David Silver

The biggest challenge to broadband expansion is not just technology, it is people. With a shortage of skilled fiber technicians and engineers, the industry is rethinking how it recruits and trains for the decade ahead. Take a Step Toward Workforce Readiness. Get our infographic with key stats, a checklist, and a five-year action plan to help you prepare your workforce for the future. Download now: https://bit.ly/4mO85FD

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The biggest challenge to broadband expansion is not just technology, it is people. With a shortage of skilled fiber technicians and engineers, the industry is rethinking how it recruits and trains for the decade ahead. Take a Step Toward Workforce Readiness. Get our infographic with key stats, a checklist, and a five-year action plan to help you prepare your workforce for the future. Download now: https://bit.ly/4mO85FD

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The biggest challenge to broadband expansion is not just technology, it is people. With a shortage of skilled fiber technicians and engineers, the industry is rethinking how it recruits and trains for the decade ahead. Take a Step Toward Workforce Readiness. Get our infographic with key stats, a checklist, and a five-year action plan to help you prepare your workforce for the future. Download now: https://bit.ly/4mO85FD

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🚨 Historic milestone for fiber broadband 🚨 The Fiber Broadband Association’s latest Fiber Deployment Survey, conducted by RVA LLC Market Research and Consulting, reveals that 2025 set an all-time record for fiber growth — with 11.8 million U.S. homes passed this year alone and the nation nearing 100 million FTTH passings. Fiber now passes over 60% of U.S. households and is on track to become the dominant broadband platform by 2028. 🔗Learn more here: https://hubs.la/Q03YwMSR0 #FiberBroadband #Fiber #Broadband #FiberBroadbandAssociation

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🚧Every foot of fiber takes sweat, safety, and smart planning. 🚧 The real work of broadband happens in the streets—with locates, permits, rights-of-way, and boots-on-the-ground problem solving. Learn what it takes to actually build America’s fiber future. 🛠 Lessons from Ritter Communications, GFiber, Common Ground Alliance + more: https://hubs.la/Q03zPp5J0 Katie Espeseth (EPB), Heath Simpson (Ritter Communications), Mitch Hibbard (Peñasco Valley Telephone Cooperative, Inc.), Rocco Laurenzano (GFiber), and Erika Lee (Common Ground Alliance). #FiberConstruction #OSP #PermittingSolutions

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Most people don’t struggle with FTTH because they’re unserious. They struggle because no one ever taught them how it really works on site. After working across every stage of large-scale fiber deployment from planning and survey to home activation I’ve seen the same mistakes repeat themselves, costing teams time, money, and credibility. That’s why I’m opening a FTTH/GPON Beginner Training under Olubunmi Aluko Learning Institute (OALI). This is not just theory. It’s practical, execution-focused training built from real projects. What the training covers: • FTTH & GPON fundamentals (clear, usable understanding) • Site survey methods that prevent losses • Network design that contractors can actually follow • Deployment, testing, and troubleshooting • Customer activation & quality handover What you get: • 5 live virtual sessions • 3 eBooks sent immediately after deposit • Practical templates & checklists • 30-day post-training support • OALI Certification 📅 Mid-January 2026 cohort (17th January) 💰 ₦150,000 (Early bird: ₦120,000 – 12 limited seats) 👉 Reserve your seat and get your eBooks here: https://lnkd.in/eynsJf4B If you want to understand FTTH properly and deliver it confidently, this is for you. #FTTH #FiberOptics #Telecommunications #TelecomTraining #NetworkEngineering #ProfessionalDevelopment #TechnicalSkills #Infrastructure #OALI #LearningThatWorks

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Fiber-to-the-Home matters more than ever. True fiber has the ability to deliver symmetrical speeds, ultra-low latency, and long-term reliability—giving modern homes the connectivity they need without compromise. Read more on why FTTH outperforms other providers: 🔗 https://lnkd.in/eVbrSDyh #Infrastructure #Connectivity #altafiber #FutureOfInternet

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Every trench we dig, every conduit we place, every splice and termination are important. How we test them is equally critical. With today’s high-density fiber cables, testing can get complicated. Enter automated Tier‑1 and Tier‑2 testing tools, along with cloud-enabled test plans. They certify every fiber right the first time, before we even leave the site. The tools are portable, easy to use and help to reduce rework, stay on schedule and make sure every fiber meets required specs. If you want to build it right the first time, VIAVI’s got the tools to help: https://lnkd.in/eAA8DmBT #RightFirstTime #FiberBuild #TestAutomation

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Blowing or pulling part 11 Things you MUST remember when blowing fiber !! Conduct a CRASH TEST *Secure a 1-1.5 meter microtube in the head. *Block the outlet of the microtube. *Insert 3-4 meters of cable into the blower. *Set the motor power to the minimum and start the feeder at the highest speed. *Repeat the operation, increasing the motor power until the cable breaks. *The maximum allowable pushing force will be the one from the last test that did not damage the cable. #bluedragonjet #technology #telecommunications #innovation #development #industrialsolutions #fiberblowingmachines

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Better connectivity leads to stronger expertise and speed. From mailing photos to now live-streaming directly from the field, Steve Douglas explains on the latest episode of Revisionist History about how Supermobile from T-Mobile For Business has created a paradigm shift for our field engineers.

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The Fiber Broadband Association recently released a report estimating that the U.S. will need to double the length of its fiber optic infrastructure from 95,000 to about 187,000 route miles by 2029 to meet the communications needs of existing and new internet data centers and AI-based traffic. While policymakers have begun concentrating on the needs for new electric power infrastructure for data centers, the need for more fiber is “underappreciated,” FBA said. https://lnkd.in/ex3UmCDK

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Why the Right Patch Cable Can Make or Break Your Fiber Testing At Southern FiberLink Solutions, we test tens of thousands of fibers every week in hyperscale data centers — and we’ve learned that one of the smallest components can cause the biggest delays: the patch cable used during OLTS testing. Using reference-grade patch cables that meet strict loss standards (typically < -0.02 dB) is not optional — it’s essential. That little sticker in the patch cable that often gets offer looked can be the difference between profit and loss. Here’s why: ✅ A dirty or subpar patch cable can skew your loss baseline, leading to false failures, inaccurate results, and rework of fiber that was perfectly spliced. ✅ We’ve seen crews who should’ve completed OLTS testing on a 6,912ct cable in 3 days, spend 2-3 weeks troubleshooting because of poor patch cable choices. ✅ Those delays don’t just cost time — they break budgets. In many cases, they can financially crush subcontractors who are working under fixed-rate or milestone-based contracts. In one example, the cost of additional labor and standby time pushed a subcontractor into the red on a job that should have been profitable. All because someone skipped the detail of cleaning and validating their reference cables. Precision matters. Cleanliness matters. Reference-grade cables matter. #FiberSplicing #OLTS #PatchCables #CleanFiberMatters #Hyperscale #DataCenterInfrastructure #SouthernFiberLink #WhyFiberConnectivityMatters #SubcontractorSuccess #SpliceTestDeliver

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Fiber Optic Tip: What's the more Common SFP Problems - Low RX power or Overly Strong TX? 🔌💡 When working with SFP transceivers, two issues often come up: 1️⃣ Low RX Power – Usually caused by dirty connectors, long distances, fiber bends, or link loss. It leads to weak signal reception and unstable connections. 2️⃣ Overly Strong TX Power – Less common, but it can still cause problems. A transmitter that is too strong can saturate the receiver and create bit errors. 👉 In practice, Low RX Power is far more common. That’s why routine inspection, cleaning, and proper link budget design are key to maintaining reliable network performance. 💭 Question for you: Which issue have you faced more often in your projects – Low RX Power or Strong TX? Let’s share experiences below! ⬇️ #FiberOptics #Networking #SFP #Telecom #DataCenter #OpticalNetworking #Connectivity #TechTips

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💰 The Hidden TCO Killer No One Talks About in #Fiber Projects Let’s be honest — most fiber projects don’t fail because of bad cable. They fail because of hardware inconsistency — small parts from different vendors that just don’t work well together. On drawings, everything looks perfect. But once you’re in the field, you realize: ▪️ the holes don’t line up, ▪️ the “UV-protected” coating starts to rust in a year, ▪️ and the poor crew ends up improvising to make things fit. Every team feels it: 🔹 ISPs want predictable uptime. 🔹 EPCs / OSPs just need to finish on schedule. 🔹 Procurement tries to match specs while keeping costs in check. Different goals — same headache. Here’s the truth: network reliability isn’t built in the factory; it’s built on the pole. It starts with standard parts, cross-brand compatibility, and a little more discipline before the first order is placed. 💬 Curious — in your projects, what usually causes more trouble: bad materials or bad fit? #FiberOptic #FTTH #ADSS #MiniADSS #OSP #ISP #EPC #TelecomEngineering #SystemIntegrator #Procurement #NetworkDeployment #TCO #Reliability #CableAccessories #InstallationStandards #FieldEngineering #RuralBroadband #telecommunications

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"Fiber is a long-term investment.” That’s the mindset required to deliver broadband that keeps pace with what homes—and communities—will demand next. Greg Wilson, CEO of Ripple Fiber, explains why fiber is the best technology available and how delivering great in-home performance also means installing, configuring, and proactively monitoring Wi-Fi. Ripple Fiber chose Nokia from day one for end-to-end network technology—from the edge into the core—supporting both GPON and XGS-PON services over a single distribution network using multipoint optics. Watch the video: https://nokia.ly/4tWPKLa #Fiber #BroadbandNetworks #PON #Fiberforeverything

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