Ku ka antenna

Originally published three years ago, this feature on the differences between L- Ku-and Ka-band inflight connectivity systems has been one of our most popular. It has now been updated with the latest information on the options available. The terms L-band, Ku and Ka satellites are bandied around quite freely.

But do you really know want they mean and the differences between them? This is because Ku is the lower part of the original NATO K band, which was split into three bands Ku, K, and Ka because of the presence of the atmospheric water vapour resonance peak at So what you cry?

Generally, the higher the frequency the more bandwidth you can squeeze out of the system. The difference is just like an FM radio broadcast being compared with medium wave.

This still holds true today and is a student essential to understanding satellite throughputs. And the headline bandwidth figure usually refers to the transponder bandwidth from the satellites.

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Now we need to share that out among the many users. You also have to consider a whole host of other factors, such as how big is your antenna? What is the elevation of the satellite above the horizon? Yes, weather.

Earth Station Antennas

Both Ku and Ka can suffer from rain fade Ka more than Ku — this is not usually a problem at 35, feet, but high levels of humidity in tropical areas can also affect signals. Taking L-band first. Inmarsat offers its IP-based kbps SwiftBroadband SBBbut its lightweight kbps SB service, with equipment that can easily be fitted into a bizjet, is also popular. A newer High Data Rate HDR waveform, can also provide increased data throughput on conventional aircraft — up to kbps using a full kHz bearer — but, again, only in streaming mode.

To put a spanner in the works, the satellite thats backs up the new air-to-ground European Aviation Network is S-band — around 2. Its speeds are currently unknown, but expected to be in the Mbps range. The higher frequencies mean data throughputs in the region of megabits per second Mbps are possible, compared with kbps with the current L-band SwiftBroadband — up to a x speed increase.Our VSAT antenna include 2. Antesky insists on producing large satellite dish antenna according to Military Standard.

The large satellite dish antenna include 6. The TVRO antenna include 3m,3. Antesky offers a versatile family of manual and atumatice pointing flyaway antennas with quick deploy,easyily transported and light weight portable. Welcome to customize the special antenna from Antesky. Antesky 4. The Antenna Control System is the primary control and monitor interface of the system. Antesky tracking receiver is digital technology product which possesses excellent frequency tracking precision and super high updating rate.

These recent fifteen years we had produced a lot of big Satellite dish antennas with different frequency band for Chinese government, and get highly approved by military. Antesky had grown quickly since it began to export antenna to the worldwide in and has designed and manufactured a wide range of equipment for satellite earth stations world-wide.

In these recent years we had sold a lot of VSAT antennas and big earth station antennas, such as 2. Till now more and more customers begin to like Antesky products and offer highly approved for Antesky antennas because of high-qualified products and high-guaranteed service. Antesky team are enthusiastic to serve for you at any time.

Our Antesky mission is with our knowledge to help customers solve problems, with limited technology to achieve wireless communication. Our company has established reliable quality assurance system and been approved for ISO quality system. Our company conducts full-process quality control from design, fabrication to product issue so as to assure on-time delivery and as-perfect-as-possible after sale service. Thus the number of customers and the market share of our products, are on the rise year by year.

The 3. We are ready to continue the project in China but our Customer needs more time to organize itself. The flyaway antenna had fulfilled our expectations. We just tested the 1. Home STD. Earth Station Antenna Manufacturer. Earth Station Antenna. Antenna Control Unit. Tracking Receiver.In the humanitarian space, satellite connectivity is vital to successful relief efforts, being the lifeline for government, emergency services, aid organisations, and other parties collaborating on-ground.

But did you know, the reliability of your connection can be affected by the frequency used? The Ka-band has emerged as the next big thing in satellite technology in recent years, representing a real alternative to the well-established Ku-band.

One major difference is the frequency of each band, which affects the quality of the connection provided. Ku-band uses frequencies in the 12 to 18 GHz range, while Ka-band uses frequencies in the With a higher frequency, you can extract more bandwidth from a Ka-band system, which means a higher data transfer rate and, therefore, higher performance. For example, consider your choice of radio and the quality of music heard from it. The VHF radio would transmit a crisper sound because of its higher frequency.

Lower cost is a major reason why the Ka-band has emerged as a serious alternative to legacy and emerging Ku-band solutions.

ku ka antenna

With a smaller antenna, Ka-band has a lower manufacturing cost and lower transportation cost, which both reduce the purchase price of solutions that use the band. Meanwhile, the materials required to fix a Ka-band antenna and the labour time needed to install the system are both lower, which also contributes to more favourable CAPEX. Is it true that the Ku band is more resilient to interference caused by heavy rain and snow?

As Ka-band is at the top of the commercially available frequency range, maintaining availability is a more complex task. However, various technologies have been developed to mitigate the impact of rain fade on solutions that use any frequency range, such as Flex Adaptive Code Modulation.

The technology automatically adapts the down-link signal — the signal sending data from the satellite to the user — to compensate for changing weather conditions.

The Ku-band has the capability to cover an entire continent with a single beam, whereas the Ka-band has a smaller range, which can provide country-wide coverage through multiple beams.

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Not for certain, simply because the band chosen should depend on the circumstances surrounding its use. Making this decision means asking questions such as: how will the connectivity be used? What size area does the connectivity need to cover?

What budget is available? YahClick uses the Ka-band exclusively, and we see it as the preferred option for delivering affordable, dependable, high-performance satellite broadband solutions to our customers across the Middle East, Africa, and South West Asia.

Our customers cover multiple sectors and verticals, from high-speed internet to government, enterprise, and e-learning, whjch shows the capability of the frequency and why it is so trusted. The 10 most neglected displacement crises of 02 Jul How close are we to achieving SDG6?JavaScript seems to be disabled in your browser.

L/Ku/Ka-band satellites – what does it all mean?

For the best experience on our site, be sure to turn on Javascript in your browser. Dual band antenna with simplified conversion from Ku-Band to Ka-Band operation in less than 10 mintues. The Intellian V85NX features a highly spectrally efficient design and outstanding RF performance compared to other 80cm class systems, enabling high-througput data speeds and worldwide connectivity.

The 85cm antenna's ultra compact footprint enables it to be mounted on even the smallest of vessels, all while allowing the system to operate on a 1-meter designed network. The reflector and radome have been extensively frequency tuned for both satellite bands, which ensures maximum performance across both.

It also has several different BUC power options available up to 25W that give it a wider operational range. The v85NX antenna is ideal for commercial ships, the oil and gas industry, and mission-critical operations where uninterrupted connectivity is required. It now only needs 13 common spare parts to fix most potential problems.

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Thus, its reliability is improved, its maintenance is simpler, and the total cost of ownership for the system is lowered. Combining Tx, Rx and DC power into one coaxial cable solution with an external dome-on connection enables faster and reduced costs of installation.

It also eliminates the need to remove the radome during installation. Standard units supplied in Ku-band configuration with the best RF performance on all major satellite networks. Convertible to Ka-band operation in as little as 10 minutes.

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Ku- to Ka-band compatibility by changing the center-mounted RF Assembly and Feed using a conversion kit. Be the first to review this product. Add to Cart. PDF Data Sheet. Request a Quote. Wish List Compare. Skip to the end of the images gallery. Skip to the beginning of the images gallery.The flights proved the feasibility of switching between commercial Ku- and Ka-band satellites, and between different broadband airborne networks.

The company has also significantly expanded its global Ku- broadband airborne network to address enroute connectivity for business aircraft. System testing encompassed a number of typical applications for enroute connectivity. Testing showed that the dual-band system offered high-performance communications with these attributes:. For additional information, please contact Viasat at This press release contains forward-looking statements that are subject to the safe harbors created under the Securities Act of and the Securities Exchange Act of Forward looking statements include statements about seamless satellite network-switching and the performance of network or services.

Readers are cautioned that actual results could differ materially from those expressed in any forward-looking statements. Factors that could cause actual results to differ include: risks associated with the construction, launch and operation of satellites used to supply these new services, including the effect of any anomaly, operational failure or degradation in satellite performance; negative audits by the U.

Readers are cautioned not to place undue reliance on any forward-looking statements, which speak only as of the date on which they are made. Viasat undertakes no obligation to update or revise any forward-looking statements for any reason. Skip to main content. Enter your keywords. Product Finder. For enroute airborne missions, seamless roaming on the best available broadband network can assure our customers continuous operation on a resilient enterprise network.

Ken Peterman, Sr. VP Government Systems. Testing showed that the dual-band system offered high-performance communications with these attributes: Concurrent operation of networking applications such as VoIP, HD videoconferencing, email, internet, messaging, and very large file transfers.

Video streaming including live HD television and HD video on-demand movies. Exede is a registered trademark of Viasat Inc.The Ku-band of the electromagnetic spectrum has been in use for quite sometime, while the capability of the Ka-band has only recently begun to be exploited. But which one of them is better suited for the future of satellite communication?

ku ka antenna

Let's find out. As more of the world migrates towards using wireless technology each day, optimal, high-speed, and reliable wireless connectivity has become the need of the hour. Would you like to write for us? Well, we're looking for good writers who want to spread the word. Get in touch with us and we'll talk HTS technology boasts an unprecedented bandwidth capability, and is widely viewed as the future of satellite communications.

In recent years owing to the explosion in Internet based applications, the demands for higher satellite capacity has skyrocketed. The capacity of the lower Ku-band of the spectrum is falling short, and investments are now being made in the use of the Ka-band. These bands are not interchangeable, and each has its own advantages and disadvantages, which makes it suitable for one set of applications and unsuitable for another.

In the following sections, we shall examine the differences between Ka-band and Ku-band. But, before that, we shall learn more about the HTS systems. In the High Throughput Satellites system, the coverage area is divided into small regions known as spots. Each spot is then served by a spot beam.

AIRLINK® Antennas

This is unlike the conventional system where one large beam is used to serve the entire area of coverage. This allows these beams to provide high signal strength as well as gain. Thus overall performance is better than that of the conventional system. Newer advanced technology also allows more accurate antennas to be built and thus the spots can be made smaller. This makes it possible to reuse frequencies multiple times, making HTS satellites more efficient.

The Ku band refers to the band of electromagnetic frequencies in the range of GHz. It is located directly below the K-band. This band is mainly used for fixed as well as broadcast satellite communication services. It is also used in specific applications such as in communications between space shuttle and the International Space Station ISSas well as radar applications.When you are looking for high performance antennas, we can design, fabricate, test, and produce a wide range of specialized antennas, from phased arrays, to low observables to reflectors.

By integrating multi-function apertures and low radar cross section features, we solve tough space and weight issues. Whether you need antennas for aircraft, missiles, land vehicles, ships, small craft or space, we can offer you proven, affordable, fifth-generation technologies. When space and weight are at a premium and you need survivability combined with great RF performance, the answer is our fifth- generation low observable antenna.

Integrated multifunction apertures and low radar cross section features are efficient and affordable while solving installation problems. Advanced space, shipboard, aircraft and land-based systems. Ball Aerospace has more than 50 years of experience designing phased arrays. Ball offers a wide range of phased array solutions for communications, radar, space and electronic warfare. These antennas are used as universal replacement antennas for air, sea and ground mobile communication when Line of Sight exchanges are impossible.

ku ka antenna

Each of our UHF antennas is designed to perform in extreme environments, and combine high efficiency with broad pattern coverage in a low-profile package. An ultra-low profile clears the line of fire for remote controlled weapons, and makes for easy transport.

Our conformal antennas can be mounted on rockets, missiles, aircraft, surface craft and land vehicles and cover a broad range of frequencies. These rugged antennas give you outstanding performance in harsh conditions and in the most demanding A2AD mission domains. Download this PDF to explore how our antennas, cameras and electro-optical components serve a variety of military platforms. High efficiency for science, commercial and military apps.

The L-Band and X-Band systems provide in-flight connectivity, using a range of geostationary satellites. Contact Us For more details on our antenna technologies, email us.

Probecom 75cm foldable Ku Ka band flyaway antenna

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