How mmWave radios boost network performance and efficiency

Is your network ready for ultra-fast speeds without breaking the bank? In our latest blog, we dive into why modern mmWave / E-band and V-band radios are no longer niche - they’re becoming essential tools for ISPs, WISPs, and enterprises aiming for gigabit connectivity. From delivering massive capacity and pushing link distances to reducing cost and future-proofing investments - mmWave is where performance meets efficiency. 👉 Discover how solutions like IP-50EXP, EH-8020FX, and Siklu by Ceragon MultiHaul are helping networks go farther, faster. And see why fixed wireless access (FWA) over mmWave could be a game-changer for suburban and rural areas. Link to the blog is in the first comment 👇

Is your network ready for ultra-fast speeds without breaking the bank? In our latest blog, we dive into why modern mmWave / E-band and V-band radios are no longer niche - they’re becoming essential tools for ISPs, WISPs, and enterprises aiming for gigabit connectivity. From delivering massive capacity and pushing link distances to reducing cost and future-proofing investments - mmWave is where performance meets efficiency. 👉 Discover how solutions like IP-50EXP, EH-8020FX, and Siklu by Ceragon MultiHaul are helping networks go farther, faster. And see why fixed wireless access (FWA) over mmWave could be a game-changer for suburban and rural areas. Link to the blog is in the first comment 👇

Is your network ready for ultra-fast speeds without breaking the bank? In our latest blog, we dive into why modern mmWave / E-band and V-band radios are no longer niche - they’re becoming essential tools for ISPs, WISPs, and enterprises aiming for gigabit connectivity. From delivering massive capacity and pushing link distances to reducing cost and future-proofing investments - mmWave is where performance meets efficiency. 👉 Discover how solutions like IP-50EXP, EH-8020FX, and Siklu by Ceragon MultiHaul are helping networks go farther, faster. And see why fixed wireless access (FWA) over mmWave could be a game-changer for suburban and rural areas. Link to the blog is in the first comment 👇

While traditional private LTE and Wi-Fi networks have enabled early progress in port digitalization, they often fall short in dense, interference-prone outdoor environments. Find out how Globalstar's XCOM RAN solution, coupled with Band n53, help shipping ports achieve the highest-capacity connectivity and resilient private networking solutions, laying the foundation for next-generation port operations. Read more here! 👉 https://hubs.ly/Q03FJx-Y0

A WiFi router's main use is to create a wireless local area network (WLAN), allowing multiple devices to share a single internet connection wirelessly and communicate with each other, acting as a central hub that directs traffic between devices and the internet. It connects to a modem to receive the internet signal, converts it into a wireless Wi-Fi signal using antennas, and uses data packets and unique IP addresses to send information to the correct device.

🚀 The fifth generation of mobile networks, 5G New Radio (NR), is set to revolutionize connectivity with unprecedented speed and reliability. 📶 As we witness the rollout of 5G networks, it is crucial for regulatory authorities to adapt their measurement procedures to ensure compliance with this new standard. On our website, you can explore the challenges and solutions related to 5G spectrum monitoring. Discover how to effectively adapt your measurements and analysis to meet the evolving requirements of this transformative technology.

In today's world, where up to 80% of all data traffic is consumed at indoor locations and 90% of our time is spent indoors staying connected is not just a convenience but a necessity. While enterprises and consumers demand dependable indoor network service, poor cellular coverage remains a significant challenge for operators. Wi-Fi Calling offers an attractive solution—cost-effective and easy to deploy wherever good broadband exists. Discover the performance characteristics, security features, and use cases of Wi-Fi Calling, along with business models that help Mobile Network Operators select the optimal approach based on market demands, commercial goals, and regulatory requirements. Download whitepaper "Enriched service over converged Wi-Fi and cellular network": https://lnkd.in/gdBPE-Y6

🔍 Are you ready to bridge the gap between non-3GPP networks and 5G infrastructure? Discover how Nokia's N3IWF is revolutionizing seamless 5G integration for Communication Service Providers (CSPs). From enhanced security to superior service delivery, learn how this groundbreaking solution is setting new standards in the telecom industry. 📖 Dive into the full blog to explore the future of network connectivity: https://nokia.ly/47zraY8

A very important milestone for Nokia non-3GPP access networks technology! N3IWF, coming as the successor of the ePDG, with numerous advantages and improvements on security, access agnostic architecture, 3gpp access identical service delivery and signaling optimizations! Check our full blog for the whole story!

Recent updates to the BEAD program put a stronger emphasis on network reliability, performance, and scalability. For fiber operators, licensed wireless spectrum can be a powerful complement—enhancing reach, providing redundancy, and enabling more flexible service options, especially in hard-to-serve areas. Exclusive-use PALs in the CBRS band are available today. Explore options in our Spectrum Marketplace. https://lnkd.in/dD8DnXW