

8dBi Fiberglass Antenna
Supports 900-930MHz
Prefer another courier for your delivery? Contact us for special shipping arrangements.
Notice: The included antenna connector is RP-SMA male and it is fully compatible with RAK's WisGate Developer Gateways and Hotspot V2. For compatibility with other devices, please check their documentation. If you want to know more about the connectors used in our devices you can see this blog.
Product Description
The second generation of RAK antennas for LoRa® incorporate high-performance omni-directional elements which support ultra high frequency (UHF) LoRa® bands (US915, AU915, KR920, and AS923).
Product Notice:
- This antenna is too long to be attached directly to your gateway. To avoid damaging your gateway connector especially in windy season, we recommend using a feeder line cable and secure the antenna with brackets.
- This antenna cannot be used for the EU433 and CN470 frequencies.
Connector Options
- IPEX: Small connector found on our concentrator cards like the RAK2287
- RP-SMA: Connector found on our commercial and developer gateways, RAK Hotspot V2 and Helium™ Hotspot
Product Features
- Frequency: 900-930MHz
- Gain: 8.0dBi
- VSWR: ≤1.5
- Beamwidth: 360 degrees
- Impedance: 50 Ohms
- Polarization: Vertical
- Radome Body: Fiberglass
- Connector: N-Type Male
- Bracket Inclusion: 2pcs brackets
- Dimensions: 900 ± 20mm
- Operation Temperature: -30°C~65°C
- Storage Temperature: -30°C~75°C
Package inclusion
- 1x Antenna
- 1x Pigtail interface converter
- 2x Mounting brackets
Documentation
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Questions and Answers
-
Nearest helium hotspot in my city is 5km away. do you think that 8DBI antenna will be sufficient to reach this hotspot?
Hello,
This all depands on where the antennahotspot will be mounted. If the greater portion of the distance is unbstructed it will be possible.However if both hotspots are at glound level and there is nothing but buildings (as opposed to free space) between the two hotspots it is unlikelly.
In any case you will get significant range improvements with the antenna. Just use the following general rules as a guideline.
1. Position the antenna as high as possible.
2. Make sure there are as little direct obstructions between the two points (line of sight) if possible.
3. Try to has as short of a cable as possible between the antenna and the hotsport to reduce the attenuation and noise.
4. Think of lightning protection as this will be outside.
Regards
Vladislav -
Does this work for outside environments?
Hello,
Yes, it is specifically designed for outdoor environment.
Regards
Vladislav -
Will this work for the EU hotspots?
This 900M-930M is not suitable for Europe. But our EU based fiberglass 8dbi antenna will be ready soon(in around 10days)
Ken
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Documentation
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