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Taoglas Pantheon MA750 5-in-1 5G/4G MIMO, Wi-Fi MIMO and GNSS Screw-Mount Antenna with 10 m Cables

4G LTEMPN MA750.B.ABICG.010
  • 2x2 MIMO
  • GNSS
  • Wi-Fi
  • Over 5 m
$425.01$505.96Save $80.95

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Datasheets & documents

Overview

The Taoglas Pantheon MA750.B.ABICG.010 is a heavy-duty, IP67 permanent screw-mount antenna that combines five elements: two 5G/4G MIMO cellular antennas covering 600–6000 MHz, two 2.4/5 GHz Wi-Fi MIMO antennas and an active GPS/GLONASS/Galileo antenna with a front-end SAW filter. This ordering variant uses a 10 m cable configuration, with RG-174 and SMA(M) on the GNSS lead and CFD-200 and SMA(M) on the two cellular leads. It suits buses, trains, public safety vehicles and remote monitoring sites.

  • Five elements: 2x 5G/4G MIMO (600–6000 MHz), 2x Wi-Fi 2.4/5 GHz MIMO and 1x active GPS/GLONASS/Galileo antenna
  • Performance at Band 71 (617 MHz) and the CBRS/C-band 3400–4200 MHz range
  • Active GNSS with front-end SAW filter, 3–5 V DC input and around 29–32 dB LNA gain
  • Integrated ground plane for consistent radiation on metal or plastic mounting surfaces
  • IP67 Wonderloy PC/ABS housing, 82.4 mm high x 143.19 mm diameter, with M30 x 2 zinc-alloy thread
  • 10 m cable configuration: GNSS on RG-174 with SMA(M), 5G/4G leads on CFD-200 with SMA(M)
  • Replaces several separate antennas with one roof penetration for cellular, Wi-Fi and positioning
  • 10 m leads reach routers mounted deep inside buses, rail cars and commercial vehicles

The Taoglas Pantheon MA750 is an omnidirectional 5-in-1 external M2M antenna for vehicle and fixed-site installations that need 5G/4G MIMO, Wi-Fi MIMO and satellite positioning from a single mount. The two cellular elements cover 600–6000 MHz, with strong performance at Band 71 (617 MHz) and in the CBRS and C-band frequencies from 3400–4200 MHz. The published band list runs from Band 1 through Band 85, including 5G NR Bands 77, 78 and 79. The GNSS element is an active GPS/GLONASS/Galileo antenna centred on 1575.42/1602 MHz. It has a front-end SAW filter, LNA gain of around 29–32 dB, and takes 3–5 V DC power.

MA750.B.ABICG.010 is a Taoglas cable and connector ordering variant of the standard MA750. It is built for long cable runs of 10 m. The GNSS lead uses RG-174 cable with an SMA(M) connector, and the two 5G/4G leads use low-loss CFD-200 cable with SMA(M) connectors. These lengths suit buses, trains and other commercial vehicles where the router is installed well away from the roof.

All five antennas sit in a robust IP67 housing measuring 82.4 mm high by 143.19 mm in diameter. The casing is Wonderloy PC-540 PC/ABS alloy, and the base and M30 x 2 thread are CAN10 zinc alloy with a nickel-plated steel nut and 3M 9448HK foam seal. The antenna has its own ground plane, so it radiates the same way on metal or plastic surfaces. It weighs 1.29 kg, mounts at a recommended 5–7 Nm torque, and operates from -40°C to 85°C.

Taoglas lists typical applications as public safety, passenger bus and rail services, digital signage, and commercial transportation and fleet management. A datasheet for the standard MA750 configuration covers the full electrical performance figures.

Ideal for

  • Passenger bus and rail services with routers mounted far from the roof
  • Public safety vehicles needing 5G/4G backhaul, onboard Wi-Fi and GNSS tracking
  • Commercial transportation and fleet management
  • Digital signage and remote monitoring sites on metal or plastic surfaces

Specifications

General

MPN
MA750.B.ABICG.010
Brand
Taoglas
Elements
2x 5G/4G MIMO, 1x active GNSS, 2x Wi-Fi MIMO
Features
Front-end SAW filter; high efficiency/peak gain outdoor antenna; RoHS & REACH compliant
Technology
External Antennas, Combination
Product Line
Pantheon MA750 5-in-1
Standard Model
MA750.A.ABICG.003

Package

Shipping Weight
2.84 lb

Mechanical

Nut
Nickel Plated Steel
Foam
3M 9448HK
Casing
Wonderloy PC-540 PC/ABS Alloy
Weight
1.29 kg
Waterproof
IP67
Base And Thread
CAN10 Zinc Alloy
Thread Diameter
M30 x 2 (30 mm)
Antenna Dimensions
82.4 mm H x 143.19 mm diameter
Recommended Mounting Torque
5–7 Nm

Environmental

Humidity
Non-condensing 65°C 95% RH
Storage Temperature
-40°C to 90°C
Operation Temperature
-40°C to 85°C

Cellular Bands

Bands Covered
Bands Covered (5GNR/FR1/LTE/LTE-A/WCDMA/HSPA/HSPA+/TD-SCDMA): 1, 2, 3, 4, 5, 7, 8, 9, 11, 12, 13, 14, 17, 18, 19, 20, 21, 22, 23, 24, 25, 26, 27, 28, 29, 30, 32, 35, 38, 39, 40, 41, 42, 43, 48, 66, 71, 74/75/76, 78, 79, 85

GNSS Electrical

Vswr
2
Lna Vswr
VSWR (all DC inputs, both frequencies): 2
Bandwidth
10 MHz
Impedance
50 Ω
Lna Gain 3 3v
LNA Gain at 3.3 V: 29.2 dB (1575.42 MHz) / 29 dB (1602 MHz)
Lna Gain 4 0v
LNA Gain at 4.0 V: 31 dB (1575.42 MHz) / 31 dB (1602 MHz)
Lna Gain 5 5v
LNA Gain at 5.5 V: 32.3 dB (1575.42 MHz) / 32 dB (1602 MHz)
Constellations
GPS/GLONASS/Galileo
Band Attenuation
-20 dB at 1520 MHz, -20 dB at 1642 MHz
Centre Frequency
1575.42 MHz / 1602 MHz
Noise Figure 3 3v
Noise Figure at 3.3 V: 3.1 / 3.1
Noise Figure 4 0v
Noise Figure at 4.0 V: 3.2 / 3.2
Noise Figure 5 5v
Noise Figure at 5.5 V: 3.4 / 3.4
DC Power Input Range
3–5 V
Radiation Efficiency
50% (without cable)
Power Consumption 3 3v
Power Consumption at 3.3 V: 7.5 (1575.42 MHz) / 7.5 (1602 MHz)
Power Consumption 4 0v
Power Consumption at 4.0 V: 9.4 / 9.4
Power Consumption 5 5v
Power Consumption at 5.5 V: 15 / 15

Variant Cabling

GNSS Cable
GNSS Lead: RG-174 with SMA(M)
Wi-Fi Leads
2.4/5.8 GHz (1 & 2)
Cable Length
Cable Configuration: 10 m
Cellular Cables
5G/4G Leads (1 & 2): CFD-200 with SMA(M)

Product Attributes

Rohs
Yes
Vswr
2:1
Width
143.19 mm
Height
82.4 mm
Length
145.19 mm
Weight
1290 g
Gain Max
4 dBi
Impedance
50 Ω
IP Rating
IP67
Polarization
Linear
Mounting Style
Screw
Frequency Range
600–6000 MHz
Max Operating Temperature
Maximum Operating Temperature: 85°C
Min Operating Temperature
Minimum Operating Temperature: -40°C

Wi-Fi MIMO Electrical

Vswr
2 Max
Impedance
50 Ω
Polarization
Linear
Wi-Fi 2400 2500 Mimo1
2400–2500 MHz, MIMO 1: 36% eff., -4.5 dB avg, 3.7 dBi peak
Wi-Fi 2400 2500 Mimo2
2400–2500 MHz, MIMO 2: 57% eff., -2.4 dB avg, 2.2 dBi peak
Wi-Fi 5150 5850 Mimo1
5150–5850 MHz, MIMO 1: 51% eff., -2.9 dB avg, 5.4 dBi peak
Wi-Fi 5150 5850 Mimo2
5150–5850 MHz, MIMO 2: 50% eff., -3.1 dB avg, 4.8 dBi peak

Cellular MIMO Electrical

Vswr
3 Max
Impedance
50 Ω
Test Note
Measured with 0.5 m low-loss CFD-200 cable
Polarization
Linear
Band 617 960 Mimo1 Free Space
617–960 MHz (5GNR/4G Bands 5, 8, 12, 13, 14, 17, 18, 20, 26, 27, 28, 29, 71), MIMO 1, free space: 61% eff., -2.2 dB avg, 3.3 dBi peak
Band 617 960 Mimo2 Free Space
617–960 MHz, MIMO 2, free space: 69% eff., -4.7 dB avg, 2.5 dBi peak
Band 1427 1518 Mimo1 Free Space
1427–1518 MHz (5GNR/4G Bands 21, 32, 74, 75, 76), MIMO 1, free space: 36% eff., -4.4 dB avg, 2.8 dBi peak
Band 1427 1518 Mimo2 Free Space
1427–1518 MHz, MIMO 2, free space: 34% eff., -7.0 dB avg, -0.5 dBi peak
Band 1710 2200 Mimo1 Free Space
1710–2200 MHz (4G/3G Bands 1, 2, 3, 4, 9, 23, 25, 35, 39, 66), MIMO 1, free space: 58% eff., -2.4 dB avg, 3.1 dBi peak
Band 1710 2200 Mimo2 Free Space
1710–2200 MHz, MIMO 2, free space: 57% eff., -3.2 dB avg, 3.2 dBi peak
Band 2400 2500 Mimo1 Free Space
2400–2500 MHz (Wi-Fi 2400), MIMO 1, free space: 44% eff., -3.6 dB avg, 2.1 dBi peak
Band 2400 2500 Mimo2 Free Space
2400–2500 MHz, MIMO 2, free space: 47% eff., -1.9 dB avg, 5.2 dBi peak
Band 2490 2690 Mimo1 Free Space
2490–2690 MHz (4G/3G Bands 7, 38, 41), MIMO 1, free space: 51% eff., -3.0 dB avg, 4.6 dBi peak
Band 2490 2690 Mimo2 Free Space
2490–2690 MHz, MIMO 2, free space: 55% eff., -1.9 dB avg, 5.4 dBi peak
Band 3300 5000 Mimo1 Free Space
3300–5000 MHz (5GNR/4G Bands 22, 42, 43, 48, 77, 78, 79), MIMO 1, free space: 34% eff., -5.2 dB avg, 5.8 dBi peak
Band 3300 5000 Mimo2 Free Space
3300–5000 MHz, MIMO 2, free space: 35% eff., -4.0 dB avg, 4.7 dBi peak
Band 5150 5925 Mimo1 Free Space
5150–5925 MHz (LTE5200/Wi-Fi 5800), MIMO 1, free space: 16% eff., -8.1 dB avg, 1.2 dBi peak
Band 5150 5925 Mimo2 Free Space
5150–5925 MHz, MIMO 2, free space: 16% eff., -6.5 dB avg, 3.0 dBi peak
Band 617 960 Mimo1 Ground Plane
617–960 MHz, MIMO 1, 30x30 cm ground plane: 35% eff., -1.7 dB avg, 3.5 dBi peak
Band 617 960 Mimo2 Ground Plane
617–960 MHz, MIMO 2, 30x30 cm ground plane: 26% eff., -6.1 dB avg, 1.4 dBi peak
Band 1427 1518 Mimo1 Ground Plane
1427–1518 MHz, MIMO 1, 30x30 cm ground plane: 21% eff., -4.8 dB avg, 2.8 dBi peak
Band 1427 1518 Mimo2 Ground Plane
1427–1518 MHz, MIMO 2, 30x30 cm ground plane: 18% eff., -7.8 dB avg, 0.5 dBi peak
Band 1710 2200 Mimo1 Ground Plane
1710–2200 MHz, MIMO 1, 30x30 cm ground plane: 48% eff., -2.4 dB avg, 5.4 dBi peak
Band 1710 2200 Mimo2 Ground Plane
1710–2200 MHz, MIMO 2, 30x30 cm ground plane: 47% eff., -3.3 dB avg, 4.4 dBi peak
Band 2400 2500 Mimo1 Ground Plane
2400–2500 MHz, MIMO 1, 30x30 cm ground plane: 64% eff., -3.2 dB avg, 4.0 dBi peak
Band 2400 2500 Mimo2 Ground Plane
2400–2500 MHz, MIMO 2, 30x30 cm ground plane: 67% eff., -1.8 dB avg, 5.8 dBi peak
Band 2490 2690 Mimo1 Ground Plane
2490–2690 MHz, MIMO 1, 30x30 cm ground plane: 65% eff., -2.6 dB avg, 4.7 dBi peak
Band 2490 2690 Mimo2 Ground Plane
2490–2690 MHz, MIMO 2, 30x30 cm ground plane: 68% eff., -1.7 dB avg, 6.2 dBi peak
Band 3300 5000 Mimo1 Ground Plane
3300–5000 MHz, MIMO 1, 30x30 cm ground plane: 41% eff., -5.1 dB avg, 8.1 dBi peak
Band 3300 5000 Mimo2 Ground Plane
3300–5000 MHz, MIMO 2, 30x30 cm ground plane: 42% eff., -3.9 dB avg, 6.8 dBi peak
Band 5150 5925 Mimo1 Ground Plane
5150–5925 MHz, MIMO 1, 30x30 cm ground plane: 23% eff., -8.2 dB avg, 2.4 dBi peak
Band 5150 5925 Mimo2 Ground Plane
5150–5925 MHz, MIMO 2, 30x30 cm ground plane: 22% eff., -6.7 dB avg, 3.3 dBi peak

Questions buyers ask

How does MA750.B.ABICG.010 differ from the standard MA750?

It is a Taoglas cable and connector ordering variant of the standard MA750.A.ABICG.003. It uses a 10 m cable configuration, with RG-174 and SMA(M) on the GNSS lead and CFD-200 and SMA(M) on the two 5G/4G leads. The antenna head, elements and housing are the same Pantheon MA750 design.

Which cellular frequencies does the Pantheon MA750 cover?

The two 5G/4G MIMO elements cover 600–6000 MHz, including Band 71 (617 MHz), the CBRS and C-band 3400–4200 MHz range and 5G NR Bands 77, 78 and 79.

Does the GNSS element need power?

Yes. It is an active GPS/GLONASS/Galileo antenna with a front-end SAW filter and a DC power input range of 3–5 V, normally supplied over the coax by the connected receiver.

Does it need a metal roof to perform properly?

No. The antenna has its own ground plane and can radiate on metal or plastic mounting surfaces without affecting performance.

How is the antenna mounted?

It is a permanent screw mount with an M30 x 2 zinc-alloy thread, a nickel-plated steel nut and a 3M 9448HK foam seal. Taoglas recommends a mounting torque of 5–7 Nm.

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