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Coastline Equipment

Topcon G5-A1

GNSS Network Solutions

How can we help?

(208) 324-2900

Cost-conscious and high-performance

A rugged housing combined with full-wave GNSS tracking, this antenna has been designed for tracking all currently broadcast signals as well as those planned for the future. This low-cost alternative to Topcon’s CR-G5 high-accuracy infrastructure antenna fits almost any budget yet yields high-quality results at the same time due to its all-in-view tracking of every constellation and signal available today and coming in the future.

Cost-conscious and high-performance

Features

Entry-level, low-cost, high-quality geodetic campaign antenna
Designed for highly efficient multi path reduction
All-in-view satellite signal tracking
Full-wave, zero-centered geodetic reference station antenna&nbsp;
Ideal for portable geodetic market requirements

Specifications

Connector:	TNC female
Differential Propagation Delay (typical):	6 ns (maximum)
Dimensions:	298 x 75 mm (antenna)
Drop Test:	Drop with pole from 2 m onto concrete surface
Dust / Humidity:	IP67 IEC 60529
Gain at Zenith (90º):	Lower band: 5.5 dBic (minimum)
Gain at Zenith (90º):	Upper band: 4.5 dBic (minimum)
Gain Roll-Off (from Zenith to Horizon):	Upper band: 10 dB
Gain Roll-Off (from Zenith to Horizon):	Lower band: 13 dB
Input Voltage:	3 to 16 VDC
LNA Gain:	35 dB (typical)
Noise Figure:	1.0
Nominal Impedance:	50 Ohm
Operating Frequency Range:	Lower band: 1230±70 MHz (E5a, L5, E5b, G3, B2, E3, L2, G2, E4, B3, E6)
Operating Frequency Range:	Upper band: 1570±40 MHz (E2, B1, L1, B1-2, E1, G1, SBAS)
Operating Temperature:	-40°C to 75°C
Out-of-Band Rejection:	f > 1800 MHz: -50 dBc (typical)
Out-of-Band Rejection:	Lower band: (1100...1380 MHz) -30 dBc (typical)
Out-of-Band Rejection:	f < 1000 MHz: -50 dBc (typical)
Out-of-Band Rejection:	Upper band: (1510...1660 MHz)
Power Consumption:	65 mA (typical)
RoHS Compliant:	Yes
Storage Temperature:	-40°C to 80°C
VSWR:	? 2.0 : 1
Weight:	1.3 kg

Applications

Land Surveying
Topography & As-Built
Layout & Survey

Overview

THE PERFECT STARTER ANTENNA FOR YOUR GNSS NETWORK

Cost-sensitive for you budget-minded customer, yet fully capable of tracking all available satellite signals, with future-proof firmware updates for future constellation expansion, this ruggedized GNSS antenna is ideal for pairing with modular base receivers in your network. Fully capable of all-in-view tracking of GNSS signals the G5-A1 antenna is capable of providing clean, precise positioning data for all your infrastructure needs.

Features
Features
- Entry-level, low-cost, high-quality geodetic campaign antenna
- Designed for highly efficient multi path reduction
- All-in-view satellite signal tracking
- Full-wave, zero-centered geodetic reference station antenna&nbsp;
- Ideal for portable geodetic market requirements

Specifications

Connector:	TNC female
Differential Propagation Delay (typical):	6 ns (maximum)
Dimensions:	298 x 75 mm (antenna)
Drop Test:	Drop with pole from 2 m onto concrete surface
Dust / Humidity:	IP67 IEC 60529
Gain at Zenith (90º):	Lower band: 5.5 dBic (minimum)
Gain at Zenith (90º):	Upper band: 4.5 dBic (minimum)
Gain Roll-Off (from Zenith to Horizon):	Upper band: 10 dB
Gain Roll-Off (from Zenith to Horizon):	Lower band: 13 dB
Input Voltage:	3 to 16 VDC
LNA Gain:	35 dB (typical)
Noise Figure:	1.0
Nominal Impedance:	50 Ohm
Operating Frequency Range:	Lower band: 1230±70 MHz (E5a, L5, E5b, G3, B2, E3, L2, G2, E4, B3, E6)
Operating Frequency Range:	Upper band: 1570±40 MHz (E2, B1, L1, B1-2, E1, G1, SBAS)
Operating Temperature:	-40°C to 75°C
Out-of-Band Rejection:	f > 1800 MHz: -50 dBc (typical)
Out-of-Band Rejection:	Lower band: (1100...1380 MHz) -30 dBc (typical)
Out-of-Band Rejection:	f < 1000 MHz: -50 dBc (typical)
Out-of-Band Rejection:	Upper band: (1510...1660 MHz)
Power Consumption:	65 mA (typical)
RoHS Compliant:	Yes
Storage Temperature:	-40°C to 80°C
VSWR:	? 2.0 : 1
Weight:	1.3 kg

Downloads & Documentation
Links
- G5-A1 - Brochure
Details
Applications
- Land Surveying
- Topography & As-Built
- Layout & Survey
Overview

THE PERFECT STARTER ANTENNA FOR YOUR GNSS NETWORK

Cost-sensitive for you budget-minded customer, yet fully capable of tracking all available satellite signals, with future-proof firmware updates for future constellation expansion, this ruggedized GNSS antenna is ideal for pairing with modular base receivers in your network. Fully capable of all-in-view tracking of GNSS signals the G5-A1 antenna is capable of providing clean, precise positioning data for all your infrastructure needs.

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Coastline Equipment

Topcon G5-A1

GNSS Network Solutions

How can we help?

Cost-conscious and high-performance

Cost-conscious and high-performance

Features

Specifications

Connector:

Differential Propagation Delay (typical):

Dimensions:

Drop Test:

Dust / Humidity:

Gain at Zenith (90º):

Gain at Zenith (90º):

Gain Roll-Off (from Zenith to Horizon):

Gain Roll-Off (from Zenith to Horizon):

Input Voltage:

LNA Gain:

Noise Figure:

Nominal Impedance:

Operating Frequency Range:

Operating Frequency Range:

Operating Temperature:

Out-of-Band Rejection:

Out-of-Band Rejection:

Out-of-Band Rejection:

Out-of-Band Rejection:

Power Consumption:

RoHS Compliant:

Storage Temperature:

VSWR:

Weight:

Links

Applications

Overview

THE PERFECT STARTER ANTENNA FOR YOUR GNSS NETWORK

Features

Specifications

Connector:

Differential Propagation Delay (typical):

Dimensions:

Drop Test:

Dust / Humidity:

Gain at Zenith (90º):

Gain at Zenith (90º):

Gain Roll-Off (from Zenith to Horizon):

Gain Roll-Off (from Zenith to Horizon):

Input Voltage:

LNA Gain:

Noise Figure:

Nominal Impedance:

Operating Frequency Range:

Operating Frequency Range:

Operating Temperature:

Out-of-Band Rejection:

Out-of-Band Rejection:

Out-of-Band Rejection:

Out-of-Band Rejection:

Power Consumption:

RoHS Compliant:

Storage Temperature:

VSWR:

Weight:

Links

Applications

Overview

THE PERFECT STARTER ANTENNA FOR YOUR GNSS NETWORK

Other GNSS Network Solutions Models

Contact

Contact

Consignment

Request a Service

Change Your Preferred Location