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Taoglas Raptor X MA8007 7-in-1 5G/4G, GNSS & Wi-Fi Screw-Mount Antenna, 2m Cable, FAKRA Code C GNSS

5GMPN RAPX.7.1G4C2W.2M.F20.B
  • 4x4 MIMO
  • GNSS
  • Wi-Fi
  • 1–3 m
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Datasheets & documents

Overview

The Taoglas Raptor X RAPX.7.1G4C2W.2M.F20.B is a 7-in-1 permanent screw-mount combination antenna in the MA8007 series. It combines four 5G/4G cellular MIMO elements covering 600-6000 MHz, one dual-band GNSS L1/L5 element and two 2.4/5.8 GHz Wi-Fi MIMO elements in a 350 x 70 x 39 mm IP69K and IK10 rated housing. This ordering variant uses 2 m RG-174/TGC-302 cable with a FAKRA Code C Gen 2 female connector on the GNSS lead.

  • 7-in-1 combination antenna: 4x 5G/4G cellular MIMO, 1x dual-band GNSS L1/L5, 2x Wi-Fi MIMO
  • Cellular coverage from 600 to 6000 MHz, including Band 71 and 5G NR n77/n78/n79
  • Active GNSS with LNA gain of 32.3 dB (high band) and 60 dB out-of-band attenuation
  • Wi-Fi 2400-2500 MHz and 5150-5850 MHz
  • IP69K and IK10 rated polycarbonate enclosure, -40°C to +85°C operation
  • Low-profile 350 x 70 x 39 mm housing with M22 thread screw mount
  • 2 m RG-174/TGC-302 cable with FAKRA Code C Gen 2 female GNSS connector
  • One mounting point serves a 5G/4G router's cellular, GNSS and Wi-Fi radios, which cuts roof penetrations and installation time

The Taoglas Raptor X RAPX.7.1G4C2W.2M.F20.B is a cable and connector ordering variant of the MA8007 Raptor X 7-in-1 combination antenna. It is built for 5G and 4G routers and gateways in vehicles, cabinets and industrial sites, where one roof or enclosure mount has to serve cellular, GNSS and Wi-Fi radios together. This variant is supplied with 2 m of RG-174/TGC-302 cable, and the GNSS lead terminates in a FAKRA Code C Gen 2 female connector.

The four cellular MIMO elements cover 600-6000 MHz, spanning low-band 5G NR/LTE such as Band 71 through mid-band and 3300-5000 MHz 5G NR bands n77, n78 and n79, with peak gain of up to 7.74 dBi in that range. The dual-band GNSS element receives GPS L1/L5, GLONASS G1, Galileo E1/E5a, BeiDou B1C/B1I/B2a, QZSS, IRNSS L5 and SBAS for positioning accuracy. It uses an active LNA with 32.3 dB high-band gain and 60 dB out-of-band attenuation. Two Wi-Fi elements cover 2400-2500 MHz and 5150-5850 MHz.

At 39 mm tall, the Raptor X suits vehicle roofs where height limits are commonly below 80 mm. Its 70 mm width fits between the ribs on many vehicle roofs and on a range of NEMA cabinets. The polycarbonate enclosure is rated IP69K and IK10, operates from -40°C to +85°C, and mounts through an M22 thread. Taoglas publishes a datasheet for the standard MA8007.A.001 model, which documents the full RF performance of this platform.

Ideal for

  • Emergency and first responder vehicle roofs with 5G routers that need cellular, GPS and Wi-Fi from one mount
  • EV charger stations needing cellular backhaul and positioning in a rugged enclosure
  • Smart industry and warehouse gateways mounted on NEMA cabinets
  • Private LTE network endpoints using CBRS Band 48 or other supported spectrum
  • Fleet telematics units with FAKRA Code C GNSS inputs

Specifications

General

MPN
RAPX.7.1G4C2W.2M.F20.B
Vswr
2:1
Brand
Taoglas
Gain Max
32.3 dB (GNSS LNA gain)
Impedance
50 Ω
Technology
External combination antenna
Polarization
Linear (cellular/Wi-Fi), RHCP (GNSS)
Configuration
1x GNSS, 4x 5G/4G cellular, 2x Wi-Fi
Product Series
Raptor X
Standard Model
Ordering variant of MA8007.A.001
Frequency Range
600-6000 MHz

Mechanical

Weight
0.84 kg (840 g)
Material
Polycarbonate (PC)
Dimensions
350 x 70 x 39 mm
Mounting Style
Screw mount (permanent)
Mounting Thread
M22 thread
Enclosure Impact Rating
IK10

Environmental

Rohs
RoHS compliant
Reach
REACH compliant
Humidity
Non-condensing, 65°C 95% RH
Waterproof Rating
IP69K
Operating Temperature
-40°C to +85°C

GNSS Electrical

GPS L1
66.5% efficiency, -1.77 dB avg gain, 3.93 dBi peak, axial ratio 11.7
GPS L5
50.7% efficiency, -2.95 dB avg gain, 2.49 dBi peak, axial ratio 5
Beidou B1
63.0% efficiency, -2.00 dB avg gain, 3.93 dBi peak, axial ratio 4.8
Impedance
50 Ω
Glonass G1
54.7% efficiency, -2.62 dB avg gain, 3.38 dBi peak, axial ratio 13.1
Polarization
RHCP

GNSS Lna Filter

Input Voltage
+1.8 to 5.5 V
Output Impedance
50 Ω
Lna Gain Low Band
26.3 dB
Lna Gain High Band
32.3 dB
Current Consumption
16.8 mA
Noise Figure Low Band
3.8 dB
Noise Figure High Band
2.4 dB
Supply Voltage Typical
3.3 V typ.
Out OF Band Attenuation 500 1000
60 dB at 500-1000 MHz
Out OF Band Attenuation 2000 2690
60 dB at 2000-2690 MHz
Out OF Band Attenuation 3300 6000
60 dB at 3300-6000 MHz

Wi-Fi Electrical

Impedance
50 Ω
Polarization
Linear
Test Condition
Tested with 0.3 m of cable on a 30 x 30 cm ground plane
Max Input Power
2 W
Wi-Fi 2ghz Port1
2.4 GHz, Wi-Fi-1: 53.7% eff., -2.70 dB avg, 6.71 dBi peak
Wi-Fi 2ghz Port2
2.4 GHz, Wi-Fi-2: 50.0% eff., -3.01 dB avg, 6.09 dBi peak
Wi-Fi 2ghz Range
2400-2500 MHz
Wi-Fi 5ghz Port1
5 GHz, Wi-Fi-1: 44.3% eff., -3.54 dB avg, 6.82 dBi peak
Wi-Fi 5ghz Port2
5 GHz, Wi-Fi-2: 46.8% eff., -3.30 dB avg, 5.42 dBi peak
Wi-Fi 5ghz Range
5150-5850 MHz
Radiation Pattern
Omnidirectional

Ordering Variant

Cable Type
RG-174/TGC-302
Cable Length
2 m
GNSS Connector
FAKRA Code C Gen 2 female

Cellular Electrical

617 698 Port1
617-698 MHz, 5G/4G-1: 49.8% eff., -3.03 dB avg, 0.87 dBi peak
617 698 Port2
617-698 MHz, 5G/4G-2: 36.6% eff., -4.37 dB avg, 0.91 dBi peak
617 698 Port3
617-698 MHz, 5G/4G-3: 36.4% eff., -4.38 dB avg, 1.03 dBi peak
617 698 Port4
617-698 MHz, 5G/4G-4: 44.5% eff., -3.52 dB avg, 2.25 dBi peak
698 824 Port1
698-824 MHz, 5G/4G-1: 49.7% eff., -3.04 dB avg, 2.94 dBi peak
698 824 Port2
698-824 MHz, 5G/4G-2: 39.5% eff., -4.03 dB avg, 2.11 dBi peak
698 824 Port3
698-824 MHz, 5G/4G-3: 35.4% eff., -4.51 dB avg, 1.97 dBi peak
698 824 Port4
698-824 MHz, 5G/4G-4: 50.3% eff., -2.99 dB avg, 2.25 dBi peak
824 960 Port1
824-960 MHz, 5G/4G-1: 50.8% eff., -2.94 dB avg, 2.64 dBi peak
824 960 Port2
824-960 MHz, 5G/4G-2: 43.7% eff., -3.60 dB avg, 2.18 dBi peak
824 960 Port3
824-960 MHz, 5G/4G-3: 37.5% eff., -4.26 dB avg, 2.17 dBi peak
824 960 Port4
824-960 MHz, 5G/4G-4: 48.0% eff., -3.19 dB avg, 2.25 dBi peak
1427 1518 Port1
1427-1518 MHz, 5G/4G-1: 27.9% eff., -5.54 dB avg, 1.01 dBi peak
1427 1518 Port2
1427-1518 MHz, 5G/4G-2: 27.8% eff., -5.56 dB avg, 1.21 dBi peak
1427 1518 Port3
1427-1518 MHz, 5G/4G-3: 24.5% eff., -6.10 dB avg, 1.11 dBi peak
1427 1518 Port4
1427-1518 MHz, 5G/4G-4: 26.7% eff., -5.74 dB avg, 0.99 dBi peak
1710 2200 Port1
1710-2200 MHz, 5G/4G-1: 47.7% eff., -3.21 dB avg, 5.15 dBi peak
1710 2200 Port2
1710-2200 MHz, 5G/4G-2: 53.7% eff., -2.70 dB avg, 5.44 dBi peak
1710 2200 Port3
1710-2200 MHz, 5G/4G-3: 51.2% eff., -2.91 dB avg, 5.63 dBi peak
1710 2200 Port4
1710-2200 MHz, 5G/4G-4: 42.5% eff., -3.72 dB avg, 4.65 dBi peak
2300 2690 Port1
2300-2690 MHz, 5G/4G-1: 45.2% eff., -3.45 dB avg, 6.16 dBi peak
2300 2690 Port2
2300-2690 MHz, 5G/4G-2: 56.8% eff., -2.45 dB avg, 6.97 dBi peak
2300 2690 Port3
2300-2690 MHz, 5G/4G-3: 52.6% eff., -2.79 dB avg, 6.72 dBi peak
2300 2690 Port4
2300-2690 MHz, 5G/4G-4: 47.0% eff., -3.28 dB avg, 6.15 dBi peak
3300 5000 Port1
3300-5000 MHz, 5G/4G-1: 58.9% eff., -2.30 dB avg, 6.23 dBi peak
3300 5000 Port2
3300-5000 MHz, 5G/4G-2: 58.9% eff., -2.30 dB avg, 6.78 dBi peak
3300 5000 Port3
3300-5000 MHz, 5G/4G-3: 57.3% eff., -2.42 dB avg, 7.74 dBi peak
3300 5000 Port4
3300-5000 MHz, 5G/4G-4: 55.6% eff., -2.55 dB avg, 5.97 dBi peak
5150 5925 Port1
5150-5925 MHz, 5G/4G-1: 48.9% eff., -3.11 dB avg, 5.76 dBi peak
5150 5925 Port2
5150-5925 MHz, 5G/4G-2: 41.2% eff., -3.86 dB avg, 4.93 dBi peak
5150 5925 Port3
5150-5925 MHz, 5G/4G-3: 43.5% eff., -3.62 dB avg, 6.48 dBi peak
5150 5925 Port4
5150-5925 MHz, 5G/4G-4: 40.1% eff., -3.97 dB avg, 4.44 dBi peak

GNSS Frequency Bands

GPS
GPS L1 (1575.42 MHz), L5 (1176.45 MHz)
Qzss
QZSS (regional) L1, L5
Sbas
SBAS L1/E1/B1, L5/B2a/E5a, G1
Irnss
IRNSS (regional) L5 (1176.45 MHz)
Beidou
BeiDou B1C (1575.42 MHz), B1I (1561 MHz), B2a (1176.45 MHz)
Galileo
Galileo E1 (1575.24 MHz), E5a (1176.45 MHz)
Glonass
GLONASS G1 (1602 MHz)

Cellular Band Coverage

Impedance
50 Ω
Band 617 698
617-698 MHz: 5G NR/4G Band 71
Band 698 824
698-824 MHz: 4G/3G Bands 12, 13, 14, 17, 28, 29
Band 824 960
824-960 MHz: 4G/3G/NB-IoT/Cat-M Bands 5, 8, 18, 19, 20, 26, 27
Polarization
Linear
Band 1427 1518
1427-1518 MHz: 5G NR/4G Bands 21, 32, 74, 75, 76
Band 1710 2200
1710-2200 MHz: 4G/3G Bands 1, 2, 3, 4, 9, 23, 25, 35, 39
Band 2300 2690
2300-2690 MHz: 4G/3G Bands 7, 30, 38, 40, 41
Band 3300 5000
3300-5000 MHz: 5G NR/4G Bands 22, 42, 48, 77, 78, 79
Band 5150 5925
5150-5925 MHz: LTE5200/Wi-Fi5800
Max Input Power
2 W
Radiation Pattern
Omnidirectional

Questions buyers ask

What connector does the GNSS lead use on RAPX.7.1G4C2W.2M.F20.B?

The GNSS lead terminates in a FAKRA Code C Gen 2 female connector on 2 m of RG-174/TGC-302 cable.

Which 5G bands does the Raptor X cover?

The cellular elements cover 600-6000 MHz, including 5G NR/4G Band 71 (617-698 MHz), Bands 21/32/74/75/76 (1427-1518 MHz) and Bands 22/42/48/77/78/79 (3300-5000 MHz), along with the main LTE bands in between.

Which GNSS constellations are supported?

GPS L1/L5, GLONASS G1, Galileo E1/E5a, BeiDou B1C/B1I/B2a, QZSS L1/L5, IRNSS L5 and SBAS.

Is it suitable for vehicle roofs?

Yes. It is 39 mm tall and 70 mm wide, so it fits under typical roof height limits and between the ribs on many vehicle roofs. It mounts through an M22 thread, and the enclosure is rated IP69K and IK10.

What power does the GNSS LNA need?

The active GNSS element accepts +1.8 to 5.5 V (3.3 V typical) and draws 16.8 mA.

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