Dell'Oro Group’s Post

Reliable WiFi has become a critical utility for multi-dwelling units (MDUs), often ranking among the top factors potential tenants consider when choosing a place to live. However, providing consistent, high-quality WiFi in MDUs presents unique challenges. In this article, we explore how #OpenWiFi, an open-source initiative from the Telecom Infra Project, is addressing these challenges and transforming connectivity in MDUs. Attending WISPAPALOOZA? Visit our Booth #720 #WISPAPALOOZA #bead #broadband #WISPAPALOOZA24 #MDU #WiFi #Wireless

Wi-Fi 6E or 7? What's the difference? Learn more about how to unlock the full power of the 6GHz spectrum and the impact it has on connectivity. #wifi7 #6ghz

In its new report, Opensignal found that areas in the US with a larger number of Fixed Wireless Access (FWA) customers actually showed better networking performance than areas with fewer #FWA customers. Many areas in the US FWA is the fastest way they can get coverage since many areas do not have and ROI for fiber. DENGYO USA antennas can help your FWA rollout helping underserved areas unlock wider broadband access. #FWA #Internet #Innovation

🌐 Simplify 5G Fixed Wireless Access and Scale Secure Connectivity to More Places 🌐 In today's fast-paced world, reliable internet access is crucial. With 5G Fixed Wireless Access (FWA), we can deliver high-speed internet to more locations without the need for extensive cabling. Here's why it matters: 🚀 Speed & Performance: 5G FWA provides lightning-fast speeds, rivaling traditional wired connections, making it perfect for homes and businesses. 🏡 Broad Coverage: By leveraging 5G, we can reach remote and underserved areas, bridging the digital divide and ensuring everyone has access to reliable internet. 🔒 Secure Connectivity: Advanced encryption and security protocols in 5G networks ensure that your data remains safe, no matter where you are. 🌱 Cost-Effective & Scalable: 5G FWA is easier and cheaper to deploy compared to laying down cables, allowing for rapid expansion and scalability. Join us in embracing the future of connectivity with 5G FWA, bringing fast, secure, and reliable internet to more places than ever before! 💡🌍 > > > > > > > > > #5G #FixedWirelessAccess #Connectivity #SecureInternet #TechInnovation #DigitalTransformation #Broadband #WirelessTechnology #FutureOfInternet #Telecommunications #RemoteAccess #SmartCities #DigitalInclusion #NetworkSecurity #HighSpeedInternet #TechSolutions #IoT #NextGenTech #TechTrends. . . . . . Kavitha Shetty Dhaval Prajapati Aziz Khambati Bharadwaj GK Cisco Meraki . . . . Read to know more: http://cs.co/6044ejxbe

An Overview of GPON SFP Modules Small form-factor pluggable transceivers known as Gigabit Passive Optical Networks (GPON) are designed for passive optical network applications. The primary use of these modules is for fast data transmission over fiber optic cables, which is made possible by the GPON standard, which can handle up to 2.5 Gbps downstream and 1.25 Gbps upstream.

How they'll do it There's plenty of speculation over exactly how T-Mobile, Verizon and potentially AT&T might expand their network capacity for additional FWA customers. One option might include installing external receivers on customers' houses, a move that could strengthen the connection between a broadcasting tower and a customer's home or office. Another option might involve the installation of mmWave equipment; already UScellular has boasted of 1 Gbit/s FWA services over mmWave connections at distances up to four miles (mmWave spectrum generally only supports short-range connections). But there might be other options, according to the TD Cowen analysts. "We learned OEMs such as Nokia (a FWA vendor for T-Mobile) and Samsung (a FWA vendor for Verizon) are launching meaningful FWA capacity upgrades at tower sites at very affordable levels," they wrote in a recent research note. "Essentially, if wireless carriers can affordably upgrade FWA tower capacity at the levels that OEMs are suggesting, the FWA performance and TAM [total addressable market] may grow far more than what the carriers are targeting today." For example, they wrote that Nokia and Samsung could increase the number of MU-MIMO "layers" in their radios from four to 16, or they could employ additional beamforming and site optimization technologies. They could also improve FWA customer premises equipment (CPE) to include eight receivers instead of four today. However, most of those options – such as improved receivers or additional mmWave equipment – could require additional investments into hardware. Whether T-Mobile and Verizon believe that kind of investment would pay off remains to be seen. MORE: https://lnkd.in/gu7E-nGd

Worth spending this 5-min read for an easy, clear overview about Private 5G vs Wi-Fi 6E

Amid its ambitious fiber buildout, Brightspeed has teamed with Verizon to offer fixed wireless voice and Internet services to a portion of customers served by its aging copper infrastructure.