# RF Antenna, 5.925 to 7.125GHz, 5G NR/4G/3G/MIMO/WiFi/ISM/UWB/AGPS/IoT/NB-IoT/Cat-M/LTE, 5.89dBi
**URL**: https://novapart.co/products/FXUB50.A.07.C.001/rf-antenna-5925-to-7125ghz-5g-nr-4g-3g-mimo-wifi
**SKU**: FXUB50.A.07.C.001
**Manufacturer**: TAOGLAS
**Price**: β¬15.4800
**Stock**: 10+
**Lead Time**: 120 days (indicative)
## Specifications
| Parameter | Value |
|---|---|
| Gain | 5.89dBi |
| Svhc | No SVHC (23-Jan-2024) |
| Vswr | - |
| Input Power | 5W |
| Antenna Type | 5G NR / 4G / 3G / Cellular / MIMO / WiFi / ISM / UWB / AGPS / IoT / NB-IoT / Cat-M / LTE |
| Frequency Max | 7.125GHz |
| Frequency Min | 5.925GHz |
| Product Range | - |
| Input Impedance | 50ohm |
| Antenna Mounting | Adhesive / UFL / MHFI / I-Pex Connector |
| Antenna Polarisation | Linear |
## Datasheet
π [Download PDF](https://novapart.co/datasheet/farnell:4468721/)
## ea KK TAOGLAS.
β DW _CD | Y) Β© 4) Go C)
**Part No: FXUB50.A.07.C.001** |
**Description** Wide Band 4x4 MIMO Flex PCB Antenna covering 600MHz to 8GHz
**Features:**
Low-profile Flexible Polymer Antenna 4* LTE MIMO Configuration Covering 600MHz to 8000MHz Coaxial Cables: 150mm of 1.37mm Connector: I-PEX MHFI (U.FL) Dimensions: 150 x 150 x 0.24mm
RoHS & Reach Compliant
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**----- Start of picture text -----**
1. Introduction 3
2. Specification 4
3. Mechanical Drawing 7
4. Packaging 8
5. Antenna Characteristics (Inner) 9
6. Antenna Characteristics (Outer) 13
7. Radiation Patterns (Inner) 17
8. Radiation Patterns (Outer) 55
Changelog 92
**----- End of picture text -----**
Taoglas makes no warranties based on the accuracy or completeness of the contents of this document and reserves the right to make changes to specifications and product descriptions at any time without notice. Taoglas reserves all rights to this document and the information contained herein. Reproduction, use or disclosure to third parties without express permission is strictly prohibited.
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The Taoglas FXUB50 is a flexible wide-band 4x4 MIMO cellular antenna engineered to operate across the 600MHz-8000MHz frequency spectrum. It encompasses Cellular, 2.4/5.8/7.125GHz Wi-Fi, ISM, UWB, and AGPS bands. The high-efficiency antenna is designed for installation flexibility, which is perfect for IoT devices requiring MIMO coverage across all cellular bands.
Typical use cases for the FXUB50 MIMO series of antennas include:
- Healthcare and medical devices
- Industrial IoT applications
- Smart home and electronics
- Smart city asset and sensor monitoring
- Connected vehicles and fleet management.
- Energy and environmental monitoring
Key features and specifications of the FXUB50 include:
- Efficiency and Design : Exhibits high efficiency across all bands and is ground plane independent. The flexible polymer body measures 90x90x0.2mm, ensuring an ultra-thin form factor.
- Installation : Utilizes a simple βpeel and stickβ installation process via 3M adhesive, adhering securely to non-metal surfaces.
- High-performance : Achieves a peak gain of up to 7.89 dBi and an efficiency of up to 80.1%.
- Mounting: The antenna can be mounted directly onto plastic or glass, making it suitable for costeffective manufacturing and ease-of-assembly in IoT devices.
- Cable and Connector : Supplied with 1.37mm micro coax cables and I-PEX MHF1 connectors as standard for straightforward installation. Cables can be routed from the flex PCB or routed through the central aperture, depending on installation requirements. Cables and connectors are customizable to meet specific installation needs.
- Clearance Requirements : For optimal radiation efficiency, the antenna should be mounted at least 10mm away from metal components or surfaces, with 20mm being ideal.
For more information on the FXUB50 antenna or to request samples, reach out to your local customer services team or visit www.taoglas.com.
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|**LTE Electrical β Results for Inner Cable Routing Mounting Method**|**LTE Electrical β Results for Inner Cable Routing Mounting Method**|**LTE Electrical β Results for Inner Cable Routing Mounting Method**|**LTE Electrical β Results for Inner Cable Routing Mounting Method**|**LTE Electrical β Results for Inner Cable Routing Mounting Method**|**LTE Electrical β Results for Inner Cable Routing Mounting Method**|**LTE Electrical β Results for Inner Cable Routing Mounting Method**|**LTE Electrical β Results for Inner Cable Routing Mounting Method**|**LTE Electrical β Results for Inner Cable Routing Mounting Method**|**LTE Electrical β Results for Inner Cable Routing Mounting Method**|
|---|---|---|---|---|---|---|---|---|---|
|**Band**|Frequency
(MHz)|Measurement|Measurement
Efficiency (%)|Average Gain
(dB)|Peak Gain
(dBi)|Impedance|Polarization|Radiation
Pattern|Max. input
power|
|**5GNR/4G**
Band71|617-698|Antenna 1|43.9|-3.58|0.84|50 Ξ©|Linear|Omni|5W|
|||Antenna 2|39.8|-4.00|0.02|||||
|||Antenna 3|46.6|-3.31|-0.09|||||
|||Antenna 4|42.0|-3.77|0.61|||||
|**4G/3G**
Band
12,13,14,17,28,29|698-806|Antenna 1|51.0|-2.92|1.26|||||
|||Antenna 2|44.1|-3.55|0.22|||||
|||Antenna 3|49.5|-3.05|0.98|||||
|||Antenna 4|55.6|-2.55|1.41|||||
|**4G/3G/NB-IoT/Cat M**
Band
5,8,18,19,20,26,27|**4G/3G/NB-IoT/Cat M**
824-960|Antenna 1|57.4|-2.41|2.25|||||
|||Antenna 2|55.9|-2.52|2.00|||||
|||Antenna 3|52.0|-2.84|2.11|||||
|||Antenna 4|48.5|-3.15|1.82|||||
|**5GNR/4G**
Band 21,32,74,75,76|1427-1518|Antenna 1|52.9|-2.76|2.35|||||
|||Antenna 2|46.5|-3.33|1.92|||||
|||Antenna 3|49.2|-3.08|2.73|||||
|||Antenna 4|49.7|-3.04|2.74|||||
|**4G/3G**
Band
1,2,3,4,9,23,25,35,39,
66|1710-2200|Antenna 1|72.0|-1.43|4.22|||||
|||Antenna 2|71.7|-1.45|4.11|||||
|||Antenna 3|73.0|-1.37|4.24|||||
|||Antenna 4|73.2|-1.35|6.07|||||
|**4G/3G**
Band 7,30,38,40,41|2300-2690|Antenna 1|77.7|-1.09|3.58|||||
|||Antenna 2|71.9|-1.43|3.53|||||
|||Antenna 3|77.0|-1.13|4.14|||||
|||Antenna 4|80.1|-0.96|4.02|||||
|**5GNR/4G**
Band
22,42,48,77,78,79|3300-5000|Antenna 1|66.5|-1.77|6.71|||||
|||Antenna 2|65.2|-1.86|7.89|||||
|||Antenna 3|67.3|-1.72|6.60|||||
|||Antenna 4|73.0|-1.37|6.92|||||
|**LTE5200/Wi-Fi5800**|5150-5925|Antenna 1|48.7|-3.12|4.47|||||
|||Antenna 2|51.1|-2.92|5.45|||||
|||Antenna 3|60.7|-2.17|5.52|||||
|||Antenna 4|68.5|-1.64|5.83|||||
|**Wi-F**i**- 6GHz**|5925-7125|Antenna 1|50.6|-2.96|5.70|||||
|||Antenna 2|48.4|-3.15|5.35|||||
|||Antenna 3|57.7|-2.39|5.60|||||
|||Antenna 4|64.4|-1.91|5.89|||||
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**LTE Electrical β Results for Outer Cable Routing Mounting Method**
|**LTE Electrical β Results for Outer Cable Routing Mounting Method**|**LTE Electrical β Results for Outer Cable Routing Mounting Method**|**LTE Electrical β Results for Outer Cable Routing Mounting Method**|**LTE Electrical β Results for Outer Cable Routing Mounting Method**|**LTE Electrical β Results for Outer Cable Routing Mounting Method**|**LTE Electrical β Results for Outer Cable Routing Mounting Method**|**LTE Electrical β Results for Outer Cable Routing Mounting Method**|**LTE Electrical β Results for Outer Cable Routing Mounting Method**|**LTE Electrical β Results for Outer Cable Routing Mounting Method**|**LTE Electrical β Results for Outer Cable Routing Mounting Method**|
|---|---|---|---|---|---|---|---|---|---|
||Frequency|||Average Gain|Peak Gain|||Radiation|Max. input|
|**Band**||Measurement|
Efficiency (%)|||Impedance|Polarization|||
||(MHz)|||(dB)|(dBi)|||Pattern|power|
|||||||||||
|||||||||||
|||Antenna 1|38.5|-4.15|0.06|||||
|||||||||||
|||||||||||
|||Antenna 2|38.6|-4.14|0.01|||||
|**5GNR/4G**||||||||||
|Band71|617-698|Antenna 3|38.2|-4.18|-0.52|||||
|||||||||||
|||||||||||
|||||||||||
|||Antenna 4|39.0|-4.09|-0.18|||||
|||||||||||
|||||||||||
|||Antenna 1|55.6|-2.55|1.34|||||
|||||||||||
|**4G/3G**||Antenna 2|56.8|-2.46|1.53|||||
|Band|698-806|||||||||
|||||||||||
|12,13,14,17,28,29||Antenna 3|55.5|-2.56|1.23|||||
|||||||||||
|||Antenna 4|56.0|-2.52|1.36|||||
|||||||||||
|||||||||||
|||Antenna 1|58.0|-2.36|2.04|||||
|||||||||||
|**4G/3G/NB-IoT/Cat M**||Antenna 2|57.3|-2.42|2.12|||||
|Band|824-960|||||||||
|||||||||||
|5,8,18,19,20,26,27||Antenna 3|60.6|-2.18|2.20|||||
|||||||||||
|||Antenna 4|56.2|-2.50|2.17|||||
|||||||||||
|||||||||||
|||Antenna 1|48.3|-3.16|5.00|||||
|||||||||||
|||||||||||
|||Antenna 2|49.0|-3.10|5.23|||||
|**5GNR/4G**||||||||||
|Band 21,32,74,75,76|1427-1518|Antenna 3|50.9|-2.93|4.73|||||
|||||||||||
|||||||||||
|||||||||||
|||Antenna 4|50.0|-3.01|5.13|||||
|||||||||||
|||||||||||
|||Antenna 1|65.8|-1.82|4.27|||||
|**4G/3G**||||||||||
|||Antenna 2|62.6|-2.04|4.30|||||
|Band||||||||||
|1,2,3,4,9,23,25,35,39,|1710-2200|Antenna 3|65.6|-1.83|4.54|50 Ξ©|Linear|Omni|5W|
|66||||||||||
|||||||||||
|||Antenna 4|63.8|-1.95|4.45|||||
|||||||||||
|||||||||||
|||Antenna 1|71.4|-1.46|4.98|||||
|||||||||||
|||||||||||
|||Antenna 2|73.7|-1.33|4.24|||||
|**4G/3G**||||||||||
|Band 7,30,38,40,41|2300-2690|Antenna 3|71.2|-1.47|4.14|||||
|||||||||||
|||||||||||
|||||||||||
|||Antenna 4|73.2|-1.36|4.69|||||
|||||||||||
|||||||||||
|||Antenna 1|69.1|-1.60|5.36|||||
|||||||||||
|**5GNR/4G**||Antenna 2|63.1|-2.00|4.99|||||
|Band|3300-5000|||||||||
|||||||||||
|22,42,48,77,78,79||Antenna 3|69.8|-1.56|5.54|||||
|||||||||||
|||Antenna 4|67.9|-1.68|5.22|||||
|||||||||||
|||||||||||
|||Antenna 1|71.2|-1.47|4.79|||||
|||||||||||
|||||||||||
|||Antenna 2|52.2|-2.83|4.49|||||
|**LTE5200/Wi-Fi5800**|5150-5925|||||||||
|||||||||||
|||Antenna 3|69.8|-1.56|4.64|||||
|||||||||||
|||||||||||
|||Antenna 4|68.0|-1.68|4.35|||||
|||||||||||
|||||||||||
|||Antenna 1|64.6|-1.90|5.31|||||
|||||||||||
|||||||||||
|||Antenna 2|61.1|-2.14|5.02|||||
|**Wi-F**i**- 6GHz**|5925-7125|||||||||
|||||||||||
|||Antenna 3|64.4|-1.91|4.90|||||
|||||||||||
|||||||||||
|||Antenna 4|62.7|-2.03|4.91|||||
|||||||||||
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||**Mechanical**|
|---|---|
|||
|**Dimensions**|150x150x0.24mm|
|||
|||
|**Weight**|12g|
|||
|||
|**Material**|Flexible Polymer|
|||
|||
|**Connector**|IPEX U.FL|
|||
|||
|**Cable**|4 x 150mm 1.37 Coaxial|
|||
||**Environmental**|
|---|---|
|||
|**Operation Temperature**|-40Β°C to 85Β°C|
|||
|||
|**Storage Temperature**|-40Β°C to 85Β°C|
|||
|||
|**RoHs & REACH Compliant**|Yes|
|||
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100pcs FXUB50.A.07.C.001 per PE Bag Dimensions β 280x320mm Weight β 0.12Kg
1000pcs FXUB50.A.07.C.001 per carton Dimensions β 360x310x160mm Weight β 3.1Kg
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The following outlines the antenna characteristics for the FXUB50.A.07.C.001, with cables routed through the center hole of the antenna, as shown in the test setup image below. This configuration is denoted as 'Inner'.
## Test Setup
VNA Set-up with cables going through the center of the Antenna
A close up to show the cable routing for the βInnerβ set-up
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## Return Loss
Isolation
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## Efficiency
## Average Gain
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## Peak Gain
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The following outlines the antenna characteristics for the FXUB50.A.07.C.001, with cables routed outward away from the antenna, as shown in the test setup image below. This configuration is denoted as 'Outer'.
## Test Setup
VNA Set-up with cables going Outward away from the Antenna
A close up to show the cable routing for the βOuterβ set-up
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## Return Loss
## Isolation
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## Efficiency
## Average Gain
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## Peak Gain
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## Test Setup
Chamber Set-up with cables going through the center of the Antenna
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## Antenna 1 Patterns at 660 MHz
## XZ Plane
## YZ Plane
## XY Plane
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## Antenna 2 Patterns at 660 MHz
## XZ Plane
## YZ Plane
## XY Plane
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## Antenna 3 Patterns at 660 MHz
## XZ Plane
## YZ Plane
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**----- Start of picture text -----**
XY Plane
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## Antenna 4 Patterns at 660 MHz
## XZ Plane
## YZ Plane
## XY Plane
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## Antenna 1 Patterns at 750 MHz
## XZ Plane
## YZ Plane
## XY Plane
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## Antenna 2 Patterns at 750 MHz
## XZ Plane
## YZ Plane
## XY Plane
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## Antenna 3 Patterns at 750 MHz
## XZ Plane
## YZ Plane
## XY Plane
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## Antenna 4 Patterns at 750 MHz
## XZ Plane
## YZ Plane
## XY Plane
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## Antenna 1 Patterns at 890 MHz
## XZ Plane
## YZ Plane
## XY Plane
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## Antenna 2 Patterns at 890 MHz
## XZ Plane
## YZ Plane
## XY Plane
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## Antenna 3 Patterns at 890 MHz
## XZ Plane
## YZ Plane
## XY Plane
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## Antenna 4 Patterns at 890 MHz
## XZ Plane
## YZ Plane
## XY Plane
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## Antenna 1 Patterns at 1470 MHz
## XZ Plane
## YZ Plane
## XY Plane
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## Antenna 2 Patterns at 1470 MHz
## XZ Plane
## YZ Plane
## XY Plane
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## Antenna 3 Patterns at 1470 MHz
## XZ Plane
## YZ Plane
## XY Plane
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## Antenna 4 Patterns at 1470 MHz
## XZ Plane
## YZ Plane
## XY Plane
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## Antenna 1 Patterns at 1950 MHz
## XZ Plane
## YZ Plane
## XY Plane
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## Antenna 2 Patterns at 1950 MHz
## XZ Plane
## YZ Plane
## XY Plane
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## Antenna 3 Patterns at 1950 MHz
## XZ Plane
## YZ Plane
## XY Plane
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## Antenna 4 Patterns at 1950 MHz
## XZ Plane
## YZ Plane
## XY Plane
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## Antenna 1 Patterns at 2490 MHz
## XZ Plane
## YZ Plane
## XY Plane
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## Antenna 2 Patterns at 2490 MHz
## XZ Plane
## YZ Plane
## XY Plane
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## Antenna 3 Patterns at 2490 MHz
## XZ Plane
## YZ Plane
## XY Plane
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## Antenna 4 Patterns at 2490 MHz
## XZ Plane
## YZ Plane
## XY Plane
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## Antenna 1 Patterns at 4150 MHz
## XZ Plane
## YZ Plane
## XY Plane
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## Antenna 2 Patterns at 4150 MHz
## XZ Plane
## YZ Plane
## XY Plane
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## Antenna 3 Patterns at 4150 MHz
## XZ Plane
## YZ Plane
## XY Plane
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## Antenna 4 Patterns at 4150 MHz
## XZ Plane
## YZ Plane
## XY Plane
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## Antenna 1 Patterns at 5540 MHz
## XZ Plane
## YZ Plane
**==> picture [44 x 9] intentionally omitted <==**
**----- Start of picture text -----**
XY Plane
**----- End of picture text -----**
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## Antenna 2 Patterns at 5540 MHz
## XZ Plane
## YZ Plane
**==> picture [44 x 9] intentionally omitted <==**
**----- Start of picture text -----**
XY Plane
**----- End of picture text -----**
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## Antenna 3 Patterns at 5540 MHz
## XZ Plane
## YZ Plane
## XY Plane
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## Antenna 4 Patterns at 5540 MHz
## XZ Plane
## YZ Plane
## XY Plane
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## Antenna 1 Patterns at 6520 MHz
## XZ Plane
## YZ Plane
**==> picture [44 x 9] intentionally omitted <==**
**----- Start of picture text -----**
XY Plane
**----- End of picture text -----**
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## Antenna 2 Patterns at 6520 MHz
## XZ Plane
## YZ Plane
## XY Plane
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## Antenna 3 Patterns at 6520 MHz
## XZ Plane
## YZ Plane
**==> picture [44 x 9] intentionally omitted <==**
**----- Start of picture text -----**
XY Plane
**----- End of picture text -----**
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## Antenna 4 Patterns at 6520 MHz
## XZ Plane
## YZ Plane
## XY Plane
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## Test Setup
Chamber Set-up with cables going outward away from the Antenna
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## Antenna 1 Patterns at 660 MHz
## XZ Plane
## YZ Plane
## XY Plane
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## Antenna 2 Patterns at 660 MHz
## XZ Plane
## YZ Plane
## XY Plane
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## Antenna 3 Patterns at 660 MHz
## XZ Plane
## YZ Plane
## XY Plane
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## Antenna 4 Patterns at 660 MHz
## XZ Plane
## YZ Plane
## XY Plane
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## Antenna 1 Patterns at 750 MHz
## XZ Plane
## YZ Plane
## XY Plane
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## Antenna 2 Patterns at 750 MHz
## XZ Plane
## YZ Plane
## XY Plane
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## Antenna 3 Patterns at 750 MHz
## XZ Plane
## YZ Plane
## XY Plane
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## Antenna 4 Patterns at 750 MHz
## XZ Plane
## YZ Plane
## XY Plane
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## Antenna 1 Patterns at 890 MHz
## XZ Plane
## YZ Plane
## XY Plane
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## Antenna 2 Patterns at 890 MHz
## XZ Plane
## YZ Plane
## XY Plane
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## Antenna 3 Patterns at 890 MHz
## XZ Plane
## YZ Plane
## XY Plane
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## Antenna 4 Patterns at 890 MHz
## XZ Plane
## YZ Plane
## XY Plane
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## Antenna 1 Patterns at 1470 MHz
## XZ Plane
## YZ Plane
## XY Plane
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## Antenna 2 Patterns at 1470 MHz
## XZ Plane
## YZ Plane
## XY Plane
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## Antenna 3 Patterns at 1470 MHz
## XZ Plane
## YZ Plane
## XY Plane
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## Antenna 4 Patterns at 1470 MHz
## XZ Plane
## YZ Plane
## XY Plane
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## Antenna 1 Patterns at 1950 MHz
## XZ Plane
## YZ Plane
## XY Plane
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## Antenna 2 Patterns at 1950 MHz
## XZ Plane
## YZ Plane
## XY Plane
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## Antenna 3 Patterns at 1950 MHz
## XZ Plane
## YZ Plane
## XY Plane
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## Antenna 4 Patterns at 1950 MHz
## XZ Plane
## YZ Plane
## XY Plane
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## Antenna 1 Patterns at 2490 MHz
## XZ Plane
## YZ Plane
**==> picture [44 x 9] intentionally omitted <==**
**----- Start of picture text -----**
XY Plane
**----- End of picture text -----**
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## Antenna 2 Patterns at 2490 MHz
## XZ Plane
## YZ Plane
## XY Plane
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## Antenna 3 Patterns at 2490 MHz
## XZ Plane
## YZ Plane
## XY Plane
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## Antenna 4 Patterns at 2490 MHz
## XZ Plane
## YZ Plane
## XY Plane
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## Antenna 1 Patterns at 4150 MHz
## XZ Plane
## YZ Plane
## XY Plane
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## Antenna 2 Patterns at 4150 MHz
## XZ Plane
## YZ Plane
**==> picture [44 x 9] intentionally omitted <==**
**----- Start of picture text -----**
XY Plane
**----- End of picture text -----**
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## Antenna 3 Patterns at 4150 MHz
## XZ Plane
## YZ Plane
## XY Plane
82
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## Antenna 4 Patterns at 4150 MHz
## XZ Plane
## YZ Plane
## XY Plane
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## Antenna 1 Patterns at 5540 MHz
## XZ Plane
## YZ Plane
## XY Plane
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## Antenna 2 Patterns at 5540 MHz
## XZ Plane
## YZ Plane
## XY Plane
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## Antenna 3 Patterns at 5540 MHz
## XZ Plane
## YZ Plane
## XY Plane
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## Antenna 4 Patterns at 5540 MHz
## XZ Plane
## YZ Plane
## XY Plane
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## Antenna 1 Patterns at 6520 MHz
## XZ Plane
## YZ Plane
## XY Plane
88
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## Antenna 2 Patterns at 6520 MHz
## XZ Plane
## YZ Plane
## XY Plane
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## Antenna 3 Patterns at 6520 MHz
## XZ Plane
## YZ Plane
## XY Plane
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## Antenna 4 Patterns at 6520 MHz
## XZ Plane
## YZ Plane
## XY Plane
91
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## Changelog for the datasheet
**SPE-24-8-075 β FXUB50.A.07.C.001**
## **Revision: A (Original First Release)**
Date: 2024-04-24 Notes: Initial Release. Author: Gary West
## **Previous Revisions**
**==> picture [495 x 480] intentionally omitted <==**
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## Links
- [View this product on Novapart](https://novapart.co/products/FXUB50.A.07.C.001/rf-antenna-5925-to-7125ghz-5g-nr-4g-3g-mimo-wifi)
- [Request a quote for this part](https://novapart.co/quote/)
- [Supplier page](https://es.farnell.com/taoglas/fxub50-a-07-c-001/rf-antenna-5-925-to-7-125ghz-5/dp/4468721)
---
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