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5G mmWave Shrouds and Radomes

Our radomes are engineered for maximum protection, superior performance, and high reliability for 5G systems.

A radome made for 5G on a pole between buildings.
Overview
Our radomes are engineered for maximum protection, superior performance, and high reliability for 5G systems. Made with a strong, flexible composites the materials are band agnostic up to 100GHz and allow robust signal transmission.
With permanent hydrophobicity and low thermal conductivity, these shrouds, electromagnetic windows and radomes systems for 5G actively prevent water accumulation and dissipate heat quickly to ease complex cooling systems' strain.
Benefits of our radomes and shrouds
Our 5G radomes are specialized protective enclosures that shield 5G infrastructure components, such as antennas and radios, from environmental conditions while maintaining signal integrity.
The appropriate 5G radome is selected based on the specific requirements of your 5G infrastructure. It considers size, shape, material, and frequency compatibility to ensure proper fit and performance. All infrastructure components, such as antennas and radios, are installed and positioned using support structures like towers, poles, or rooftops. 
The radome is then installed over the antenna or radio unit. The radome acts as a protective cover, enclosing the equipment and safeguarding it from harsh weather conditions, UV exposure, debris, and other potential damage.
Protection
Electromagnetic windows and shrouds act as protective enclosures, shielding critical equipment like antennas, radios, and other sensitive components from environmental elements. They protect against harsh weather conditions, including rain, snow, wind, UV radiation, and temperature extremes, but in no way obstruct the RF signal transmission. This protection helps extend the lifespan of the equipment, reduces maintenance requirements, and improves overall system reliability.
Durability
Our electromagnetic windows and shrouds are constructed using high-quality materials engineered for durability and longevity. Designed to withstand the rigors of outdoor environments, including resistance to corrosion, UV degradation, and impact. This durability ensures that the shrouds and electromagnetic windows can effectively protect the enclosed equipment over an extended period.
Signal Transparency
One of the crucial features of our protective enclosures is their signal transparency. These radomes are designed to transmit and receive wireless signals with minimal attenuation or distortion. They are constructed using materials that have low RF signal loss, ensuring that the radome does not significantly impact the performance of the enclosed antennas or radios. These materials enable the equipment to maintain optimal signal strength and coverage.
Aesthetics
The visual appearance of 5G infrastructure is quite important too. That is why our products come in various designs, colours, and finishes that can blend with the surrounding environment or be customised to match the aesthetic requirements of the installation location. This helps in reducing the visual impact of antennas and other equipment, making them more visually appealing and acceptable in urban or sensitive areas.
Compliance
Our radomes and shrouds are designed and manufactured to comply with industry standards and regulations. They undergo rigorous testing and meet specific performance criteria to ensure their effectiveness in protecting equipment and maintaining signal integrity. Using compliant radomes and shrouds can help meet regulatory requirements and ensure the deployment of a reliable and compliant 5G infrastructure.
Frequently asked questions
What are radomes and shrouds?
What are our radomes and shrouds made of?
How do our radomes improve 5G performance?
What are the critical features of our radomes and shrouds?
What results can be expected from using our radomes and shrouds?
What are the significant challenges our radomes and shrouds will help to address?
How do we ensure our radome products consistently meet the demanding signal transmission requirements?
Rigorous testing standards
Versiv develops custom application testing based on each of our partner’s product uses in order to create the best possible solution. Some tests that are included but are not limited to environmental, durability, and reliability testing to give you peace of mind making sure that products work in the hardest environments. Our testing begins during the co-development process to develop relevant tests and gather data that allows us to create market-ready solutions quickly.
Some of our tests:
  • FTMS 191A-5041

  • FTMS 191A-5030

  • FTMS 191A-5102

  • FTMS 191A-5136

  • ASTM D149-81