![]() Raspberry Pi Linux system connected via Ethernet.MacBook Pro 2016 connected via wireless.Peplink MAX Transit routers – both LTE and LTE-A versions.All of this data was recorded in a big massive Google Sheets spreadsheet and analyzed later. weBoost Drive 4G-X booster – using all antennas above plus included modelĮvery time I performed testing, I attempted to gather as much data as possible about the environment, and test multiple antennas or configurations to rule out any problems with cabling, gear, and the like.Wilson in-line booster amp – using all antennas above.Wilson Electronics 4G Wide Band Omni Marine Antenna.I chose the ones below because they met all of my requirements, and came more highly recommended. ![]() Besides the antennas below, I have had over 20 other types on the boat in the last 5 years which I’ve used in various settings. There are hundreds of antennas on the market, so choosing a starting point is sometimes overwhelming. The goal was to see if connecting things directly to the antenna ports on the Peplink, or using the stock antennas along with a booster, would give the best result. I also did some testing for a few weeks with a Verizon SIM card. The Peplink has two SIM card slots, and I have both an AT&T and T-Mobile SIM active and under test. The LAN port of the Peplink is connected to the StarTech switch where all other cabled devices connect. The MikroTik is mounted high up outside on the stern radar pole, while the Peplink is mounted inside in the Internet Alcove. The Peplink has one WAN port connected to the MikroTik which can be used to grab remote WiFi signals. The Peplink has two stock cellular antennas that connect directly to the connectors and extend about 6 inches, a primary and one for diversity. What I am attempting to test and improve is the two red items in the diagram above – the LTE internet connectivity and antennas.
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |