Custom Stereo Foldable Headphone

Parabolic Dish Antenna

A parabolic dish antenna is a type of antenna that uses a parabolic reflector to focus radio waves onto a single point, called the focal point. The parabolic shape of the reflector allows the antenna to have a high gain, meaning it can receive or transmit signals over long distances.

The parabolic dish antenna consists of a metal reflector, usually made of aluminum, with a parabolic shape. The reflector is curved in such a way that all incoming radio waves are reflected off its surface and converge at the focal point. At the focal point, there is a feed horn, which is a device that sends or receives the radio waves.

The parabolic shape of the reflector is important because it allows the antenna to have a high gain. The gain of an antenna is a measure of its ability to focus radio waves in a specific direction. The larger the reflector, the higher the gain. This is because the larger the reflector, the more radio waves it can collect and focus onto the focal point.

Parabolic dish antennas are commonly used for point-to-point communication, where two antennas are used to send signals to each other over a long distance.

Parabolic Dish Antenna Frequency

Parabolic dish antennas are widely used in various wireless communication applications, including WiFi and LTE networks, as well as in the sub-6 GHz frequency bands of 5G networks.

WiFi

1. 5 GHz Band: This band ranges from 5.15 GHz to 5.85 GHz and is preferred for higher data rates and less interference, although it has a shorter range compared to the 2.4 GHz band.

2. 6 GHz Band: This band ranges from 5.925 GHz to 7.125 GHz and is part of the Wi-Fi 6E standard. It offers even higher data rates and lower latency compared to the 5 GHz band, with additional channels available for less congestion. However, similar to the 5 GHz band, it has a shorter range and less ability to penetrate through obstacles compared to the 2.4 GHz band.

LTE and Sub-6 GHz 5G

LTE networks operate in a variety of frequency bands, many of which fall within the sub-6 GHz range. The sub-6 GHz frequencies are also crucial for the initial deployments of 5G networks because they offer a good balance between coverage and capacity.

1. LTE Bands: Band 1: 2100 MHz / Band 3: 1800 MHz / Band 7: 2600 MHz

Band 20: 800 MHz / Band 28: 700 MHz

2. Sub-6 GHz 5G Bands: N77: 3.3-4.2 GHz / N78: 3.3-3.8 GHz / N79: 4.4-5.0 GHz

Parabolic Dish Antenna Gain

The gain of a microwave antenna is a measure of its ability to focus and direct radio waves. It is typically expressed in decibels (dB) and is calculated as the ratio of the power radiated in a specific direction to the power that would be radiated by an isotropic radiator (a theoretical antenna that radiates equally in all directions) with the same input power.

The gain of a microwave is determined by its size and shape. The larger the diameter of the dish, the higher the gain. The shape of the dish is also important, as it affects the ability of the antenna to focus the radio waves. A parabolic shape is ideal for focusing the waves to a single point, resulting in high gain.

The gain of a parabolic dish antenna can be calculated using the formula:

Gain (dB) = 10 * log10(π * (D/λ)^2)

Where D is the diameter of the dish (in meters) and λ is the wavelength of the radio waves (in meters).

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To achieve dual polarization, a parabolic dish antenna typically uses two separate feed systems, one for each polarization. These feed systems consist of a feed horn and a waveguide that directs the signal to the focal point of the dish.

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Table Of Contents For This Page

It is not easy to introduce all aspects of Symmetrical horn antennas, so we have prepared a lot of information on this page for you to delve into. To make sure you can find the information you want quickly, we have prepared this content directory that will jump to the corresponding location when you click on it.

Applications

Hot Products

Cost Analysis

Duration Estimation

Basic Knowledge

Common Pitfalls

Self-Nomination

FAQs

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Parabolic dish antennas play a crucial role in modern wireless communication systems. Their ability to provide high gain, narrow beamwidth, and long-distance coverage makes them ideal for a variety of applications. Here are some common applications of parabolic dish antennas: Long-Distance Point-to-Point Links, Wireless Internet Service Providers (WISPs), and Wireless Surveillance Systems.

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Tips for Choosing a Parabolic Dish Antenna

cURL Too many subrequests by single Worker invocation. To configure this limit, refer to https://developers.cloudflare.com/workers/wrangler/configuration/#limits: Make sure the antenna supports your network’s frequency band (e.g., WiFi or Sub-6 GHz 5G).
Gain: Higher gain provides longer range but a narrower beamwidth.
cURL Too many subrequests by single Worker invocation. To configure this limit, refer to https://developers.cloudflare.com/workers/wrangler/configuration/#limits: Dual-polarized antennas are better for MIMO systems and can improve performance.
Reflector Style: Choose a style (traditional parabolic or “pizza” type) that fits your space and installation needs.
Radome Protection: A radome helps protect against rain, snow, and dust.
Mounting Bracket: Ensure it’s sturdy and adjustable for precise alignment.
Coaxial Cable: Use a high-quality cable to minimize signal loss.
Size and Transport: Consider packaging size and weight for easier handling and shipping.

When choosing a parabolic dish antenna, consider factors such as the frequency band you need (WiFi vs 5G), the gain required, the distance you need to cover, and the environmental conditions where the antenna will be installed. Additionally, ensure compatibility with your existing equipment and check for any specific mounting or installation requirements.

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Protection RadomecURL Too many subrequests by single Worker invocation. To configure this limit, refer to https://developers.cloudflare.com/workers/wrangler/configuration/#limits.
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Low VSWR, Low Sidelobe, High F/B Ratio, High Isolation
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Compact pizza reflector design, cost-effective solution
Low VSWR, Low Sidelobe, High F/B Ratio, High Isolation
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The model is a high-performance antenna designed for a variety of applications in wireless communication systems. Its unique pizza-style design not only enhances its aesthetic appeal but also optimizes its functionality, making it suitable for both commercial and residential use. This antenna operates across a wide frequency range, providing excellent gain and dual polarization capabilities, which are essential for improving signal strength and quality in diverse environments.

The innovative four-part construction allows for smaller packaging size and lower freight cost, while also contributing to its compact and lightweight profile.

Model: STG4450G28M2

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4.4-5.0GHz 28dBi Dual Polarized Solid Parabolic Dish Antenna

Optimized patterns across the bands
Low VSWR, Low Sidelobe, High F/B Ratio, High Isolation
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Light-weight reflector and bracket design, cost-effective solution
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This advanced antenna features a solid 2-foot reflector, making it a powerful choice for reliable wireless communication. Designed with both performance and practicality in mind, its sturdy build ensures strong and consistent signals, even in challenging environments.

Operating in the 4.4–5.0 GHz frequency range, this antenna is ideal for a variety of uses, such as connecting buildings, supporting wireless internet, or enhancing private networks. Its light weight design makes it easy to install, while the solid reflector helps focus the signal for better coverage and quality.

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2.4-5.0GHz 1.2m 32dBi 4-Part Pizza Dual Polarized Dish Antenna

4-Part Pizza Reflector Design, Small Packaging Size
Wide bands, Optimized patterns across the wide bands
Low VSWR, Low Sidelobe, High F/B Ratio, High Isolation
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This advanced antenna features a 1.2-meter (approximately 4 feet) reflector, designed in four easy-to-assemble sections—much like slices of a pizza. Its solid build helps deliver strong and steady wireless signals, making it a reliable choice for a wide range of uses.

Operating in the 2.4 to 5.0 GHz frequency range, this antenna is suitable for many everyday applications, including Connecting Buildings,Wireless Internet,Video Surveillance,Wi-Fi Networks and Private Networks.

The antenna’s four-part design makes it easy to transport and assemble, even in tight spaces. Its solid reflector focuses the signal, helping to boost coverage and improve connection quality, even in challenging environments.

Model: STD5G30M2-PRO

Model: STD5G30M2-PRO-2PK

4.9-6.0GHz 30dBi Dual Polarized Dish Antenna

The classical feedhorn is designed to operate in the frequency range of 4.9GHz to 6.0GHz. The high gain, low VSWR and low sidelobe characteristics makes it ideal for long range point-to-point applications.

With an optional protection radome, the parabolic dish antennas are able to operate in all-weather conditions. The antennas are constructed using high-quality materials that are resistant to corrosion and extreme weather conditions. The PRO version is also equipped with a robust mounting bracket that ensures stability and durability.

Model: STD5G34M2-PRO

Model: STD5G34M2-PRO-2PK

4.9-6.0GHz 34dBi Dual Polarized Dish Antenna

The classical feedhorn is designed to operate in the frequency range of 4.9GHz to 6.0GHz. The high gain, low VSWR and low sidelobe characteristics makes it ideal for long range point-to-point applications.

With an optional protection radome, the parabolic dish antennas are able to operate in all-weather conditions. The antennas are constructed using high-quality materials that are resistant to corrosion and extreme weather conditions. The PRO version is also equipped with a robust mounting bracket that ensures stability and durability.

Model: STD6G30M2-PRO

Model: STD6G30M2-PRO-2PK

4.9-6.5GHz 30dBi Dual Polarized Dish Antenna

The feedhorn is designed to operate in the frequency range of 4.9GHz to 6.5GHz. The high gain, low VSWR and low sidelobe characteristics makes it ideal for long range point-to-point applications.

With an optional protection radome, the parabolic dish antennas are able to operate in all-weather conditions. The antennas are constructed using high-quality materials that are resistant to corrosion and extreme weather conditions. The PRO version is also equipped with a robust mounting bracket that ensures stability and durability.

Model: STD6G34M2-PRO

Model: STD6G34M2-PRO-2PK

4.9-6.5GHz 34dBi Dual Polarized Dish Antenna

The feedhorn is designed to operate in the frequency range of 4.9GHz to 6.5GHz. The high gain, low VSWR and low sidelobe characteristics makes it ideal for long range point-to-point applications.

With an optional protection radome, the parabolic dish antennas are able to operate in all-weather conditions. The antennas are constructed using high-quality materials that are resistant to corrosion and extreme weather conditions. The PRO version is also equipped with a robust mounting bracket that ensures stability and durability.

Model: STD6G37M2-P4

4.9-6.5GHz 1.2m 37dBi 4-Part Pizza Dual Polarized Dish Antenna

Optimized patterns for the full bands
Wide Bandwidth, High Isolation, Low VSWR, Low Sidelobe
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Optional radio adapters, coax cable assembly and packaging units

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With an optional protection radome, the parabolic dish antennas are able to operate in all-weather conditions. The antennas are constructed using high-quality materials that are resistant to corrosion and extreme weather conditions. The PRO version is also equipped with a robust mounting bracket that ensures stability and durability.

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Reflector Style : Solid or 4-Part Pizza

Packaging : Single-pack or Double-pack

4.9-7.125GHz 34dBi Solid Dual Polarized Parabolic Dish Antenna

Our latest feedhorn is specially designed for a very wide frequency range, covering 4.9GHz to 7.125GHz. This means it supports all current WiFi 6E and WiFi 7 standards, as well as other wireless applications within this range.

The antenna delivers strong, focused signals for long-distance connections. It features high gain for better performance, low signal loss, and minimal interference from unwanted directions. This makes it perfect for reliable, long-range point-to-point wireless links.

With an optional protective cover (radome), the antenna works reliably in any weather—rain, snow, or sun. High-quality materials make it resistant to rust and harsh outdoor conditions, ensuring long-lasting performance.

The PRO version comes with a sturdy mounting bracket, making installation simple and keeping the antenna stable, even in strong winds.

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Please note that the final cost depends on your detailed requirements of dish antenna. Such as the frequency range, gain, polarization, reflector type, mounting bracket, protection radome and packaging style, and the distance of transportation. Take an example of booking a 40HQ (600 Units) of a 4.9-6.5GHz 30dBi Dual Polarized Dish Antenna (STD6G30M2-2PK)without pallets, based on EXW:

DIsh reflector 1200 PCS and $19.37 for each $10,000

Material: stamped aluminum; Surface finish: powder coat; Salt spray duration: 500 hours

$10,000

Feedhorn 1200 Units and $10.56 for each $10,000

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$10,000

Mounting bracket 1200 PCS and $5.13 for each $10,000

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$10,000

Labor cost 1200 PCS and $3.52 for each $10,000

It mainly includes the welding and assembly of waveguide for the feedhorn.

$10,000

Product box and packaging foams 1200 Units and US$4.58 for each $4,300

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$4,300

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From our factory in Nanhai, Foshan to Yantian port of Shenzhen, one 40HQ

$4,300

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Shipping from Shenzhen, China to San Francisco, USA. The pricing was based on June 27th.2024.

$4,300

The Process Flow & Duration Estimation

Please note that the final lead-time depends on the customized service you require, electrical & mechanical specifications , the raw material types, product surface finish types, and packaging, etc. Take an example of customizing a 5 GHz 2ft dual polarized pizza dish antenna:

Step 1: HFSS Simulation Test (40-60 days based on dual polarization )

HFSS (High Frequency Structure Simulator) is a powerful electromagnetic simulation software used for antenna design. It allows engineers to analyze and optimize antenna performance by simulating electromagnetic fields and predicting radiation patterns of frequency range, gain, polarization, S11, half-power beamwidth and other important parameters.

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To ensure that the HFSS design is thoroughly verified and optimized, we will take the necessary steps to review all parameters and performance metrics. Once the design is confirmed, we will proceed with generating the CAD drawing for the prototype and sample. This process, including verification, optimization, and CAD drawing generation, will be completed within one working day.

Step 3: Prepare the material for the prototypes (7-18 days)

On average, it will take 7- 18 working days to prepare and machine the dish reflector, feedhorn, mounting brackets, etc. It can be very fast if we have inventory of materials. This time frame includes the hardware product surface finish such as sandblasted and powder coat.

Step 4: Prototype testing (1-2 days)

The antenna prototype is tested in an anechoic chamber to measure and analyze the electromagnetic radiation pattern. Engineer can accurately measure and analyze the antenna’s performance, identify any design flaws, and optimize the antenna’s radiation characteristics for specific applications.

Step 5: Shipping to the USA(4-5 days)

Normally, we will arrange the shipment by DHL since it’s the fastest channel for prorotypes. There is no big difference on the freight cost compared with FedEx/UPS.

We can also use a special channel if it’s not urgent and the packaging size is big. The lead-time is range from 11 days to 15 days. The import tariff and customs clearance can be included. This can save you a lot of money.

Step 6: Trial order without making any new tooling/mold (7-15 days)

Once the prototypes are received and tested in a real-world conditions and get approved. It’s suggested to place a small quantity trial order. This way, any potential problems or defects can be identified and resolved before moving forward with mass production.

Step 7: Mass production (12-21 days)

Once the trial order has been successfully completed without any issues, we can proceed with mass production of the new antenna product. What we need to do next is to reduce the cost without compromise on the product quality and performance. It’s included but not limited to optimizing the product performance & structure, improving production efficiency, and source new suppliers, etc.

Want to know how to compress lead-time of mass production?

Compressing lead times for mass production of Omni antennas is crucial for businesses looking to meet customer demands and stay competitive in the market. By implementing strategies such as optimizing production processes, streamlining supply chain management, and utilizing advanced manufacturing technologies, companies can significantly reduce the time it takes to produce Omni antennas and improve overall operational efficiency.

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The Basic Knowledge About Parabolic Dish Antennas

We have crafted the following articles to provide you with a comprehensive understanding of the functionality, operation, and applications of Parabolic dish antennas. These articles includes but are not limited to the parabolic dish antenna operating frequency, polarization, gain, components and applications, etc.

Purchase Guide

Solid vs 4-part Pizza Reflector For the Parabolic Dish Antenna

learn more »

Andrew Chen 29 Sep 2025

Product Tutorial

The Ultimate Guide to Antenna Mounting and Placement

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Andrew Chen 7 Agu 2025

Purchase Guide

The 2025 Ultimate Guide to WiFi 6/6E/7 Antennas

learn more »

Andrew Chen 26 Jun 2025

Product Tutorial

Ultimate Guide to Choose the Right Parabolic Dish Antenna

learn more »

Andrew Chen 16 Agu 2024

FAQ

What is a Circular Polarized Parabolic Dish Antenna?

learn more »

Andrew Chen 10 Agu 2024

FAQ

What is A 5G Parabolic Dish Antenna?

learn more »

Andrew Chen 3 Agu 2024

The Common Pitfalls cURL Too many subrequests by single Worker invocation. To configure this limit, refer to https://developers.cloudflare.com/workers/wrangler/configuration/#limits

Common Pitfalls When Buying Parabolic Dish Antennas from China

When buying from China, be cautious of poor quality control, misleading specifications, and limited technical support.

Because there are so many suppliers, it can be hard to find a reliable one. Some lack the experience or expertise to make high-quality antennas, resulting in poor performance or short lifespan. Many factories focus on quantity over quality, increasing the risk of receiving defective or low-grade products.

When purchasing Parabolic dish antennas from China, there are several common pitfalls that buyers should be aware of. These pitfalls include poor quality control, misleading specifications, and lack of technical support, etc.

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Other Common Issues

Some suppliers exaggerate antenna specifications to attract buyers, but actual performance often falls short.

There’s also a lack of technical support, making it hard to get help with installation or troubleshooting.

Finally, communication barriers—including language and cultural differences—can cause misunderstandings and delays during the purchasing process.

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Additionally, there is often a lack of technical support when purchasing dish antennas from China. This can be problematic if the buyer encounters any issues with the enclosures or requires assistance with installation or troubleshooting. Without proper technical support, the buyer may be left to figure things out on their own or seek help from third-party sources.

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In conclusion, the common pitfalls when purchasing DAS antennas from China include poor quality control, misleading specifications, lack of technical support and communication issues. These pitfalls occur due to the large number of suppliers, the prioritization of quantity over quality, exaggerated claims by manufacturers, lack of experience or expertise, inadequate technical support, and communication challenges. Buyers should be cautious and conduct thorough research before making a purchase to avoid falling into these pitfalls.

Conclusion：Common pitfalls when buying parabolic dish antennas from China include poor quality control, false specifications, limited technical support, and communication issues. These problems often stem from too many suppliers, focus on quantity over quality, lack of experience, and exaggerated claims. Buyers should research carefully and choose reliable suppliers to avoid these risks.

A Brief Self-Nomination, Why Choose Sanny Telecom?

We are the best choice because we offer top-notch quality and exceptional service. With years of experience in the industry, we have developed a reputation for delivering excellent results and exceeding our clients’ expectations. Our team of experts is highly skilled and knowledgeable, ensuring that we can handle any project with ease. We are committed to providing personalized attention to each client, understanding their unique needs and delivering tailored solutions. Our dedication to customer satisfaction is unmatched, and we go above and beyond to ensure that our clients are happy with our work. Choose us for unparalleled quality and service.

Why Choose Us

Quality – We provide high-quality products and services backed by experienced professionals.

Expertise – Our team understands customer needs and stays current with the latest technologies.

Customer Service – We respond quickly, value feedback, and work closely with clients.

Trust & Reliability – We’re known for keeping our promises and delivering consistent results.

Long-Term Partnerships – We focus on lasting relationships, not just one-time sales.

In short: We offer quality, expertise, great service, reliability, and long-term commitment.

There are several reasons why you should choose us:

1. Quality: We are committed to providing high-quality products and services. Our team consists of experienced professionals who are dedicated to delivering the best results.

2. Expertise: We have a deep understanding of our industry and the specific needs of our customers. We stay up-to-date with the latest trends and technologies to ensure we can offer the most innovative solutions.

3. Customer service: We prioritize our customers and strive to provide excellent customer service. We are responsive to inquiries, listen to feedback, and work closely with our clients to meet their needs.

4. Trust and reliability: We have a strong reputation for being trustworthy and reliable. Our customers trust us to deliver on our promises and to consistently provide exceptional products and services.

5. Long-term partnerships: We believe in building long-term relationships with our customers. We are not just interested in making a quick sale; we want to be a trusted partner that our customers can rely on for years to come.

In summary, we offer quality, expertise, excellent customer service, trust and reliability, and long-term partnerships.

The FAQs About Parabolic Dish Antennas

Below, you will find a list of 20 frequently asked questions along with their concise answers. We have spent 15 years supplying antennas and serving customers worldwide, which has allowed us to accumulate a wealth of knowledge and experience. If you have any additional questions, please feel free to reach out to us directly.

1. What is a parabolic dish antenna?

A parabolic dish antenna is a type of antenna that uses a parabolic reflector to direct radio waves. It is commonly used for point-to-point connections and backhaul networks.

2. How does a parabolic dish antenna work?

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The polarization of a parabolic dish antenna can be either horizontal or vertical, depending on how the feedhorn is oriented.

14. Can parabolic dish antennas be used for both transmission and reception?

Yes, they can be used for both transmitting and receiving signals.

15. What materials are commonly used to construct parabolic dish antennas?

Common materials include aluminum, steel, and composite materials, often with a reflective coating.

16. Is it possible to attached the radio to the parabolic dish antenna?

Yes, but you need to use an adapter with mounting holes for the radio which can be attached to the dish reflector directly.

17. How to install a parabolic dish antenna?

Installing a parabolic dish antenna requires careful planning and consideration of several factors such as the location, line of sight, mounting options, and cable routing. It is important to ensure that the dish is properly aligned and aimed at the desired satellite or point of communication for optimal signal reception and transmission.

18. How do weather conditions affect parabolic dish antennas?

Severe weather conditions like rain, snow, and wind can affect signal quality and the physical alignment of the dish.

19. What maintenance is required for parabolic dish antennas?

Regular maintenance includes checking alignment, cleaning the dish surface, and inspecting for physical damage.

20. What are some advantages of using parabolic dish antennas?

Advantages include high gain, narrow beamwidth, and the ability to focus on distant signals, making them ideal for long-range communication and high-resolution applications.

Available Model Options

Model	Frequency (MHz)	Gain (dBi)	cURL Too many subrequests by single Worker invocation. To configure this limit, refer to https://developers.cloudflare.com/workers/wrangler/configuration/#limits	VSWR	HW/VW (°)	Connector	Dimensions (cm)	Datasheet
STD0727G23M2	698-2700	12/23	H+V /±45°	≤2.0	40± 5/10±1	2x N-female	Φ60	Download
STD1225G22M2	1200-2500	17/22	H+V /±45°	≤2.0	20± 5/14±2	2x N-female	Φ60	Download
STD1727G18M2	1710-2700	17±1	H+V /±45°	≤1.5	9/12	2x N-female	Φ40	Download
STD1727G23M2	1710-2700	19/23	H+V /±45°	≤1.5	13±3/14±3	2x N-female	Φ60	Download
cURL Too many subrequests by single Worker invocation. To configure this limit, refer to https://developers.cloudflare.com/workers/wrangler/configuration/#limits	698-4000	12/22	H+V /±45°	≤2.0	3/14	2x N-female	Φ60	Download
STD1727G22M2	1710-2700	21±1	H+V /±45°	≤1.5	35-49/ 10±1	2x N-female	Φ60	Download
STD1740G22M2	1710-4000	21±1	H+V /±45°	≤2.0	19/17	2x N-female	Φ60	Download
STD1740G22M2-P4	1710-4000	18/22	H+V /±45°	≤2.0	17±1/6±1	2x N-female	Φ60	Download
STD1740G22M2-P43	1710-4000	21±1	H+V /±45°	≤2.0	19/17	2x N-female	Φ60	Download
STD1740G24CM2	1710-4000	19/24	LHCP+RHCP	≤2.0	17±1/6±1	2x N-female	Φ60	Download
STD24G20M2	2300-2700	20±1	H+V /±45°	≤1.5	10/9	2x N-female	Φ40	Download
STD24G24M2	2300-2700	24±1	H+V /±45°	≤1.5	8/7	2x N-female	Φ60	Download
STD24G27M2	2300-2700	27±1	H+V /±45°	≤1.5	6/5	2x N-female	Φ90	Download
STG4450G22M2	4400-5000	22	H+V /±45°	≤2.0	11±0.5/12±0.5	2x N-female	Φ36	Download
STG4450G28M2	4400-5000	28	H+V /±45°	≤2.0	5.5±0.5/4.8±0.5	2x N-female	Φ60	Download
STG4450G28M2-P4	4400-5000	28	H+V /±45°	≤2.0	5.0±0.5/4.8±0.5	2x N-female	Φ60	Download
STD2450G32M2-P4	2400-5000	28/32±1	H+V /±45°	≤2.0	4.7±0.3/3.7±0.3	2x N-female	Φ60	Download
STD5G30M2-PRO	4900-5850	30	H+V /±45°	≤1.6	5/4	2x N-female	Φ60	Download
STD5G34M2-PRO	4900-5850	34	H+V /±45°	≤1.6	4/3	2x N-female	Φ90	Download
STD6G23M2	4900-6500	23±1	H+V /±45°	≤2.0	9/8	2xN-female	Φ36	Download
STD6G25M2	4900-6500	25±1	H+V /±45°	≤2.0	7/6	2xN-female	Φ40	Download
STD6G30M2	4900-6500	30±1	H+V /±45°	≤2.0	5/4	2x N-female	Φ60	Download
STD6G30M2-PRO	4900-6500	30±1	H+V /±45°	≤2.0	5/4	2x N-female	Φ60	Download
STD6G30M2-P6	4900-6500	30±1	H+V /±45°	≤2.0	5/4	2x N-female	Φ60	Download
STD6G34M2-PRO	4900-6500	34±1	H+V /±45°	≤2.0	4/3	2x N-female	Φ90	Download
STD6G37M2-PRO	4900-6500	37±1	H+V /±45°	≤2.0	2.5/2	2x N-female	Φ120	Download
STD6G37M2-P4	4900-6500	37±1	H+V /±45°	≤2.0	2.5/2	2x N-female	Φ120	Download
STD6G38M2D-UHP	4900-6500	38	H+V	≤1.3	2.2	Customized	Φ150	Download
STD6G40M2D-UHP	4900-6500	40	H+V	≤1.3	1.7	Customized	Φ180	Download
STD4971G30M2-P4	4900-7125	29±1	H+V /±45°	≤2.5	5/4	2x N-female	Φ60	Download
STD4971G34M2-PRO	4900-7125	34±1	H+V /±45°	≤2.0	4/3	2x N-female	Φ90	Download
STD6EG25M2	5850-7200	25	H+V /±45°	≤2.0	8/7	2xN-female	Φ36	Download
STD6EG25M2-2PK	5850-7200	25	H+V /±45°	≤2.0	8/7	2xN-female	Φ36	Download
STD6EG28M2	5850-7200	28	H+V /±45°	≤2.0	6/5	2xN-female	Φ40	Download
STD6EG28M2-2PK	5850-7200	28	H+V /±45°	≤2.0	6/5	2xN-female	Φ40	Download
STD6EG32M2	5850-7200	32	H+V /±45°	≤2.0	4/3	2x N-female	Φ60	Download
STD6EG32M2-2PK	5850-7200	32	H+V /±45°	≤2.0	4/3	2x N-female	Φ60	Download
STD6EG32M2-PRO	5850-7200	32	H+V /±45°	≤2.0	4/3	2x N-female	Φ60	Download
STD6EG32M2-PRO-2PK	5850-7200	32	H+V /±45°	≤2.0	4/3	2x N-female	Φ60	Download
SSTD6EG32M2-P6	5850-7200	32	H+V /±45°	≤2.0	4/3	2x N-female	Φ60	Download
STD6EG36M2-PRO	5850-7200	36	H+V /±45°	≤2.0	3.5/2.5	2x N-female	Φ90	Download
STD6EG36M2-PRO-2PK	5850-7200	36	H+V /±45°	≤2.0	3.5/2.5	2x N-female	Φ90	Download
STD6EG39M2-PRO	5850-7200	39	H+V /±45°	≤2.0	2.0	2x N-female	Φ120	Download
STD6EG40M2-UHP	5850-7200	40	H+V /±45°	≤1.3	1.8	2x N-female	Φ150	Download
STD6EG42M2-UHP	5850-7200	42	H+V /±45°	≤1.3	1.5	2x N-female	Φ180	Download

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Custom Stereo Foldable Headphone

Parabolic Dish Antenna

Parabolic Dish Antenna Frequency

Parabolic Dish Antenna Gain

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Table Of Contents For This Page

Applications

Hot Products

Cost Analysis

Duration Estimation

Basic Knowledge

Common Pitfalls

Self-Nomination

FAQs

cURL Too many subrequests by single Worker invocation. To configure this limit, refer to https://developers.cloudflare.com/workers/wrangler/configuration/#limits Applications For Dish Antennas

Tips for Choosing a Parabolic Dish Antenna

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4.4-5.0GHz 28dBi Dual Polarized Solid Parabolic Dish Antenna

2.4-5.0GHz 1.2m 32dBi 4-Part Pizza Dual Polarized Dish Antenna

4.9-6.0GHz 30dBi Dual Polarized Dish Antenna

4.9-6.0GHz 34dBi Dual Polarized Dish Antenna

4.9-6.5GHz 30dBi Dual Polarized Dish Antenna

4.9-6.5GHz 34dBi Dual Polarized Dish Antenna

4.9-6.5GHz 1.2m 37dBi 4-Part Pizza Dual Polarized Dish Antenna

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4.9-7.125GHz 34dBi Solid Dual Polarized Parabolic Dish Antenna

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The Process Flow & Duration Estimation

Step 1: HFSS Simulation Test (40-60 days based on dual polarization )

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Step 3: Prepare the material for the prototypes (7-18 days)

Step 4: Prototype testing (1-2 days)

Step 5: Shipping to the USA(4-5 days)

Step 6: Trial order without making any new tooling/mold (7-15 days)

Step 7: Mass production (12-21 days)

Want to know how to compress lead-time of mass production?

The Basic Knowledge About Parabolic Dish Antennas

The Common Pitfalls cURL Too many subrequests by single Worker invocation. To configure this limit, refer to https://developers.cloudflare.com/workers/wrangler/configuration/#limits

Other Common Issues

A Brief Self-Nomination​, Why Choose Sanny Telecom?

Why Choose Us

The FAQs About Parabolic Dish Antennas

1. What is a parabolic dish antenna?

2. How does a parabolic dish antenna work?

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cURL Too many subrequests by single Worker invocation. To configure this limit, refer to https://developers.cloudflare.com/workers/wrangler/configuration/#limits

cURL Too many subrequests by single Worker invocation. To configure this limit, refer to https://developers.cloudflare.com/workers/wrangler/configuration/#limits

cURL Too many subrequests by single Worker invocation. To configure this limit, refer to https://developers.cloudflare.com/workers/wrangler/configuration/#limits

cURL Too many subrequests by single Worker invocation. To configure this limit, refer to https://developers.cloudflare.com/workers/wrangler/configuration/#limits

cURL Too many subrequests by single Worker invocation. To configure this limit, refer to https://developers.cloudflare.com/workers/wrangler/configuration/#limits

cURL Too many subrequests by single Worker invocation. To configure this limit, refer to https://developers.cloudflare.com/workers/wrangler/configuration/#limits

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14. Can parabolic dish antennas be used for both transmission and reception?

15. What materials are commonly used to construct parabolic dish antennas?

16. Is it possible to attached the radio to the parabolic dish antenna?

17. How to install a parabolic dish antenna?

18. How do weather conditions affect parabolic dish antennas?

19. What maintenance is required for parabolic dish antennas?

20. What are some advantages of using parabolic dish antennas?

Available Model Options

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A Brief Self-Nomination, Why Choose Sanny Telecom?