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11+Years Experience
Top Parabolic Dish Antenna Manufacturers In China
- Million‑dollar RF Lab: HFSS simulations and chamber tests (0–30 GHz) ensure accurate,
- Premium Reliability Guaranteed: ROHS compliant, 600+ hours salt-spray and UV tested.
- Carrier‑Grade Collaboration: Partnered with Tier-1 operators to cut integration issues by 80%.
10+ Years
Over 10 years in wireless antenna design, 500 K+ units shipped.
OEM & ODM
Full‑scope customization (frequency, gain, polarization, protection radome & bracket)
Master Engineers
6 MSc engineers driving Wi‑Fi 6E/7 & mmWave innovations for peak performance.
Million‑dollar . for Parabolic Dish Antenna
We take great pride in the quality and integrity of our products, and our laboratory plays a crucial role in upholding these standards. By investing in the latest testing equipment and employing a skilled team of technicians, we can confidently stand behind the quality of our products.
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Our new ultra-wideband antenna with a solid dish reflector covers 698-960 MHz and 1710-4000 MHz, supporting 3G, 4G, and 5G. It offers higher gain and more reliable signals than panel antennas for superior coverage and quality.
698-960/1710-4000MHz 12/22dBi Dual Polarized Dish Antenna
With its compact form and 19 dBi gain, it’s ideal for Wi‑Fi 6/7, public‑safety links, and CCTV. An optional die‑cast aluminum enclosure .
Model:STD0740G22M2
- Low VSWR, Low Sidelobe, High F/B Ratio, High Isolation
- Optimized patterns across the full bands
- Optional operating frequency ranges
- Adjust dual polarization (horizontal & vertical or slant +/- 45 )
- Optional coax cable length and connector type(N/SMA/TNC))
1.71-4.0GHz 30dBi 4-Part Pizza Style Dual Polarized Dish Antenna
This high-performance antenna’s unique four-part "pizza-style" design offers wide frequency coverage, high gain, and dual polarization.
Model:STD1740G22M2-P4
- Compact pizza reflector design, cost-effective solution
- Low VSWR, Low Sidelobe, High F/B Ratio, High Isolation
- Optimized patterns for both LTE and 5G Mid band
- Adjust dual polarization (horizontal & vertical or slant +/- 45 )
- Optional coax cable length and connector type(N/SMA/TNC))
4.9-6.0GHz 30dBi Dual Polarized Dish Antenna
This feedhorn covers 4.9–6.0 GHz with high gain and low VSWR, ideal for long-range links. Optional radome protects against weather. PRO model has a sturdy mounting bracket.
Model:STD5G30M2-PRO
- Optimized patterns for the full bands
- Optional protection radome for all-weather operation
- Low VSWR, Low Sidelobe, High F/B Ratio, High Isolation
- Adjust dual polarization (horizontal & vertical or slant +/- 45 )
- Optional radio adapters, coax cable assembly and packaging units
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This feedhorn covers 4.9–6.0 GHz with high gain and low VSWR, suited for long-range links. Optional radome for weather protection.
Model: STD5G34M2-PRO
- Optimized patterns for the full bands
- Optional protection radome for all-weather operation
- Low VSWR, Low Sidelobe, High F/B Ratio, High Isolation
- Adjust dual polarization (horizontal & vertical or slant +/- 45 )
- Optional radio adapters, coax cable assembly and packaging units
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This feedhorn covers 4.9–6.5 GHz with high gain and low VSWR, suitable for long-range links. Optional radome for weather protection.
Model:STD6G30M2-PRO
- Optimized patterns for the full bands
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- Optional protection radome for all-weather operation
- Adjust dual polarization (horizontal & vertical or slant +/- 45 )
- Optional radio adapters, coax cable assembly and packaging units
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This feedhorn covers 4.9–6.5 GHz with high gain and low VSWR for long-range links. PRO model includes a sturdy mounting bracket.
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- Optimized patterns for the full bands
- Optional protection radome for all-weather operation
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- Adjust dual polarization (horizontal & vertical or slant +/- 45 )
- Optional radio adapters, coax cable assembly and packaging units
Protection Radome Cover for Parabolic Dish Antennas
Sanny Telecom radomes protect antennas from weather, reduce interference, and improve link quality. Available for 0.6m and 0.9m dishes.
Model: ST-R06 (For 0.6m Reflector ) ST-R09 (For 0.9m Reflector )
- UV Stable ABS for long-service life
- Optimized and integrated design for the 0.6m and 0.9m reflectors
- Easy installation with a full printing Installation Instruction
- Optional packaging styles, combo(with antenna) or 5PK
4.9-7.125GHz 30dBi Dual Polarized Dish Antenna
This feedhorn covers 5.25–7.125 GHz (WiFi 6E/7) with high gain and low VSWR for long-range links. Optional radome and sturdy PRO mounting bracket included.
Model:STD4971G30M2-P4
- Compact pizza reflector design, cost-effective solution
- Ultra wide band, Low VSWR, Low Sidelobe, High F/B Ratio
- Optimized patterns for the full bands
- Adjust dual polarization (horizontal & vertical or slant +/- 45 )
- Optional protection radome for all-weather operation
- Optional radio adapters, coax cable assembly and packaging units
4.9-7.125GHz 34dBi Dual Polarized Dish Antenna
This feedhorn covers 4.9–7.125 GHz (WiFi 6E/7) with high gain, low VSWR, and low sidelobe for long-range links. Optional radome for harsh weather. PRO version has a sturdy mounting bracket.
Model: STD4971G32M2-PRO / STD4971G32M2-PRO-2PK
- Ultra wide band, Low VSWR, Low Sidelobe, High F/B Ratio
- Optimized patterns for the full bands
- Adjust dual polarization (horizontal & vertical or slant +/- 45 )
- Optional protection radome for all-weather operation
- Optional radio adapters, coax cable assembly and packaging units
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Online Parabolic Dish Antenna Customization
- Frequency: 698-2700MHz, 1.2-2.5GHz, 2.3-2.7GHz, 1.71-4.0GHz, 4.4-5.0GHz, 4.9-6.0GHz, 4.9-6.5GHz, 4.9-7.125GHz, 5.85-7.125GHz, or custom operating frequency
- Reflector Size: Φ0.36m/1.18ft, Φ0.4m/1.31ft, Φ0.6m/2ft, Φ0.9m/3ft, Φ1.2m/4ft, Φ1.8m/6ft, Φ2.4m/8ft, Φ3.0m/10ft, or custom reflector
- cURL Too many subrequests. Corresponding to dish size and frequency (low, medium, high)
- Polarization: Linear(Vertical or Horizontal), Dual (Vertical & Horizontal or +45° & -45° )
- Protection Radome Material: UV-resistant ABS or heavy-duty fiberglass housing
- Coaxial Cable Assembly: Custom connector types ( N-type, SMA/RP-SMA, TNC/RP-TNC, etc), Cable model and length(LMR195/LMR240/LMR400,1/2'', 1m/2m/5m/10m, etc)
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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:
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Step 2: Optimized design and generate CAD drawings (1-2 days )
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Step 4: Prototype testing (1-2 days)
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Step 5: Shipping to the USA(4-5 days)
We typically ship prototypes via DHL for speed, with similar cost to FedEx/UPS. For larger or less urgent shipments, we offer a cost-saving special channel with import duties and clearance included.
Step 6: Trial order without making any new tooling/mold (7-15 days)
After prototype approval, we recommend a small trial order to identify and resolve any issues before mass production.
Step 7: Mass production (12-21 days)
After a successful trial, we move to mass production and focus on reducing cost while maintaining quality—by optimizing design, efficiency, and sourcing.
Step 8: After‑sales Support & Continuous Optimization
24/7 online technical support .Warranty coverage & spare‑parts assurance.Performance monitoring & firmware/upgrades.Customer training & full documentation.
Meet Our Team
Andrew Chen
General Manager
Dr. Feng
Technical Consultant
Zhu Xuexin
Mechanical Engineer
Emily Wu
Financial Manager
Michael Li
Logistics Manager
Peter Du
Legal Counsel
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DIsh reflector 1200 PCS and $19.37 for each
Material: stamped aluminum; Surface finish: powder coat; Salt spray duration: 500 hours
Feedhorn 1200 Units and $10.56 for each
64-element arrays, horizontal and vertical polarization , with 2x SMA-female connector mounted on the backplate.
Mounting bracket 1200 PCS and $5.13 for each
Size: 366.6×366.6mm, Material: 2.0mm 5052 aluminum alloy; Surface finish: Sandblasted or Wire Brush
Labor cost 1200 PCS and $3.52 for each
It mainly includes the welding and assembly of waveguide for the feedhorn.
Product box and packaging foams 1200 Units and US$4.58 for each
Product box: 41x41x10cm, 3 layers, K=A; Multiple carton :45x45x50cm, 5 layers, K=A, with protection foams
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Ocean freight of one 40HQ and US$5,500 for each
Shipping from Shenzhen, China to San Francisco, USA. The pricing was based on June 4th.2024.
What are Customers Say
Featured Antenna Products
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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?
It works by reflecting incoming radio waves to a focal point where the receiver is located, or by focusing transmitted waves from the focal point into a narrow beam.
3. What are the main components of a parabolic dish antenna?
The main components include the parabolic reflector (dish), feedhorn, and mounting bracket.
4. What is the purpose of the parabolic reflector?
The parabolic reflector focuses incoming parallel radio waves onto a single point, increasing signal strength and directionality.
5. What is the feedhorn?
The feedhorn is the component located at the focal point of the parabolic dish that collects or transmits radio waves.
6. What is gain in a parabolic dish antenna?
Gain refers to the ability of the antenna to focus energy in a particular direction, which increases signal strength.
7. What is the typical gain range for parabolic dish antennas?
The gain can range from 20 dBi to over 42 dBi, depending on the size and operating frequency.
8. How is the size of the parabolic dish related to its performance?
Larger dish reflectors generally have higher gain and better resolution, but they are also more difficult to install and align.
9. What frequencies do parabolic dish antennas typically operate at?
Parabolic dish antennas typically operate at Sub-6 GHz and 6GHz frequencies for WiFi and 5G Mid-band, such as 1710-4000MHz, 2.4-2.5GHz and 5.15-5.85GHz, etc.
10. What are some common applications of parabolic dish antennas?
Common applications include point-to-point links and wireless backhauls.
11. How do you align a parabolic dish antenna?
Alignment involves adjusting the dish to point accurately at the desired satellite or signal source, often using a signal meter for precision.
12. What's the range of Parabolic dish antennas?
The range of parabolic dish antennas can vary depending on various factors such as the size of the dish, the frequency being used, the power of the transmitter, and the quality of the equipment. However, in general, parabolic dish antennas can have a range of several kilometers to tens of kilometers.
13. What's the polarization of Parabolic dish antennas?
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.
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Available Model Options
| Model | Frequency (MHz) | Gain (dBi) | Polarization | VSWR | HW/VW (°) | Connector | cURL Too many subrequests. | Datasheet |
| cURL Too many subrequests. | 1710-2700 | cURL Too many subrequests. | H+V /±45° | ≤1.5 | 9/12 | 2x N-female | Φ40 | Download |
| STD0740G22M2 | 698-4000 | 12/22 | H+V /±45° | ≤2.0 | 3/14 | 2x N-female | Φ60 | Download |
| cURL Too many subrequests. | 1710-2700 | cURL Too many subrequests. | H+V /±45° | ≤1.5 | cURL Too many subrequests. | 2x N-female | Φ60 | Download |
| cURL Too many subrequests. | 1710-4000 | cURL Too many subrequests. | H+V /±45° | ≤2.0 | 19/17 | 2x N-female | Φ60 | Download |
| cURL Too many subrequests. | 1710-4000 | cURL Too many subrequests. | H+V /±45° | ≤2.0 | 19/17 | 2x N-female | Φ60 | Download |
| STD1740G22M2-P43 | 1710-4000 | cURL Too many subrequests. | H+V /±45° | ≤2.0 | 19/17 | 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 |
| STG4450G28M2 | 4400-5500 | 28 | H+V /±45° | ≤2.0 | 5.5±0.5/4.8±0.5 | 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 |
| 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 | cURL Too many subrequests. | 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 | cURL Too many subrequests. | Download |
| Model | Frequency (MHz) | Datasheet |
| cURL Too many subrequests. | 1710-2700 | Download |
| STD0740G22M2 | 698-4000 | Download |
| cURL Too many subrequests. | 1710-2700 | Download |
| cURL Too many subrequests. | 1710-4000 | Download |
| cURL Too many subrequests. | 1710-4000 | Download |
| STD1740G22M2-P43 | 1710-4000 | Download |
| STD24G20M2 | 2300-2700 | Download |
| STD24G24M2 | 2300-2700 | Download |
| STD24G27M2 | 2300-2700 | Download |
| STG4450G28M2 | 4400-5500 | Download |
| STD5G30M2-PRO | 4900-5850 | Download |
| STD5G34M2-PRO | 4900-5850 | Download |
| STD6G23M2 | 4900-6500 | Download |
| STD6G25M2 | 4900-6500 | Download |
| STD6G30M2 | 4900-6500 | Download |
| STD6G30M2-PRO | 4900-6500 | Download |
| STD6G30M2-P6 | 4900-6500 | Download |
| STD6G34M2-PRO | 4900-6500 | Download |
| STD6G37M2-PRO | 4900-6500 | Download |
| STD6G38M2D-UHP | 4900-6500 | Download |
| STD6G40M2D-UHP | 4900-6500 | Download |
| STD4971G30M2-P4 | 4900-7125 | Download |
| STD4971G34M2-PRO | 4900-7125 | Download |
| STD6EG25M2 | 5850-7200 | Download |
| STD6EG25M2-2PK | 5850-7200 | Download |
| STD6EG28M2 | 5850-7200 | Download |
| STD6EG28M2-2PK | 5850-7200 | Download |
| STD6EG32M2 | 5850-7200 | Download |
| STD6EG32M2-2PK | 5850-7200 | Download |
| STD6EG32M2-PRO | 5850-7200 | Download |
| STD6EG32M2-PRO-2PK | 5850-7200 | Download |
| SSTD6EG32M2-P6 | 5850-7200 | Download |
| STD6EG36M2-PRO | 5850-7200 | Download |
| STD6EG36M2-PRO-2PK | 5850-7200 | Download |
| STD6EG39M2-PRO | 5850-7200 | Download |
| STD6EG40M2-UHP | 5850-7200 | Download |
| STD6EG42M2-UHP | 5850-7200 | Download |
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