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Grand Prairie, Texas, United States
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Christopher Lu reposted thisChristopher Lu reposted thisLooking to hire OSP Engineers for a 1099 Contractor position in Illinois and Michigan area. Projects are paid per site survey completed. Below are some qualifications required for this role 1. Must have 2 years minimum experience in the Telecom industry. 2. Must have 2 years minimum experience conducting site surveys. 3. Must have ISP experience 4. Must be local to the area 5. Permit experience in the area is a plus but not necessary. 6. Construction and/or utility locating experience is a plus but not necessary. Please reach out to me with your resume if interested via my email: csedoo@bigcountrydesigngroup.com The amount of site surveys weekly will vary but is expected to continue throughout the year and 2027. Additional information, is you will be required to locate and field verify the existing tie in HH, take photos, design an OSP route from that tie in HH to the meet me point outside the property address. You will also be required to locate entry SOC into the building, and if none is available then you will design a path into the building, and continue the path from the entry point of the building to the customer suite. More photos and measurements will be required in the inside of the building. Thanks, Chris
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Christopher Lu shared thisFiber is becoming part of site readiness. For land developers, master-planned communities, residential subdivisions, mixed-use projects, and commercial developments, telecom infrastructure should not be an afterthought. Too often, fiber gets discussed after roads, lots, utilities, easements, and construction sequencing are already moving. That creates problems later: Late utility coordination. Missing conduit pathways. Poor handhole placement. Unclear service routes. ROW and easement conflicts. Construction delays. Rework after paving. Frustrated builders, tenants, and future residents. At Texas Fiber Design Group, we help bring OSP/fiber planning into the early development conversation. Our goal is to help developers, civil teams, utility coordinators, ISPs, and contractors understand how fiber will fit into the project before the field problems show up. Fiber planning should support: Site access. Utility corridors. Road crossings. Easements. Lot serviceability. Future capacity. Clean handoffs from design to construction. The better the infrastructure is planned upfront, the cleaner the development moves later. Roads, power, water, sewer, drainage and fiber. That is what modern site readiness looks like. texasfiberdesigngroup.com #LandDevelopment #SiteDevelopment #CivilEngineering #TelecomInfrastructure #FiberDesign #OSPDesign #Broadband #UtilityCoordination #ConstructionPlanning #MasterPlannedCommunities #RealEstateDevelopment #TexasFiberDesignGroup
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Christopher Lu shared thisA fiber HLD should not just show where the line goes. It should show whether the network can actually be built. That is the problem we are solving at Texas Fiber Design Group. For micro-trench FTTH, too many early designs stop at route layout. But the real value is in the logic behind the route: Cabinet placement. Cabinet handhole placement. Handholes at intersections. FST locations. PED layout. Flower pot / service point planning. Drop routing. Port assignments. DA boundaries. KMZ exports. CSV deliverables. Construction rules before crews hit the field. That is why we are building StrandOS an internal design intelligence system built around real OSP/FTTH deployment logic. The goal is not to make pretty maps. The goal is to create cleaner HLD packages, stronger handoffs, better field visibility, and fewer problems when the project moves from planning to construction. Micro-trench FTTH moves fast. The design has to move just as clean. The route matters. The route matters. The network logic behind it matters more. If your team is working through FTTH, micro-trench design, HLD packages, KMZ/CSV deliverables, port assignments, or construction-ready fiber planning, I’m always open to connecting with teams focused on building cleaner and moving faster. texasfiberdesigngroup.com #FTTH #OSPDesign #FiberDesign #MicroTrenching #TelecomInfrastructure #FiberOptics #HLD #LLD #Broadband #FiberNetwork #ConstructionPlanning #UtilityCoordination #GIS #QGIS #Permitting #TexasFiberDesignGroup
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Christopher Lu posted thisAutomation was always the engine. AI is the accelerator. That is the part I think a lot of people are missing right now. Real automation has been possible for years. The difference was that it usually required large budgets, development teams, custom software, and deep industry knowledge to build it correctly. AI did not create automation. AI made automation more accessible. In OSP fiber design, the real value is not asking AI random questions and hoping it understands the work. The value is building repeatable systems around the actual workflow: Route logic Handhole placement Bore path layout Terminal/FST design Drop routing rules Utility conflict checks Permit requirements Plan/profile standards BOM output QC review Redline history Construction print support That is where the shift is happening. AI by itself does not understand the field. It does not know why a bore path fails, why a handhole location creates a problem, why a permit reviewer kicks back a sheet, or why construction crews need cleaner prints. But when experienced telecom professionals use AI to build systems around real OSP knowledge, that knowledge becomes scalable. Ten years ago, this type of automation would have required a lot more money and a much larger team. Today, smaller companies can finally build production tools that used to only be available to larger organizations. That is the real opportunity. Not replacing experience. Scaling it. Automation is the engine. AI is the accelerator. Industry knowledge is still the fuel.
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Christopher Lu shared thisNot every foot of fiber builds the same. For hyperscalers, data center campuses, and mission-critical infrastructure, OSP planning cannot stop at route footage. A 20,000 LF route through open field is not the same as 20,000 LF through a DOT corridor, hard rock, bridge crossings, waterway crossings, utility congestion, handholes, vaults, and splice-heavy construction. That is why we’re building our Construction Segment Intelligence Engine inside Texas Fiber Design Group. The goal is to help teams understand the build before crews hit the field. This module evaluates route segments using real construction inputs like terrain, rock percentage, crossings, handhole and vault counts, splice quantity, conduit package, crew count, production rates, crew days, calendar impact, and risk level. For hyperscale fiber builds, the value is simple: Catch the high-risk segments early. Before the budget is blown. Before the schedule slips. Before the crew is waiting in the field for answers. Clean design matters. Construction-aware planning protects the build. #Hyperscale #DataCenters #OSPDesign #FiberDesign #ConstructionIntelligence #MissionCritical #TelecomInfrastructure #FiberOptics #ConstructionPlanning #UtilityCoordination #TexasFiberDesignGroup
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Christopher Lu shared thisData center builds move fast — but OSP mistakes are expensive. One missed crossing, one overlooked easement, one bad bore condition, one utility conflict, or one route segment with no clear ROW can turn into delays, change orders, redesigns, and crews standing by. That is one of the reasons we’re building our own OSP Construction Intelligence Engine inside Texas Fiber Design Group. The goal is simple: Help project teams identify the things that usually get missed before they become field problems. We’re building logic around: • Bore paths • River / bridge / railroad crossings • Easements and ROW risk • Hard rock / production conditions • Handholes, bore pits, conduit, and restoration quantities • Budget vs. estimated construction cost • Reroute comparison when a path becomes too expensive • Constructability red flags before final prints go out Design is not just about drawing a clean line on a map. For data centers, long-haul routes, enterprise fiber, and critical infrastructure builds, the real question is: Can this route actually be built on time, within budget, and without surprises? That is where construction intelligence matters. At Texas Fiber Design Group, we’re focused on building cleaner OSP workflows that connect design, permitting, construction planning, and field reality — so the prints do more than look good. They help keep the build moving. #OSPDesign #FiberDesign #DataCenters #ConstructionIntelligence #OSPConstruction #TelecomInfrastructure #UtilityCoordination #Permitting #TexasFiberDesignGroup
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Christopher Lu shared thisWe are building our FTTH design process around real production logic. Low Level Design is not just drawing lines on a map. For FTTH subdivision work, the design has to account for: Address-point routing Feeder and distribution paths Handhole, pedestal, and FST placement Flowerpot / service point logic Service drop planning Rear, side, ROW, and utility easement awareness Clean LLD review before moving into permit or construction prints At Texas Fiber Design Group, we are developing our internal FTTH Design System to help organize early-stage LLD workflows, improve consistency, and support buildable network planning from the first layout. This is about making the design cleaner before it moves downstream into permitting, construction prints, redlines, and as-builts. Better planning. Cleaner LLD. Stronger FTTH builds. #FTTH #LowLevelDesign #LLD #OSPDesign #FiberDesign #FiberConstruction #TelecomConstruction #GIS #FiberOptic #Permitting #ConstructionPrints #TexasFiberDesignGroup
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Christopher Lu liked thisChristopher Lu liked thisCogent is deploying a new Ashburn-to-Miami fiber route designed to enhance East Coast long-haul capacity and subsea interconnection density. The system provides direct terrestrial connectivity between Northern Virginia and South Florida, with intermediate access to key cable landing stations: Telxius Virginia Beach, DC BLOX Myrtle Beach, JaxNAP Jacksonville, Telxius Boca Raton, Equinix MI3, and OJUS (Hollywood, FL). This architecture enables efficient backhaul into ten subsea systems—Dunant, MAREA, BRUSA, Firmina, Anjana, Nuvem, Monet, AMX1, PCCS, and TAM-1—with an aggregate design capacity of approximately 2.64 Pb/s. Network specifications include: ⚡ End-to-end latency under 24 ms (Ashburn–Miami) ⚡ 42.5 Tbps per fiber pair / line system ⚡ Native support for 10G, 100G, and 400G wavelengths ⚡ Standard provisioning intervals of ~30 business days The route is optimized for hyperscale traffic flows, financial network requirements, and high-capacity backhaul, while improving route diversity and reducing dependency on legacy East Coast paths. #Cogent #AS174 #Ciena #Internet #backbone
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Christopher Lu reacted on thisChristopher Lu reacted on thisChristians have been conditioned to believe that politics and faith should never mix, but that lie has consequences. Laws shape culture, culture shapes morality, and morality shapes souls. When believers retreat from political conversations, they surrender ground. Silence doesn’t protect the Gospel; it weakens its influence in the very places it’s needed most. Scripture calls us to be salt and light, not spectators hiding from hard conversations. Avoiding politics is abdication, and when the Church refuses to speak, the world gets darker.
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Christopher Lu liked thisChristopher Lu liked thisThe Gigabit Fiber team is growing. Thank you to our customers and partners for a great week of meetings. See you in Austin.
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Christopher Lu liked thisChristopher Lu liked thisWe offer business checking, payments and lending all in one place, so business owners like Architect Alice focus on doing what they love.Wells Fargo. You're good at business. We're good at business banking.Wells Fargo. You're good at business. We're good at business banking.
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Christopher Lu liked thisChristopher Lu liked thisLooking to hire OSP Engineers for a 1099 Contractor position in Illinois and Michigan area. Projects are paid per site survey completed. Below are some qualifications required for this role 1. Must have 2 years minimum experience in the Telecom industry. 2. Must have 2 years minimum experience conducting site surveys. 3. Must have ISP experience 4. Must be local to the area 5. Permit experience in the area is a plus but not necessary. 6. Construction and/or utility locating experience is a plus but not necessary. Please reach out to me with your resume if interested via my email: csedoo@bigcountrydesigngroup.com The amount of site surveys weekly will vary but is expected to continue throughout the year and 2027. Additional information, is you will be required to locate and field verify the existing tie in HH, take photos, design an OSP route from that tie in HH to the meet me point outside the property address. You will also be required to locate entry SOC into the building, and if none is available then you will design a path into the building, and continue the path from the entry point of the building to the customer suite. More photos and measurements will be required in the inside of the building. Thanks, Chris
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Gary Bolton
Fiber Broadband Association • 6K followers
The Fiber Broadband Association (FBA) today released the following statement in response to the FCC’s draft Network and Services Modernization Order, which would streamline copper retirement and reduce regulatory barriers that slow investment in modern fiber networks: “The FCC is recognizing what consumers and providers already know — copper networks can no longer meet the demands of today’s digital economy. By simplifying outdated rules and enabling faster technology transitions, the FCC has the opportunity to clear the way for greater investment in fiber infrastructure that delivers faster speeds, stronger reliability, and long-term economic growth. This is an important step forward in the Build America agenda and we applaud Chairman Carr for his leadership.” - Gary Bolton, President and CEO, Fiber Broadband Association
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Mary Savery
Savery Solutions • 1K followers
2026 is going to be a turning point year for fiber broadband, and many providers may not be prepared for what's coming. I just released a new white paper that breaks down the biggest consumer shifts shaping next year, including: ✔️ Why speed no longer wins the deal ✔️ The collapse of "local provider" as a differentiator ✔️ How fixed wireless is reshaping customer expectations ✔️ Why clarity, not capacity, will determine who grows and who stalls If you work in broadband, marketing, or customer experience, this paper will help you rethink your strategy before the competition tightens. Comment "Send it" below and I'll share the white paper with you.
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Mytra Consulting
2K followers
𝗕𝗘𝗔𝗗 𝗜𝘀 𝗠𝗼𝘃𝗶𝗻𝗴 𝗙𝗿𝗼𝗺 𝗣𝗹𝗮𝗻𝗻𝗶𝗻𝗴 𝘁𝗼 𝗦𝗵𝗼𝘃𝗲𝗹𝘀 𝗶𝗻 𝘁𝗵𝗲 𝗚𝗿𝗼𝘂𝗻𝗱 — 𝗔𝗿𝗲 𝗬𝗼𝘂 𝗥𝗲𝗮𝗱𝘆 𝗳𝗼𝗿 𝗪𝗵𝗮𝘁 𝗖𝗼𝗺𝗲𝘀 𝗔𝗳𝘁𝗲𝗿? As 𝗕𝗘𝗔𝗗 funding moves from planning to execution, the broadband industry is entering a critical new phase. With most state final proposals now approved by NTIA and subgrant awards underway, shovels are finally getting ready to hit the ground. But as construction ramps up, one reality is becoming clear: success under 𝗕𝗘𝗔𝗗 requires far more than building networks—it demands long-term compliance, monitoring, and operational discipline. Drawing on his experience as former Deputy Director of the Indiana Broadband Office, 𝗠𝘆𝘁𝗿𝗮 𝗖𝗼𝗻𝘀𝘂𝗹𝘁𝗶𝗻𝗴 consultant 𝗘𝗮𝗿𝗻𝗶𝗲 𝗛𝗼𝗹𝘁𝗿𝗲𝘆 highlights a challenge he’s seeing nationwide. Many ISPs are eager and ready to build, yet have not fully prepared for the federal reporting, compliance, and monitoring requirements that will extend four to ten years beyond construction. New 𝗕𝗘𝗔𝗗 requirements—including 30-day certifications, letters of credit or performance bonds, NEPA milestones, and a 10-year federal interest period—are non-negotiable and must be addressed early to avoid payment holds or funding delays. The states seeing the smoothest 𝗕𝗘𝗔𝗗 rollouts are those where ISPs and broadband offices align on requirements well before grant agreements are executed. The message is clear: don’t wait. Understanding post-award obligations now—before construction begins—can be the difference between a successful project and costly setbacks. At 𝗠𝘆𝘁𝗿𝗮 𝗖𝗼𝗻𝘀𝘂𝗹𝘁𝗶𝗻𝗴, we help providers navigate this complexity so they can focus on what matters most: delivering reliable broadband to the communities that need it. #BEAD #BroadbandInfrastructure #RuralBroadband #BroadbandCompliance #FederalGrants #NTIA #MytraConsulting #BroadbandLeadership #Connectivity #InfrastructureInvestment
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Center for Applied Research and Engagement Systems (CARES)
253 followers
Reliable broadband is essential infrastructure for work, social, health, and other needs. We are a proud partner of MOBroadband, a site dedicated to helping Missourians connect to broadband. The site includes information for two primary audiences: Broadband Planners and Missourians. For Planners, the site includes broadband maps, funding opportunities, and resources to help bring broadband to your community. For Missourians, the site includes asset maps and resources near you plus broadband news and blogs. Explore https://mobroadband.org/ to access resources for broadband in Missouri!
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Kimberly Curley
Comcast • 1K followers
To address the persistent issues around fiber broadband permitting, FBA provides five actionable recommendations: adopting statewide permitting templates, implementing digital permit tracking systems, organizing “Dig Once” excavation policies, standardizing pole attachment processes, and leveraging escrow and mediation to resolve disputes. Each strategy not only targets a specific challenge but collectively lays the foundation for a permitting framework that is consistent, transparent, and scalable. Link to the Whitepaper https://lnkd.in/e_Mey46Q
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Krista Dugan, PMP, CSM®
Eclipse • 648 followers
Telecom project management isn’t for the faint of heart. It’s fast-paced, high-pressure, and full of moving parts. Timelines shift, vendors delay, clients pivot—and through it all, success depends on one thing: the team. No one brings a telecom project across the finish line alone. It takes: 🔥 Passionate leadership that sees the big picture and motivates through the chaos 🤝 Vendors who adapt and collaborate 📋 Project managers who juggle priorities, people, and problems 👥 Stakeholders who stay engaged and solution-focused But even with the best team, persistence is everything. You follow up again. Rework the plan again. Keep going when it would be easier to stop. In telecom, momentum is earned—one solved issue, one resolved ticket, one win at a time. To every leader, teammate, and partner who stays in the trenches and pushes forward: this is what it takes—and this is why we succeed. #TelecomProjectManagement #LeadershipInTech #Persistence #Teamwork #PMlife #TelecomLeadership #ProjectSuccess #TechIndustry
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Laura Marciniwe, P.Eng, P.E.
Teletek Structures Inc. • 2K followers
One of the harder parts of engineering telecom infrastructure isn’t the math — it’s deciding what actually matters when information is incomplete. Drawings are rarely perfect. Site history is often fragmented. Timelines don’t always allow for ideal investigation. Experience shows up in knowing where to dig deeper, where to be conservative, and where assumptions introduce risk. That balance comes up a lot in the work we do at Teletek Structures Inc. , across projects in Canada and the U.S. …and sometimes that starts with drawings like this.
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Craig Jordan, CD
Techwave • 2K followers
With a total investment nearing $59 million, a broadband expansion project led by the Oklahoma Broadband Office (OBO), in partnership with Pine Telephone Company, is aiming to bring high-speed, reliable internet access to approximately 1,512 homes and businesses with fiber optic technology.
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Vanessa Wells
RPB Industries Construction… • 20K followers
Before fiber became the backbone of modern communications, AT&T built a nationwide microwave relay system called Long Lines. Thousands of towers. Concrete bunkers. Relay stations scattered across mountains, farmland, deserts, and isolated ridges all over the country. Some looked less like telecom infrastructure and more like Cold War military installations. And honestly? In a way, they were. A lot of telecom history makes more sense when you realize the United States has effectively been fighting a hundred-year war against distance. Not metaphorically. Physically. The government, private industry, engineers, construction crews, railroads, utilities, and entire generations of workers have spent the last century trying to answer the same basic question: “How do we move information farther, faster, and more reliably?” First it was telegraph lines. Then copper. Then coax. Then microwave relay systems like Long Lines. Now fiber, hyperscale data centers, AI compute clusters, and edge networks. The technology changes. But the fight stays strangely similar. You still run into mountains. Rivers. Permitting delays. Power shortages. Weather. Right-of-way conflicts. Construction access problems. And the stubborn physical reality that infrastructure has to exist somewhere in the real world. The Long Lines crews dealt with all of it: hauling material into remote areas, building access roads, pouring concrete in terrible conditions, climbing towers in ice and wind, and trying to maintain precise line-of-sight microwave paths across enormous distances. This wasn’t abstract “tech.” It was dirt-under-your-fingernails infrastructure. And honestly, that’s one reason telecom still fascinates me. Underneath all the software layers and investor presentations, communications networks are still fundamentally a construction story. One generation builds farther than the last one couldu. Then the next generation inherits the route and tries again. For anybody interested in the Long Lines system itself, I’ll link the article. #telecom #fiber #engineering #infrastructure #history #construction
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Alejandro Paez
Nokia • 618 followers
Rural and tribal connectivity is accelerating in Oklahoma. Nokia is proud to partner with Centranet to deliver lightning-fast broadband—and this All Access with Andy Garcia video shows the real community impact, featuring David Eckard, Head of Strategy for Fixed Networks, where David reminds us about the advantages of fiber broadband. Know more: https://lnkd.in/envhtBh8
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Ted Hearn
Policyband • 1K followers
Policyband Headlines ▪️AT&T Added 283,000 Fiber and 221,000 Fixed Wireless Subs in Q425 ▪️Carr in New Battle with Newsom over California Lifeline Fraud ▪️NTCA Calls on FCC to Reject Nexstar-TEGNA Merger ▪️Charter Unveils Super Bowl Ad to Air in 60 Markets ▪️Socket Fiber Grows in Missouri with Purchase of Fastwyre ▪️Mackinac Center: Data Centers Need Nuclear Power ▪️Governor: West Virginia National Guard Staying in D.C. through 2026 https://lnkd.in/e3ZSdA_c
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Jeff Little
Above Wireless LLC • 7K followers
T-Mobile and NATE just signed a major agreement that directly impacts tower contractors and crews on the ground. Highlights: * Site-specific and regional pricing replaces the one-size-fits-all matrix * 6% rate increase until new RFPs are finalized by end of year * "Scope to Quote" tool launches by Sept 1 to define job-specific SOWs * 30-day pay terms with 50% upfront billing at job start * Relief from Avetta, Ariba, and PaymodeX fees for small businesses * Crackdown on 1099/undocumented labor—reporting and enforcement tools coming * Limits on tiered subs and a move away from "Super GC" and turf vendor models These changes didn’t come easy—NATE pushed hard to get them. This is a win for the people building the network. Now let’s hold them to it. #TowerTechs #WirelessContractors #NATE #TMobile #BuildAmerica #TelecomConstruction #FairPay #TowerSafety
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Christopher Lu
Texas Fiber Design Group, LLC • 889 followers
Texas Fiber Design Group supports teams with fast redline cleanup, plan/profile updates, utility conflict revisions, and construction print updates so projects can keep moving without losing clarity in the field. Clean prints matter because crews need drawings they can actually build from. Quick updates. Clear prints. Better field flow. #OSPFiber #OSPDesign #FiberConstruction #TelecomConstruction #ConstructionPrints #Redlines #PermitSupport #UtilityCoordination #FiberOptic #TexasFiberDesignGroup
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Tango Networks Inc
615 followers
When people talk about network design, they often mention OSP and ISP… but they aren’t the same thing. OSP (Outside Plant) is all the infrastructure that happens before the network reaches your building. Think underground fibre routes, aerial lines, handholes, and outdoor equipment. It’s the part that connects communities, sites, and miles of terrain. ISP (Inside Plant) is everything that happens after the network enters your building. Structured cabling, equipment rooms, terminations, and in-building coverage systems like DAS. OSP gets the network to you. ISP gets the network working for you. We can help you with both. Speak directly with an engineer by contacting us on our website. https://lnkd.in/gF9rnN46
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Christopher Lu
Texas Fiber Design Group, LLC • 889 followers
Texas Fiber Design Group can support FTTH and OSP teams with budgetary material takeoffs, CAPEX estimates, LLD support, permitting documentation, and construction print packages. For subdivision buildouts and OSP construction planning, we can help organize the key cost drivers: Feeder and distribution fiber Terminals, pedestals, and handholes Service drops and flowerpot locations Conduit, innerduct, tracer wire, and markers Restoration, traffic control, permits, and inspection items Redlines and as-built support These estimates are not final construction bids, but they help teams make better planning decisions before committing crews and materials. Clear design. Permit-ready prints. Better budget visibility. #OSPDesign #FTTH #FiberDesign #OSPEngineering #FiberConstruction #TelecomConstruction #CAPEX #MaterialTakeoff #PermitSupport #ConstructionPrints #TexasFiberDesignGroup
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