Join us this afternoon for "Mitigating Monopole Stress: Next-Generation Mount-to-Tower Technology" - https://buff.ly/47x5oCh As network demands increase, so does the stress placed on telecommunication structures due to heightened loading requirements. On monopoles, antenna platforms secured with ring mounts are essential for supporting critical equipment. However, new challenges arise as these increased loads amplify the risk of structural stress and potential damage. Join us for an insightful event that explores the progression of mount-to-tower interaction dynamics and provides insights into preventing monopole damage using newly developed technology. Learn more and register at the link above. #SP1Update
Valmont Site Pro 1’s Post
More Relevant Posts
-
New Webinar: Mitigating Monopole Stress: Next-Generation Mount-to-Tower Technology - https://buff.ly/47x5oCh As network demands increase, so does the stress placed on telecommunication structures due to heightened loading requirements. On monopoles, antenna platforms secured with ring mounts are essential for supporting critical equipment. However, new challenges arise as these increased loads amplify the risk of structural stress and potential damage. Join us this November for an insightful event that explores the progression of mount-to-tower interaction dynamics and provides insights into preventing monopole damage using newly developed technology. Learn more and register at the link above. #SP1Update
-
-
350-3800MHz 2/3/4 way Wideband High Power Reactive Cavity Power Splitter / Power Divider Usage: In-building Solution, DAS, Public Safety, Private LTE, Small Cell. Connector: N-F , 4.3-10-F , DIN-F. Features: ▶Wide frequency band, wide coverage. ▶PIM optimized design. ▶Ideal for all kind of DAS applications. ▶Low insertion loss. ▶High power handling. ▶Small size, Low weight. ▶Good stability.
-
-
Our Circular Multiport Cable Assembly looks cool, but the best part about it is its electrical performance. The graphs below shows the performance of a typical mated pair with stable VSWR data. The second graph shows that the RF isolation within the Multiport is maximized due to the design of the connectors. The level of crosstalk is below the noise floor of SV's test lab. Learn more: https://bit.ly/3XOrDkm #CircularMultiportCableAssembly #SVMicrowave
-
Explore the advanced capabilities of waveguide directional couplers in Fairview Microwave's new blog! Learn how these rugged, high-performance RF components outperform coaxial and planar circuit couplers in power handling, directivity, and precision. 🔍 Discover: • Different types like Bethe-hole, Magic-T, and Quad couplers • The role of waveguide sizes in frequency performance • How waveguide couplers excel in VSWR, insertion loss, and return loss Read the full blog: https://ow.ly/bKLt50UerMf #WaveguideCouplers #RFEngineering #TechExplained #HighFrequencySolutions #FairviewMicrowave #InfiniteElectronics #SameDayShipping
-
Explore the advanced capabilities of waveguide directional couplers in Fairview Microwave's new blog! Learn how these rugged, high-performance RF components outperform coaxial and planar circuit couplers in power handling, directivity, and precision. 🔍 Discover: • Different types like Bethe-hole, Magic-T, and Quad couplers • The role of waveguide sizes in frequency performance • How waveguide couplers excel in VSWR, insertion loss, and return loss Read the full blog: https://ow.ly/bKLt50UerMf #WaveguideCouplers #RFEngineering #TechExplained #HighFrequencySolutions #FairviewMicrowave #InfiniteElectronics #SameDayShipping
New Blog! Applications for Waveguide Directional Couplers
-
HyTech Associates Group of Companies... HyTech Associates, Inc., HASCO Components, RF Marketing and SSI Cable, Inc.
At HASCO, our LittleBend Cables are improving RF, Microwave, and Millimeter-Wave system integrations, particularly in cutting-edge 5G and 6G MIMO (Multiple-Input, Multiple-Output) technologies. Designed to excel in challenging environments like antenna OTA (Over-The-Air) testing, switch and attenuator matrixes, and various in-box and board-to-board connections, these cables are revered for their precision and reliability. A key feature is their exceptional flexibility with a minimum Bend Radius of 0.20” (5mm), allowing navigation through confined spaces without compromising signal integrity, essential for high-frequency applications. Our innovative connector design, with a compact structure and impressive retention force exceeding 90N, eliminates the need for right-angle connectors. This not only reduces the height post-bending but also cuts costs and saves space by removing the necessity for expensive adapters, making LittleBend Cables an optimal choice for internal connections in space-constrained settings. Download HASCO's LittleBend Selector Guide: https://lnkd.in/gxFRYc9W
-
-
5G NSA Training Session 8 about DL Transmit Power Design in 5G, is now on youtube. In this video, we’ll cover key concepts, including: - What are EIRP? - How to calculate Cell Reference Power in 5G. - How to analyze power configurations using UE logs. - The impact of SSB boosting on performance. https://lnkd.in/efCXgYfy #5G #5GNSA
5G Downlink Power Design Simplified – Easy Guide to Cell Power Setup
https://www.youtube.com/
-
We've engineered a new wideband MMW circulator, known as the hybrid circulator, boasting a substantially higher bandwidth compared to the Y-junction. It is an enabling technology for broadband transmit/receive applications. Why did we invent the hybrid circulator? We were simply not satisfied with the performance of the Y-junction circulators at MMW frequencies. Even after we squeezed all the bandwidth possible out of our Y-junction using sophisticated impedance matching techniques, any further significant increases in bandwidth are prohibited by limitations in the ferrite material. So, we found another way to implement the circulator function. Get the full details here: https://lnkd.in/gV76yFqW #mmWave #rfengineering #MicroHarmonics #isolators
-
-
Coaxial cable, crucial since the 19th century, is evolving alongside the rise of fiber optics. While traditional aluminum connectors are lightweight, brass offers superior strength and durability. Modern connectors use advanced designs to enhance signal integrity and installation ease, addressing issues like conductor pull-out. Effective connectors prevent rotation, ensure consistent pressure, and simplify installation. Despite fiber optics' growth, coaxial cables and their improving connectors remain vital for broadband services. Read the full article by Marion L Nowosatko Jr, Training Manager, Amphenol Broadband Solutions, here: https://bit.ly/4e6LHmI #amphenolbroadbandsolutions #brassconnectors #modernconnectors #broadband
-
-
Coaxial cable, crucial since the 19th century, is evolving alongside the rise of fiber optics. While traditional aluminum connectors are lightweight, brass offers superior strength and durability. Modern connectors use advanced designs to enhance signal integrity and installation ease, addressing issues like conductor pull-out. Effective connectors prevent rotation, ensure consistent pressure, and simplify installation. Despite fiber optics' growth, coaxial cables and their improving connectors remain vital for broadband services. Read the full article by Marion L Nowosatko Jr, Training Manager, Amphenol Broadband Solutions, here: https://bit.ly/4e6LHmI #amphenolbroadbandsolutions #brassconnectors #modernconnectors #broadband
-
