L C діапазон RF Ethernet Video Data Acracyiver

We require an RF OEM transceiver with these features:

  • Діапазон частот: L Band and C Band (1200-1800 MHz and 4400-5000MHz)
  • РЧ смуга пропускання: 2M/5M/10M/20M/40MHz
  • Вихідна потужність: 36-40 дБм (4W and 10W 2×2 ПОКОРО)
  • Чутливість приймача: L Band-97dBm Max, C band -90 dBm Max
  • Modulation Support: OFDM: DSSS/CCK BPSK/QPSK, COFDM: BPSK/QPSK/16-QAM/64-QAM
  • Layer 2 // ETH Port
  • Шифрування: AES256
  • Вхідна потужність: 12V-26V DC
  • Робоча температура: -40℃ ~ +65℃

We also prefer FHSS. Are there any products with these specifications? In that case, would you be able to provide the datasheet? Even if you don’t currently produce products with these features, let’s discuss the possibility of future development.

The device described by the specifications is aвисокої потужності, ruggedized, dual-band wireless communication system призначений длязабезпечити, далекий, high-throughput data transmission in challenging environments. Here’s a breakdown of its key features and typical applications:

Ключові характеристики & Аналіз

  1. Смуги частот:
    • L гурт (1200–1800 MHz): Better penetration through obstacles, suitable for non-line-of-sight (NLOS) scenarios (Напр., ліси, urban areas).
    • C Гурт (4400–5000 MHz): Higher bandwidth for faster data rates but shorter range; ideal for line-of-sight (LOS) посилання.
  2. RF Bandwidth Flexibility (2–40 MHz): Balances data throughput and range. Wider bandwidths (Напр., 40 МГц) enable high-speed applications, while narrower ones extend range or reduce interference.
  3. High Output Power (4W–10W, 2×2 ПОКОРО): Supports long-distance links (potentially tens of kilometers). MIMO improves spectral efficiency and reliability through spatial diversity.
  4. Чутливість приймача: Excellent for detecting weak signals (-97 dBm in L Band, -90 dBm in C Band), critical for maintaining links in low-signal conditions.
  5. Modulation Schemes:
    • Legacy Support: DSSS/CCK (used in older Wi-Fi/802.11b) for backward compatibility.
    • Modern Standards: OFDM/COFDM with up to 64-QAM for high-speed data (similar to LTE/Wi-Fi 802.11ac).
  6. Layer 2 Ethernet Port: Acts as a wireless bridge, connecting wired networks (Напр., LANs) over a wireless link.
  7. AES-256 Encryption: Ensures secure data transmission, aligning with military/enterprise-grade requirements.
  8. Rugged Design:
    • Вхідна потужність (12–26V DC): Compatible with vehicles (12V/24V systems) or industrial DC sources.
    • Робоча температура (-40°C to +65°C): Survives extreme environments (arctic cold to desert heat).

Типові випадки використання

  1. Military/Defense Tactical Networks:
    • Secure, mobile field communications for command centers, безпілотник, or vehicle-to-vehicle links.
    • Survivable in electronic warfare (dual-band redundancy mitigates jamming).
  2. Громадська безпека & Emergency Response:
    • Rapid deployment for disaster recovery (Напр., connecting temporary command posts, hospitals).
    • Fire/police departments requiring reliable NLOS links in urban/rural areas.
  3. Індустріальний & Remote Site Connectivity:
    • Oil/gas pipelines, видобуток, or wind farms needing backhaul for SCADA/IoT sensors.
    • Replaces fiber/cable in hard-to-reach locations.
  4. Cellular Backhaul:
    • Cost-effective alternative to wired backhaul for 4G/5G small cells in rural areas.
  5. Нагляд & Border Security:
    • Transmitting HD video from remote cameras or UAVs (using high-bandwidth C Band).
  6. Transportation & Maritime:
    • Ship-to-shore or train-to-base communications leveraging L Band’s NLOS capabilities.

Why This Device?

  • Dual-Band Versatility: Switch between L Band (range/resilience) and C Band (швидкість) as needed.
  • MIMO Performance: Doubles capacity/reliability for critical data (відео, VoIP, телеметрія).
  • Ruggedness: Deployable in mobile/outdoor settings without climate-controlled enclosures.

This system is ideal for organizations needingзабезпечити, high-speed wireless links in austere or dynamic environments where traditional infrastructure is impractical.

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