4G/LTE Dish Antennas

High-Gain Directional Antennas for Long-Range LTE Backhaul Communication

As a professional Dish Antenna Manufacturer, Asian Creation Communication provides high-performance 4G LTE Dish Antennas designed for long-distance point-to-point communication and LTE backhaul applications.

Our 4G LTE Dish Antennas are engineered for ultra-high gain, narrow beamwidth, and stable directional performance, making them suitable for rural broadband, wireless ISP networks, and industrial communication links where long-range stability is critical.

Designed for Long-Distance LTE Backhaul

All 4G LTE Dish Antennas in this category are optimized for point-to-point communication and backhaul link applications.

Typical applications include:

• 4G LTE dish antennas for wireless ISP (WISP) backhaul networks

• Directional antennas for rural broadband infrastructure

• LTE antennas for point-to-point long-distance communication links

• High gain dish antennas for industrial remote sites

• 4G LTE antennas for CCTV and surveillance backhaul systems

• Outdoor LTE backhaul for FWA network expansion

These applications require extremely stable long-distance connectivity.

Ultra-High Gain Directional Performance

Our 4G LTE Dish Antennas are designed for maximum signal focus and link stability:

• Very high gain performance for long-distance transmission

• Narrow beamwidth for precise alignment

• Strong resistance to interference

• Stable link quality in challenging environments

These features make 4G LTE Dish Antennas ideal for LTE backhaul and microwave replacement scenarios.

LTE Frequency Band Compatibility

Our 4G LTE Dish Antennas support multiple LTE frequency bands:

• Wide LTE band coverage for global deployment

• Compatibility with regional carrier networks

• Custom frequency tuning available

• Stable performance across long-distance links

Outdoor Deployment & Precision Alignment

Our 4G LTE Dish Antennas are designed for field deployment:

• Pole mount installation for towers and rooftops

• Fine-tuning alignment for optimal signal strength

• Wind-resistant mechanical structure

• N-type connector options for stable RF connection

Proper alignment ensures maximum link performance.

OEM & Custom Dish Antenna Solutions

Asian Creation Communication provides full OEM support for 4G LTE Dish Antennas, including:

• Custom gain and frequency design

• Beamwidth and radiation pattern optimization

• Mechanical structure customization

• Connector and cable configuration

• Project-based and mass production support

We work closely with system integrators and WISP operators to ensure deployment success.

Manufacturing & Quality Assurance

As a professional Dish Antenna Manufacturer, we ensure:

• ISO-certified production processes

• Strict RF performance testing

• Stable gain consistency across batches

• Reliable supply for long-term infrastructure projects

Why Work With Asian Creation Communication

• Over 20 years of RF antenna manufacturing experience

• Strong expertise in 4G LTE Dish Antennas

• Proven support for global WISP and telecom customers

• Flexible customization and scalable production capability

Request a 4G LTE Dish Antenna Solution

Looking for a reliable 4G LTE Dish Antenna for long-distance LTE backhaul?

Share your deployment distance, link type, and frequency requirements.
Our engineering team will provide a tailored high-gain solution.

Request 4G LTE Dish Antenna Solution

1. Point-to-Point Communication: 4G LTE dish antennas are frequently employed for point-to-point communication links. These links connect two fixed locations over a considerable distance, providing high-capacity data transfer for applications like backhaul connections between cell towers or connecting remote offices.

2. Backhaul Links for Remote Areas: In remote or underserved areas where wired infrastructure is limited, 4G LTE dish antennas serve as backhaul links, connecting remote base stations to the core network. This helps extend mobile network coverage to areas that might otherwise be challenging to reach with traditional wired connections.

3. Rural Broadband Access: Dish antennas are utilized in rural broadband deployments to provide high-speed internet access to homes and businesses in areas where traditional wired broadband is impractical. The directional nature of dish antennas allows for long-range coverage.

4. Mobile Network Infrastructure: In addition to point-to-point communication, 4G LTE dish antennas can be used in the mobile network infrastructure for point-to-multipoint communication. They serve as the backhaul link connecting multiple base stations to the core network, supporting the overall network capacity and coverage.

5. Disaster Recovery and Emergency Communications: 4G LTE dish antennas can be quickly deployed for temporary communication links during disaster recovery or emergency situations. They provide a reliable and high-capacity connection for first responders and emergency services.

6. Surveillance and Security Systems: Dish antennas are employed in surveillance and security applications where a focused and long-range communication link is required. This can include connecting remote cameras or sensors to a central monitoring station.

7. Broadcasting and Media Production: In broadcasting and media production, 4G LTE dish antennas are used for live event coverage. They enable high-quality, low-latency video and data transmission from remote locations to broadcasting centers.

8. Military and Defense Applications: Dish antennas find applications in military and defense for secure and long-range communication. They are used in tactical deployments, remote monitoring, and communication between different military units.

9. Research and Exploration: In remote research locations or exploration activities, such as oil and gas exploration, 4G LTE dish antennas are employed to establish communication links for data transfer and remote monitoring.

10. Industrial Connectivity: Dish antennas can be used in industrial settings for connecting remote facilities, monitoring equipment, and enabling IoT applications that require high-speed and reliable communication.