What are some innovative ways to make fiber optic networks more affordable?

1. Shared Infrastructure: Collaborating with other service providers or utilities to share the cost of deploying or maintaining 2. Open Access Networks: Creating open access networks where multiple service providers can operate on a single infrastructure can help promote competition and drive down costs 3. Microtrenching: it involves digging narrower and shallower trenches to lay fiber cables quickly and at a lower cost 4. Wireless Technologies: Leveraging wireless technologies, such as FWA or 5G-based Fixed Wireless 5. Government Support: By offering incentives, grants, tax breaks, or low-interest loan 6. Innovation in Deployment Techniques: new deployment techniques, such as aerial fiber or utilizing existing infrastructure

A key thing to keep in mind is that the cost is not in the fiber optics but in the actual deployment of the network. Cost of optical components often makes up less than 10% of network deployment cost with design and construction making up over 60%. What is needed is ways to decrease cost of deployment then. There have been many innovations in optical fiber over the past years. Take modern flexible ribbon for example, such as Fujikura's Spiderweb Ribbon. These provide over 85% throughput advantage on splicing. Allow easy breakout of single fiber or 12-fiber groups. Increased density means easier install, smaller reels, lower transport costs and carbon footprint and allow overbuild with 864F cable replacing 144-fiber loose tube design.

To enhance the affordability of fiber optic networks, it is crucial to foster Public-Private Partnerships. Collaborating with both governmental bodies and private entities facilitates the sharing of deployment costs, leveraging resources, and alleviating financial burdens. Additionally, promoting the sharing of fiber infrastructure among various service providers is essential. This collaborative approach minimizes the necessity for each provider to construct individual networks, thereby realizing significant cost savings.

Fiber-optic telecommunications engineering involves the design, implementation, and maintenance of communication systems that use optical fibers for transmitting data and information. In fiber-optic communication, data is transmitted through pulses of light that travel along thin strands of glass or plastic fibers. These fibers have the ability to transmit large amounts of data over long distances with minimal signal loss or interference, making them highly efficient for high-speed data transmission. Telecommunication engineers in this field are responsible for designing and deploying fiber-optic networks and systems, including the selection and installation of optical fibers, connectors, and other necessary components.

I do not agree that silica cost is curently main driver of FO network deployment and ownership cost, thus development in recycable or reduced cost silica of course make sense but will not bring any shirt term savings. Critical cost drivers are deployment labour cost and infrastructure (poles, trenches, ducts) cost. "Plug-and-play" FO solutions, and smaller fiber components could be solution to this challenge

Implement "dig once" policies during construction projects. When roads or other infrastructure are being built or upgraded, lay fiber optic cables simultaneously to minimize excavation costs. Leverage existing infrastructure, such as utility poles, to reduce the need for new construction. Explore partnerships with utility companies to share existing infrastructure for laying fiber optic cables. Explore and invest in new technologies that could lower the cost of manufacturing, deploying, and maintaining fiber optic cables and related equipment. Coordinate fiber optic installations with other infrastructure projects, such as road repairs or water/sewer system upgrades, to share costs and minimize disruption.

Fibre optic cables are back bones of Telecommunications industry OSP GSM network type and Fast Service in the world Inovairements Regards Imtiaz Ahmed Laya +923442579525 imtiazahmed6@gmail.com

Reuse. There is already many miles of fiber in the ground as well as aerial. Some ancient by today’s standards. You need crews that can characterize (FC) correctly as well as repair along the way. Save expense along with a refresh of facilities for your network.

No estoy totalmente descuerdo con este punto ya que hoy en dia existen diversos equipos que hacen las ecualizaciones de forma automatica, aun hay equipos que se requiere de forma manual pero son obsoletos y un problema muy serio para la operación ya que se requiere ecualizar cada que hay crecimientos en lamdas o cortes de FO que en una zona conurbada es algo del dia a dia

Ao automatizar o processo de ajuste, é possível otimizar a qualidade do sinal e a capacidade de transmissão de maneira mais eficiente, reduzindo o tempo necessário e minimizando erros humanos.

Hollow-core fiber is one of multiple ways to improve fiber performance. This solution is bringing significant challenges in terms of backwards compatibility to standard fibers. There are already commercialy available high performance fibers that remain backwards compatible, using dopants, modifying core and cladding index, tweeking fiber index profile, adjusting silica used for core, these are just a few solutions that can be and are used to build high performance fiber

Os benefícios da utilização de vidro reciclado em cabos de fibra óptica são significativos. A redução do custo do material e da pegada de carbono são particularmente importantes. A redução do consumo de recursos naturais também é uma consideração importante. Com incentivos fiscais do governo, provedores com metas de consumo do material e as empresas de reciclagem aumentando a conscientização da reciclagem do vidro. A utilização de vidro reciclado em cabos de fibra óptica pode ser uma solução promissora para reduzir os impactos ambientais da indústria de telecomunicações. Com o investimento e o desenvolvimento contínuos, a utilização de vidro reciclado pode se tornar uma prática padrão na produção de cabos de fibra óptica.

Pesquisadores estão focados em aprimorar a fabricação dessas fibras, superando obstáculos relacionados ao acoplamento eficiente de sinais ópticos e à capacidade de suportar curvaturas sem comprometer o desempenho.

Aunque ya existen fibras huecas a nivel comercial los problemas que presentan a día de hoy no permiten su uso en redes de telecomunicaciones de larga distancia. Si uso está restringido a corto alcance.

Sharing the fiber optic infrastructure between the Service Providers is the most economical way of maximizing the utilization of the Fiber Network as we all know the cost of digging/installation costs three times more than the cost of the fiber optic cables! Also this will reduce maintenance costs as it will be shared between the service providers. Furthermore there will no duplication of the technology which means the service providers will be competing on providing better services with competitive prices to their customers.

- Community Networks: Encourage local investments in collective fiber optic infrastructure maintenance for cost distribution. Public-Private Partnerships (PPPs): Foster collaborations between governments and private firms, utilizing incentives or subsidies to ease financial burdens. - Dig Once Policies. - Regulatory Support. - Shared Infrastructure: making deployment more cost-effective. - Open Access Networks. - Innovative Construction Techniques: like micro-trenching, reduce time and cost. - Bulk Purchases and Standardization. - Wireless and Hybrid Solutions. - Stay updated on tech advancements for cost-effective components, improved installation, and longer-lasting equipment. - Educational Initiatives.

Fiber Optic is utilized in 5G Mobile Networks, as many manufacturer's and RADIO designer, consider optical connections and power supply are demanding more simplicity and easy installation, operation and maintenance. Here is one of the opportunities and challenge that fiber optic has: hibryd connectivity to provide saving cost of Planning Network, Installation process, training and support for installers, as well Optimization cost in maintenance routines. Network mobile has found economical savings using fiber optic with hybrid harness that includes both type of cnonnectorizing Electrical. The utilization of this type of cabling connectivity will be more frequently and recurrent in coming years with 5G deployment as well WiFI Points.

Os benefícios da óptica sem fio são significativos, como a capacidade de complementar ou substituir os cabos de fibra óptica em situações difíceis, conectividade de alta,fornecer backup, rotas alternativas. Mas há limitações significativas. Condições climáticas, interferência de outras fontes de luz, alinhamento preciso dos transmissores e receptores é um desafio, mas há grande chance de progresso. Com alguns esforços por parte dos provedores, governos, a óptica sem fio tem o potencial de tornar as redes de fibra óptica mais acessíveis e confiáveis. Com o investimento e o desenvolvimento contínuos, a óptica sem fio pode desempenhar um papel importante na próxima geração de infraestrutura de telecomunicações.

Se trata de una tecnología poco eficiente ya que la direccionalidad y su atenuación en los medios materiales que debe atravesar la radiación infrarroja situan a la óptica inalámbrica en clara desventaja frente a otras técnicas ya implantadas.

Additional to this concepts for Quantum Optics. The most relevant aspect is to guarantee optical power light transfer between both Optical Laser active components Tx and RX, with Quantum Optical Connector (LC, SC, MPO, SN or CS) and optical fiber, for high performance and lower jitter. High Speed Rate now is additional to be considered for 100Gbps or higher (some blade Servers are now available as well Giga Routers). In addition to Quantum Connectors will be added the Encryption Codes as fundamental part of protocol for SECURITY system in Optical Networks.

A aplicação da óptica quântica para acessibilidade das redes de fibra óptica, tem um potencial revolucionário na engenharia óptica e comunicação, traria novas funcionalidades, como a internet quântica. Contudo, ainda carece de aprofundamento nos requisitos tecnológicos necessários e falta contextualização sobre o estágio atual de desenvolvimento e desafios práticos. Tem uma visão otimista, mas necessita de mais detalhes sobre desafios técnicos, econômicos e de implementação que podem afetar sua viabilidade e adoção generalizada.

Je sais même pas quoi en penser 💭 tellement ce sera évolué. Les vitesses de transfert d’informations et de calcul de prévisions seront multipliés par des milliers de fois. Le cryptage et le décryptage sont au cœur d’une course contre la montre ⌚️ Le premier pays qui pourra décrypter sont adversaire aurait un sacré avantage. L’avenir nous réserve de grande chose ! Il y aura toujours du bon et du moins bon mais l’essentiel restera le même je crois. Des essaie erreurs , des périodes de transition avant de comprendre tous le potentiel de l’application de toutes cette Puissance. J’ai bien hâte de voir L’IA , les réseaux quantiques , la robotique et tous ces domaines qui vont transformer notre façon de vivre.

If these proposals are the best that LinkedIn (Microsoft) AI can come up with, FTTH experts need not worry about their jobs. I'm done giving free training to AI models.

Gigapower. Open access. With multiple speed tiers, are the foundational transport solution for companies that sell consumer high speed internet access, VPN, and business ethernet, or require backhaul infrastructure for other needs.

La forma de hacer mas economica la FO en cualquier parte del mundo es, utilizar vidrio reciclado, utilizar plastico reciclado y trabajar de la mano con las empresas que la fabrican para desarrollar proyectos masivos de reciclaje de FO en desuso de todos los ISP del pais