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SN-T3S3-2W - 1400 | High-Performance Airborne IP Mesh Radio

SN-T3S3-2W - 1400 | High-Performance Airborne IP Mesh Radio

Smartnoble’s Airborne IP Mesh Radio Systems are designed to support reliable, high-speed, and decentralized communications for a wide range of airborne platforms. Featuring self-forming and self-healing mesh networking capabilities, these radios enable real-time data, voice, and video transmission under dynamic and complex mission conditions.

Available in C band (5–6 GHz) and L band, with options for customized wideband configurations up to 4–6 GHz, the systems are tailored to meet diverse operational requirements. All models are engineered to comply with MIL-STD-810 and MIL-STD-461, ensuring optimal performance in harsh environmental and electromagnetic conditions.

Custom-built solutions are available to support specific mission profiles, aircraft types, and integration needs.

SN-T3S3 Series (Aerial) Broadband IP Mesh Ad-Hoc Radio

Model: SN-T3S3-2W-1400
  • Communication Waveform: COFDM+2T2R/MIMO*
  • Communication Interference Resistance: Adaptive Frequency Selection*, Wideband Frequency Hopping*
  • Communication Frequency: 1200~1500 MHz  
  • Transmission Power: 2W (2x1W)
  • Bandwidth Modes: 1.25 / 2.5 / 5 / 10 / 20*MHz
  • Peak Rate: 25+Mbps @10 MHz, 50+Mbps @20*MHz
  • Communication Range: 50+ km (line of sight, dependent on antenna gain, electromagnetic environment, and terrain)

Key Advantages
  • Large Network Scale: Using a dynamic TDMA protocol, the excellent time slot resource allocation algorithm can support a maximum of 256 stable nodes in a single-frequency network.
  • Long Transmission Range: With COFDM and transceiver diversity technologies, the radio's receiving sensitivity reaches -103 [email protected] 2W tansmission power enables a line-of-sight communication range of 50+ km. The system shows excellent resistance to multipath interference and difraction in environments such as buildings, tree shills, and valleys.
  • High Transmission Rate: Using COFDM, adaptive modulation with QPSK16QAM64QAM256QAM adaptive modulation, and diversity reception technologies, the peak rate reaches 25+ Mbps at 10MHz and 50+ Mbps at 20 MHz, suitable for large-volume multi-hop transmissions.
  • Stable and Reliable Transmission. Unlike W-Fi frequency reduction schemes, the transmission rate does not significantly degrade with increasing distance. The transmission rate remains relatively high and stable.
  • Multiple Relay Hops: The system supports strong automatic routing and relay capabilities. Tested video transmission has reached over 8 hops, extending the network coverage and improving the flexibility of ad-hoc networking, enhancing the suitability for various network environments.

Performance Parameters
  • Network Scale: Supports up to 64 nodes,128 nodes*,256 nodes* per frequency.
  • Communication Anti-Interference: Adaptive frequency selection*, wideband frequency hopping*.
  • Modulation: QPSK/16QAM/64QAM/256QAM (adaptive or manual configuration).
  • Communication Frequency: 1200~1500 MHz, adjustable in 1 MHz increments(custom frequencies available).
  • Transmission Power: 2W(2x1W), adjustable in 1 dBm increments.
  • Bandwidth Modes:1.25 / 2.5 / 5 / 10 / 20* MHz.
  • Receiver Sensitivity: -103 dBm@5 MHz.
  • Communication Distance: 50+ km (line of sight, dependent on antenna gain, electromagnetic enviroment, and terrain).
  • Transmission Delay: Average 7 ms per hop(delay increases slightly with distance).
  • Multi-Hop Capability:10+hops.
  • Frequency Offset Compensation: 3 kHz(supports platform speeds over 1000 km/h).

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