High-performance 4G PCB Antenna Design

Who makes a 4G PCB Antenna Design?

C&T RF Antennas Inc. supplies the embedded antenna 4G PCB antenna design with the internal 4G PCB antenna design, embedded Flexible 4G PCB antenna design, etc. We provide the existing well-designed styles and the 4G PCB Antenna Design service, contact us for more details.

What is the technical principle of a 4G network?

Frequency Allocation Technology 4G networks use frequency allocation technology, i.e., different frequency bands are allocated to different users for communication. The frequency allocation technique increases the capacity and coverage of the network, thus satisfying the communication needs of different users.

MIMO technology 4G networks use multiple-input multiple-output (MIMO) technology, in which multiple antennas are used at the transmitter and receiver ends to transmit and receive signals, respectively.

MIMO technology improves the coverage and transmission rate of signals, which improves the performance and reliability of the network.

OFDM technology 4G networks use orthogonal frequency division multiplexing (OFDM) technology, where the frequency band is divided into subcarriers for transmission.OFDM technology improves network utilization and signal quality, thereby increasing network throughput and transmission rate.

Software-defined radio technology 4G networks use software-defined radio technology, which means that by adjusting the parameters and functions of the radio through software, the performance and functionality of the network can be changed without changing the hardware.

Software-defined radio technology can greatly reduce the cost and time of network upgrades, thus improving the flexibility and scalability of the network.

Smart Antenna Technology 4G networks use smart antenna technology, which means that the parameters and direction of the antenna can be adjusted by intelligent algorithms, which can maximize the signal coverage and transmission rate.

The 4G PCB Antenna Design for the ISM/SCADA/Utilities, IoT/NB-IoT/LoRa, 2G/3G/4G/LTE/LTE-IoT applications.

The following are the existing 4G PCB antenna design styles.

Embedded PCB Antenna Size 36x5mm PCB Wifi Antenna

Embedded PCB Antenna Size 34x9mm 4G PCB Antenna

Embedded PCB Antenna Size 35x6mm LTE PCB Antenna

Embedded PCB Antenna Size 35x8mm 4G LTE PCB Antenna

Embedded PCB Antenna Size 59x8mm PCB LTE Antenna

Embedded PCB Antenna Size 65x12mm LTE Antenna PCB

Embedded PCB Antenna Size 40x40mm 4G Diversity Antenna

Embedded PCB Antenna Size 75x5mm GSM PCB Antenna

Embedded PCB Antenna Size 75x22mm 4G LTE Diversity Antenna

Embedded PCB Antenna Size 95x13mm 4G LTE Antenni

Embedded PCB Antenna Size 98x13mm 4G LTE Antenne

Embedded PCB Antenna Size 105x14mm-B 4G 2300 MHz Antenna

Embedded PCB Antenna Size 105x14mm-G LTE 1800 Antenna

Embedded PCB Antenna Size 125x14mm 2300 MHz LTE Antenna

Embedded PCB Antenna Size 135x8mm Indoor LTE Antenna

Embedded PCB Antenna Size 145x12mm 3G PCB Antenna

Besides the existing 4G PCB antenna design styles, we also have the existing flexible 4G PCB antenna design styles for your best choice.

Flexible PCB board size 57x23mm Embedded FPC 4G Antenna

Flexible PCB board size 70x18mm Embedded FPC 4G LTE Antenna

Flexible PCB board size 50x60mm Internal FPC 3G 4G Antenna

Flexible PCB board size 32x7mm LTE Indoor Antenna

Flexible PCB board size 32x8mm 4G Antenna Indoor

Flexible PCB board size 38x16mm Indoor 4G Antenna

Flexible PCB board size 40x15mm 4G Internal Antenna

Flexible PCB board size 40x15mm 4G LTE Indoor Antenna

Flexible PCB board size 82x21mm Best Indoor 4G Antenna

Flexible PCB board size 59x68mm Best Internal 4G Antenna

Flexible PCB board size 43x38mm 4G LTE Internal Antenna

Flexible PCB board size 52x24mm Internal 4G Antenna

Flexible PCB board size 52x24mm 4G Router Internal Antenna

Flexible PCB board size 70x22mm Beste 4G Antenne

Flexible PCB board size 95x24mm Best LTE Antenna

Flexible PCB board size 60x8mm 3G 4G Antenne

Flexible PCB board size 70x18mm LTE 4G Antenne

C&T RF Antennas Inc. also provides the FPC antenna LTE Antenna Design, FPC antenna 2.4 GHz Antenna Design, Spring Coil antenna Helical Antenna Design, 433MHz Whip Antenna Design, etc.

The Embedded Antenna 4G PCB Antenna Design Service is provided by C&T RF Antennas Inc, the RF antenna manufacturer in China, we provide many antenna types such as Through-hole Mount Antennas, Magnetic Mount Antennas, Rubber Duck Antennas, Fiberglass Antennas, PCB Antennas, FPC Antennas, Spring Coil Antennas, Sector Antenna, Yagi Antenna, etc.

C&T RF Antennas Inc provides the RF antenna with many antenna frequency bands such as Cellular, 6G, 5G, 4G, 3G, NB-IoT, GNSS, GPS, Dual-band Wifi, 5.8 GHz, 2.4 GHz, 169MHz, 230MHz, 315MHz, 433MHz, 868MHz, 915MHz LoRa, UWB, RFID, ADS-B, etc.

To contact the C&T RF team for more Embedded Antenna 4G PCB Antenna Design details such as 4G PCB Antenna Design time, 4G PCB Antenna Design engineering cost, and 4G PCB Antenna Designed styles.

4G PCB Antenna Design Specifications

What is a 4G Antenna?

Global mobile data users expect their devices to be connected at a high speed anywhere in the world. This expectation puts a huge burden on network and device performance.

In mobile data devices, the antenna is the only component that touches the network, and optimizing antenna performance becomes more and more important. However, the challenges of the 4G antenna design in smartphones and tablets are very difficult.

Different operators use different standards and different wireless frequency bands. In addition, there are Bluetooth, WIFI, radio, GPS, etc. Any contact with the outside world is inseparable from the antenna. But now mobile phones and tablets are developing in the direction of lightness and thinness, which leaves less and less space reserved for antennas.

For complex smartphones and tablet devices, to achieve an efficient antenna system, huge challenges must be overcome.

Emerging LTE and other 4G networks cover different frequency bands from 700MHz to 2700MHz. These new frequencies will be added to the traditional 3G frequency band to meet global mobile roaming and compatibility requirements.

Advanced wireless networks use MIMO in user equipment to increase data throughput. In addition, data-intensive applications such as online games and video streaming are giving birth to larger displays and a wide variety of usage models.

This also brings more difficulties to system designers, such as finding enough space on the device to implement a multi-band multi-antenna system.

Fortunately, advanced antenna design technologies such as state tuning and iMAT can help designers calmly cope with the above-mentioned challenges, flexibly implement stylish, feature-rich mobile devices, and provide true 4G network performance.

4G PCB Antenna Design Features