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RF Guru

2023-PA-041-V | Assembled SVXLink Analog HotSPOT 2m VHF 500mW

2023-PA-041-V | Assembled SVXLink Analog HotSPOT 2m VHF 500mW

Regular price €132,55 EUR
Regular price Sale price €132,55 EUR
Sale Sold out
Tax included.

Included

  • our enclosure
  • Raspberry Pi Zero 2 W
  • 32GB SD card
  • 805SP Nagoya Triple Band Antenna
  • assembled and rigorously tested !

Also available as a kit !

Also available as a pcb !

 

Experience the power of the SVXLink Analog Hotspot, a cutting-edge HAT designed exclusively for the Raspberry Pi Zero 2 W.

Packed with a formidable VHF 2 m band radio module, this versatile device is accompanied by a state-of-the-art DAC/ADC, enabling it to function flawlessly as an EchoLink/SVXLink analog hotspot.

What's more, with the combination of a remote SVXLink with AnalogBridge (DVSwitch), you gain access to digital networks, including the Brandmeister and OpenDMR network, unleashing a world of limitless possibilities.

Datasheet

  • Raspberry PI Pin compatible
  • PCB ENIG (Electroless Nickel Immersion Gold)
  • VHF 2m band frequency: 134~174 MHz
  • Tx and Rx frequency, Tx and Rx CTCSS, CDCSS can be set separately.
  • Band width 12.5KHz / 25 KHz
  • Output power 27dBm / 500mW
  • RX Sensitivity:-124 dBm
  • Adjustable RX en TX volume
  • 1 ppm KDS TCXO crystal
  • Wolfson WM8960 ADC/ 1W DAC 48khz
  • Signal/Tone Blue LED
  • TX/PTT Blue LED

Power consumption in combination with a Raspberry PI Zero W

  • Receive modus 1.1W
  • Transmit modus 1.8W

Shipped items 

  • 1 x Rf.Guru Assembled SVXLink Analog HotSPOT
  • 1 x 32GB SD Card
  • 1 x Diamond SRH805 Antenna

Antenna

The included 805SP Nagoya Triple Band Antenna matched perfectly !

Software

https://github.com/Guru-RF/SVXSpot?tab=readme-ov-file#svxlink-bookworm-image

https://github.com/Guru-RF/SVXSpot

Disclaimer

For those planning to connect their hotspot to a base antenna, we strongly advise incorporating an additional band filter. This essential component acts as a safeguard, preventing any potential signal interference due to harmonics.

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