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Microwave Products and Technology
United States
เข้าร่วมเมื่อ 12 มิ.ย. 2015
Helping wireless and aerospace companies succeed by using antennas AND electronics. We specialize in communication systems and phased array radar technology. Check out our videos and visit our website to learn more and get in contact with us!
Understanding C-Band in 5G and 6G Systems | MPT
Why has C-band appeared onto the international landscape for 5G and 6G mobile systems? Frequency bandwidth! Increased frequency bandwidth translates directly to increased user download speeds.
Traditionally, C-band was mostly used for satellite communications, but most countries have set this middle frequency range as a major amount of spectrum for 5G. In the USA alone, over $100 billion dollars has been raised for C-band investment!
Watch my video to find out the specifics on C-band advantages compared to other frequency bands.
If you are in the market for a phased array for 5G or other applications, consider the experts here at MPT. We help wireless and aerospace companies get their product to market faster. Our phased array development combines antennas AND electronics. Our proven, four-step process will guide you from initial concept to fully functional product quickly and efficiently. With expertise in 5G technology, we will help ensure your company’s success with advanced mobile communication systems.
Traditionally, C-band was mostly used for satellite communications, but most countries have set this middle frequency range as a major amount of spectrum for 5G. In the USA alone, over $100 billion dollars has been raised for C-band investment!
Watch my video to find out the specifics on C-band advantages compared to other frequency bands.
If you are in the market for a phased array for 5G or other applications, consider the experts here at MPT. We help wireless and aerospace companies get their product to market faster. Our phased array development combines antennas AND electronics. Our proven, four-step process will guide you from initial concept to fully functional product quickly and efficiently. With expertise in 5G technology, we will help ensure your company’s success with advanced mobile communication systems.
มุมมอง: 2 801
วีดีโอ
Four Characteristics of 5G Phased Arrays | MPT
มุมมอง 7722 ปีที่แล้ว
When it comes to 5G wireless technology, smart phased array antennas are essential. In fact, there are four characteristics of 5G mobile access points that make these smart antennas a game changing, technological advancement: antenna beam steering, multiple simultaneous antenna beams, optical fiber Ethernet connections, and new frequency ranges. BEFORE you start developing your own phased array...
Three Essential Filters for Communication and Radar Systems | MPT
มุมมอง 3222 ปีที่แล้ว
Many modern communication and radar systems would be difficult to produce without knowing the essential details of these commonly used, yet critically important filters: lumped element filter, planar transmission line filter, and waveguide filter. For each of these filters, there are benefits and drawbacks that must be considered when preventing undesired signal frequencies. As expert designers...
Four Antennas You Need to Know | MPT
มุมมอง 6072 ปีที่แล้ว
As you may already know, antennas are essential components for mostly all communication and radar systems. Knowing which antenna type to use is critical for a successful system. Before you begin developing your next communication and radar system, watch this video where I describe four widely used antennas: the dipole antenna, planar inverted F antenna, patch antenna, and circular waveguide ant...
Three Major Trends for Low Noise Blocks (LNBs) in 2022 | MPT
มุมมอง 482 ปีที่แล้ว
Low Noise Blocks (LNBs) are evolving quickly. Just a few decades ago, these components were clunky, heavy, and performed only a couple essential functions. But today, LNBs have become a critical component of satellite communication ground terminals and have gotten smarter and lighter. In this video, I’ll be sharing three major trends I’m watching in the LNB space. These are exciting development...
Solid State Power Amplifiers (SSPAs): Three Crucial Applications & Three Essential Parameters | MPT
มุมมอง 1.6K2 ปีที่แล้ว
Interested in learning more about Solid State Power Amplifiers (SSPAs)? You’ve come to the right video. SSPAs are used in a variety of phased arrays, communication systems, and even in radar applications. But despite their prevalence, there are three important parameters I see SSPA designers overlook time and time again. In this video, I’ll be sharing three common uses for SSPAs (two phased arr...
Three Reasons for Proper Thermal Analysis in Phased Arrays | MPT
มุมมอง 892 ปีที่แล้ว
Everyone wants to avoid failure when it comes to achieving success in developing a phased array. What is the significance of thermal analysis and design for phased arrays? It’s one of the most important and critical processes to get right for your next phased array project. The experts at MPT are here to help. Before you start developing your own phased array, watch this video to learn about th...
The Essentials for Satellite Phased Arrays | MPT
มุมมอง 2.9K2 ปีที่แล้ว
Satellite communications have changed over the years, obviously. To benefit modern user terminals that support communication with satellites in low earth orbit, MPT has developed state of the art satellite tracking phased array antenna products along with proprietary phased array technology called Array Blocks™ for advanced SatCom systems. Knowing the essentials for your satellite phased array ...
Low Noise Blocks (LNBs): Crucial Specifications You Need to Know | MPT
มุมมอง 4982 ปีที่แล้ว
When it comes to satellite communication systems with dish and phased arrays, proper Low Noise Block (LNBs) specifications are critical. These specifications must match the requirements of the complete system. Before developing your SatCom system, watch this video to learn about the five most crucial specifications that could impact your LNBs. At MPT, we help wireless and aerospace companies ge...
The Essential Benefits of 5G Technology and Phased Arrays | MPT
มุมมอง 2182 ปีที่แล้ว
Old 3G and 4G systems are inefficient, ineffective, and are quickly becoming outdated. But 5G technology has the potential to revolutionize connectivity as we know it. And what’s at the heart of every 5G solution? A powerful phased array. If you’re interested in 5G technology and the future of connectivity, watch this video. I’ll be covering the evolution of wireless systems, what role phased a...
Why You Must Get EIRP Correct for Your Phased Array | MPT
มุมมอง 1.2K2 ปีที่แล้ว
What is Effective Isotropic Radiated Power (EIRP)? In short, it’s the difference between a highly effective antenna and an expensive product failure. And unfortunately, I see engineers struggling to improve their application’s EIRP all the time. It is a common problem, but there are a few simple solutions. Low EIRP can spell disaster for your application. But it is fixable. In this video, I’ll ...
Three Types of Transmit Receive Modules Used in Phased Arrays | MPT
มุมมอง 1.7K2 ปีที่แล้ว
Did you know that the building block for your successful phased array project is the transmit receive module? And, when it comes to phased arrays, there’s quite the variety of T/R module types. Each has benefits, drawbacks, and ideal applications. Watch the video to learn about the three most common types of T/R modules. Which is right for your specific phased array? At MPT, we help wireless an...
Three Radar Applications for Phased Arrays You Must Know | MPT
มุมมอง 4222 ปีที่แล้ว
Because radar uses phased arrays extensively, knowing the right application up-front is vital to the successful development of your phased array or radar. Whether for military, automotive, or corporate use, these important applications will impact the decisions you need to make. Your next step is to watch this video to learn about the top three important radar applications (with examples of eac...
Three Phased Array Antenna Types You Must Know | MPT
มุมมอง 8K2 ปีที่แล้ว
When it comes to phased array antennas, there’s a big difference between tapered slot antennas, patch antennas, and spiral antennas. Each has benefits, drawbacks, and ideal applications. Which is right for your specific phased array? Watch this video to find out! If you’re an engineer, manager, or executive considering developing a phased array in-house, knowing this information up front will s...
Analog and Digital Beamforming: Surprising Benefits You Need to Know | MPT
มุมมอง 3.8K2 ปีที่แล้ว
Is analog or digital beamforming better for your phased array? There are major benefits, and some drawbacks, to both types. Choosing the right type of beamforming up-front can save you significant costs, inconvenience, and frustration down the road. *Before* you start developing your own phased array, watch this video to learn about the biggest three benefits of each system, and which is right ...
The Essentials of G/T for Your Phased Array | MPT
มุมมอง 1.1K2 ปีที่แล้ว
The Essentials of G/T for Your Phased Array | MPT
Three Capabilities to Develop Successful Phased Arrays | MPT
มุมมอง 1402 ปีที่แล้ว
Three Capabilities to Develop Successful Phased Arrays | MPT
Your website link is not working, are you still in business?
THANKS FOR THIS TUTORIAL
You are welcome!
C band is 4 to 8 Ghz. N77, N78, N48 are in S Band. 2 to 4 Ghz is IEEE S band. always was.
Website link doesn’t work
Witout a graph it mean nothing
Very nice explanation. Thank you so much
It's very helpful to understand what is G/T. Thank you
Great information. Thanks
Pro tip: if you are not doing a live video, you can do multiple takes to correct the mistakes you made!! 🤷🏻♂️ Instead of just winging it! 😐
Long before satellites, C band was used for terrestrial microwave links, usually by the phone companies. For many years, you could see the big towers supporting the antennas.
Couldnt get the white paper from the link, though
fine information, but file is not accessable
The content is clear, but some camera angles are annoying
Hmmmmm... We could do something great here!
Awesome
Clearly Clear, thanks.
clearly explanation...while it is titled with 6G too, but it is not mentioned.
5g destroys our c band dish antena signals in srinagar kashmir
Could microstrip patch array antenna be made such tht it range could reach inosphere so small tht it could fit in small size of mobile and radiation range very narrow like laser.
That's a challenge since the gain of an array is proportional to its area. Larger antennas have more gain and smaller antennas have less gain. The other parameter that affects the range is data rate. For low data rate communications, smaller antennas can be used. If your application is low or very low data rate and a low altitude link (ionosphere as you indicate), then the answer is that it might be possible. As data rate increases and range (altitude) increases, the likelihood the link will be achieved goes down. Hope that helps.
Thanks a lot, that was so helpful and simple for me as a PhD researcher. I think that would be great if you add one more video regarding hybrid beamforming because in practical 5G systems, hybrid is actually used.
Nicely explained…with requisite details …👍👍👍
First link is dead.
Fixed. Thanks.
hii sir... can you upload a video on how to analyze the results practically, for array
Hi Parveen. Good idea, we will add that to you plans for videos.
Have you designed any phased array system operating in a Band?
Hi Sabir, we have designed and developed phased arrays that operate from 2GHz to 35GHz. Which frequency range are you interested in?
@@microwaveproductsandtechno7074 i am interested in 2-14 GHz range,, but what have you done for phase shift/? and which type of antennas you have used and what is the length of array?
@@sabirjamal2313 Hi Sabir. In the 2-14 GHz range, we have developed and delivered arrays over 1 square meter and arrays as small as 300 square mm. We use a variety of antenna element types and phase shifters types depending upon customer needs.
@@ricksturdivant6380 that is great.. can i purchase phase shifters in this range from you if available?
Cool video, thanks! ;D
Very best explanation Plz describe in details block diagram of TR module
Very helpful. I’ve been looking at an upgrade to a nose radome test facility that currently uses an electro-mechanical system underneath the radome to evaluate the radome’s effect on system performance. I think my customer could benefit from a phased array upgrade to replace the legacy antenna system. The devil is in the details…
Nice presentation!
Hi Yaozhong. Hope all is well. Thank you for the positive comment.