English
GL-DY7040V11
Asialeren
8517710000
100pc
accepted
10000PC/days
| Quantity: | |
|---|---|
| PDF Export | |
Electrical Specifications | |||
Frequency Range-MHz | 698-960 | 1710-2700 | 3400-4000 |
VSWR | ≤1.8 | ||
Gain-dBi | 10/10.5/11 | ||
Horizontal beam width | 85°/65°/60° | ||
Verticalbeam width | 65°/55°/50° | ||
Front-to-back ratio-dB | ≥15 | ||
Intermodulation IM3(2x33dBm)-dBc | ≤-150 | ||
Polarization | Vertical | ||
Input Impedance-Ω | 50 | ||
Maximum input power-W | 50 | ||
Lightning protection | DC Ground | ||
Mechanical Specifications | |||
Input connector type | N-K | ||
Installation | Pole-holding | ||
Dimensions-mm | 440×210×65 | ||
Antenna weight-KGS | 1.2 | ||
Radiating Element Material | AI | ||
Radome material | ABS | ||
Operating temperature | -40°C to +65 °C | ||
Mounting hardware-mm | ￠35～￠60 | ||
Rated Wind Velocity-m/s | 60 | ||
| Frequency Range | GL-DY7040V11 | GL-DY8038V11 |
| Frequency Range | 698-960MHz, 1710-2700MHz, 3400-4000MHz | 806-960MHz, 1710-2700MHz, 3400-3800MHz |
| Front-to-back Ratio | ≥15dB (specified for all bands) | ≥15dB |
Dimension drawing
Product Introduction
1.Triple-band Ultra-Wide Coverage
698-960MHz (2G/4G Low-Band) + 1710-2700MHz (3G/4G) + 3400-4000MHz (5G n78/Wi-Fi 6) – One network connects 20 communication generations, saving 60% in equipment costs.
2.Log-Periodic High Gain
10.5dBi peak gain + 15dB front-to-back ratio. Directional beams precisely lock onto base stations, achieving a transmission range of up to 8km (line-of-sight), and a 300% increase in efficiency compared to omnidirectional antennas.
3.Industrial-Grade Disaster-Resistant Design
60m/s hurricane-resistant (Category 17 typhoon) + aircraft aluminum radiator, -40°C to 65°C extreme operating temperature, IP67 protection rating (ABS sealed housing), and salt spray test >1000h.
4.Ultra-low intermodulation distortion
IM3 ≤ -150dBC @2x33dBm, zero bit error in complex electromagnetic environments (high-voltage power stations/radar stations), and certified to the stringent EN 300 019 standard.
5.Engineering-friendly deployment
Streamlined 440×210×65mm footprint with 35°~60° pitch adjustment bracket. Pole mounting adapts to 50-100mm Φ towers, allowing one person to complete the installation in 20 minutes.
Application Scenarios
Remote Area Coverage: 4G Base Station Signal Backhaul in Mountainous Areas/Islands
Power Internet of Things: Remote Monitoring of Substation Equipment Status
Smart Transportation: Highway Video Surveillance Data Backhaul
Shipborne Communications: Satellite Link Supplementation for Fishing Vessels/Cargo Ships
Emergency Communications Vehicle: Temporary Base Station Installation at Disaster Sites
Forest Fire Prevention: HD Fire Image Transmission System for Lookout Towers
FAQ
Q: What are the advantages of log-periodic antennas over Yagi antennas? A: Bandwidth is increased fivefold (no tuning required between 698-4000MHz), gain fluctuation is less than 1dBi, multi-band performance is more stable, and maintenance costs are reduced by 70%.
Q: Does vertical polarization limit device compatibility?
A: Vertical polarization matches 98% of global base station signals, requiring no modification to mobile phones or CPE. A ±45° dual-polarization version is available for customized scenarios.
Q: Does frequency-dependent beamwidth affect coverage?
A: High-frequency narrow beams (60°) improve directional accuracy, while low-frequency wide beams (85°) enhance fault tolerance. Measured link stability over an 8km radius is 99.9%.
Q: How to protect against lightning strikes?
A: Directly connect the DC grounding stud to the building ground grid (wire diameter ≥ 6mm²), with a surge protection rating of 6kA (IEC 61643). Installing a GS-40 lightning arrester is recommended in areas prone to thunderstorms.
Q: Is the 3400-4000MHz band compatible with WiFi 6?
A: Supports 5G n78 and WiFi 6 UNII-5/8 bands (5925-7125MHz requires the high-frequency extension version).
Q: Can it be used for drone communications?
A: The weight must be reduced to <0.8kg (this model weighs 1.2kg). We recommend the drone-specific GL-DRONE12 (0.5kg, 8dBi gain).
Electrical Specifications | |||
Frequency Range-MHz | 698-960 | 1710-2700 | 3400-4000 |
VSWR | ≤1.8 | ||
Gain-dBi | 10/10.5/11 | ||
Horizontal beam width | 85°/65°/60° | ||
Verticalbeam width | 65°/55°/50° | ||
Front-to-back ratio-dB | ≥15 | ||
Intermodulation IM3(2x33dBm)-dBc | ≤-150 | ||
Polarization | Vertical | ||
Input Impedance-Ω | 50 | ||
Maximum input power-W | 50 | ||
Lightning protection | DC Ground | ||
Mechanical Specifications | |||
Input connector type | N-K | ||
Installation | Pole-holding | ||
Dimensions-mm | 440×210×65 | ||
Antenna weight-KGS | 1.2 | ||
Radiating Element Material | AI | ||
Radome material | ABS | ||
Operating temperature | -40°C to +65 °C | ||
Mounting hardware-mm | ￠35～￠60 | ||
Rated Wind Velocity-m/s | 60 | ||
| Frequency Range | GL-DY7040V11 | GL-DY8038V11 |
| Frequency Range | 698-960MHz, 1710-2700MHz, 3400-4000MHz | 806-960MHz, 1710-2700MHz, 3400-3800MHz |
| Front-to-back Ratio | ≥15dB (specified for all bands) | ≥15dB |
Dimension drawing
Product Introduction
1.Triple-band Ultra-Wide Coverage
698-960MHz (2G/4G Low-Band) + 1710-2700MHz (3G/4G) + 3400-4000MHz (5G n78/Wi-Fi 6) – One network connects 20 communication generations, saving 60% in equipment costs.
2.Log-Periodic High Gain
10.5dBi peak gain + 15dB front-to-back ratio. Directional beams precisely lock onto base stations, achieving a transmission range of up to 8km (line-of-sight), and a 300% increase in efficiency compared to omnidirectional antennas.
3.Industrial-Grade Disaster-Resistant Design
60m/s hurricane-resistant (Category 17 typhoon) + aircraft aluminum radiator, -40°C to 65°C extreme operating temperature, IP67 protection rating (ABS sealed housing), and salt spray test >1000h.
4.Ultra-low intermodulation distortion
IM3 ≤ -150dBC @2x33dBm, zero bit error in complex electromagnetic environments (high-voltage power stations/radar stations), and certified to the stringent EN 300 019 standard.
5.Engineering-friendly deployment
Streamlined 440×210×65mm footprint with 35°~60° pitch adjustment bracket. Pole mounting adapts to 50-100mm Φ towers, allowing one person to complete the installation in 20 minutes.
Application Scenarios
Remote Area Coverage: 4G Base Station Signal Backhaul in Mountainous Areas/Islands
Power Internet of Things: Remote Monitoring of Substation Equipment Status
Smart Transportation: Highway Video Surveillance Data Backhaul
Shipborne Communications: Satellite Link Supplementation for Fishing Vessels/Cargo Ships
Emergency Communications Vehicle: Temporary Base Station Installation at Disaster Sites
Forest Fire Prevention: HD Fire Image Transmission System for Lookout Towers
FAQ
Q: What are the advantages of log-periodic antennas over Yagi antennas? A: Bandwidth is increased fivefold (no tuning required between 698-4000MHz), gain fluctuation is less than 1dBi, multi-band performance is more stable, and maintenance costs are reduced by 70%.
Q: Does vertical polarization limit device compatibility?
A: Vertical polarization matches 98% of global base station signals, requiring no modification to mobile phones or CPE. A ±45° dual-polarization version is available for customized scenarios.
Q: Does frequency-dependent beamwidth affect coverage?
A: High-frequency narrow beams (60°) improve directional accuracy, while low-frequency wide beams (85°) enhance fault tolerance. Measured link stability over an 8km radius is 99.9%.
Q: How to protect against lightning strikes?
A: Directly connect the DC grounding stud to the building ground grid (wire diameter ≥ 6mm²), with a surge protection rating of 6kA (IEC 61643). Installing a GS-40 lightning arrester is recommended in areas prone to thunderstorms.
Q: Is the 3400-4000MHz band compatible with WiFi 6?
A: Supports 5G n78 and WiFi 6 UNII-5/8 bands (5925-7125MHz requires the high-frequency extension version).
Q: Can it be used for drone communications?
A: The weight must be reduced to <0.8kg (this model weighs 1.2kg). We recommend the drone-specific GL-DRONE12 (0.5kg, 8dBi gain).
