High Gain Antennas

omnidirectional wifi antenna 1. Frequency 1.2GHz or 2.4GHz 2. omnidirectional antenna 9dBi 3. Height: 22cm 9dBi High Gain Omni Directional Antenna 1.2G / 2.4G Applications: For 1.2/2.4GHz wireless transmitter and receiver,to enhance signal Specifications: １. Frequency: 1000MHz—1300MHz 2400MHz—2500MHz(1.2G/2.4G) ２. Gain: 9dBi ３. Band width: 300MHz ４. Impedance: 50Ω ５. Height: 22cm ６. Diameter: 4.5CM Competitive Advantage: 1. Frequency 1.2GHz or 2.4GHz 2. omnidirectional

wireless network antenna 1. Gain: 15db 2. Bandwidth: 300MHz 3. For 1.2/2.4GHz wireless transmitter and receiver,to enhance signal Directional High Gain Antennas For Long Range Video Transmission Applications: For 1.2/2.4GHz wireless transmitter and receiver,to enhance signal Specifications: １. Frequency: 2400-2483MHz 1000MHz—1300MHz ２. Bandwidth: 300MHz ３. Gain: 15db ４. Impedance: 50 ohm ５. Height: 50cm ６. Diameter: 7.5cm ７. Reflector diameter : 35cm ８. Reflector thickness:

1. 2400-2500 MHz Frequency 2. Use for FPV(2.4G 700mW transmitter),upto 20-50KM 3. Wireless security surveillance, to enhance signal 2400 - 2500MHz Wireless Signal Amplifier 20 - 50KM For FPV Applications: 1. FPV RC airplane 2. Wireless security surveillance, to enhance signal Specifications: Specifications Frequency 2400 ~2500MHz Band width 100MHz Gain 33dB+2 ALC 15dB Noise Coefficient ≤3 dB Power input Downlink maximum input power 25dBm, minimum input power 5dBm Power output

1. 2400-2500-MHz 1200-1300MHz Frequency Range 2. 100 -MHz Bandwidth 3. Polarization : Vertical or Horizontal 1.2 / 2.4GHz Directional High Gain Antennas 100 MHz Bandwidth Applications: For 1.2/2.4GHz wireless transmitter and receiver,to enhance signal Specifications: Model ANT-122424 Frequency Range 2400-2500-MHz 1200-1300MHz Bandwidth 100 -MHz Gain 24- dBi F/B ratio ≥30-dB VSWR ≤1.5 Polarization Vertical or Horizontal Max power 100-W Nominal Impedance 50-Ω Connector N-Type

1. 15DB high gain directional 2. Frequency: 2400-2483MHz 1000MHz—1300MHz 3. for long range video transmission 15DB Helical Directional High Gain Antennas For Enhance Signal Applications: For 1.2/2.4GHz wireless transmitter and receiver,to enhance signal Specifications: １. Frequency: 2400-2483MHz 1000MHz—1300MHz ２. Bandwidth: 300MHz ３. Gain: 15db ４. Impedance: 50 ohm ５. Height: 50cm ６. Diameter: 7.5cm ７. Reflector diameter : 35cm ８. Reflector thickness: 2cm ９. Cable: 1 meter

1. Frequency 1.2GHz or 2.4GHz 2. omnidirectional antenna 9dBi 3. Height: 22cm Omnidirectional 9dBi High Gain Antennas 1.2GHz 2.4GHz 22cm Height Applications: For 1.2/2.4GHz wireless transmitter and receiver,to enhance signal Specifications: １. Frequency: 1000MHz—1300MHz 2400MHz—2500MHz(1.2G/2.4G) ２. Gain: 9dBi ３. Band waith: 300MHz ４. Impedance: 50Ω ５. Height: 22cm ６. Diameter: 4.5CM Competitive Advantage: 1. Frequency 1.2GHz or 2.4GHz 2. omnidirectional antenna 9dBi

1).1.2/2.4GHz frequency 2).13dBi high gain 3). Half Power Angle:48 (horizontal) 40 (vertical) 13dBi High Gain Antennas For Wireless Transmitter And Receiver Gain Description: Gain refers to: the input power equal conditions, the actual antenna radiating elements and the ideal premises in the same point in space generated by the ratio of signal power density. It quantitatively describes an antenna input power to the degree of concentration of radiation. Antenna gain is

1. 24- dBi Gain 2. 2400-2500-MHz 1200-1300MHz Frequency Range 3. For 1.2/2.4GHz wireless transmitter and receiver,to enhance signal 1.2GHz 2.4GHz 15DBI High Gain Antennas , Helical Directional Antenna Applications: For 1.2/2.4GHz wireless transmitter and receiver,to enhance signal Specifications: Model DK-122424 Frequency Range 2400-2500-MHz 1200-1300MHz Bandwidth 100 -MHz Gain 24- dBi F/B ratio ≥30-dB VSWR ≤1.5 Polarization Vertical or Horizontal Max power 100-W Nominal

1).1.2/2.4GHz frequency 2).13dBi high gain 3). Half Power Angle:48 (horizontal) 40 (vertical) 13dBi High Gain Antennas For Wireless Transmitter And Receiver Gain Description: Gain refers to: the input power equal conditions, the actual antenna radiating elements and the ideal premises in the same point in space generated by the ratio of signal power density. It quantitatively describes an antenna input power to the degree of concentration of radiation. Antenna gain is