Dinesat 9 Radio Classic V3026c Full 21 Link [ 2025 ]

+-------------------+      +-----------------+      +-------------------+
|  Antenna Interface|<---->|   RF Front‑End  |<---->|  Base‑band DSP    |
+-------------------+      +-----------------+      +-------------------+
            ^                         ^                         ^
            |                         |                         |
    50 Ω SMA (Tx/Rx)        LNA / PA, Filters          FPGA / MCU Core
            |                         |                         |
            +-------------------+-------------------+-------------------+
                                |   Power Management   |
                                +-----------------------+

| Parameter | Value | |-------------------------|------------------------------| | Enclosure size (W×H×D) | 95 mm × 68 mm × 38 mm | | Weight | 210 g (incl. mounting hardware) | | Operating temperature | –40 °C to +85 °C | | Shock / Vibration | 15 g (10 ms) / 30 Hz – 2 kHz | | IP rating | IP54 (dust‑protected, splash‑resistant) | | Power supply | 7 – 12 V DC (max 5 W) |

| Scenario | Benefits of V3026C Full 21‑Link | |----------------------------------------|---------------------------------| | Remote Weather Stations (21 nodes) | Simultaneous reporting, deterministic latency, low power consumption | | Amateur Satellite QSO Network | Enables 21 concurrent uplinks on a single satellite pass, reducing contention | | Disaster‑Relief Mesh | Rapid self‑organizing topology; each node can act as a repeater, extending coverage up to 150 km (with high‑gain antennas) | | Scientific Payload Telemetry | Reliable bulk data transfer (up to 1 MiB per pass) with LDPC error correction | dinesat 9 radio classic v3026c full 21 link