4G LTE Cat M1 Antenna High-Gain Flexible Antenna

LTE Cat M1 Antenna Design

C&T RF Antennas Inc is the 4G LTE Cat M1 Antenna Flex PCB Antenna Design manufacturer. We provide LTE PCB Antennas and 4G FPC Antennas for your best choice.

Contact the C&T RF sales team for more 4G LTE Cat M1 Antenna details such as 4G LTE Cat NB-IoT antenna pricing, antenna datasheet, and antenna inventory.

Or other antenna types.

SKU CTRF-ANTENNA-FPC-7027-6050-IPEX Categories , , ,

Description

What is a 4G LTE Cat M1 Antenna High-Gain Flexible Antenna?

The 4G LTE Cat M1 Antenna High-Gain Flexible Antenna CTRF-ANTENNA-FPC-7027-6050-IPEX is an Omnidirectional dipole design 60x50mm size Ipex connector flex PCB antenna covering LTE Cat-M1/NB-IoT FPC antenna manufactured by C&T RF Antennas Inc for IoT applications.

Why is LTE Cat M1 used in IoT applications?

LTE Cat M1 is a low-power wide-area (LPWA) technology specifically designed for IoT and M2M applications. LPWA technologies offer lower maintenance costs, with greater efficiency and reliability by reducing power consumption, and provide deeper penetration compared to standard cellular technologies.

The 4G LTE Cat M1 Antenna Flex PCB Antennas are supplied by C&T RF Antennas Inc, the internal antennas & external antennas 2G 3G 4G 5G 6G antennas manufacturer in China.

C&T RF Antennas Inc provides wireless antennas with PCB & Flex PCB & Omni antenna types, covering the below frequencies:

5G NR PCB AntennasLTE PCB AntennasGSM PCB AntennasWifi PCB AntennasNB-IoT PCB AntennasLoRa PCB AntennasGPS PCB Antennas;

5G NR FPC Antennas4G FPC Antennas3G FPC AntennasNB-IoT FPC AntennasWifi FPC AntennasGPS FPC AntennasLoRa FPC Antennas;

5G Omni Antennas4G Omni AntennasWifi Omni AntennasLoRa Omni Antennas; etc.

Contact us for more information on the 4G LTE Cat M1 Antenna Flex PCB Antenna such as LTE Cat M1 Antenna FPC Antenna datasheet, LTE Cat M1 Antenna Flexible PCB Antenna pricing, LTE Cat M1 Antenna High-Gain FPCB Antenna inventory, or other 4G LTE Cat M1 antenna designs.

 

4G LTE Cat M1 Antenna Flex PCB Antenna Specifications

4G LTE Cat M1 Antenna High-Gain Flexible Antenna Electrical Specifications

RF Antenna Type Embedded FPC Antenna
Model CTRF-ANTENNA-FPC-7027-6050-IPEX
Frequency 700-960MHz, 1710-2700MHz
Gain 6dBi/8dBi
VSWR ≤2.0
Impedance 50 Ω
Polarization Vertical Polarization
Cable Type RG1.13
Connector U.FL/IPEX
Cable Length 130mm
Lightning Protection DC-Ground

4G LTE Cat M1 Antenna High-Gain Flexible Antenna Mechanical Specifications

FPC Board Dimension 60*50mm
Weight Approx. 8g
Material FPCB + RG Cable + U.FL connector
Operation Temperature -40˚C ~ +85˚C
Storage Temperature -40˚C ~ +80˚C
Color Black
Antenna Design Dipole Array
Mounting Connector
SafetyEmission and other RoHS Compliant
Applications ISM/SCADA/Utilities, IoT/NB-IoT/LoRa, 2G/3G/4G/LTE/LTE-IoT/GSM/GPRS/UMTS/DCS/PCS, etc

Cellular IoT Field Testing – Verifying Real-World Performance

The advent of the Internet of Things (IoT) presents a number of challenges for network operators as well as vertical industry customers and M2M connectivity providers.

What levels of Quality of Service (Q0S) and Service Level Agreements (SLAs) can they achieve and commit to?

Are there performance differences between network equipment manufacturers, IoT device manufacturers, and different operators?

How is the network configured and planned for optimal performance?

Is the service coverage network wide enough to reach even deep inside buildings?

What is the battery life of IoT devices?

The answers to these questions depend on the out-of-field performance of commercial network equipment and IoT devices, interoperability between devices, and the design and configuration of the network.

The 3GPP specification defines the performance and operating limits of the IoT, but actual outfield performance is largely influenced by device implementation and network design. Therefore, we need to perform outfield measurements to get definitive answers.

Technical Specifications and Commercial Implementations

The 3GPP standard defines various technologies for delivering key IoT functions, however, each vendor has its own exclusive approach to the use and implementation details of these technologies.

In addition, device antennas and enclosures have a significant impact on the actual performance that can be achieved.

Therefore, to validate the interoperability and performance of the devices to be deployed, it is important to test and evaluate the network equipment manufacturers as well as the devices available in the market.

 

LTE Cat M1 Antenna High-Gain Flexible Antenna Features

Flexible PCB Antenna Features
Flexible PCB Antenna Features – C&T RF Antennas Inc

 

Flexi PCB Antenna FPC Antenna Features
Flexi PCB Antenna FPC Antenna Features – C&T RF Antennas Inc

 

RG low loss cable antenna extender
RG low loss cable antenna extender – C&T RF Antennas Inc

 

IPEX UFL MHF connector or opening end is choosable
IPEX UFL MHF connector or opening end is choosable – C&T RF Antennas Inc

 

Antenna simulation
Antenna simulation – C&T RF Antennas Inc

 

Embedded Antenna in device is under Microwave Anechoic Chamber testing
Embedded Antenna in a device is under Microwave Anechoic Chamber testing – C&T RF Antennas Inc

Customized Antenna Design

Custom Antenna Case Study
Custom Antenna Case Study – C&T RF Antennas Inc
Antenna Applications
Antenna Applications – C&T RF Antennas Inc

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