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Terrestrial Space M8
Satellite Space M10 (FSO-ISL)

Optical Wireless Transceiver (Virtually Unlimited Data Capacity)

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Key Features

Real-time transmission of UHD video without noticeable delay
UHD video transmission and reception using optical converter technology
No interference with other communication systems because no RF chip is used

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SPACE M8

Specifications

Specifications: Data Rate, Link Distance, Operating Wavelength, Optical Tx Power, Dimensions, Interfaces, Duplex Mode, Optical Architecture, Link Availability, and P.A.T.
Parameter	Value	Description
Data Rate	Up to 32.5 Gbps	Supports real-time, high-volume data transmission
Link Distance	≥ 2,000 m	Expandable for long-distance communication links
Operating Wavelength	C / L-Band	Optimized wavelength band for optical wireless communication links
Optical Tx Power	≥ +10 dBm	Ensures stable link performance
Dimensions (W × L × H)	300 × 250 × 150 mm	Optimized for on-site installation
Interfaces	HDMI / DP / Ethernet	Supports video and data connectivity
Duplex Mode	Full-Duplex	Supports simultaneous bidirectional transmission
Optical Architecture	Symmetric Optical Design	Uses the same optical configuration at both terminals
Link Availability	24/7 Link	Supports stable, continuous link operation
P.A.T.	Auto-Tracking	Supports automatic alignment and link maintenance

Specifications

Specifications: Data Rate, Link Distance, Operating Wavelength, Optical Tx Power, Optical Head Dimensions, Mass, Power Consumption, Aperture Diameter, Interfaces, Duplex Mode, Optical Architecture, Link Availability, and P.A.T.
Parameter	Value	Description
Data Rate	≥ 100 Gbps	Supports high-volume data transmission
Link Distance	Up to 45,000 km	Supports LEO, MEO, and GEO-to-ground communication links
Operating Wavelength	C-Band	Based on SDA and CCSDS standards
Optical Tx Power	Up to +34 dBm	Ensures stable link performance
Optical Head Dimensions	Under Development	Optimized for limited satellite installation space
Mass	Under Development	Designed with SWaP requirements in consideration
Power Consumption	Under Development	Designed to meet satellite power budget requirements
Aperture Diameter	Under Development	A key factor in communication link performance
Interfaces	SpaceWire / Ethernet / Discrete I/O	Supports data and control connectivity with satellite buses and payloads
Duplex Mode (Inter-Satellite Communication)	Full-Duplex	Supports simultaneous bidirectional data links
Duplex Mode (Satellite-to-Ground Communication)	Asymmetric Uplink / Downlink	Supports uplink beacon and downlink data transmission
Optical Architecture	Symmetric Optical Design	Uses the same optical configuration at both terminals
Link Availability (Inter-Satellite Communication)	24/7 Link	Supports continuous optical link operation
Link Availability (Satellite-to-Ground Communication)	Pass-Based	Operated according to ground station visibility and weather conditions
P.A.T.	Under Development	PAT functionality based on the SDA OCT standard

043-296-4101