Operating System
Space M8
Space M8
Specifications
| 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 |
Space M10
Space M10
Specifications
| 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 determining 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 |
Quantum Eye
| Category | Wi-Fi | 5G Frequency Range (Millimeter Wave) |
Remarks | |
|---|---|---|---|---|
| 5G Mobile Communication | 60 GHz | |||
| Frequency Band |
2.4–2.48 GHz 5.15–5.35 GHz 5.47–5.65 GHz 5.72–5.82 GHz |
3.5 GHz / 28 GHz | 57–64 GHz (Unlicensed Band) |
Supports a wide range of potential applications |
| Data Rate | 600 Mbps | 20 Gbps | 4–7 Gbps | More than ten times higher performance |
| Communication Distance | Within 100 m | Communication range can be extended using repeaters | Up to 30 m | Communication range can be extended using repeaters |
| Applications | Wireless Internet | Wireless Internet, Wireless HDMI, and Wireless USB | Potential applications include future wireless backbone networks | |
| Video Service | Compressed | Screen Mirroring (Compressed / Uncompressed) |
Uncompressed | Transmission of original high-definition video |
| Compatible Devices | Desktop PCs, Laptops, and PDAs | Communication devices such as smartphones | TVs, Set-Top Boxes, Video Devices, Laptops, and Smartphones | Suitable for compact and low-power device designs |