Description
Who provides 4G LTE Antenna Design and 4G PCB Antenna Design Projects?
C&T RF Antennas Inc provides 4G LTE Antenna Design 4G PCB Antenna Design Project services and 4G LTE Antenna Design styles manufacturing, we have the 4G LTE Antenna Design with 4G PCB antenna design, and flexible antenna 4G PCB antenna design types, external 4G antenna types, Omni 4G antenna types, or the PCB antenna with other frequency bands for your choice.
What is 4G technology?
The 4G technology is based on the previous 2G, and 3G technology, which adds some new technologies so that the signal of wireless communication is more stable, the transmission rate of data is increased, the compatibility is better, and the communication quality is higher.
Moreover, the techniques used in 4G communications are also advanced from 2G, and 3G communication, so that the information communication speed is fast.
4G technology is based on 3G technology, and the innovation development is continuously optimized and developed, the advantages of 3G technology are blended, and a series of autoloading features are derived from WLAN technology.
The 4G vs 3G
First, 4G communication can realize the original image in the picture, video transmission, the original video HD transmission, the transmission quality is inconsistent with the computer image quality;
Secondly, use 4G communication technology, in software, documents, pictures, audio, and video downloads, with the highest speed of up to 20 trillion per second, this is the 3G communication technology that cannot be implemented, and this is also a significant advantage of 4G;
This fast download model can bring us a better communication experience, which is also easy to download in our daily studies;
At the same time, in the context of a high-speed network, users have also put forward higher requirements for traffic costs.
What is a 4G smart antenna used for?
4G smart antenna that is widely used in the field of communication is said to be a variable antenna array, adaptive antenna array, or multi-antenna, which is a multi-beam without switching between beams. It is developed on the basis of adaptive antennas.
In adaptive antenna arrays, the weighted synthesis of multiple antennas maximizes the signal-to-noise ratio of the received signal, while multi-beam uses multiple fixed beams within a sector, compared to fixed antennas, antenna arrays can provide not only higher antenna gain but also provide a corresponding multiple of diversity gain.
4G smart antenna is also a kind of antenna array that can filter in the air domain according to the information it collects, such as determining the spatial information of the signal, tracking, and locating the intelligent algorithm of the signal source.
4G smart antenna adopts SDMA air-division multiplexing and combines with other multiplexing technologies to utilize spectrum resources as efficiently as possible, reduce the impact of time delay spread, multipath, Rayleigh fading, and signal interference through different differences in signal propagation path direction, and distinguish signals of the same frequency and simultaneous gaps.
At the same time, the 4G smart antenna installed in the base station site is a two-way antenna mode, not only obtaining the directionality through the fixed antenna unit with programmable electronic phase relationship technology but also obtaining the directional characteristics of each link between the mobile station and the base station at the same time.
4G smart antenna uses the application of digital processing technology that generates a spatially oriented beam, adaptively adjusts the direction map through the direction of the signal coming wave, tracks the signal, and makes full use of the mobile user signal to achieve the purpose of minimizing or offsetting the signal interference from all sides, which is also the basic principle of smart antenna work.
An intelligent automatic tracking adjustment digital beam, to suppress signal interference, is the requirement of a mobile guard network and data center.
What are the LTE network structure and core technology?
LTE uses a single-layer architecture consisting of ENodeB, which facilitates the simplification of the network and reduces the latency, achieving the requirements of low latency, low complexity, and low cost.
Compared with the traditional 3GPP access network, the L.TE network RNC node and NodeB node are merged to become the EnodeB, which can complete the circuit switching at the base station side.
Nominally, ITR is an evolution of 3G, but in fact, it revolutionizes the whole architecture of 3GPP and gradually converges to the typical TP broadband network structure.
3GPP initially determined the architecture of LE called Evolved UTRAN architecture (E-UTRAN). The access network is mainly composed of two parts: the evolved NodeB (eNB) and the access gateway (aGW).
The aGW is a boundary node, and if it is considered part of the core network, the access network is mainly composed of the eNB layer.
The eNB not only has the functions of the original NodeB but also can complete most of the functions of the original RNC, including the physical layer, MAC layer, RRC, scheduling, access control, bearer control, access mobility management, and Inter-cellRRM.
NodeB and NodeB will be directly interconnected using mesh, which is a major modification of the original UTRAN structure.
What is the standard of 4G technology?
LTE Advanced (Long Term Evolution Technology Upgrade) is an enhanced LTE, fully compatible with LTE, usually by upgrading through the software on the LTE, which is similar to Upgrading from WCDMA to HSPA.
Peak rate: downlink 1Gbps, upstream 500Mbps. It is the first 4G standard recognized by the International Telecommunication Union, and it is also the only mainstream 4G standard.
TD-LTE-Advanced (Time Division Long Term Evolution Technology Upgrade) is a branch of LTE TDD, from Shanghai Bell, Nokia Siemens Communication, Datang Telecom, Huawei Technology, ZTE Communication, China Mobile, Gao Tong, ST-Ericsson, and other operators’ Joint development.
Peak rate: downlink 1Gbps, upstream 500Mbps. It is also a 4G standard for the International Telecom Alliance to acknowledge IMT-Advanced.
WiMAX-Advanced (Global Interoperable Microwave Access Upgrade) is IEEE 802.16m, which is the increase of WiMax, dominated by WiMAX Forum, and receiving downlink and upstream maximum speeds can reach 300Mbps, and receive up to 1Gbps at a still fixed point.
It is also a 4G standard recognized by the International Telecom Alliance, but as Intel quits in 2010, WiMAX technology has gradually been abandoned by operators, and the equipment is upgraded to LTE. WiMAX Forum is also incorporated into WiMAX 2.1 specification in 2012.
C&T RF Antennas Inc provides internal & external antennas with antenna radio frequencies such as NFC, 169MHz, 230MHz, 315MHz, 433MHz, 868MHz, 915MHz, VHF&UHF, Lora, NB-IoT, ADS-B, GSM, GNSS, GPRS, 1.2 GHz, 1.4 GHz, 1.8 GHz, Wi-Fi 2.4 GHz, 5.8 GHz, Cellular 2G, 3G, 3.5 GHz, 4G LTE, GPS, 5G NR, 6G, etc.
C&T RF Antennas Inc. provides RF antennae with Omni & Directional antenna types such as Dipole Antennas, Whip Antennas, Marine Antennas, Router Antennas, MIMO Antennas, Combo Antennas, PCB Antennas, FPC Antennas, Spring Antennas, Magnetic Antennas, Sector Antennas, Yagi Antennas, and Accessories, etc, for IoT & M2M industries.
Contact the C&T RF team for the 4G LTE Antenna Design 4G PCB Antenna Design Project more details such as 4G LTE Antenna Design 4G PCB Antenna Design cost, 4G LTE Antenna Design 4G PCB Antenna Design time, 4G LTE Antenna Design 4G PCB Antenna Design datasheet, etc.
Or our well-done 4G LTE Antenna Design 4G PCB Antenna Design styles, well-done 4G LTE Antenna Design flexible 4G PCB Antenna Design styles.
4G LTE Antenna Design 4G PCB Antenna Design Project Specifications
4G LTE Antenna Design 4G PCB Antenna Design Project Electrical Specifications |
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| RF Antenna Type | Built-in 4G PCB Antenna Design |
| Model | CTRF-ANTENNA-PCB-7027-XXX-UFL100 |
| Frequency | 698-960MHz, 1710-2700MHz |
| Gain | Custom dBi |
| VSWR | ≤2.0 |
| Impedance | 50 Ω |
| Polarization | Vertical/Linear |
| Cable Type | RG1.13/Custom |
| Connector | 4G PCB Antenna Design U.FL/IPEX/Custom |
| Cable Length | 4G PCB Antenna Design 100mm/Custom Length |
| Lightning Protection | DC-Ground |
4G LTE Antenna Design 4G PCB Antenna Design Project Mechanical Specifications |
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| PCB Board Dimension | 4G PCB Antenna Design Custom size |
| Weight | 4G PCB Antenna Design Custom |
| Material | PCB + RG Cable + U.FL connector |
| Operation Temperature | -40˚C ~ +65˚C |
| Storage Temperature | -40˚C ~ +70˚C |
| Color | Green/Black |
| Antenna Design | Dipole Antenna |
| Mounting | Connector/Sticker |
| Safety Emission and other | RoHS Compliant |
| Applications | ISM/SCADA/Utilities, IoT/M2M/NB-IoT/LoRa, 2G 3G 4G LTE/LTE-IoT, GSM GPRS UMTS, etc. |
Below are the 4G LTE Antenna Design 4G PCB Antenna designed styles for your reference.
65x12mm PCB Antenna – – 4G Internal Antenna LTE PCB Trace Antenna
35x8mm PCB Antenna – – 4G Omni Directional Antenna PCB Antenna
40x40mm PCB Antenna – – Omni Directional 4G LTE Antenna PCB Antenna
34x8mm PCB Antenna – – Indoor LTE Omnidirectional Antenna 4G PCB Antenna
59x8mm PCB Antenna – – Internal PCB Router Antenna For 4G LTE Network
105x14mm (Green) PCB Antenna – – Green High Gain Internal Antenna 4G LTE PCB Antenna
105x14mm (Black) PCB Antenna – – 4G LTE High-gain Antenna Embedded PCB Antenna
95x13mm PCB Antenna – – High Gain 4G Antenna Indoor PCB Antenna
98x13mm PCB Antenna – – Good 4G LTE Antenna Internal PCB Antenna
75x22mm PCB Antenna – – PCB Trace Antenna LTE 3G 4G Antenna
75x5mm PCB Antenna – – Best 4G LTE Indoor Antenna PCB Trace Antenna
125x14mm PCB Antenna – – High Gain LTE Antenna 4G PCB Antenna
135x8mm PCB Antenna – – Best LTE Antenna 3G 4G PCB Trace Antenna
35x6mm PCB Antenna – – LTE PCB Antenna Indoor 4G Antenna
145x12mm PCB Antenna – – High Gain 2G 3G 4G LTE Antenna PCB Trace Antenna
44x10mm PCB Antenna – – Internal PCB Antenna 3G 4G LTE Antenna
32x8mm PCB Antenna – – GSM Antenna Design PCB Antenna
31.5×7.5mm PCB Antenna – – Small GSM Patch Antenna Embedded Antenna
40x15mm PCB Antenna – – PCB LTE Antenna 4G Internal Antenna
60x16mm PCB Antenna – – 4G LTE Antenna PCB Trace Antenna
Besides the 4G LTE Antenna Design 4G PCB Antenna Design Project styles, we have the flexible antenna 4G LTE Antenna Design 4G PCB Antenna Design for your best choice.
32x7mm FPC Antenna – – 700MHz LTE Antenna Embedded PCB Antenna 4G
32x8mm FPC Antenna – – Internal 3G 4G LTE Antenna Flex PCB Embedded Antenna
40x15mm FPC Antenna – – 2G 3G 4G Antenna Built-in Flexible PCB Antenna
38x16mm FPC Antenna – – GSM 4G Antenna Flexible Circuit Boards Indoor Antenna
80x21mm FPC Antenna – – High Gain 4G LTE Antenna Embedded FPC Antenna
52x24mm FPC Antenna – – GSM 3G 4G LTE Antenna Flex PCB Antenna
40x15mm FPC Antenna – – 3G LTE 4G Antenna Internal FPCB Antenna
43x38mm FPC Antenna – – Built-in Antenna LTE 4G FPC Omni Dipole Antenna
60x8mm FPC Antenna – – Internal Flex PCB LTE 3G 4G Embedded Antenna
59x68mm FPC Antenna – – High-gain LTE 4G Antenna Internal Flexible PCB Antenna
70x22mm FPC Antenna – – High-gain LTE Antenna 4G Flex PCB Antenna
95x24mm FPC Antenna – – High gain 4G LTE Antenna Internal Flexible PCB Antenna
60x50mm FPC Antenna – – 4G LTE Multiband Flexible PCB Antenna
70x18mm FPC Antenna – – Internal Flex PCB Antenna High-gain 4G LTE Antenna
70x18mm FPC Antenna – – 4G LTE Omnidirectional Antenna Embedded FPC Antenna
32x7mm FPC Antenna – – 700MHz LTE Antenna
32x8mm FPC Antenna – – GSM 4G Antenna
40x15mm FPC Antenna – – 2G 3G 4G Antenna
38x16mm FPC Antenna – – 3G 4G LTE Antenna
80x21mm FPC Antenna – – High Gain 4G LTE Antenna
52x24mm FPC Antenna – – High Gain 4G Antenna
40x15mm FPC Antenna – – Antenna LTE 4G
43x38mm FPC Antenna – – 4G Antenna Extension Cable
60x8mm FPC Antenna – – 4G LTE Antenna
59x68mm FPC Antenna – – High Gain LTE Antenna
70x22mm FPC Antenna – – LTE Antenna Cable
95x24mm FPC Antenna – – 4G Network Receiver
60x50mm FPC Antenna – – Best 4G LTE Antenna
70x18mm FPC Antenna – – 3G 4G Antenna
70x18mm FPC Antenna – – 4G LTE Antenne
57x23mm FPC Antenna – – 4G LTE Indoor Antenna
29x8mm FPC Antenna – – GSM 3G 4G Antenna Flexible PCB Antenna
34x12mm FPC Antenna – – Embedded 4G Antenna For Router Flex PCB Antenna
82x26mm FPC Antenna – – Indoor LTE Antenna Flexible Antenna 4G
70x21mm FPC Antenna – – 4G LTE Patch Antenna Ipex Antenna
99x14mm FPC Antenna – – 3G/4G LTE Antenna Flex PCB Antenna
105x15mm FPC Antenna – – High Gain Antenna 4G Flexible Antenna
4G LTE Antenna Design 4G PCB Antenna Design And Manufacturing
C&T RF Antennas Inc. provides the common 4G LTE Antenna Design free frequency band Antenna Design and manufacturing, including a variety of 4G PCB Antenna designs.
And 2.4GHz antennas, 433MHz, 868MHz, 915MHz antennas, loop antennas, RFID antennas, Bluetooth antennas, NFC antennas, and UWB antennas can be adapted to different PCB boards.
C&T RF Antennas Inc. provides customer product design stable and reliable antenna references. To designs to help your product spread further and provide a more stable and reliable product performance.
All antennas are reference designs provided by the original manufacturer or solutions verified by other projects, and their performance is guaranteed.
Connectivity is key in today’s world and devices in the market require strong signal strength to allow for peak performance. Integrating an antenna is not trivial, whether it is an off-the-shelf product or a highly customized solution, and should not be an afterthought.
The C&T RF Antennas Inc Antenna Design Team strongly recommends considering the antenna design and/or the antenna integration process as early as possible, ideally during the product design and the radio module selection.
A perfect match between the radio and the antenna will ensure all wireless connectivity needs are met.
Working with the C&T RF Antennas Inc Antenna Design Team is simple and straightforward. The team will ask relevant questions to determine if a standard, off-the-shelf antenna or a customized antenna is the best technology solution.
We always stick to the principle of quality First, Prestige Supreme.
We are fully committed to providing our clients with competitively priced quality products, prompt delivery, and professional service for Customized Flexible Full Band Internal 4G LTE FPC Antenna.
As we move forward, we keep an eye on our ever-expanding product range and make an improvement to our services.
4G LTE Antenna Design 4G PCB Antenna Design Project Features
4G LTE Antenna Design Applications:
Internet of Things;
Industrial;
Automotive;
Lighting;
Narrow Band Internet of Things;
Payment Terminals;
Fleet & Asset Tracking;
Satellite Communications;
Near Field Communications;
Smart Meters
DSRC / V2X, Security;
Agriculture;
Gateway Routers;
Consumer Devices;
Medical Industry;
Smart Homes;
Smart Cities;
Machine to Machine, etc.
4G LTE Antenna Design 4G PCB Antenna Design Applications
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