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MA284.LBIC.001
Combo Antenna, 4.9GHz to 5.85GHz, 2.8VSWR, -4.67dBi Gain, Linear Polarisation, Adhesive
⚠️ Reference pricing provided. In case of supply shortages, we will connect you with our trusted procurement partners to ensure your project's continuity.
- Manufacturer: TAOGLAS
- Product type:
- Antenna Type:Combo; Frequency Min:4.9GHz; Frequency Max:5.85GHz; Antenna Mounting:Adhesive; Gain:-4.67dBi; VSWR:2.8; Input Power:-; Input Impedance:50ohm; Antenna Polarisation:Linear
- Gain: -4.67dBi
- SVHC: To Be Advised
- VSWR: 2.8
- Input Power: -
- Antenna Type: Combo
- Frequency Max: 5.85GHz
- Frequency Min: 4.9GHz
- Product Range: MA284
- Input Impedance: 50ohm
- Antenna Mounting: Adhesive
- Antenna Polarisation: Linear
| Delivery and price | |
|---|---|
| Units per pack | 50 |
| Price | 66.56 € |
| Current stock | 10+ |
| Lead time | 30 days |
Datasheet
J—_Q iG a a) + (© a
|1.|Introduction|3|
|---|---|---|
|2.|Specifications|4|
|3.|Antenna Characteristics|7|
|4.|2D Radiation Patterns|18|
|5.|3D Radiation Patterns|28|
|6.|Mechanical Drawing|34|
|7.|Packaging|35|
|8.|Application Notes|36|
|9.|Vibration Test|42|
|10. Mechanical Shock Test|10. Mechanical Shock Test|51|
|11. Drop Test|11. Drop Test|56|
||Changelog|65|
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. Copyright © Taoglas Ltd.
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## 1. Introduction
The Taoglas MA284 is one of the smallest 4-in-1 low profile, adhesive mount, combination antennas on the market. Comprising of GNSS, 2* LTE MIMO and dual band Wi-Fi, this unique antenna delivers powerful LTE antenna technology, that includes backward compatibility to work at most worldwide 3G and 2G bands. Coupled with GPS, GLONASS & BeiDou and 2.4/5.8GHz Wi-Fi, it is ideal for next generation, multiple wireless technology systems, such as vehicle telematics and applications that require highly sophisticated antennas for real-time streaming demanding high-speed video uplink and downlink into the cabin of the vehicle. These challenges are resolved by the highly efficient, high gain antennas, with high isolation, all of which is necessary to achieve the required signal to noise ratio and throughput.
The LTE & Wi-Fi antennas have an omnidirectional radiation pattern and the robust PC/ABS enclosure is fully IP67 waterproof and design for use in the harshest of environments. The GNSS antenna has been carefully designed to work equally well on both GPS/GALILEO and GLONASS bands, leading to higher location accuracy and stability of tracking in urban environments.
Typical Applications Include:
- Next Generation OEM Automotive Connectivity
- Multimedia, Navigation and Telematics Systems
- V2V, V2X and Fleet Management Applications
- Real-time HD Video Streaming
- Digital Signage and Remote Monitoring
- First Net Responder Routers
Cable length and connector types are fully customizable. Contact your regional Taoglas customer support team to request these services or additional support to integrate and test this antenna’s performance in your device.
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## **2.** Specifications
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|**LTE Antenna**|**LTE Antenna**|**LTE Antenna**|**LTE Antenna**|**LTE Antenna**|**LTE Antenna**|**LTE Antenna**|**LTE Antenna**|**LTE Antenna**|
|---|---|---|---|---|---|---|---|---|
|Band||LTE700|GSM850|GSM900|DCS|PCS|UMTS1|LTE2600|
|Frequency (MHz)||698~803|824~894|880~960|1710~1880|1850~1990|1920~2170|2300~2690|
||**Efficiency (%)**||||||||
|MIMO1|0.3m|56.88|64.17|68.41|62.92|60.73|62.35|61.23|
||1m|53.80|61.28|65.33|57.39|55.39|57.31|55.84|
||2m|50.21|56.24|59.59|51.13|48.72|50.18|48.36|
||3m|46.49|52.16|55.25|45.48|43.10|44.40|42.01|
||5m|43.05|48.38|51.24|40.44|38.14|39.28|36.50|
|MIMO2|0.3m|65.41|53.23|49.54|74.95|76.59|79.35|75.16|
||1m|61.77|50.84|47.31|68.35|69.85|72.93|68.55|
||2m|57.64|46.66|43.15|60.88|61.42|63.88|59.35|
||3m|53.46|43.27|40.02|54.16|54.35|56.50|51.56|
||5m|49.59|40.12|37.12|48.16|48.09|49.98|44.80|
||**Average Gain(dB)**||||||||
|MIMO1|0.3m|-2.45|-1.93|-1.65|-2.01|-2.17|-2.05|-2.13|
||1m|-2.69|-2.13|-1.85|-2.41|-2.57|-2.42|-2.53|
||2m|-2.99|-2.50|-2.25|-2.91|-3.12|-2.99|-3.16|
||3m|-3.33|-2.83|-2.58|-3.42|-3.66|-3.53|-3.77|
||5m|-3.66|-3.15|-2.90|-3.93|-4.19|-4.06|-4.38|
|MIMO2|0.3m|-1.84|-2.74|-3.05|-1.25|-1.16|-1.00|-1.24|
||1m|-2.09|-2.94|-3.25|-1.65|-1.56|-1.37|-1.64|
||2m|-2.39|-3.31|-3.65|-2.16|-2.12|-1.95|-2.27|
||3m|-2.72|-3.64|-3.98|-2.66|-2.65|-2.48|-2.88|
||5m|-3.05|-3.97|-4.30|-3.17|-3.18|-3.01|-3.49|
|**Peak Gain(dBi)**|||||||||
|MIMO1|0.3m|2.49|2.84|2.58|4.05|4.63|5.01|3.85|
||1m|2.29|2.64|2.38|3.65|4.23|4.71|3.45|
||2m|1.99|2.34|1.98|3.15|3.63|4.11|2.85|
||3m|1.61|1.94|1.68|2.55|3.13|3.51|2.25|
||5m|1.31|1.54|1.38|1.95|2.63|2.91|1.65|
|MIMO2|0.3m|2.98|3.35|2.83|4.69|3.58|4.20|4.22|
||1m|2.68|3.15|2.63|4.29|3.18|3.90|3.82|
||2m|2.38|2.75|2.23|3.79|2.58|3.30|3.22|
||3m|2.08|2.45|1.93|3.29|2.08|2.70|2.62|
||5m|1.78|2.15|1.63|2.79|1.58|2.10|2.02|
|Impedance|||||50 Ω||||
|Polarization|||||Linear||||
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|**Wi-Fi Antenna (2.4GHz/5.8GHz)**|**Wi-Fi Antenna (2.4GHz/5.8GHz)**|**Wi-Fi Antenna (2.4GHz/5.8GHz)**|**Wi-Fi Antenna (2.4GHz/5.8GHz)**|**Wi-Fi Antenna (2.4GHz/5.8GHz)**|
|---|---|---|---|---|
|Frequency (MHz)||2400~2500|4900~5850||
||**Efficiency (%)**||||
|0.3m|56.61|||64.55|
|1m|51.63|||55.53|
|2m|47.11|||47.78|
|3m|41.01|||38.77|
|5m|31.11|||25.47|
||**Average Gain (dB)**||||
|0.3m|2.12|||4.10|
|1m|1.72|||3.44|
|2m|1.12|||2.53|
|3m|0.52|||1.62|
|5m|-0.68|||-0.21|
||**Peak Gain(dBi)**||||
|0.3m|-2.21|||-0.87|
|1m|-2.61|||-1.47|
|2m|-3.01|||-2.07|
|3m|-3.61|||-2.87|
|5m|-4.81|||-4.67|
|Impedance|50 Ω||||
|Return loss|< -6 dB||||
|Polarization|Linear||||
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## **GNSS Antenna**
|||||
|---|---|---|---|
||BeiDou: 1561.098±2.046MHz.|||
|Frequency|GPS : 1575.42±1.023MHz|||
||GLONASS : 1602±5MHz|||
|||||
|||||
|Bandwidth -||||
||12.5 MHz min|||
|Return Loss <-10 dB||||
|||||
|Return loss (GPS L1||||
||< -10 dB|||
|GLONASS L1)||||
|||||
|Passive Gain at Zenith||||
||+2.3 dBi typ.|||
|(GPS L1 and GLONASS L1)||||
|||||
|Polarization|RHCP|||
|Impedance|50 Ω|||
|||||
||fo = 1575.42MHz|||
|LNA Out-band Attenuation||||
||fo±50 MHz 8dB Min. fo±100 MHz 22dB Min. fo±150 MHz 26dB Min.|||
|||||
|||||
|Input Voltage|Min:1.8V|Typ. 3.0V|Max: 5.5V|
|Total Gain @ Zenith|25.3dBi|25.5dBi|25.3dBi|
|Current Consumption|5 mA|10 mA|23 mA|
|Noise Figure|3.0 dB|2.8 dB|3.0 dB|
|Input Voltage|Min:1.8V|Typ. 3.0V|Max: 5.5V|
|---|---|---|---|
|Total Gain @ Zenith|25.3dBi|25.5dBi|25.3dBi|
|Current Consumption|5 mA|10 mA|23 mA|
|Noise Figure|3.0 dB|2.8 dB|3.0 dB|
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|**Mechanical**|**Mechanical**|
|---|---|
|Dimensions|151.8*59*13 mm|
|||
||LTE MIMO1/ MIMO2: 2000mm TGC200|
|Cable|WI-FI: 2000mm TGC200|
||GNSS: 2000mm RG174|
|||
|||
||LTE: SMA Plug|
|Connector|WI-FI: RP SMA Plug|
||GNSS: SMA Plug|
|||
|Casing|PC+ABS|
|Adhesive|3M 9448HK + CR4305|
|Sealant|Rubber Stopper|
|Weight|180 g (Not Including Cable And Package)|
|**Environmental**||
|Protection|IP67|
|Temperature Range|-40°C to +85°C|
|Thermal Shock|100 cycles -40°C to +85°C|
|Humidity|Non-condensing 65°C 95% RH|
|Cable Pull|8Kgf|
|Recommended Mounting Torque|RG174 - 4 Kg / TGC200 - 9Kg|
|Maximum Mounting Torque|SMA 17.28kgf-cm|
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## **3.** Antenna Characteristics
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**----- Start of picture text -----**<br>
3.1 LTE MIMO 1& 2 Antennas<br>**----- End of picture text -----**<br>
## **Return Loss**
## **Isolation between LTE and Wi-Fi antenna**
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## **Isolation between LTE and GPS antenna**
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0.00<br> GPS & LTE 1<br> GPS & LTE 2<br>-10.00<br>-20.00<br>-30.00<br>-40.00<br>-50.00<br>|<br>-60.00<br>700 800 900 1000 1100 1200 1300 1400 1500 1600 1700 1800 1900 2000 2100 2200 2300 2400 2500 2600 2700<br>(MHz)<br>(dB)<br>**----- End of picture text -----**<br>
## **Efficiency**
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## **Average Gain**
## **Peak Gain**
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## **3.2** Wi-Fi Antenna
## **Return Loss**
## **Efficiency**
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## **Average Gain**
## **Peak Gain**
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## **3.3** GNSS Antenna
## **Block Diagram (Active antenna)**
## **Return Loss**
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## **Efficiency**
## **Average Gain**
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## **Peak Gain**
## **Axial Ratio**
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## **GNSS LNA Gain @3V**
## **GNSS LNA Gain and Noise Figure @ 3V**
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## **LNA -1dB Compression Test**
|Parameter|Specification|
|---|---|
|Frequency|1574~1610 MHz|
|Outer Band Attenuation|1592±140 MHz 15dB min|
|Output Impedance|50Ω|
|Output VSWR|2.0 Max|
|Pout at 1dB Gain|Typ. -2dBm|
|Compression point|Min. -6dBm|
The Compression point result for the LNA is when 3.3V of DC power applied.
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## **4.** 2D Radiation Patterns
**4.**
## **4.1** Test Setup
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Y<br>X<br>Z<br>**----- End of picture text -----**<br>
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**4.2** LTE MIMO1
## XY Plane
## X
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**----- Start of picture text -----**<br>
Y<br>on<br>f 2a<br>210 150<br>180 IBi)-<br>X<br>0<br>270 90 Y<br>**----- End of picture text -----**<br>
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X<br>**----- End of picture text -----**<br>
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Y<br>**----- End of picture text -----**<br>
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XZ Plane<br> Z Z<br>0<br>7” 0<br>ae33 : 2 _30 330 10 30<br>0<br>p) | x X<br>X X X X<br>ae 7 —1710MHz<br>240 SX 120 —751MHz 240 Ney 120 aaa X<br>poole ay —1990MHz<br>210 150 me 960M Hz 210 150 —2170MHz<br>180 (4B!) 180 (dBi)<br> Z<br>0<br>-<br>—<br>00<br>X<br>\ 60<br>X<br>240<br>: oY 120 ——2500MHz<br>**----- End of picture text -----**<br>
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YZ Plane<br> Z Z<br>z 0<br>10 6<br>330 30 a 7<br>——=> . 0. =<br>Y<br>Y Y Y<br>**----- End of picture text -----**<br>
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Z<br>D<br>10.<br>330 30<br>300 Vd } 60<br>Y<br>240 IN ———— 7 (20 =<br>210 _<br>180 (dBi)<br>.<br>**----- End of picture text -----**<br>
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4.3 LTE MIMO2<br>**----- End of picture text -----**<br>
## XY Plane
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X X<br>; (<br>10 10<br>30 30 330 30<br>-30, \<br>Y Y<br>270 90 Y y<br>es<br>240 . 12(<br>on Oem 751 MHZ We<br>824M Hz<br>210 150<br>210210 15050 —=960MHz ~— : (Bi)<br>180 (dBi)<br> X<br>330 30<br>f Y<br>**----- End of picture text -----**<br>
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XZ Plane<br> Z Z<br>0 0<br>330 |, 30 330 i<br>10 —} : 410<br>i) | X 30<br>270 ie +| it i: 90 X 270 —— <<<br>24( ' || 20 751M—=704MHzHZ AN a\—<br>= | 824M Hz<br>210 | 150 me 960M Hz 210<br>70 (dBi)<br> Z<br>**----- End of picture text -----**<br>
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YZ Plane<br> Z Z<br>0 0<br>10 10<br>330 3U 330 a0<br>) 0<br>300 60 300 YF 7S 60<br>y<br>Y<br>Y Y | | | Y Y<br>\ ! ——=704MHz \ J<br>240 20 751MHz SA LS<br>; 824MHz — =e<br>210 150 = 960M HZ 210 150<br>180 (Bi) 180 Sh<br> Z<br>0<br>10<br>300 \ 60<br>Y<br>Y<br>**----- End of picture text -----**<br>
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## **4.3** Wi-Fi
## XY Plane
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**----- Start of picture text -----**<br>
X<br>0<br>10.<br>0 ai -<br>-49 9 Y<br>270<br>Y<br>**----- End of picture text -----**<br>
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X<br>(<br>10<br>300 4 60<br>Y<br>**----- End of picture text -----**<br>
## XZ Plane
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Z<br>X X<br>**----- End of picture text -----**<br>
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X<br>**----- End of picture text -----**<br>
## YZ Plane
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Z<br>10<br>330<br>0<br><<<br>~® 0 TA<br>Y<br>Y<br>**----- End of picture text -----**<br>
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Y<br>**----- End of picture text -----**<br>
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## **4.4** GNSS | 4
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**----- Start of picture text -----**<br>
XY Plane<br> X<br>30) 30<br>eo<br>24 120<br>eee<br>10 150<br>180 (dBi<br>XZ Plane<br> X<br>Z<br>(an<br>em<br>iN eee<br>:<br>210 15<br>180 (dBi)<br>YZ Plane<br> Y<br>\<br>Z<br>**----- End of picture text -----**<br>
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## **5.** 3D Radiation Patterns
## **5.1** 3D Radiation Patterns
## LTE MIMO 1
698 MHz
824 MHz
1710 MHz
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**----- Start of picture text -----**<br>
751 MHz<br>**----- End of picture text -----**<br>
960 MHz
1850 MHz
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1990 MHz
2170 MHz
## 2500 MHz
2690 MHz
## LTE MIMO 2
## 698 MHz
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**----- Start of picture text -----**<br>
751 MHz<br>**----- End of picture text -----**<br>
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824 MHz
960 MHz
1710 MHz
1990 MHz
1850 MHz
2170 MHz
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2500 MHz
2690 MHz
## Wi-Fi
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2400 MHz<br>**----- End of picture text -----**<br>
2500 MHz
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2450 MHz<br>**----- End of picture text -----**<br>
4900 MHz
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5150 MHz
5550 MHz
5850 MHz
## GPS
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**----- Start of picture text -----**<br>
1561 MHz<br>**----- End of picture text -----**<br>
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1575.42 MHz<br>**----- End of picture text -----**<br>
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1602 MHz
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## **6.** Mechanical Drawing (Units: mm)
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## **7.** Packaging
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## **8.** Application Notes
The MA.284 antenna Performance with different cable lengths is shown below
## **8.1** Return Loss **LTE MIMO 1**
## **LTE MIMO 2**
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## **Wi-Fi**
## **8.2** Efficiency
## **LTE MIMO 1**
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## **LTE MIMO 2**
## **Wi-Fi**
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**8.2** Average Gain
## **LTE MIMO 1**
## **LTE MIMO 2**
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## **Wi-Fi**
## **8.2** Peak Gain
## **LTE MIMO 1**
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## **LTE MIMO 2**
## **Wi-Fi**
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## **9.** Vibration Test
|**Product Category:**<br>~~PT~~|Antenna|
|---|---|
|**Product Series Name:**<br>~~PO~~|Genesis II|
|**Product Model Part No.:**<br>~~PT~~|MA284.LBIC.001|
|**Quantity Tested:**<br>~~PT~~|2 pcs|
|**Date of Testing: **<br>~~PO~~|03/13-14 , 2019|
|**Test Required:**<br>~~PT~~|Vibration Test|
|**Batch No:**|(SWEI001)|
|**_Name_**<br>~~| 4—~~|**_Brand_**|**_Model_**|**_Serial No._**|**_Calibration Date_**|
|---|---|---|---|---|
|**_Vibration test_**<br>**_system_**<br>~~—~~|Vibration-Source|VS-300V|E00404|2018/08/07|
|**_Controller_**<br>~~PO~~|V5.0|Super-2|243552379|2018/08/07|
|**_Network Analyzer_**<br>~~[oo~~|KEYSIGHT|E5071C|MY46526857|2018/12/23|
|**9.2**<br>Lab Environmental Conditions<br>**Ambient Temperature**<br>~~| 4PO~~|25±3˚C|
|---|---|
|**Relative Humidity**<br>~~[Po~~|65±20%RH|
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## **9.3** Test Method/Specification
|**Sample condition:**|Unpacked|
|---|---|
|**Wave form:**|Random|
|**Frequency:**|10~1000Hz<br>Frequency<br>Hz<br>PSD<br>(m/s2)2/Hz<br>10<br>20<br>55<br>6.5<br>180<br>0.25<br>300<br>0.25<br>360<br>0.14<br>1000<br>0.14<br>Equivalent to 27.8 (m/s2)rms|
|**Direction:**|X Y Z axis|
|**Duration:**|8 hours / each axis<br>TOTAL = 8hoursX3axis=24 hours|
Inspection items:
- Visual inspection before and after test
- Functional inspection before and after test
- Electrical test
LTE Wi-Fi GPS
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9.4 Test Setup<br>**----- End of picture text -----**<br>
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**----- Start of picture text -----**<br>
X axis Y axis<br>——<br>=<br>eae -<br>=<br>S<br>=<br>Z axis<br>**----- End of picture text -----**<br>
## Test Profile
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**----- Start of picture text -----**<br>
9.5 Test Results<br>**----- End of picture text -----**<br>
|**V**isual Inspection|**V**isual Inspection|**V**isual Inspection|
|---|---|---|
|**Item No./Part No.**|**Visual Inspection Result**|**PASS/FAIL**|
|**Vibration 1**|No visible damage|PASS|
|**Vibration 2**|No visible damage|PASS|
## Before Test After Test Vibration 1 ~~—~~ | ; Abrecai \ _it Vibration 2
|**LTE1**|**LTE1**|**LTE1**|**LTE1**|**LTE1**|**LTE1**|**LTE1**|**LTE1**|
|---|---|---|---|---|---|---|---|
|**Criteria(VSWR)**||<2.2|>5|<2.8|<2.8|<2.8||
|**Frequency**||900MHZ|1105MHZ|1710MHZ|2170MHZ|2700MHZ|PASS/FAIL|
|**Vibration**<br>**1**|**Before**|1.3347|7.0476|2.6222|1.4834|1.6754|PASS|
||**After**|1.1472|7.2373|1.6731|1.5361|2.1083||
|**Vibration**<br>**2**|**Before**|1.9120|6.4033|2.1130|1.5582|2.1467|PASS|
||**After**|1.5809|5.4005|1.6619|1.2008|2.1523||
|**LTE2**||||||||
|**Criteria(VSWR)**||<2.4|>3|<2.2|<2.1|<2.4||
|**Frequency**||900MHZ|1115MHZ|1710MHZ|2170MHZ|2700MHZ|PASS/FAIL|
|**Vibration**<br>**1**|**Before**|1.9251|7.2172|1.5013|1.4896|1.7385|PASS|
||**After**|1.4965|7.0566|1.7504|1.3874|1.5214||
|**Vibration**<br>**2**|**Before**|1.8827|7.6574|2.0452|1.5664|1.8541|PASS|
||**After**|1.6043|7.4674|1.5320|1.4418|1.7818||
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||||**Wi-Fi**|**Wi-Fi**||||
|---|---|---|---|---|---|---|---|
|**Criteria(VSWR)**||>5|<2.2|<2.1|<2.4|<2.8||
|**Frequency**||1000MHz|2400MHz|2500MHz|5150MHz|5850MHz|PASS/FAIL|
||||||||PASS|
||**Before**|10.0216|1.3117|1.3304|1.3167|1.4106||
|**Vibration 1**|**f**||12674|14397|13442|13605||
||**Ater**|8.9460|.|.|.|.||
||||||||PASS|
||**Before**|10.3904|1.4363|1.5880|1.7094|1.3269||
|**Vibration 2**|**f**||14832|14731|13257|12859||
||**Ater**|8.9847|.|.|.|.||
|||**GPS**|**GPS**||||
|---|---|---|---|---|---|---|
|**Criteria(dB)**||**S11<-10**|**S11<-10**|**S11<-10**|**1-18mA**||
|**Frequency**|||||Current: mA|PASS/<br>FAIL|
|||1561MHz|1575.42MHz|1602MHz|||
||||||||
|**Vibration 1**||||||PASS|
||Before|-16.3506|-31.1750|-29.3838|10.850||
||Af|182042|261143|190034|11840||
||ter|-.|-.|-.|.||
|**Vibration 2**||||||PASS|
||Before|-16.1836|-34.4040|-22.2276|11.360||
||Af|167525|195971|287449|11450||
||ter|-.|-.|-.|.||
|**Criteria(dB)**||-8<S12<6|-7<S12<8|-11<S12<4|||
|**Frequency**||||1602MHz||PASS/<br>FAIL|
|||1561MHz|1575.42MHz||||
||||||||
|**Vibration 1**||||||PASS|
||Before|-7.5716|-4.1983|-7.5066|||
||Af|32787|34108|62810|||
||ter|-.|-.|-.|||
|**Vibration 2**||||||PASS|
||Before|-7.3068|-4.3941|-5.6974|||
||Aft|50373|18334|100224|||
||er|-.|-.|-.|||
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**==> picture [410 x 315] intentionally omitted <==**
**----- Start of picture text -----**<br>
9.6 VNA Results<br>LTE1 & 2<br>Before Test After Test<br>Vibration 1<br>ereAy wv.e-chanzel com.tw Seen5 VNA DisplayF Normal] Model [ 2 64 LTE ba GoPy wvre w.e-channelshared con com.tw Seen= VNA Display;<br>! sen a 2 ICHNo.:01 At? Calbratonod Loca a weeet Tees<br>1 a Trace 1Si1YSWR_} A<br>vot Frowercyldtt) Vaue Data) Mem f<br>Mer ow ‘ \{<br>| iGa, eye Pilieg 27000000 1 IR 0.0000] ti i<br>. wk Kotek 1 %<br>|H 4. teta waikehak? alee : t iN yy4<br>| 1me ‘on.wake | { i<br>(\ \ ‘ wTrace2 /SZ2SWR || | i<br>fanaa | ! fh SP i nees Fremercyldtt|x0 000000 Vou19251 Data Mem eee oe ‘ .<br>vat |\ ' \ ot!svt? ETEET oy,ut My, \ o<br>t ‘ | } voneymnZooon EeQE RR f { I<br>re | feoopreny ' Sot '<br>we | (Mal Wark Wott ! i<br>‘a “ ele ya i ies rk 10 EES gaa \; } SVE i fad LAGE Uy<br>1<br>sop. =20009 Miz 1.10002 Giz E000s20 te 00. 200009 He 1.750000 che<br>HERE Stop Single Continue|Edit Table Add ioce! DSIMNGGE) Save ERIMIRN Save Form) (SRStz881 Calibration HERI Stop Single Continue|EditTable Add Mode! |DENIMGHE) Save<br>‘System Running. eee System Running.<br>Vibration 2<br>**----- End of picture text -----**<br>
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**----- Start of picture text -----**<br>
Wi-Fi<br>Before Test<br>**----- End of picture text -----**<br>
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**----- Start of picture text -----**<br>
After Test<br>**----- End of picture text -----**<br>
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**----- Start of picture text -----**<br>
Vibration 1<br>**----- End of picture text -----**<br>
## Vibration 2
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**----- Start of picture text -----**<br>
GPS<br>Before Test After Test<br>Vibration 1<br>**----- End of picture text -----**<br>
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**----- Start of picture text -----**<br>
Vibration 2<br>**----- End of picture text -----**<br>
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## **9.7** Conclusion
The Vibration test result for MA284.LBIC.001 was a PASS
Visual Inspection Result: PASS
Electrical test: PASS
Test method: Frequency: 10~1000Hz / Direction: X axis / Duration: 8 hours , each axis (Total = 8hoursX 3 axis=24 hours)
|**Frequency (Hz)**<br>~~LT~~|**PSD(m/s2)2/Hz**<br>~~LT~~|
|---|---|
|10|20|
|55|6.5|
|180|0.25|
|300|0.25|
|360|0.14|
|1000|0.14|
|Equivalent to 27.8 (m/s2)rms||
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## **10.** Mechanical Shock Test
~~PT~~ **Product Category:** Antenna **Product Series Name:** Genesis II **Product Model Part No.:** MA284.LBIC.001 **Quantity Tested:** 2 pcs ~~PT~~ **Date of Testing: g: :** 03/13-14 , 2019 ~~PT~~ **Test Required: quired: uired:** Mechanical Shock Test **Batch No:** (SWEI001)
~~PT~~ **Date of Testing: g: :** ~~PT~~ **Test Required: quired: uired: Batch No:** ~~[Po~~
|**_Name_**<br>~~| 4ee~~|**_Brand_**<br>~~ee~~|**_Model_**<br>~~ee~~|**_Serial No._**<br>~~ee~~|**_Calibration Date_**|
|---|---|---|---|---|
|**_Vibration test_**<br>**_system_**<br>~~ee~~|Vibration-Source<br>~~ee~~|VS-300V<br>~~ee~~|E00404<br>~~ee~~|2018/08/07|
|**_Controller_**<br>~~ee~~<br>~~PO~~|V5.0<br>~~ee~~|Super-2<br>~~ee~~|243552379<br>~~ee~~|2018/08/07|
|**_Network Analyzer_**<br>~~[fo~~|KEYSIGHT|E5071C|MY46526857|2018/12/23|
**10.2** Lab Environmental Conditions ~~| 4 Po~~ **Ambient Temperature** 25±3˚C ~~PO~~ **Relative Humidity** 65±20%RH
**10.3** Test Method/Specification ~~| 4 PO~~ **Sample condition:** Unpacked ~~PO~~ **Pulse Shape:** Half Sinusoidal **Acceleration:** 50G ~~PO~~ **Pulse Duration:** 6ms ~~PO~~ **Shock Direction:** ±X, ±Y, ±z, 6axis ~~PO~~ **Times:** 10 shocks/Axis, total=60 shocks ~~Po~~ **Test standard** ISO 16750 ~~PO~~
## Inspection items:
- Visual inspection before and after test
- Functional inspection before and after test.
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**----- Start of picture text -----**<br>
10.4 Test Setup<br>**----- End of picture text -----**<br>
**==> picture [302 x 399] intentionally omitted <==**
**----- Start of picture text -----**<br>
Shock +X axis Shock -X axis<br>. a + _<br>-— ~ = a =:<br>r=oPe We<br>Saka us<br>Shock +Y axis Shock -Y axis<br>_—<br>——_ ==$7<br>. _—_——_—<br>Shock +Z axis Shock -Z axis<br>; 4 —<br>jon<br>var - ws<br>* =<br>> ¥ F<br>Shock for each axis<br>**----- End of picture text -----**<br>
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## **10.5** Test Results
## Test Visual Inspection PASS/FAIL Result Shock No visible damage PASS
Shock
## Before Test
## After Test
|**LTE1**<br>~~CT~~|**LTE1**<br>~~CT~~|**LTE1**<br>~~CT~~|**LTE1**<br>~~CT~~|**LTE1**<br>~~CT~~|**LTE1**<br>~~CT~~|**LTE1**<br>~~CT~~|**LTE1**<br>~~CT~~|**LTE1**<br>~~CT~~|**LTE1**<br>~~CT~~|**LTE1**<br>~~CT~~|**LTE1**<br>~~CT~~|**LTE1**<br>~~CT~~|**LTE1**<br>~~CT~~|**LTE1**<br>~~CT~~|
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|Criteria (VSWR)<br>~~CT~~|<2.2<br>~~CT~~||>5<br>~~CT~~|<2.8<br>~~CT~~||<2.8<br>~~CT~~|||<2.8<br>~~CT~~|||~~CT~~|||
|Frequency|900MHz||1105MHz|1710MHz||2170MHz|||2700MHz|||PASS/FAIL|||
|Before<br>After<br>~~Le~~|1.4541||7.1812|1.5995||1.1837|||2.0464|||PASS|||
||1.9596||6.5141|1.9945||1.2279|||1.5090||||||
|**LTE2**<br>~~Le~~|||||||||||||||
|Criteria (VSWR)<br>~~Le~~|<2.4||>3|<2.2||<2.1|||<2.4||||||
|Frequency|900MHz||1115MHz|1710MHz||2170MHz|||2700MHz|||PASS/FAIL|||
|Before<br>After|1.5062||7.7703|1.5716||1.4493|||1.8727|||PASS|||
||2.1882||6.8598|1.4510||1.4735|||1.7561||||||
|**Wi-Fi**<br>~~FT~~|||||||||||||||
|Criteria (VSWR)|>5||<2.2||<2.1||<2.4|||<2.8|||||
|Frequency|1000MHz||2400MHz||2500MHz||5150MHz|||5850MHz|||PASS/FAIL||
|Before<br>After<br>~~Le~~|10.0889||1.2495||1.5280||1.4056|||1.3422|||PASS||
||9.5431||1.3953||1.3000||1.3563|||1.4295|||||
|**GPS**<br>~~Le~~|||||||||||||||
|Criteria(dB)<br>~~Le~~||S11<-10||S11<-10||||S11<-10|||1-18mA||||
|Frequency||1561MHz||1575.42MHz||||1602MHz|||Current<br>Unit :mA|||PASS/<br>FAIL|
|Before<br>After||-19.5439||-20.3237||||-30.2115|||10.920|||PASS|
|||-23.4871||-20.7000||||-16.9670|||11.340||||
|Criteria(dB)||-8<S12<6||-7<S12<8||||-11<S12<4|||||||
|Frequency||1561MHz||1575.42MHz||||1602MHz||||||PASS/<br>FAIL|
|Before<br>After||-7.4385||-3.9109||||-4.5607||||||PASS|
|||-4.9585||2.4792||||-5.1544|||||||
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**==> picture [303 x 479] intentionally omitted <==**
**----- Start of picture text -----**<br>
LTE1 & 2<br>Before Test After Test<br>[Narre =] proces [AZBA xi. f P% wrw.c-channcl.com.twReve i Sim]=z : VNA A Displayispl<br>: E 3 on 7 eee Ms<br>ou: Freauence(WHz) Valueey ‘Data (Mem : \<br>cm | Wi '<br>; he | ocveive {UY '<br>ark oh 1<br>re Mel<br>. TraceTrace2(S22\S02(S22(SWR in mDatiWem . \ {II we<br>Play inscoxce 7 } \<br>cc | \ |<br>Re cco — | I<br>* ot 10 (ES ieee a At ‘ VT<br>ooo! DONMOGEY Save MRIMNENSave For (GisteeE| Calibration [EINE Stop Single Continue|Edit Table Adc Mode! (DSUMGGEI<br>“es Form had saveto JPG.<br>Wi-Fi<br>Before Test After Test<br>[Norma =] trode [MAZE = S wins channel ee VNA Display<br>ICH.No.01 A1B1_—_ > CalbratioO n c .<br>a Wrace 1 tte ye.c<br>oosh:1 FreauencyiWHz}reesTEvalue ‘Data°°.,, Oe (Mem c “<br>Whore Asn ONO rep) Pet Vou i .<br>st10 [rr<br>See es Me a baa wem 7<br>hak RM oc. ween<br>Mak 10 -<br>Moce! (IRNNSGEN "Save INIENSave Form [RIEEEEEE Calibration MEME Stop Single Continue|Edit Table Adc Mode! DSQNGGEY<br>ene Form had save to JPG<br>GPS<br>Before Test After Test<br>**----- End of picture text -----**<br>
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## **10.6** Conclusion
The Mechanical Shock test result for MA284.LBIC.001 was a PASS
Visual inspection: PASS
Electrical inspection: PASS
|**Sample condition:**<br>~~Po~~|Unpacked|
|---|---|
|**Pulse Shape:**<br>~~Po~~|Half Sinusoidal|
|**Acceleration:**<br>~~Po~~|50G|
|**Pulse Duration:**<br>~~Pd~~|6ms|
|**Shock Direction:**<br>~~Pd~~<br>~~Po~~|±X, ±Y, ±z, 6axis|
|**Times:**<br>~~Po~~|10 shocks/Axis, total=60 shocks|
|**Test standard**<br>~~[~~|ISO 16750|
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## **11.** Drop Test
**Test Report** Taoglas Taiwan Reliability Test Lab
|Product Category:|Antenna|
|---|---|
|Product Model Part No.:|MA284.LBIC.001|
|Quantity Tested:|1 pc|
|Date of Testing:|03/11 , 2019|
|Test Required:|Drop Test|
|Batch No:|(SWEI001)|
Product picture:
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## **1.** Test Equipment
|Name|Brand|Model|Serial No.|Calibration Date|
|---|---|---|---|---|
|Network Analyzer|KEYSIGHT|E5071C|MY46526857|2018/12/13|
## **2.** Lab Environmental Conditions:
Ambient temperature: 25±3°C Relative humidity: 65±20%RH
## **3.** Test Method/Specification
Sample condition: Unpacked Fall Height: 1 M Test times 1 time/each test Test set: Ground Test Standard: Follow Taoglas’ Reliability Test Operation Procedure
Inspection items:
- Visual inspection before and after test
- Functional inspection before and after test
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## Test Equipment Set-up
**==> picture [61 x 9] intentionally omitted <==**
**----- Start of picture text -----**<br>
Drop test photo<br>**----- End of picture text -----**<br>
**==> picture [217 x 203] intentionally omitted <==**
**----- Start of picture text -----**<br>
6 faces drop test photo<br>FACE A FACE B<br>**----- End of picture text -----**<br>
**==> picture [186 x 6] intentionally omitted <==**
**----- Start of picture text -----**<br>
FACE B FACE C<br>**----- End of picture text -----**<br>
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**----- Start of picture text -----**<br>
FACE D FACE E FACE F<br>**----- End of picture text -----**<br>
Angle 1
Angle 1 test photo
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Axis 2
3 Axis test photo:
**==> picture [347 x 6] intentionally omitted <==**
**----- Start of picture text -----**<br>
Axis 1 Axis 2 Axis 3<br>**----- End of picture text -----**<br>
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## **4.** Test Results
## **4.1.** Visual Inspection
|Item No./Part No.|Visual Inspection Result|PASS/FAIL|
|---|---|---|
|Sample 1|No visible damage or break|PASS|
## **4.2.** Test Picture
Before Test After Test
SAMPLE 1
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## **4.3.** Functional Inspection
|||**LTE1**|**LTE1**|||PASS/FAIL<br>PASS<br>PASS/FAIL<br>PASS|
|---|---|---|---|---|---|---|
||<2.2|>5|<2.8|<2.8|<2.8||
||900MHz|1105MHz|1710MHz|2170MHz|2700MHz||
|Before|1.2210|7.3961|2.1198|1.2980|2.5111||
|After|1.4451|7.9390|1.8249|1.5937|2.6301||
|||**LTE2**|||||
||<2.4|>3|<2.2|<2.1|<2.4||
||900MHz|1115MHz|1710MHz|2170MHz|2700MHz||
|Before|1.7324|7.0355|1.8092|1.6304|1.4320||
|After|1.9199|7.3320|1.7001|1.7662|1.3798||
||||**WIFI1**|**WIFI1**||||
|---|---|---|---|---|---|---|---|
|Criteria(VSWR)||>5|<2.2|<2.1|<2.4|<2.8||
|Part No./ Sample No.||1000MHz|2400MHz|2500MHz|5150MHz|5850MHz|PASS/FAIL|
|Sample 1|Before|9.0964|1.3290|1.7865|1.3550|1.3672|PASS|
||After|8.8443|1.2898|1.6789|1.2678|1.2600||
||||**WIFI2**|||||
|Criteria(VSWR)||>5|<2.2|<2.1|<2.4|<2.8||
|Part No./ Sample No.||1000MHz|2400MHz|2500MHz|5150MHz|5850MHz|PASS/FAIL|
|Sample 1|Before|9.9164|1.4077|1.5340|1.5580|13856|PASS|
||After|9.4661|1.3840|1.5516|1.4238|1.4693||
||||**GPS**||||
|---|---|---|---|---|---|---|
||Criteria(dB)|S11<-10|S11<-10|S11<-10|1-18mA||
|Part No./<br>Sample No.|Before<br>/After|1561MHz|1575.42MHz||Current<br>Unit :mA|PASS/FAIL|
|||||1602MHz|||
||||||||
|Sample 3|Before|-15.8166|-14.2037|-14.4567|11.750|PASS|
||After|-20.2241|-26.3585|-23.0684|11.750|PASS|
||Criteria(dB)|-8<S12<6|-7<S12<8|-11<S12<4|||
|Part No./<br>Sample No.|Before<br>/After|1575.42MHz|1575.42MHz|||PASS/<br>FAIL|
|||||1602MHz|||
||||||||
||Before|-5.2258|0.1317|-5.5774||PASS|
|Sample 3|After|-4.9625|-1.7349|-6.4786||PASS|
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## **4.4.** Function test photo
**==> picture [304 x 268] intentionally omitted <==**
**----- Start of picture text -----**<br>
LTE1 & 2<br>Before Test After Test<br>SAMPLE 1<br>Normal =) node iA ba: Qoww.c-channel.com.tw same | VINA Display<br>ICHNo.:01 A181 Caltvation OW eit e 2G<br>. Trace 1(Si1)\SWR } a<br>ae 500) 000000RRIEg 3000.000000) ,<br>FreavencyMHz) Vaue 6 Data! Mem '<br>vce | 8EO°° | ,<br>t Mate vate }<br>}<br>Im Sinct FrequencyMHe) Vaive Data Mem “i<br>1 iesDot?1k:‘ot ERSeederETE,- — 6FFvsZBE fa \k aWAR\ i| if<br>HUT hth ‘a 5 : ra ae i a<br>3.000200 st aoa 750000 tt<br>Mode! Delage! Save EEESTS22Save Foc Form) atesBH Calibration oec Calibration abort[EBB Stop Single Continue) Edit Table Add Mode! (DRIMGGE) Save<br>Wi-Fi 1<br>Before Test After Test<br>SAMPLE 1<br>**----- End of picture text -----**<br>
## Wi-Fi 2
Before Test After Test
SAMPLE 1
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## 5. Conclusion
## **5.1.** The drop test result for MA284.LBIC.001 shows PASS
Visual inspection: PASS Electrical test: PASS
## **5.2.** Test method: Follow Taoglas’ Reliability Test Operation Procedure
Fall Height: 1 M Test times: 1 time/each test Test set: Ground
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Changelog for the datasheet **SPE-19-8-009 – MA284.LBIC.001**
## **Revision: A (Original First Release)**
Date: 2019-03-15 Notes: Initial Datasheet Release Author: Yu Kai Yeung
## **Previous Revisions**
**==> picture [495 x 480] intentionally omitted <==**
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Updated at June 9, 2026
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