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Parsec Great Pyrenees PRO 9:1 Dual-Carrier 5G Antenna, Double 4x4 MIMO Cellular with GPS, Black, 15 ft

5GMPN PRO9GP8LG15B
  • 6x6 & up
  • GNSS
  • 9 dBi and up
  • 3–5 m
$617.33$787.41Save $170.08

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Datasheets & documents

Overview

The Parsec Great Pyrenees PRO9GP8LG15B is an IP67 omni-directional 9:1 antenna built for dual-modem, dual-carrier connectivity. It packs eight 4G/5G cellular elements, arranged as two independent 4x4 MIMO sets, plus an L1 GPS element into a low-profile 10.75 in housing. That lets two radios run separate carriers from one antenna without interference, and one set is tuned for T-Mobile's Band 71. It ships in black with 15 ft cables.

  • Double 4x4 MIMO cellular: two independent sets of four 4G/5G elements
  • Runs two separate carriers in a dual-radio, dual-SIM setup without interference
  • One cellular set tuned for T-Mobile Band 71
  • 9:1 configuration: 8 cellular elements plus L1 GPS
  • 617–894, 1710–2700, 3300–4000 and 5150–5925 MHz; supports CBRS and LAA
  • IP67 low-profile housing, 10.75 in diameter x 2.23 in height, single 1.5 in hole mount
  • 15 ft cables with SMA(M) connectors; -40 °C to 85 °C operation
  • Connect two cellular modems or routers to two carriers through one antenna and one roof hole

The Great Pyrenees PRO Series builds on Parsec's Husky design to put two complete 4x4 MIMO 5G cellular antennas in one housing. It is designed to run dual radios and dual SIMs at the same time without interference. A fleet or fixed site can connect two carriers through a single antenna, either for throughput or for carrier diversity. One cellular set is tuned for T-Mobile's Band 71. This PRO9GP8LG15B configuration dedicates eight elements to cellular and one to L1 GPS. It has no Wi-Fi or Bluetooth elements.

The antenna covers 617–894 MHz, 1710–2700 MHz, 3300–4000 MHz and 5150–5925 MHz. It supports CBRS and LAA, and it spans North American LTE bands such as B2, B4, B12, B13, B14, B48, B66 and B71 and 5G bands n41, n48, n71 and n77, plus EMEA bands. Radiated efficiency reaches up to 85%, and cellular peak gain reaches 8 dBi in the 3300–4000 and 5150–5925 MHz ranges. Isolation within a MIMO set reaches up to 30 dB.

The low-profile housing measures 10.75 in in diameter and 2.23 in high. It is IP67 rated, uses a UV-stabilized plastic radome and operates from -40 °C to 85 °C. It mounts through a single 1.5 in hole. Pole brackets are available, including a heavy-duty high-vibration bracket, as is a magnetic mount. All nine 15 ft leads terminate in SMA(M) connectors: LSR200 cable for cellular and LSR100 for GPS. The Great Pyrenees datasheet and installation guide are published for this family.

Ideal for

  • Dual-modem public safety vehicles running two carriers for redundancy
  • Transportation and fleet vehicles combining two carriers for throughput
  • Fixed wireless access in rural and urban areas using two carriers
  • Enterprise rooftop or pole-mounted primary and backup cellular WAN
  • Mobile broadband for RVs, remote video and command centers

Specifications

Bands

Emea 5G
n1, n3, n28, n77, n78
Emea LTE
B1, B3, B7, B20, B28, B42, B43, B46
North America 5G
n2, n5, n12, n25, n26, n41, n48, n66, n71, n77
North America LTE
B2, B4, B5, B7, B12, B13, B14, B17, B25, B26, B29, B30, B41, B46, B48, B66, B71

General

MPN
PRO9GP8LG15B
Brand
Parsec
Color
Black
Elements
8 cellular (double 4x4 MIMO), 1 L1 GPS
Manufacturer
Parsec Technologies, Inc.
Product Line
Great Pyrenees PRO Series
Product Type
Dual-carrier multi-element 5G antenna
Configuration
9:1 (9 elements in one housing)

Package

Shipping Weight
6.60 lb

Hardware

Mounting
Single 1.5 in
Dimensions
10.75 in diameter x 2.23 in height (5.34 in with optional magnetic mount)
Connector GPS
GPS Connector: SMA(M)
Cable Type GPS
GPS Cable: LSR100
Radome Material
Plastic with UV Additive
RF Cable Length
15 ft
Connector Cellular
Cellular Connector: SMA(M)
Ingress Protection
IP67 Waterproof
Cable Type Cellular
Cellular Cable: LSR200
Operating Temperature
-40 °C to 85 °C

Electrical

Polarization
Linear
Max Input Power
5 W
Test Conditions
Measured on a 2 ft x 2 ft ground plane; isolation, return loss and peak gain exclude cable loss
Return Loss GPS 1575
Return Loss 50 Ω, GPS, 1575.42 MHz: 10 dB
Isolation Mimo1 617 746
Isolation, CELL MIMO 1, 617–746 MHz: 16 dB
Isolation Mimo5 746 894
Isolation, CELL MIMO 5, 746–894 MHz: 10 dB
Isolation Mimo1 1710 2200
Isolation, CELL MIMO 1, 1710–2200 MHz: 18 dB
Isolation Mimo1 2200 2700
Isolation, CELL MIMO 1, 2200–2700 MHz: 21 dB
Isolation Mimo1 3300 4000
Isolation, CELL MIMO 1, 3300–4000 MHz: 25 dB
Isolation Mimo1 5150 5925
Isolation, CELL MIMO 1, 5150–5925 MHz: 30 dB
Isolation Mimo5 1710 2700
Isolation, CELL MIMO 5, 1710–2700 MHz: 14 dB
Isolation Mimo5 3300 4000
Isolation, CELL MIMO 5, 3300–4000 MHz: 16 dB
Isolation Mimo5 5150 5925
Isolation, CELL MIMO 5, 5150–5925 MHz: 30 dB
Peak Gain Cell1 4 617 663
2.5 dBi
Peak Gain Cell1 4 663 746
5 dBi
Peak Gain Cell5 8 746 798
3 dBi
Peak Gain Cell5 8 798 894
3 dBi
Isolation Adjacent 617 746
Isolation, CELL Adjacent, 617–746 MHz: 6 dB
Isolation Adjacent 746 894
Isolation, CELL Adjacent, 746–894 MHz: 8 dB
Peak Gain Cell1 4 1710 2200
6 dBi
Peak Gain Cell1 4 2200 2700
7 dBi
Peak Gain Cell1 4 3300 4000
8 dBi
Peak Gain Cell1 4 5150 5925
8 dBi
Peak Gain Cell5 8 1710 2000
6 dBi
Peak Gain Cell5 8 2000 2700
7 dBi
Peak Gain Cell5 8 3300 4000
8 dBi
Peak Gain Cell5 8 5150 5925
8 dBi
Return Loss Cell1 4 617 663
Return Loss 50 Ω, CELL 1–4, 617–663 MHz: 6 dB
Return Loss Cell1 4 663 746
Return Loss 50 Ω, CELL 1–4, 663–746 MHz: 8 dB
Return Loss Cell5 8 746 798
Return Loss 50 Ω, CELL 5–8, 746–798 MHz: 10 dB
Return Loss Cell5 8 798 894
Return Loss 50 Ω, CELL 5–8, 798–894 MHz: 5 dB
Isolation Adjacent 1710 2000
Isolation, CELL Adjacent, 1710–2000 MHz: 14 dB
Isolation Adjacent 2000 2700
Isolation, CELL Adjacent, 2000–2700 MHz: 20 dB
Isolation Adjacent 3300 4000
Isolation, CELL Adjacent, 3300–4000 MHz: 18 dB
Isolation Adjacent 5150 5925
Isolation, CELL Adjacent, 5150–5925 MHz: 25 dB
Return Loss Cell1 4 1710 2200
Return Loss 50 Ω, CELL 1–4, 1710–2200 MHz: 11 dB
Return Loss Cell1 4 2200 2700
Return Loss 50 Ω, CELL 1–4, 2200–2700 MHz: 8 dB
Return Loss Cell1 4 3300 4000
Return Loss 50 Ω, CELL 1–4, 3300–4000 MHz: 6 dB
Return Loss Cell1 4 5150 5925
Return Loss 50 Ω, CELL 1–4, 5150–5925 MHz: 6 dB
Return Loss Cell5 8 1710 2000
Return Loss 50 Ω, CELL 5–8, 1710–2000 MHz: 9 dB
Return Loss Cell5 8 2000 2700
Return Loss 50 Ω, CELL 5–8, 2000–2700 MHz: 5 dB
Return Loss Cell5 8 3300 4000
Return Loss 50 Ω, CELL 5–8, 3300–4000 MHz: 6 dB
Return Loss Cell5 8 5150 5925
Return Loss 50 Ω, CELL 5–8, 5150–5925 MHz: 3 dB
Radiated Efficiency Cell1 4 617 663
Radiated Efficiency, CELL 1–4, 617–663 MHz: 40%
Radiated Efficiency Cell1 4 663 746
Radiated Efficiency, CELL 1–4, 663–746 MHz: 50%
Radiated Efficiency Cell5 8 746 798
Radiated Efficiency, CELL 5–8, 746–798 MHz: 40%
Radiated Efficiency Cell5 8 798 894
Radiated Efficiency, CELL 5–8, 798–894 MHz: 40%
Radiated Efficiency Cell1 4 1710 2200
Radiated Efficiency, CELL 1–4, 1710–2200 MHz: 70%
Radiated Efficiency Cell1 4 2200 2700
Radiated Efficiency, CELL 1–4, 2200–2700 MHz: 80%
Radiated Efficiency Cell1 4 3300 4000
Radiated Efficiency, CELL 1–4, 3300–4000 MHz: 85%
Radiated Efficiency Cell1 4 5150 5925
Radiated Efficiency, CELL 1–4, 5150–5925 MHz: 80%
Radiated Efficiency Cell5 8 1710 2000
Radiated Efficiency, CELL 5–8, 1710–2000 MHz: 60%
Radiated Efficiency Cell5 8 2000 2700
Radiated Efficiency, CELL 5–8, 2000–2700 MHz: 70%
Radiated Efficiency Cell5 8 3300 4000
Radiated Efficiency, CELL 5–8, 3300–4000 MHz: 80%
Radiated Efficiency Cell5 8 5150 5925
Radiated Efficiency, CELL 5–8, 5150–5925 MHz: 65%

Accessories

Sma Wrench
PTA0194
Star Washer
PTA0257
Ground Plane
Ground Plane with Adhesive Back, 20 x 20 in: PTA0587
Roof Mount Kit
PTA0610
Shaft Extender
PTA0635C
Pole Mount Bracket
PTA0149H
Replacement Magnets
PTA0212-2
Lightning Arrestor N
PTA0736
Pole Mount Heavy Duty
Pole Mount Bracket, Heavy Duty, High Vibration: PTA0721
Hardware Kit 1 5 Shaft
Hardware Kit for 1.5 in Shaft, Nut/Washer: PTA0761
Lightning Arrestor Sma
PTA0476
Pole Mount Marine Black
Pole Mount Bracket, Marine Grade, Black: PTA0149H-MG-B
Pole Mount Marine White
Pole Mount Bracket, Marine Grade, White: PTA0149H-MG-W
Replacement Rooftop Gasket
PTA0187
Pole Mount Horizontal Truss
Pole Mount Bracket, Horizontal Truss Mounting: PTA0149H-F

Frequencies

L1 GPS
1575.42 MHz
Cellular 4G 5G
4G/5G Cellular: 617–894, 1710–2700, 3300–4000, 5150–5925 MHz

GNSS Electrical

Polarization
RHCP
RF Connector
SMA(M)
RF Cable Type
GPS RF Cable: LSR100
Preamp Current
< 45 mA
Preamp Voltage
3 to 5 V
L1 Antenna Preamp Gain
L1 (1563–1587 MHz) Antenna + Preamp Gain: 28 dBic
L5 Antenna Preamp Gain
L5 (1164–1189 MHz) Antenna + Preamp Gain: 26 dBic (L1/L5 dual-band configurations only)

Specification Overview

MIMO
Double 4x4 cellular
CBRS Laa
CBRS and LAA: Supported
Categories
Enterprise, Public Safety, 5G, RV
Dual Radio
Operation: Dual radio, dual SIM, 2 separate carriers
Mount Type
Roof Mount
Applications
Remote Network, Urban and Rural Areas
Band 71 Tuning
One cellular set tuned for T-Mobile Band 71
Antenna Pattern
Omni-Directional
Available Colors
Black and White
Mounting Accessories Available
Pole Mount, Mag Mount

Questions buyers ask

What does dual-carrier mean on the Great Pyrenees?

The antenna has two separate 4x4 MIMO 5G cellular sets. Each set can serve its own radio and SIM, so two carriers run at the same time through one antenna without interference. One set is tuned for T-Mobile's Band 71.

Does this PRO9GP8LG15B include Wi-Fi or Bluetooth elements?

No. This 9:1 configuration uses eight cellular elements and one L1 GPS element. Great Pyrenees 13:1 configurations add Wi-Fi elements and L1/L5 dual-band GPS.

What connectors and cables does it use?

All leads are 15 ft and terminate in SMA(M) connectors. The cellular cables are LSR200 and the GPS cable is LSR100.

Can it be mounted on a pole or used magnetically?

It installs as a roof mount through a single 1.5 in hole. Pole mount brackets are available, including marine grade, horizontal truss and heavy-duty high-vibration versions, along with a magnetic mount option.

Does it support CBRS?

Yes. The Great Pyrenees supports CBRS and LAA, and its band coverage includes B48, n48 and B46.

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