Intersoft Electronics’ Post

Millimeter-wave radar tech has gained attention for its potential in high-precision ranging and object detection. As a leader in the industry, #Infineon offers a range of radar chips including 24GHz and 60GHz solutions. Each caters to different scenarios, but key differences lie in frequency, application, complexity, and cost. Understanding these differences to make informed choices is crucial for developing powerful radar systems. #RadarTech #Innovation

🛰️ Advancing SATCOM: The Circumplexer at Impulse Technologies 🌌 Introducing the Circumplexer, Anteral's innovative contribution to SATCOM technology. Showcased here is a sleek integration for X-band systems (7.25 – 8.4 GHz), merging a diplexer and a polarizer into one streamlined unit. This allows simultaneous RHCP and LHCP transmission in the TX and RX ports, respectively. Boasting a low axial ratio and superior isolation, this device exemplifies Anteral's commitment to satellite communication solutions. Key Advantages: 🔘Space-efficient design 🔘Superior signal isolation (> 70 dB) 🔘Dual polarization capabilities for TX and RX ports Contact us today and explore the potentials of this innovative component and other essential space-grade solutions to drive your projects forward. Also, don't forget to visit Impulse and Anteral at the 2024 Satellite Expo in DC this March! #Satcom #feednetwork #satellite #SpaceTech #spaceindustry #newspace #xband #Innovation #Anteral #ImpulseTech #CommunicationTechnology #telecommunications #rfengineering #antenna

New Ka band MMIC. And, some areas of application: From AI-assisted search: The Iridium satellite system uses L band transponders to communicate with the ground based users with frequencies in the band 1616 – 1626.5 MHz while the backhaul to the terrestrial gateways is in the band between 29.1 and 29.3 GHz for the up-link and in the band between 19.1 and 19.6 GHz for the downlink. From Wikipedia: In satellite communications, the Ka band allows higher bandwidth communication.[6] It was first used in the experimental ACTS Gigabit Satellite Network, and is currently used for high-throughput satellite Internet access in geostationary orbit (GEO) by the Inmarsat I-5 system and Kacific K-1 satellite;[8] in low Earth orbit (LEO) by the SpaceX Starlink system[9] and the Iridium Next satellite series;[10] it is also used in medium Earth orbit (MEO) by the SES O3b system;and the James Webb Space Telescope. Planned future satellite projects using the Ka-band include Amazon's Project Kuiper satellite internet constellation in LEO,[13] SES's multi-orbit satellite internet system of the SES-17 satellite in GEO (launched in October 2021; in position and fully operational in June 2022)[14] and the O3b mPOWER constellation in MEO (first two satellites launched December 2022, nine more 2023-2024, and starting service in Q3 2023). The Ka band is more susceptible to rain attenuation than is the Ku band, which in turn is more susceptible than the C band.[18] The frequency is commonly used by cosmic microwave background experiments. 5th generation mobile networks will also partially overlap with the Ka band (28, 38, and 60 GHz).

More data-intensive applications have increased the need for wider bandwidths and faster data processing and analysis for 5G, 6G, Wi-Fi 7 & 8, signal intelligence, and more at the network edge. Discover how Apollo MxFE™ enables these next-gen applications for the Aerospace and Wireless Communications Industries: https://bit.ly/3xo3ar8

In today's rapidly evolving world, where secure and efficient communication is paramount, photonics technology is revolutionizing the field by achieving data transmission speeds up to 10 times faster than traditional electronic systems. At Reslink, we are excited to introduce our latest innovation: a photonic-based RADAR system capable of operating up to 20 GHz. Our advanced system includes a transmitter with a signal bandwidth of 500 MHz, capable of generating chirp frequencies of 5, 10, 15, and 20 GHz. Designed for electronic warfare and countermeasures, this system promises enhanced security and performance in critical applications. Use Cases: 1. Enhancing Electronic Warfare Capabilities 2. Improving Countermeasure Strategies 3. Advancing Secure Communications 4. Supporting Radar and Laser Applications 5. Strengthening National Defence Mechanisms Currently, this technology is at Technology Readiness Level (TRL) 4-5, marking significant progress toward deployment. By combining state-of-the-art research with practical solutions, we look forward to the profound impact this technology will have on various Defence and Communication sectors. Shashank Jha Kalyan Tarafdar Samaksh Modi Ashutosh Dutt Sharma R Hemamalini Susha Lekshmi.S.U Subir Kumar Saha Nilansh Sharma Tanush Singh Parihar Raschel Kaushal Vaibhav Agarwal Diya Singh Keshav Gogia Shepherd Simukonda Mitul Singh Vaibhav Vashishtha Chintan Bakshi Nitika Mishra Khurana Sanchit Soni Vineet Khurana KRS Jamwal Shreyas Deshmukh Abhishek Ks Gupta Dr. Aloknath De Vikram Golcha Vitrag Vasa Neeraj Tyagi Gaurav VK Singhvi Azhar Iqubal Mudit Gusain #PhotonicsRevolution #CuttingEdgeTechnology #RadarInnovation #ElectronicWarfare #CountermeasureSolutions #SecureCommunications #NationalDefense #HighSpeedData #TechnologyReadiness #FutureOfDefense #AdvancedRadarSystems #ReslinkInnovations #ChirpTechnology

New technology alert by Intersoft Electronics Non-rotating antennas (also known as Active Electronically Scanned Arrays - AESAs) are advances in digital signal processing technologies and the commercial availability of high frequency RF components are enabling the development of innovative radar antenna solutions, finally not limited to military applications but also open to the civil market. Due to the lower CAPEX and OPEX , compared to traditional radars, this product represents, in my opinion, the future of surveillance equipment for non cooperative targets.

When we are trying to explain what is #massiveMIMO, we refer to the road expansion example, how to increase the number of cars on the road #without increasing the lanes number. 📗 Yes, the secret is increasing the verticle domain or using bridges in our example. 💡MIMO antenna technology uses multiple broadcasts and multiple receive antennas to increase the capacity of a radio link. 💡Multiple data streams can be delivered over the same radio channel due to multipath propagation and decorrelated routes between the transmitter and receiver, enhancing the peak data rate per user as well as the capacity of the cellular network. 📃 Beamforming: Massive MIMO uses beamforming techniques to direct signals toward specific users, minimizing interference and improving signal strength. This allows for more efficient use of the spectrum and enhances the quality of the connection. #5G #massiveMIMO #Beamforming #CSIRS

Get a closer look at the technology making minimizing radio frequency interference (RFI) simpler at EMA Expo 2024! Two of the presentations taking place in the RFI track are: · Leveraging ModelCenter and EMIT for Optimal Antenna Placement to Minimize Radio Frequency Interference · The Automated Radio Measurement System (ARMS) for Characterizing Broadband Performance of Transmitters and Receivers Ansys ModelCenter and EMIT combine to optimize antenna placement, enhancing the performance and reliability of RF systems. This can be done across a range of industries, including aerospace, automotive, and telecommunications. ARMS was developed by EMA to measure the broadband performance of RF transmitters and receivers. Using ARMS data in RFI simulations dramatically reduces the number of predicted false positive interference problems and identifies real interference problems that would have otherwise been missed. To see what other presentations will be taking place at EMA Expo 2024, just click here- https://lnkd.in/gwbdv5Hf EMA Expo 2024 is Jan. 29- Feb. 2, 2024, in Golden, Colorado. #EMA #EMAExpo2024 #RFI #ARMS #Ansys #ModelCenter #EMIT

For companies developing new technologies for position, navigation and timing (PNT) please take a look at this opportunity, set to be formally announced on 3 January. Th goal is to "understand the art of the possible for alternate sources of PNT information that will augment and complement Modernized Global Positioning System (GPS)". The call is for new sensors, data sources, and processing techniques to improve performance and resilience of PNT systems. #gps #pnt #spaceforce #innovation #gnss https://lnkd.in/gzMGcWWE

🚀The PMP 450m Access Point is most scalable, highest capacity, and most spectrally efficient AP in the industry. cnMedusa is a first-of-its-kind technology in a fixed wireless broadband access platform. FIVE Features that make it a strong contender for Fixed Wireless: 1️⃣CNMEDUSA MASSIVE MU-MIMO 2️⃣INTEGRATED 90° SECTOR ANTENNA ARRAY 3️⃣MULTIPLE RF CHAINS 4️⃣INDUSTRY-LEADING SPECTRAL EFFICIENCY 5️⃣WIDEBAND RADIO The implementation of MU-MIMO coupled with beamforming technology delivers ground-breaking spectral efficiency and outstanding performance in high interference environments. #fixedwireless #broadband #RF #MUMIMO #spectrum #highperfomance