it is listed at a price point of approximately €20,390 per unit .

Disclaimer: Technical specifications are subject to change by the manufacturer. Please verify with the latest SatLab SRS-4 datasheet . Share public link

Adjustable transmitter power from 20 to 33 dBm (0.1 to 1.99 W). Sensitivity: High receiver sensitivity of -122 dBm ( PER, 100 kBd BPSK).

If you are currently designing a small-satellite mission, I can help you with a few more specific details: Built on a polyimide PCB for thermal performance,

Highly sensitive, achieving -122 dBm (

: Reliable performance from -40°C up to +85°C (RX) and +70°C (TX).

The device supports standard CAN-bus and RS-422 interfaces that utilise the CubeSat Space Protocol (CSP) .

Compact PC/104 form factor (93.0 x 87.2 x 18.0 mm). This choice by NTNU highlights the SRS-4’s suitability

Let me know what stage your project is in, and we can explore the best technical pathways! SRS-4 Full-duplex High-speed S-band Transceiver - Satlab

Operates on standard ITU Space Operations S-band frequencies 0.1 W to 1.99 W (Up to 33 dBm) Software adjustable with onboard power monitoring Data Rate Range 1 Mbps to 100 Mbps Variable symbol rate up to 5 MBd Modulation Schemes BPSK, QPSK, 8PSK Transmit: BPSK/QPSK/8PSK; Receive: BPSK/QPSK Receiver Sensitivity Highly robust against long-distance space path losses Form Factor / Mass PC/104 Standard (253 g) Measures 93.0 x 87.2 x 18.0 mm in an aluminum casing Power Draw 1.5 W to 10.8 W Highly dependent on TX power setting and operational mode Security Layer AES-256-GCM Link-layer hardware-accelerated encryption Core Engineering Advancements 1. Software-Defined Radio (SDR) Flexibility

A radio can have amazing specs, but if it's difficult to integrate, it's a burden. Satlab designed the SRS-4 with usability as a core tenet, using a well-supported hardware and software stack to minimize the risk for satellite developers.

Operating seamlessly on the , the SRS-4 provides unparalleled flexibility for communicating with both independent and commercial ground station networks.