Power, Communication, Telemetry and Control
Power, Communication, Telemetry and Control
A range of space electronics offering spacecraft integrators and payload providers with space proven, cost effective, and immediately available solutions to the payload-to-spacecraft interfacing challenge on short duration NewSpace missions.

A general purpose interface device designed to add control and monitoring capability to payloads.
The CTC Module has a CubeSat-compatible form factor.

A compact general purpose interface device designed to add control and monitoring capability to payloads..
The Mini CTC Module has approximately half the footprint of the CTC Module.

An expanded general purpose interface device designed to add control and monitoring capability to payloads..
The Mega CTC Module has approximately three times the footprint of the CTC Module.
(In development)

Designed to support payloads with higher voltage requirements than can be met by the spacecraft electrical bus.
The SU1 PC Module has a CubeSat-compatible form factor. .
Its main purpose is to efficiently convert (boost) unregulated 12VDC spacecraft power to regulated 28VDC power for payloads.

Designed to support payloads with higher voltage requirements than can be met by the spacecraft electrical bus.
The SU2 PC Module has a CubeSat-compatible form factor.
Its main purpose is to efficiently boost unregulated 28VDC spacecraft power to regulated 50VDC power for payloads.
(In development)

Designed to support payloads with higher current requirements than can be met by the spacecraft electrical bus.
The SD1 PC Module has a CubeSat-compatible form factor.
Its main purpose is to efficiently convert 28VDC/XA-max spacecraft power to YA power for payloads.
(In development)
Condition standard spacecraft power to your payload's custom voltage and current input requirements.
Receive commands and transmit data using popular communication protocols.
Communicate with a range of general-purpose peripherals through SPI and I2C protocols, and GPIO
Process and store data in non-volatile memory within your own payload.
Implement fast response algorithms
Monitor analogue voltage signals from a range of devices through dedicated isolated channels.
Monitor voltage output pressure transducers.
Monitor temperature using general purpose thermistors and higher resolution RTD's
Incorporate general purpose power switching capability
Control normally closed and latching solenoid valves.
Control patch heaters through fine PWM control
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