Name: 4G Signal Receiver Antenna High Gain Antenna Design - PCB Antenna Design
SKU: CTRF-ANTENNA-FPC-7027-9914-IPEX

Description

What is a 4G Signal Receiver Antenna High-Gain Antenna?

The 4G Signal Receiver Antenna High Gain Antenna CTRF-ANTENNA-FPC-7027-9914-IPEX is a 6dBi / 8dBi high gain & high-performance Flexible PCB Antenna 4G LTE antenna manufactured by C&T RF Antennas Inc for 3G 4G LTE wireless networks.

4G Signal Receiver Antenna High Gain Antenna Features

4G LTE full-bands

Up to 8dBi high-gain

Flexible printed circuit board

Adhesive-backing easy mount

Applications for 2G 3G 4G LTE GSM UMTS NB-IoT LoRa, etc.

The 4G Signal Receiver Antenna High Gain Antenna Flexible PCB Antenna is supplied by C&T RF Antennas Inc, the indoor-outdoor antenna LTE 4G 5G NR antenna manufacturer in China.

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

5G NR PCB Antennas, LTE PCB Antennas, GSM PCB Antennas, Wifi PCB Antennas, NB-IoT PCB Antennas, LoRa PCB Antennas, GPS PCB Antennas;

5G NR FPC Antennas, 4G FPC Antennas, 3G FPC Antennas, NB-IoT FPC Antennas, Wifi FPC Antennas, GPS FPC Antennas, LoRa FPC Antennas;

5G Omni Antennas, 4G Omni Antennas, Wifi Omni Antennas, LoRa Omni Antennas; etc.

Contact us for more information on the 4G Signal Receiver Antenna High Gain Antenna Flexible PCB Antenna such as 4G Signal Receiver Antenna datasheet, 4G Signal Receiver Antenna pricing, 4G Signal Receiver Antenna inventory, or other 4G antenna designs.

4G Signal Receiver Antenna High Gain Antenna Flexible PCB Antenna Specifications

4G Signal Receiver Antenna High Gain Antenna Flexible PCB Antenna Electrical Specifications
RF Antenna Type	Embedded FPC Antenna
Model	CTRF-ANTENNA-FPC-7027-9914-IPEX
Frequency	700-960MHz, 1710-2700MHz
Gain	6/8dBi
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 Signal Receiver Antenna High Gain Antenna Flexible PCB Antenna Mechanical Specifications
FPC Board Dimension	99*14mm
Weight	Approx.10g
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/Sticker
SafetyEmission and other	RoHS Compliant
Applications	ISM/SCADA/Utilities, IoT/NB-IoT/LoRa, 2G/3G/4G/LTE/Cat/GSM/GPRS/UMTS/DCS/PCS, etc

What is the communication network architecture of 4G-LTE technology?

From the structural point of view, 4G-LTE technology mainly includes two parts of EPC and E-UTRAN, of which the EPC part constitutes a number of evolutionary forms and can better adapt to the requirements of mobile communication engineering; in the application, EPC mainly includes PGW, SGW, MME, and other aspects.

In 4G-LTE technology networking, the S1 structure is usually displayed as a link channel of the E-UIRAN part and its stability performance is better.

Compared with the traditional 3G technology, the EPC part in 4G-LTE technology belongs to the packet domain and has a good packet function, which can complete the transmission of multiple functions in the communication network and thus ensure the working quality.

In the communication process, EPC in the core network can better realize the separation of the control plane and user plane, avoiding mutual interference between them, and thus has good application value.

In the information data support, the 4G-LTE technology communication system mainly consists of the HSS part and is responsible for providing data support for IMS, UMTS, core network, etc. support.

Based on the above technical conditions, the 4G-LTE technology communication network is really developed on the basis of 3G technology. But compared with 3G technology, 4G-LTE technology can further control the delay and help management

Compared to 3G technology, 4G-LTE technology can further control the delay and help management units realize decentralized management of the whole mobile communication, which is a technical breakthrough.