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MA220.LB.001
Combo Antenna, 2.57GHz to 2.69GHz, -1.59dBi Gain, 50ohm, Linear Polarisation, Adhesive
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- Manufacturer: TAOGLAS
- Product type:
- Antenna Type:Combo; Frequency Min:2.57GHz; Frequency Max:2.69GHz; Antenna Mounting:Adhesive; Gain:-1.59dBi; VSWR:-; Input Power:5W; Input Impedance:50ohm; Antenna Polarisation:Linea
- Gain: -1.59dBi
- SVHC: To Be Advised
- VSWR: -
- Input Power: 5W
- Antenna Type: Combo
- Frequency Max: 2.69GHz
- Frequency Min: 2.57GHz
- Product Range: Optimus
- Input Impedance: 50ohm
- Antenna Mounting: Adhesive
- Antenna Polarisation: Linear
| Delivery and price | |
|---|---|
| Units per pack | 100 |
| Price | 19.99 € |
| Current stock | 10+ |
| Lead time | 30 days |
Datasheet
## **SPECIFICATION**
- Part No. : **MA220.LB.001**
- Product Name : Optimus MA220 2in1 GPS-GLONASS-GALILEO/ LTE
External Adhesive Antenna for Glass and Plastic Mount
- Features : GPS-GLONASS-GALILEO - High gain LNA up to 32dB 4G LTE band – 698 MHz to 2700MHz Covers legacy worldwide 2G and 3G bands
LTE/GSM/CDMA/PCS/DCS/UMTS/GPRS/EDGE/HSPA IP67
Height 12mm Diameter 62.8mm
RoHS Compliant
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## **1. Introduction**
The Optimus MA220 is a combination high performance GPS-GLONASS-GALILEO and 4G/3G/2G LTE (plus GSM /CDMA/PCS/DCS/UMTS/GPRS/EDGE/HSPA) antenna to simplify Automotive Telematic and Fleet management systems worldwide. Its high quality low profile covert housing can be attached onto the glass or even out of sight under the dashboard. This combination of a high gain GPS/GLONASS/GALILEO antenna and a LTE antenna is ideal for those applications that require durability, small size and covert installation, and reliable reception and transmission crossing through different mobile networks.
The LTE cellular antenna function covers all main LTE and 3G/2G cellular bands worldwide. It has been designed to work equally well when mounted on glass or on plastic. It is not suitable for mounting on metal.
The GPS/GLONASS/GALILEO function means increased accuracy and reliability of location. A front-end SAW protects the LNA from burnout by nearby out of band cellular transmissions and also significantly reduces any compression and consequent reduction of sensitivity.
The standard version has 3 metres RG174 cable and SMA(M) connector on both GPS/GLONASS/GALILEO and LTE. For even higher gain and efficiency we recommend if you can to use shorter cable lengths, as shown in the charts below. The cable lengths and connector types are completely customizable according to customer request, subject to a minimum order quantity.
The slim housing is fully IP67 waterproof. A separate automotive approved 3M adhesive pad is provided, allowing the antenna to be mounted correctly facing through glass, or directly onto a plastic surface like the dashboard of a vehicle.
Note if US LTE network certification is required contact Taoglas for advice on correct antenna choice.
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## **1.1. Features**
## **GPS-GLONASS-GALILEO**
- High LNA Gain up to 32 dB
- Antenna Gain 30 ± 2 dB
- Low Noise 1.5 dB max
## **LTE**
- Advanced 4G LTE antenna with 3G/2G application bands included LTE/GSM/CDMA/PCS/DCS/UMTS/GPRS/EDGE/HSPA
## **Other**
- Ultrasonically Welded - Water Resistant IP 67
- UV Resistant
- Quality textured covert design. Low profile
- Comes with automotive approved high grade 3M double sided tape for quick and easy mounting
- Customizable cables and connectors
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## **2. Specification**
|4G/3G/2G Antenna<br>~~|~~|4G/3G/2G Antenna<br>~~|~~|4G/3G/2G Antenna<br>~~|~~|4G/3G/2G Antenna<br>~~|~~|4G/3G/2G Antenna<br>~~|~~|4G/3G/2G Antenna<br>~~|~~|4G/3G/2G Antenna<br>~~|~~|4G/3G/2G Antenna<br>~~|~~|4G/3G/2G Antenna<br>~~|~~|4G/3G/2G Antenna<br>~~|~~|
|---|---|---|---|---|---|---|---|---|---|
|Frequency<br>(MHz)<br>~~|~~|LTE 700<br>~~|~~|LTE Band<br>20<br>~~|~~|GSM 850<br>~~|~~|GSM 900<br>~~|~~|DCS<br>~~|~~|PCS<br>~~|~~|WCDMA<br>I /UMTS<br>~~|~~|Wi-Fi<br>~~|~~|LTE 2600<br>~~|~~|
||698<br>~798|791<br>~862|824<br>~894|880<br>~960|1710<br>~1880|1850<br>~1990|1920<br>~2170|2400<br>~2500|2570<br>~2690|
|Free Space||||||||||
|Peak Gain<br>(dBi)*|-1.54|-0.53|-0.53|-1.07|-0.10|0.72|0.89|-2.40|-1.59|
|Average Gain<br>(dBi)*|-7.21|-6.02|-5.71|-8.20|-6.46|-6.10|-5.99|-7.39|-7.40|
|Efficiency<br>(%)*|19.12|25.29|27.38|16.20|22.62|24.62|25.22|18.27|18.21|
|On 2mm Thickness ABS||||||||||
|Peak Gain<br>(dBi)*|-1.13|-0.05|-0.05|-1.91|2.21|1.68|1.63|-3.36|-0.63|
|Average Gain<br>(dBi)*|-6.72|-4.78|-5.01|-7.96|-6.01|-4.99|-5.73|-9.07|-7.64|
|Efficiency<br>(%)*|21.66|33.32|31.52|16.59|25.37|31.75|28.06|12.36|17.21|
|On Glass||||||||||
|Peak Gain<br>(dBi)*|-0.71|-0.35|-0.35|-2.03|1.76|1.71|1.48|-2.94|-1.31|
|Average Gain<br>(dBi)*|-6.44|-4.99|-5.36|-8.37|-5.76|-5.29|-6.18|-9.21|-8.04|
|Efficiency<br>(%)*|23.01|31.79|29.03|14.93|26.78|29.61|25.07|11.97|15.70|
|Return loss (dB) *||< -5||||||||
|Polarization||Linear||||||||
|Impedance||50Ω||||||||
|Cable||3m RG174 standard, fully customizable||||||||
|Connector||SMA(M), standard, fully customizable||||||||
|Maximum Input Power||5W||||||||
SPE-14-8-016/D/WY Page 4 of 25
|GPS-GLONASS-GALILEO<br>~~[~~|GPS-GLONASS-GALILEO<br>~~[~~|
|---|---|
|Center Frequency<br>~~[~~|GPS/GALILEO:1575.42±3 MHz<br>GLONASS:1602±0.5 MHz<br>~~[~~|
|Gain|3 ±1 dBic typ.|
|VSWR|1.92:1 Max|
|Impedance|50Ω|
|Antenna Patch Size|25x25x4mm|
|Cable|3m RG174 standard, fully customizable|
|Connector|SMA(M), standard, fully customizable|
|LNA Electrical Properties||
|Center Frequency fc|GPS/GALILEO:1575.42±3 MHz<br>GLONASS:1602±0.5 MHz|
|Impedance|50 Ω Nominal|
|VSWR|<1.92:1|
|Return Loss|10 dB Min.|
|Gain|31 dB Min. @3.3V|
|DC Power Input|3.3V|
|Noise Figure @3.3V|1.5dB|
|Power Consumption|12mA|
|MECHANICAL<br>~~LT~~|MECHANICAL<br>~~LT~~|
|---|---|
|Antenna Dimensions<br>~~LT~~|62.8mm x 68mm x 12mm<br>~~LT~~|
|Casing|ABS|
|Waterproof|IP67|
|ENVIRONMENTAL||
|Operation Temperature|-40°C to 85°C|
|Storage Temperature|-40°C to 90°C|
|Humidity|Non-condensing 65°C 95% RH|
*note: includes 3 metre RG174 cable loss
SPE-14-8-016/D/WY Page 5 of 25
## **3. LTE Antenna Characteristics**
**3.1. Return Loss**
Free Space with RG174 Coaxial Cable
On 2mm thickness ABS Base with RG174 Coaxial Cable
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On Glass Base with RG174 Coaxial Cable
## **3.2. Efficiency**
Free Space with RG174 Coaxial Cable
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On 2mm thickness ABS Base with RG174 Coaxial Cable
On Glass Base with RG174 Coaxial Cable
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## **3.3. Peak Gain**
Free Space with RG174 Coaxial Cable
On 2mm thickness ABS Base with RG174 Coaxial Cable
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On Glass Base with RG174 Coaxial Cable
## **3.4. Average Gain**
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On 2mm thickness ABS Base with RG174 Coaxial Cable
On Glass Base with RG174 Coaxial Cable
SPE-14-8-016/D/WY Page 11 of 25
## **3.5. Free Space Radiation Pattern-3meter length cable**
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XY Plane<br>X X X<br>0 0 0<br>5 5 5<br>330 0. 30 330 0. 30 330 0. 30<br>a . 0 ~~<br>300 ff”“5. SY 60 300 aN 60 300 ; 60<br>Y -20, -20. -20.<br>Y/ 25 \ ie ‘4, 25 \)<br>270 / <30.35 ‘ Y i 3520, \ Y /)} 3520, Y<br>| lot 4 ) 90 270 (} Lao b | 90 270 «i Lao ) 90<br>—T04MHz \ | —1710MHz . y —2400MHz<br>240 yy) —751MHz \ WY<br>SS G7 120 ai 240 WO 120 1M 240 \ fp ag 4 SMe<br>7= —s80mHz— sean —— —1990MHz A —2570MH2z<br>210 4180 150 —960MHz 210 =A 150 pees2170MHz 210 = 150 —2690MHz<br>(dBi) (dBi) (dBi)<br>XZ Plane<br>Z Z Z<br>0 0 0<br>5 5 5<br>330 0 30 330 0 30 330 0 30<br>at 5<br>300<br>. 60 300 P 60 300 Wy \\ 60<br>}! ‘2530, Y ( . A ®30 \ \<br>270 \ 40 90 X 270 ( 90 X 270 { i> 90 X<br>« fj) —704MHz —1710MHz \ —2400MHz<br>**----- End of picture text -----**<br>
## YZ Plane
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Z Z Z<br>0 5 i) 5 0<br>30 330 0 == 30 330 0 30<br>\ 60 300 \ of 60 300 KGm/s SRS 60<br>\ () \ y -20 \<br>\ ¢[ +3yyie 235°25<br>90 Y —T04MH2 270 h j )-— 99 Y —1710MHz 270 \\(> Lo (y» 90 Y —2400MHz<br>**----- End of picture text -----**<br>
SPE-14-8-016/D/WY Page 13 of 25
- **3.6. On 2mm thickness ABS Base Radiation Pattern-3meter length cable**
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XY Plane<br>X X X<br>0 0 0<br>5 5 5<br>330 0 30 330 0 30 330 0 30<br>eas5 —5 => ss————N<br>300 y a SN 60 300 <j7) e-25 2NY\ 60 300 "i/ e-25i \ 60<br>} 30, N 1 <30,<br>270 Y 36 Y (} -36 Y<br>**----- End of picture text -----**<br>
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XZ Plane<br>**----- End of picture text -----**<br>
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Z Z Z<br>0 0 0<br>5 5<br>30 330 0 30 330 0 30<br>artSS [Jw5<br>\ 60 300 - Lf 2 60 300 wi YA 60<br>AN [| .\ 20 “2<br>X WN X > \ X<br>+ Q 90 270 Ye a yy 90 270 {/ a 90<br>ce\ —T04MHzae Ui» Y “ae—1710MHz ¥)RS <\ ' /} —2500MHz—2400MHz<br>AZo 120. gaz 240 Na jv 120 240 =ARZ 120<br>—ss0MHz => WN<br>150 Gi =a oe —2570MHz<br>— 210 150 ae aa 210 150<br>480 (aBi) 180 (dBi) 180 (dBi) —2690MHz<br>Z Z Z<br>0 0 0<br>5 5<br>30 330 0 30 330 0 30<br>uss oF<br>60 300 Vi TS Q 60 300 rs ~ 60<br>Y Y Y<br>) 90 270 \ a i 90 270 (|) 40+ y 90<br>J [y] —T04MHz—751MHz ‘> (/ —1 8871 0MHz \\ ff —2400MHz<br>**----- End of picture text -----**<br>
SPE-14-8-016/D/WY Page 15 of 25
## **3.7. On Glass Base Radiation Pattern-3meter length cable**
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XY Plane<br>X X X<br>0 0 0<br>330 ; 30 330 ; 30 330 0.P 30<br>300 ———~10 60 300 T—S\~mS co apo GENe oo<br>P\N (wa | 25 \\ ‘<br>270 ‘ Sb Y \ es f Y \ | Y<br>\y () 90 270 40 4 90 270 A 90<br>() } —T04MHz \ saa, —1710MHz \ —2400MHz<br>240 We y 120 wie 240 XxX y 420 ==] 240 Ro ZF 120 ee<br>S—Z — ° ~ ——1990MHz —<br>210 150 —s80MHz 210 150 210 150 —2570MHz<br>480 —960MHz 460 —2170MHz 180 —2690MHz<br>(dBi) (dBi) (dBi)<br>XZ Plane<br>Z Z Z<br>0 0 0<br>330 05 30 330 ‘. 30 330 04 30<br>4 = =< LP<br>495 LA “25 fi -25 \<br>X X X<br>270 \ 40 / 90 270 a0 . MS 90 270 a > 90<br>\ / —T04MHz \ —1710MHz | —2400MHz<br>240 ADF —751MHz IG | aes \ /. —2500MH<br>YA SF 120 — —ss0MH 824MH z 240 Ala’,Ve 120 soos 240 SS 45 —2570MHz<br>210 150 —960MHz 210 150 —2170MH: Zz 210 150<br>foc (dBi) si (dBi) 180 aan —2690MHz<br>YZ Plane<br>Z Z Z<br>0 0 0<br>330 05 30 330 ‘. 30 330 04 30<br>* \ eeaal<br>300 yo 60 300 noi | 60 300 (Z é 60<br>270 ({ 4Say,re Y jV by‘) N Y <p or)as S Y<br><)} {) 90 270 ( 90 270 y A > ) 90<br>i f Sy en SS q ME CX 5 —2400MHz<br>**----- End of picture text -----**<br>
SPE-14-8-016/D/WY Page 17 of 25
## **4. GPS-GLONASS-GALILEO Antenna Characteristics**
## **4.1. Antenna Characteristics**
## 4.1.1. Return Loss
## 4.1.2. Smith Chart
SPE-14-8-016/D/WY Page 18 of 25
## 4.1.3. Experiment Results
## 4.1.4. Antenna Radiation Pattern
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SPE-14-8-016/D/WY Page 19 of 25
## 4.1.5. 1575.42 MHz
## 4.1.6. 1602 MHz
SPE-14-8-016/D/WY Page 20 of 25
## **4.2. LNA Characteristics**
## 4.2.1. S11
## 4.2.2. S12
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## 4.2.3. Noise Figure
SPE-14-8-016/D/WY Page 22 of 25
## **5. Drawing**
## **Top View Side View**
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\ ff ©<br>5. Packaging<br>**----- End of picture text -----**<br>
SPE-14-8-016/D/WY Page 23 of 25
## **Bottom View Double sided 3M adhesive foam**
SPE-14-8-016/D/WY Page 24 of 25
## **6. Packaging**
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.
SPE-14-8-016/D/WY Page 25 of 25
Updated at June 9, 2026
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