Exploring Automated Frequency Coordination (AFC) in the Wi-Fi 6GHz Realm

Exploring Automated Frequency Coordination (AFC) in the Wi-Fi 6GHz Realm

Exploring Automated Frequency Coordination (AFC) in the Wi-Fi 6GHz Realm Wi-Fi 6E/7 tri-band will bring additional bandwidth of 1200 MHz, opening the door for gateways capable of gigabit speeds. However, this additional bandwidth will require some added coexistence measures to work in certain environments. This 6 GHz band already has licensed operational fixed, common carrier,...
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CQM215 Cellular Module by Cavli Wireless

CQM215 Cellular Module by Cavli Wireless

CQM215 Cellular Module by Cavli Wireless The CQM215 from Cavli Wireless is a 5G NR Sub-6 GHz Module with LTE Cat-20 fallback capability. It is designed for high-bandwidth applications requiring high-speed connectivity and high-precision tracking information. This 5G NR module consists of a Quad-core Cortex A55 processor, 1 GB RAM, and a 1/2 GB ROM. It also...
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SSG-8N12G-RC Signal Generator by Mini-Circuits

SSG-8N12G-RC Signal Generator by Mini-Circuits

SSG-8N12G-RC Signal Generator by Mini-Circuits Product Details Part Number: SSG-8N12G-RC Manufacturer: Mini Circuits Description: High-performance X-band signal generator from 8–12.5 GHz General Parameters Type: Analog Signal Generator Equipment Type: Benchtop Configuration: USB / Computer Controlled Amplitude Resolution: 0.1 dB Application: Quantum Computing, Test & Measurement Application Type: Signal Source Frequency: 8 to 12.5 GHz Resolution: 1 Hz Min...
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Nordic Semiconductor, Sateliot, and Gatehouse Satcom achieve breakthrough in LEO satellite IoT connectivity for remote regions

Nordic Semiconductor, Sateliot, and Gatehouse Satcom achieve breakthrough in LEO satellite IoT connectivity for remote regions

Nordic Semiconductor, Sateliot, and Gatehouse Satcom achieve breakthrough in LEO satellite IoT connectivity for remote regions Successful transmission using Nordic’s nRF9151 module and Sateliot’s LEO satellite network marks major step toward global NTN-based IoT coverage Nordic Semiconductor, a global leader in low power wireless connectivity solutions, today announces a significant milestone for NTN satellite communication:...
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PT-0067CH Pick off Tee by Marki Microwave

PT-0067CH Pick off Tee by Marki Microwave

PT-0067CH Pick off Tee by Marki Microwave The PT-0067CH from Marki Microwave is a Pick off Tee with Frequency DC to 67 GHz, Pick-off Insertion Loss 15.2 dB, Through-line Loss 1 dB, Input power 2 W, Return Loss 4 to 21 dB. Tags: Surface Mount. More details for PT-0067CH can be seen below. Product Details Part Number:...
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MPD4-1260CSP2 Power Divider / Combiner by Marki Microwave

MPD4-1260CSP2 Power Divider / Combiner by Marki Microwave

MPD4-1260CSP2 Power Divider / Combiner by Marki Microwave The MPD4-1260CSP2 from Marki Microwave is a Power Divider / Combiner with Frequency 12 to 60 GHz, Insertion Loss 1.1 dB, Isolation 24 to 29 dB, Amplitude Balance 0.25 to 0.36 dB, Phase Balance 1.9 to 2.2 Degree. Tags: Surface Mount, Wilkinson Power Divider. More details for MPD4-1260CSP2 can...
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BTM-0026PSM-1 Bias Tee by Marki Microwave

BTM-0026PSM-1 Bias Tee by Marki Microwave

BTM-0026PSM-1 Bias Tee by Marki Microwave The BTM-0026PSM-1 from Marki Microwave is a Bias Tee with Frequency 0.01 to 26 GHz, Max. Voltage 16 V, Max Current 0.32 A, Power 1 W, Insertion Loss 0.43 to 2.5 dB. Tags: Surface Mount. More details for BTM-0026PSM-1 can be seen below. Product Details Part Number: BTM-0026PSM-1 Manufacturer: Marki Microwave...
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Calian GNSS Launches Next-Generation Accutenna® 4 (AC4) Antenna Family for Precision Applications

Calian GNSS Launches Next-Generation Accutenna® 4 (AC4) Antenna Family for Precision Applications

Calian GNSS Launches Next-Generation Accutenna® 4 (AC4) Antenna Family for Precision Applications Introducing Calian’s Accutenna® 4: lightweight, full-band GNSS antennas built for accuracy, reliability, and rugged performance. Ottawa, Ontario, Canada – September 29, 2025 – Calian GNSS, a leader in high-precision antenna technology, is proud to introduce its newest innovation: the Accutenna® 4 (AC4) antenna family. This new...
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Why Antenna Placement on PCBs is Critical for Chip Antenna Radiation Performance

Why Antenna Placement on PCBs is Critical for Chip Antenna Radiation Performance

Why Antenna Placement on PCBs is Critical for Chip Antenna Radiation Performance Chip antennas are literally a good fit for size-constrained devices such as wearables and IoT sensors. For example, the Taoglas WLA.04 is just 1.6×0.8 mm, making it ideal for compact devices that need 2.4 GHz connectivity such as BLE, Wi-Fi and ZigBee.The smaller the device,...
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