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I am someone who loves a challenge and when given a task I am focused and driven to…
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Don Moser liked thisDon Moser liked thisFor all guitar rock lovers, Eddie Van Halen passed away today, but this 10 min clip says it all! https://lnkd.in/grvmWGB
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Don Moser liked thisDon Moser liked thisHey- I wrote an article about active listening, based on some personal experience. Check it out. #activelistening #experience #covid
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Education
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Nokia Continuing Education
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Activities and Societies: C/C++, Java, Python, TCP/IP. MySQL, OO Design, L2/L3 Networking Protocols
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Scott Shafer, PMP
Right now, in competitive FTTH markets, the incentive structure favors speed. Long-term operational viability tends to surface later. There’s a land grab happening in FTTH. Everyone wants passings. Everyone wants scale. Everyone wants to secure territory before someone else does. So teams get creative. They skip pre-positioning drop infrastructure. They may defer terminal installs. They assume aerial access will resolve as easily as it did in prior regions or projects. They price underground builds from spreadsheets instead of soil conditions. Some of it looks smart in the moment. It accelerates deployment metrics. It protects cost per passing. It keeps capital flowing. But here’s what the market eventually reveals: If you build primarily for near-term metrics instead of long-term operations, the tradeoffs surface over time. Operational shortcuts don’t disappear. They compound. They show up in O&M costs. They show up in customer experience. They show up in municipal relationships. They show up in valuation discussions. Speed matters. Operational durability matters more. The builders who win won’t just be the fastest. They’ll be the ones who built networks someone actually wants to operate and monetize.
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Guta (Gouta) Maria
A situation that speaks load on the necessity to support 3GPP Multicast Broadcast and where satellite NTN networks play crucial role to support emergency alert communications. This is the area where the 5G-EMERGE partnership project contributes to with advanced prototype developments and vast validation tests. 5G-EMERGE is co funded by European Space Agency - ESA and 34 partners across European Member States led by European Broadcasting Union (EBU).
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Raphael Ondigo
💎What is LAG (Link Aggregation Group) and Why Do We Use It? 💻In networking, bandwidth and redundancy are always critical. This is where LAG (Link Aggregation Group) comes in. 👉LAG allows us to combine multiple physical Ethernet links into a single logical link. This means instead of treating each cable separately, the switch sees them as one big "highway" for data. ✅Key Benefits of LAG: 1️⃣Increased Bandwidth: Example: 4 x 1Gbps = 4Gbps logical link. 2️⃣Redundancy: If one link fails, traffic continues on the remaining links (no downtime). 3️⃣Load Balancing: Distributes traffic across links for efficient utilization. 4️⃣High Availability: Ensures continuous connectivity between devices. 🔶Real-World Analogy: ✅Think of it as converting a single-lane road into a multi-lane highway more traffic can move faster, and even if one lane closes, vehicles can still move smoothly on the others. #Networking #LAG #LinkAggregation #Cisco #Ruckus #Juniper #NetworkEngineer #CCNA #Switching #Routing #NetworkSecurity #ITInfrastructure #Datacenter #LAN #WAN #SDWAN #TechCommunity #WiFi #CloudNetworking #NetOps
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