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ODALISS

The ODALISS nanosatellite platform is based on a high-performance and multi-protocol logic bus allowing Data Intensive payloads to be connected in a scalable architecture. ODALISS internal bus include a rich set of logic interfaces and power lines (regulated and unregulated) to fulfil the most demanding applications.

Designed for:

• DATA INTENSIVE APPLICATIONS: high performance architecture with optical communications downlink.
• SIGNAL INTEGRITY: Double 80 pins-rugged backplane designed for high-speed.
• FLEXIBILITY: High density backplane offering a rich logic interface designed for the most demanding payloads.
• FOCUS ON YOUR MISSION AND PAYLOADS, thanks to its integrated avionics.
• FACE THE MOST COMPLEX CHALLENGES, with the support of our highly experienced team.

ODALCOM

The ODALCOM optical transceiver is a small and compact optical communications unit designed to offer high data rate communications in the infrared C band. Specifically designed for Smallsat platforms that must implement on board Data-Intensive payloads.

• Transceiver logic based in Xilinx Zynq-7000 SoC. Flexible protocol implementation.
• Includes Ethernet, UARTs, RS-485, I2C interfaces.
• Satellites in LEO. Orbital altitude: 650Km.
• Nominal Optical Power transmission: 200mW (23 dBm).
• Maximum Optical Transmission Power: 1W (30 dBm).
• Coarse pointing angular beam steering range: 15º (±7.5º).

DIPP

ODALISS DIPP is a compact embedded computer designed to offer the highest computational performance for the most challenging applications.

• Versatile architecture based on Xilinx® Zynq® -7000 SoC, supporting flexible software configuration such as multiprocessing capabilities on Linux along with low-level software, like bare-metal drivers or RTOS
• Ethernet connection capable to meet the highest data processing requirements for data-intensive payloads, such as Earth Observation Cameras, Software Defined Radios (SDR), scientific instruments, etc.
• FPGA fabric can be reconfigured in Run-Time by processor to increase the digital processing capability of the system.
• Rich set of communication peripherals, including Ethernet, UARTs, RS-485, I2C, USB ports along with GPIOs.

OBC

ODALISS OBC is designed to provide high computational performance with a flexible power consumption in data-intensive space systems such as nanosatellites, microsatellites, or specialized payloads.

• Powerful dual core architecture: Cortex®-M7 (high-performance processing unit), Cortex®-M4 (mission-critical systems control).
• OBC includes a 10/100 Mbps Ethernet switch to seamlessly implement standard Tcp/IP backplane LAN network with up-to 5 nodes.
• Safety-centric architecture including RTC, voltage monitor and watchdog.
• Flexible logic interface (UART, RS-485, I2C, etc.).

PDCU

ODALISS PDCU highly efficient electric power unit designed to seamlessly integrate in ODALISS avionics.

• Four Solar Array input power channels.
• Modular Li-Ion battery packs.
• 8W nominal power, 36W Peak Power (per pack for 3U).
• Fully configurable power profile.
• Both Non-Regulated (+7.4V) and Regulated (+5V, +3.3V) Buses.
• Safety +3.3V Regulated Bus for critical power application.
• Battery overvoltage and undervoltage protections.

3U/6U SOLAR PANELS

Highly efficient solar panel equipped with the latest triple junction technology and including integrated temperature and Sun sensors.

• Cell efficiency higher than 29%.
• Up to 8.2W in LEO (3U).
• Flexible Series/Parallel configurations.
• Silicon By-Pass diode for reverse bias protection.
• Polyimide substrate for passive thermal control.
• Fully 3U/6U CubeSat platform compatible and configurable upon customer request.

TTC

ODALISS TTC is an embedded radio communication module for CubeSats, based in a fully configurable integrated half-duplex VHF/UHF transceiver and, designed to simplify space to ground communication links.

• Powered by Cortex®M4 CPU, with a wide set of commands providing configuration flexibility.
• Fully remote configurable capability.
• High reception sensitivity and transmission power.
• Redundant configuration possibility for increased reliability.
• Nominal mode: non-proprietary protocol based on radio packets as AX.25.
• Beacon Automatic mode: periodic beacons using 2FSK Radioteletype (RTTY).

Ground Station

The Emxys Ground Station (EGS) is a terrestrial radio station for satellite communications with the main transceiver based on an embedded computer connected to a software defined radio (SDR) device covering most satellite bands including UHF, VHF and S bands.

• SDR over Ethernet that will allow to connect to a local Network able to be configured using a 16-port switch in order to work on the Network layer from the Open System Interconnection (OSI).
• Open-source COSMOS software included for telemetry and telecommand.
• Open-source Gpredict software included for satellite tracking and for rotor control.
• Local network implemented to receive/transmit data and receive RF samples.
• Connection system implemented by TCP/IP protocol with Ethernet gigabit switch.