Car Antenna 7in1 Poynting MIMO-3-17B LTE GPS

€409.06
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Estimated shipping: Tue, Apr 30 - Fri, May 3
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Brand:
POYNTING
Product code:
6009710922125

Broadband Car Antenna 7-in1 Poynting MIMO-3-17 4X4 LTE (MIMO) 6.2 dBi; 2X2 Wi-Fi (MIMO) 7 dBi; GPS/GLONASS 21 dBi black

The MIMO-3-17 is a high-performance 7in1 multi-frequency antenna, providing four cellular networks, two Wi-Fi and a GPS/GLONASS antenna. The four cellular MIMO antennas (for 2G/3G/4G) cover the modern bands from 690MHz to 2700MHz, as well as the new emerging LTE and 5G spectrum for the CBRS 450MHz and 3.5GHz bands, which is becoming popular in various international LTE cellular networks. The ultra-wideband performance of the antenna allows it to be used by different operators and different technologies and is ready for future cellular technologies up to 3.8 GHz for 5G applications. The antenna also provides two separate dual-band Wi-Fi antennas, providing simultaneous 2.4GHz and 5GHz on each antenna with 2x2 MIMO capability. The seventh antenna is a high-performance active GPS/GLONASS system operating down to -40°C. MIMO-3-17 outperforms most competitors due to the attention to design of this high-performance antenna. The radiation patterns of all radiating elements provide an excellent balance between multidirectionality, variety of patterns and good radiation abilities at the desired altitude. This is an important criterion for the transport and maritime market. for which the antenna has been specially designed. Major applications include commercial/industrial vehicles, marine, M2M and other IoT systems using a wide range of radio technologies, while maintaining future-proof functionality across a wide frequency band.

Poynting anteny

- Ultra-wideband bands 410 MHz to 470 MHz, 690 MHz to 2700 MHz and 3400 MHz up to 3800 MHz
- Clever design of decorated antennas for better MIMO performance in both Wi-Fi (dual band) and cellular bands
- The above functions are maintained in the range from 698 MHz to 5800 MHz in the respective bands and 450 MHz band
- Includes high-performance GPS/GLONASS antenna
- Careful mechanical design ensures strength, corrosion, water and dust resistance (IP68)
- Independent of the ground plane: MIMO-3 has an internal ground plane, making the antenna suitable for use on all types of surfaces

Najważniejsze cechy anteny

- Broadband transport and Wi-Fi distribution, automation and telemetry for buses, utility vehicles, trucks and public safety vehicles
- Industrial automation, robotic machines and other M2M telemetry systems
- Automation of agriculture and agriculture, such as M2M and IoT
- Broadband cellular connection with Wi-Fi distribution for seagoing ships / boats (inland and coastal vessels)
- Communication of mining vehicles and machinery, telemetry and automation (M2M and IoT)

Najważniejsze cechy anteny

Voltage Wave Factor (VSWR)*

VSWR is a measure of the efficiency of transmitting radio frequency power from a power source through a transmission line to a load. In an ideal system, 100% of the power is transmitted, which corresponds to a VSWR of 1:1, MIMO-3-17 provides excellent performance on all bands with VSWR ≤2.5:1 at 90% of the bandwidth
* Measured with a cable length of approximately 2m, ground plane 650 x 650 mm and unused ports terminated with a load of 50 Ω

Gain in dBi

5.8 dBi is peak gain in all bands from 410-3800 MHz,
- gain at 410-470 MHz: 1 dBi
- gain at 690-960 MHz: 3.5 dBi
- gain at 1710-2700 MHz: 5.8 dBi
- gain at 3400-3800 MHz: 4 dBi

Wykresy anteny

7 dBi is peak gain in all bands from 2400-2500 and 5000-6000 MHz
- Gain at 2400–2500 MHz: 5 dBi
- Gain at 5000–6000 MHz: 7 dBi

Car Antenna 7in1 Poynting MIMO-3-17B LTE GPS
Azymut rozmieszczenie pokrycie
Car Antenna 7in1 Poynting MIMO-3-17B LTE GPS
Car Antenna 7in1 Poynting MIMO-3-17B LTE GPS

link: https://www.youtube.com/watch?v=5iD6oDwlxP4

Click here for full antenna technical documentation.

Specyfikacja techniczna anteny
Car Antenna 7in1 Poynting MIMO-3-17B LTE GPS

Despite our best efforts, we cannot guarantee that the published technical data and photos do not contain inaccuracies or errors, which, however, cannot be a basis for claims.

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