We had an outstanding day enhancing our antenna testing and characterisation process with the expertise of CloudRF, Alex Farrant and Matthew Kirtland. Leveraging the robust capabilities of the CloudRF platform and the signal data from our Spectrum Survey ATAK Plugin, we successfully calibrated propagation models. This advancement allows us to conduct repeatable tests, enabling us to reliably extract empirical data on the performance of combined antenna and radio systems. Thanks to the CloudRF platform, we achieved a remarkable milestone: a 5.9 km range from an Omega 3 panel mounted at 5 meters to a dismounted prototype NATO band UHF antenna, through complex terrain. The TrellisWare Technologies Sprit radios maintained the link with dB’s to spare. Stay tuned for more updates as we continue to refine our 225-450 MHz offerings. Gone are the days of guessing coverage or manually recording signal data. Our next steps include generating high-resolution gain pattern plots to clearly demonstrate the advantages in 3D that the Sigma antenna range provides for tactical users.
Far Field Exploits Ltd’s Post
More Relevant Posts
-
Wireless Network Infrastructure, CyberSecurity, Advanced Enterprise Technologies, Analytics/Data Visualization, PMO, Service Delivery, Professional Services
If you have several Omni receiver antennas and want to determine which one is the best, let’s use the specific methods described in this video, even though the sensitivity of antennas is reflected in the datasheet. https://lnkd.in/g_SVkntd #antenna #gsm #receivers
-
-
A really clear explanation of the RF spectrum used in satellite communication from the engineers at Viasat Enterprise. Have a read if you've ever wondered how L-band differs from Ka-band, and for what applications each frequency band is best suited: https://lnkd.in/e4WpKVvH
-
Overseas Operations Manager of (Chengdu) RF Miso Co., Ltd | Business development | expert with antenna technology
The RM-BDHA16-15 from RF MISO is a broadband gain horn antenna that operates from 1 to 6 GHz. The antenna offers a typical gain of 15 dBi and VSWR1.4:1 with an SMA Female coaxial connector. The antenna is used in a variety of applications such as microwave testing, satellite antenna testing, direction finding, surveillance.
-
-
COJOT's Dual-Port Antennas: Practical Solutions for Challenging Installation Situations Discover the versatility of COJOT's dual-port antennas, offering two antennas integrated into the same mechanics for efficient coverage in the VHF, UHF, and SHF bands. The WBC2600M and WBC2800M are robust solutions for high-power applications, ensuring low visual signatures and extended frequency ranges. The stationary WBC2600B is ideal for static and semi-mobile setups, while the WBC3924 excels in tactical mobile C3I applications. Dual-band functionality enhances operational flexibility, making these antennas reliable for diverse ECM and communication application needs. #rfdesign #antenna #c3i
-
-
The Role of Antennas in Modern Connectivity https://lnkd.in/gmCp4mfT
-
The Role of Antennas in Modern Connectivity https://lnkd.in/gze6Gmsg
-
The Role of Antennas in Modern Connectivity https://lnkd.in/gM89HmtU
-
If you missed Tektronix at #AOC2023 view this demo to see how quickly one can identify, isolate, or further analyze signals of interest using the high sampling rate of the AWG70000 to generate millions of radar pulses per second including time-overlapped (colliding) pulses and see how to capture and analyze those signals with the RSA7100B. https://bit.ly/3Ruo2mn #Tektronix #Radar #ArbitraryWaveformGenerator
-
Quality comes from rejecting noise through reduced side lobes, enhancing the signal with increased gain, and achieving high modulation rates with WISP industry-leading VSWR. Versatility comes from the use of industry-standard connectors and a wide frequency range from 4.9 to 7.2 GHz, making it compatible with Cambium Networks ePMP 3000/4500/4600, Ubiquiti Rocket Airmax/LTU, and Mimosa A5x/A5c. It supports radios with two connectors in a 2x2 configuration as a single horn, or radios with four connectors in a 4x4 MU-MIMO configuration using a dual horn array. In the future, it will also support Wi-Fi 7 radios like the Ubiquiti Airfiber MLO and the next generation of Cambium and Mimosa radios.
-
-
In this article, we’ll look at why innovative radar systems are using so many antennas in small spaces, and how the PCB needs to be structured to take advantage of these advanced capabilities. https://bit.ly/3rjckSI
-
Technical Director at CloudRF
1moWell done Far Field Exploits Ltd for not only developing cool antennas but a very useful #ATAK RSSI logger to enable GPS accurate drive testing. This plugin will change how people measure radio hardware effectiveness, and replace emotions with cold hard data.