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Order Code |
BAND | COLOUR | DESCRIPTION | DESCRIPTION EXTENDED | FEATURE | FREQUENCY | GAIN | INCLUDES | LEAD | LENGTH | PLUG | SIZE | TYPE | MANUFACTURER |
More Info |
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ANT-BH-YG-300 |
3G/4G 698-960MHz/1710-2700 MHz | White | Blackhawk Wideband LPDA 698-2700 MHz 8/9 dBi | The Blackhawk Mini LPDA is a small antenna that provides good performance with a lightweight, low-cost design. Offering a 9-10dB gain this antenna is great for areas where the indoor signal is weak, and only a simple antenna on the roof is enough to give a fantastic improvement. This allows one antenna to operate across the entire 700 to 2700 MHz 3G / 4G frequency range, along with the 5G Low-Band. | 9 dBi gain across lower bands 698 to 960 MHz 10 dBi gain across upper bands 1695 to 2700 MHz Lightweight, compact design Mounting clamp included 30cm tail with pre-terminated N Female connector Great cost-effective antenna. | 698-960MHz / 1710-2700MHz | 9-10dBi | No Cable | 30cm | 442mm | N Female | 450x210x65mm | Antenna LPDA | Blackhawk |
Details
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ANT-BH-YG-WIDE-10 |
4G/5G 698-960MHz / 1710-2700MHz / 3300-4000MHz | White | Blackhawk Wideband LPDA 698-2700 MHz 8/9 dBi + 10m LMR240 cable | The Blackhawk Mini LPDA is a small antenna that provides good performance with a lightweight, low-cost design. There are plenty of situations where a big, solid metal antenna is necessary, but also plenty where something quick and small can be just as effective. This antenna is great for areas where the indoor signal is weak, and only a simple antenna on the roof is enough to give a fantastic improvement. | 8 dBi gain across lower bands 698 to 960 MHz 9 dBi gain across bands 1710 to 2700 Mhz 9.5 dBi gain across upper bands 3300 to 4000 MHz Lightweight, compact design Mounting clamp included 30 cm tail with pre-terminated N Female connector 10 m of PT240 cable N Male to SMA Male connector Great cost-effective antenna. | 698-960MHz / 1710-2700MHz / 3300-4000MHz | 9-10dBi | 10m LMR240 to SMA-M | 30cm | 442mm | N Female | 450x210x65mm | Antenna LPDA | Blackhawk |
Details
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