UAV 드론 네트워크용 장거리 SDR 메시 라디오 500 km

UAV 드론 네트워크용 장거리 SDR 메시 라디오 500 km

개요

This is a software-defined radio (SDR)-based wireless communication module designed for advanced Mesh networking applications. Built on a flexible FPGA architecture, it enables dynamic, self-organizing networks with high reliability, long transmission distances, 강력한 간섭 방지 기능.

This device supports multi-node, multi-hop Mesh networking, allowing seamless communication across complex environments without relying on fixed infrastructure. By integrating high-power RF amplifiers, it can be configured for a wide range of transmission distances—from short-range urban deployment to ultra-long-range communication up to 500 최적 조건에서 KM.

With support for multiple frequency bands, adjustable bandwidth, intelligent frequency selection, 및 AES256 암호화, it is suitable for mission-critical applications requiring secure, 안정적인, and long-distance wireless communication.

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풍모

1. Advanced Mesh Networking

• Supports self-organizing Mesh topology
• 다중 노드 네트워킹 (까지 256 노드)
• Multi-hop communication (1 to unlimited hops)
• Automatic route optimization

2. Flexible Output Power Options

• Multiple RF output levels available: 27 dBm의 0.5W / 30 dBm의 1W / 33 dBm의 2W / 35 dBm의 3W / 37 dBm의 5W / 40 dBm의 10W / 46 dBm의 40W
• Adjustable based on range and power requirements

3. Ultra-Long Range Transmission

• Maximum transmission distance up to 500 km
• Software-configurable distance limits
• Dedicated long-range enhancement mode

4. 구성 가능한 대역폭

• Supported bandwidth options: 1.25 메가 헤르츠 / 2.5 메가 헤르츠 / 5 메가 헤르츠 / 10 메가 헤르츠 / 20 메가 헤르츠
• Optimized balance between throughput and range

5. Multi-Band Frequency Support

Customizable frequency bands:

중심 주파수	주파수 범위 (메가 헤르츠)
655	635～675
805	790～820
1350	1300～1400
1400	1350～1450
1475	1420～1530
1685	1660～1710
2250	2200～2300
2450	2400～2500

6. 높은 데이터 처리량

• 까지 40 MBPS 처리량 ...에서 10 km mode (20 MHz 대역폭)
• 적응 형 조절 (MCS0–MCS8 optional)

7. 지능형 주파수 선택

Through real-time spectrum sensing and monitoring across the full band, nodes dynamically and intelligently select and adjust their operating frequencies from a preset list according to the local electronic environment and interference conditions, achieving intelligent dynamic frequency-agile networking (or heterogeneous frequency networking) for effective automatic interference avoidance / 방해 전파 방지.

• Real-time spectrum scanning
• Automatic frequency switching
• Interference avoidance
• Dynamic heterogeneous networking

8. 강력한 간섭 방지 기능

• Maintains stable communication when interference <15%
• Suitable for complex electromagnetic environments

9. 안전한 의사 소통

• AES256 encryption for air interface
• Ensures data confidentiality and integrity

10. Rich Interface Options

• 까지 2 이더넷 포트 (10/100엠)
• 까지 4 직렬 포트: 2 × RS232 / 1 × 3.3V TTL / 1 × sbus (선택 과목)

11. Industrial Design

• IP20 (실내) and IP65 (집 밖의) versions available
• 넓은 작동 온도 범위: -40° C ~ +55 ° C
• High reliability for harsh environments

Typical Application and Ratings

모델	송신 힘 (dBm의)	공급 전압 (V)	최대 힘 (W)	대기 힘 (W)	데이터 인터페이스	범위 Extension (dB)	추천 거리 (km)
2201-27	27 ± 3	9–30	8 ±2	4.5 ±1	1 × LAN + 2 × RS232 + 1 × TTL + 1 × sbus	2	≤30
2201-30	30 ± 3	20–28	15 ±5	5 ±1	2 × LAN + 2 × RS232 + 1 × TTL/SBUS	2	30–50
2201-33	33 ± 3	24–30	20 ±5	5 ±1	2 × LAN + 2 × RS232 + 1 × TTL + 1 × sbus	1	50–75
2201-35	35 ± 3	24–28	35 ±8	5 ±1	2 × LAN + 2 × RS232 + 1 × TTL/SBUS	1	75–100
2201-37	37 ± 3	24–28	45 ±10	6 ±1	2 × LAN + 2 × RS232 + 1 × TTL/SBUS	1	100–150
2201-40	40 ± 3	24–28	80 ±20	7 ±1	2 × LAN + 2 × RS232 + 1 × TTL/SBUS	1	150–250
2201-46	46 ± 3	24–28	220 ±50	10 ±2	2 × LAN + 2 × RS232 + 1 × TTL/SBUS	1	250-500

환경 조건

• 보관 온도: -40°C ~ +85°C

• 작동 온도: -40° C ~ +55 ° C

• 습기: 5%–95%

안테나 & RF Considerations

• Each antenna port must not receive signals >10 dBm when active, otherwise permanent damage may occur.

• Recommended minimum distance between module antennas is greater than the device port spacing; ideally, module antennas should be spaced >2 meters apart.

• Continuous operation requires proper heat dissipation:

  • CPU/core temperature ≤100°C

  • Casing temperature ≤80°C

송신 전력

• Measured at room temperature, 와 24V 공급, in normal transmission mode.

• <33 dBm series: Uses DCDC conversion for low-voltage power to the PA; voltage fluctuations do not affect maximum output power.

• ≥33 dBm series: PA voltage follows supply voltage. Increasing supply above 24V to the allowed upper limit (see typical rating table) ~ 할 것이다:

  • Increase system power consumption by 10–25%

  • Increase max transmit power by ~0.1 dB for 33 dBm units, ~0.3–1 dB for >33 dBm units

• 추천: For efficiency and heat management, use 24V supply.

전원 공급 장치

• Do not operate the device above the allowed supply voltage limit.

전력 소비

• 최대 전력: Measured at room temperature, 24V 공급, normal transmission mode; actual usage may be 92–95% of max.

• Standby Power: Measured at room temperature, 24V 공급; represents power consumption when connected but idle.

데이터 인터페이스

• LAN: 10/100 Mbps

• RS232: Up to 115200 bps

• TTL: 3.3 V level, up to 460800 bps

• TTL/SBUS: Only one selectable at factory

Extended Range Mode

• Boosts rated maximum output by 1–2 dB to achieve longer range.

• Increases system power consumption by 10–30%.

• Proper heat dissipation is required; PA linearity may degrade, MCS8 and MCS7 may not be supported.

• 노트: Outdoor IP65 models do not support extended range mode.

Recommended Use Distance

• 시선, interference-free conditions, 1.4 GHz band:

  • Sky-side: 2 dBi omnidirectional antenna

  • Ground-side: 5 dBi omnidirectional antenna

• Can reliably stream 2–4 Mbps video on a single channel

Bandwidth sensitivity rate table:

20메가 헤르츠 대역폭	MC	0	1	2	3	4	5	6	7	8 (선택 과목)
	Single antenna sensitivity (dBm의)	-101	-98	-95	-92	-88	-86	-83	-80	-77
	Dual-antenna sensitivity (dBm의)	-104	-101	-98	-95	-91	-89	-86	-83	-80
	신호 대 잡음비 (dB)	-8	-5	-2	4	7	10	13	16	19
UDP Packet Injection （Mbps）	10KM distance mode	1.5	3.2	6.4	13	20	26	33	40	47
	30KM distance mode	1.4	2.9	5.9	12	18	24	31	37	43
	50KM distance mode	1.3	2.7	5.5	11	17	22	28	34	40
	100KM distance mode	1.1	2.4	4.7	9.6	14	19	24	29	34
	150KM distance mode	0.9	1.9	4.0	8.3	12	16	21	25	29
	200KM distance mode	0.8	1.7	3.6	7.4	11	14	18	22	26
	250KM distance mode	0.7	1.5	3.2	6.6	10	13	16	20	23
	300KM distance mode	0.6	1.4	2.9	6.0	9.1	12	15	18	21
	400KM distance mode	0.5	1.1	2.4	5.0	7.6	10	12	15	18
	500KM distance mode	0.4	1.0	2.1	4.3	6.6	8.8	11	13	15

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명세서

일반 매개변수

• 건축물: 소프트웨어 정의 라디오 (SDR)

• 네트워킹: 망사 (자기 조직)

• 최대 노드: 256

• Max Hops: 제한 없는

• 암호화: AES256

RF 성능

• 주파수 대역: 635 MHz – 2500 메가 헤르츠 (사용자 정의)

• 채널 대역폭: 1.25–20 MHz

• 출력 파워: 27–46 dBm (모델에 따라 다름)

• 감광도:

  • 까지 -104 dBm의 (이중 안테나)

• SNR Range: -8 db to 19 dB

Transmission Performance

• 최대 범위: 500 km (시선)

• 처리량:

  • 까지 40 Mbps의 (10 km mode, 20 MHz 대역폭)

• Adaptive data rate depending on:

  • 거리

  • 대역폭

  • 환경

전원 공급 장치

• 입력 전압:

  • 9–30V or 20–28V (모델에 따라 다름)

• 최대 소비 전력:

  • 8W to 220W depending on output power

• Standby Power:

  • 4.5W to 10W

인터페이스

• 이더넷: 1 또는 2 포트 (10/100 Mbps의)

• 연속물:

  • RS232 (까지 115200 보오드)

  • TTL (까지 460800 보오드)

  • SBUS (선택 과목)

환경

• 작동 온도: -40° C ~ +55 ° C

• 보관 온도: -40°C ~ +85°C

• 습기: 5%–95%

기계

• 무게: 0.065 kg to 4 킬로그램

• RF 커넥터:

  • SMA-K (표준)

  • N-K (IP65 version)

Interface parameters and indicator lights

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응용 프로그램

1. UAV & 드론 커뮤니케이션

• 장거리 영상 전송

• Command and control links

• Swarm drone networking

2. 로봇 공학 & Autonomous Systems

• Multi-robot coordination

• Remote control and telemetry

• 산업 자동화

3. 비상 & 공공 안전

• Disaster recovery communication

• Temporary network deployment

• 수색 및 구조 활동

4. 군 & 방어

• Tactical Mesh communication

• Secure battlefield networking

• Mobile command systems

5. 산업 IoT

• 원격 모니터링

• Smart grid communication

• Oil, 가스, and mining operations

6. 스마트 시티

• Infrastructure monitoring

• Traffic management systems

• Surveillance networks

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사용자 정의 옵션

This model supports extensive customization to meet specific project requirements:

1. 주파수 맞춤화

• Select specific frequency bands based on regulatory and environmental needs

2. Output Power Configuration

• Choose appropriate RF power level (27–46 dBm)

• Optimize for range vs. 전력 소비

3. 대역폭 구성

• Narrowband for long distance

• Wideband for high throughput

4. Distance Limitation

• Software-configurable distance limits:

  • 10 km

  • 50 km

  • 500 km

5. 네트워크 토폴로지

• Node count configuration (2–256 nodes)

• Hop count configuration (1 to unlimited)

6. Interface Selection

• LAN port quantity

• Serial interface types (TTL/SBUS selection)

7. 보호 수준

• IP20 for indoor use

• IP65 for outdoor deployment

8. 기계 디자인

• With or without heat sink

• Custom cable lengths (IP65 versions)

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자주하는 질문 (자주 묻는 질문)

Q1: 최대 전송 거리는 얼마입니까??

It supports up to 500 km transmission under ideal line-of-sight conditions with proper antenna configuration and minimal interference.

Q2: Can the frequency be changed by the user?

아니. The frequency band is fixed at the factory and cannot be modified by end users.

Q3: What is Mesh networking and why is it useful?

Mesh networking allows devices to connect dynamically and relay data through multiple nodes. This improves reliability, extends coverage, and eliminates the need for centralized infrastructure.

Q4: How many devices can be connected in one network?

시스템은 최대 지원 256 nodes in a single Mesh network.

Q5: Does it support encryption?

예, the device supports AES256 encryption to ensure secure data transmission.

Q6: What is the difference between IP20 and IP65 versions?

• IP20: Indoor use, basic protection

• IP65: Outdoor use, dustproof and waterproof

Q7: What affects transmission distance?

Several factors influence range:

• Antenna type and gain

• Output power level

• 대역폭 설정

• Environmental interference

• Line-of-sight conditions

Q8: What is the recommended cooling requirement?

The device requires proper heat dissipation:

• Core temperature ≤ 100°C

• Case temperature ≤ 80°C

Q9: Can it handle interference?

예, the system can maintain stable communication when interference is below 15%, thanks to intelligent frequency selection.

Q10: What is the difference between bandwidth options?

Lower bandwidth:

• Longer range

• Lower data rate

더 높은 대역폭:

• 더 높은 처리량

• 더 짧은 범위