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7. Choosing an Antenna

Posted in: ELT RTK Base, 2. Choosing a GNSS Base Station

2025-03-27

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Choosing the right GNSS antenna depends on your needs. The ANN-MB2 is an affordable option for basic use. For...

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6. Choosing a Receiver

Posted in: ELT RTK Base, 2. Choosing a GNSS Base Station

2025-03-27

42 views 0 Liked

The base stations differ in GNSS receivers. Unicore UM980 is an entry-level survey-grade receiver, offering good...

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5. Choosing a Base Station Type

Posted in: ELT RTK Base, 2. Choosing a GNSS Base Station

2025-03-27

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Raspberry Pi 4B, supports Ethernet, dual-band WiFi (2.4GHz and 5GHz), and can be powered via USB or PoE, with...

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4. Choosing a GNSS Base Station for Onocoy

Posted in: ELT RTK Base, 2. Choosing a GNSS Base Station

2025-03-27

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The first step is to decide whether you need advanced (wired) GNSS base station or a budget (wireless) GNSS base...

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3. Feature list

Posted in: ELT RTK Base, 1. Description

2025-03-27

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ELT_RTKBase is a high-performance GNSS base station designed for precise positioning. It features two NTRIP v1...

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Popular posts

L1, L2, L5, L3, and simply L frequency bands:

Posted in: GNSS antennas

2023-04-09

65514 views 15 Liked

Why there are so many GNSS bands and names?
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Connectors: BNC, TNC, SMA, MCX, MMCX, IPEX/U.FL — what's this alphabet soup?

Posted in: GNSS antennas, GNSS Basics

2023-04-09

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What connector is the best?
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RTK, PPP and autonomous

Posted in: GNSS receivers

2023-04-09

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Types of positioning solutions
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Unicore UPrecise application

Posted in: GNSS receivers, Unicore GNSS modules

2023-09-14

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How to use the UPrecise application from Unicore?
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RMS, CEP, CEP-95

Posted in: GNSS receivers

2023-04-09

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How accurate is GNSS receiver?
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Featured posts

Groundplane and multipath

Posted in: GNSS antennas, GNSS Basics

2023-03-29

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How to deal with GNSS signal reflections.
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Elevation angle and errors

Posted in: GNSS antennas, GNSS Basics

2023-04-09

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Why satellite elevation angle is important?
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Big antennas, Small antennas, caseless antennas

Posted in: GNSS antennas, GNSS Basics

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Why antennas have so different sizes?
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Rain? No, wind!

Posted in: GNSS antennas, GNSS Basics

2023-04-09

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How to install GNSS antenna
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Lightning protection that doesn't exist

Posted in: GNSS antennas, GNSS Basics

2023-04-09

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How to escape from the lightning ?
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Latest comments

JhonS on Passive, active, and smart antennas

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"Great post on GPS antennas! I found the information...
Ted Williams on Galileo High Accuracy Service (HAS) for GNSS Positioning

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Galileo high accuracy service (has) for GNSS positioning
Dear GNSS store When reading the Galileo HAS information...
Marc Compere on Dongles

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usb dongles are so convenient
Hello, The usb dongles with built-in external antenna...
Marc Compere on LEA, NEO, MAX, SAM, ZED

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helpful simple summary
Super helpful summary of the various chips and...

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u-blox GNSS module

u-blox GNSS module

Lost? Use the clue

The fastest solution rate belongs to the NEO-M9V – 50 Hz.

The NEO-M9Q can withstand the highest temperature – up to 105 degrees Celsius.

The NEO-M9L will have the longest production life.

The single-frequency receiver with raw measurement output is the NEO-M8T

The most accurate time is provided by the ZED-F9T-10B

The most reliable time comes from the LEA-M8F

The most accurate coordinates are delivered by the ZED-F9P

The best receiver for UDR is the NEO-M9V

The best receiver for ADR is the ZED-F9R

The cheapest receiver is the SAM-M8Q, which also has a built-in antenna

The most expensive receiver is the ZED-F9R

The lowest power consumption without an antenna is the MAX-M10M

The lowest power consumption with an antenna is the SAM-M10Q

The smallest receiver module belongs to the MAX family, such as the MAX-M10M

The largest receiver module belongs to the LEA and ZED families

© Eltehs SIA 2023

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Posted in: GNSS receivers, U-blox GNSS modules

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