#Telecom Network

[electronics-system]

A network switch is a networking device used to connect several devices on a computer network. Further, each device in the network has a dedicated link with full operational bandwidth. Intense competition among telecom service providers globally has increased the need for efficient management of telecom services, which is necessary to sustain in the competition. Rise in number of data centers operated by telecommunication service providers, cloud-based solution providers, and government agencies is projected to increase the demand for network switches.

[retrocgads]

UK 1998

[rackmount-official-my-ass]

i have to say, so far this IDF looks pretty realistic, with some notes:

looks like a cisco house, no surprises there. especially given that it's a skyrise, mostly breaking out small pipes to homes and offices, you don't need the kind of equipment the other Big Two supply. at least some of this gear looks legit based on the teal and yellow color scheme you can see in the south center of the image, though i can't ID models (i haven't worked with much low speed gear)

the cabling has been fancied up a bit for the movie, there's a significant drawback to running cables up and down like that in front of the devices: you can't add or remove equipment installed between the endpoints without taking down the links. better practice is to run cables out to the side, down, and back in, or to to up/down into a horizontal cable manager and then over to the side

the vertical cable management studs are a nice touch. i haven't seen those before, but they seem legit enough, and honestly much nicer than the panduit vertical shit i deal with

not pictured, the conduits and trays on the walls and overhead look legit, and the ceiling is characteristically high

now a moment later, letty cuts the orange wire of aforementioned cat5e, and suddenly we have control of the security system. okay, maybe if you had redundant links and you were able to compromise the backup but needed the system to kick over that could work, but i don't think that's what happened here. but anyways!

[networktelecom]

www.netrworkteleco.com

[soon-palestine]

While most telecom networks bury their cables 60cm (about 2ft) underground, PalTel buries its cables up to 8 metres (26ft)  deep. In case the Israelis cut off electricity, its data centres in Gaza also have three layers of redundancy: generators, solar panels and batteries. The company has also developed emergency protocols to direct workers remotely from the occupied West Bank, and if severed communications make this impossible, Gazan staff are empowered to act autonomously. Despite all the redundancies and preparations, the sheer scale of bombings these past weeks has still crippled the network. About 70 percent of the mobile network has been taken offline. Solar panels have been rendered mostly useless either by being destroyed in attacks or covered in dust and debris. The relentless nature of the conflict is also weighing on staff, who are dogged by danger from their house to the field. Rabih*, a fibre optics technician, was called to repair a cable just metres from the border on October 15. Prior to going, he had to give an exhaustive list of the repair team’s names, the colour of their cars and registration numbers to the Israelis, because “a mistake could be deadly”. As Rabih and his team laboured for two hours to fix the cable, the buzz of a drone above him and the sounds of shelling intermingled with the sound of their excavator. “Any wrong move could mean being targeted. I cannot explain to my wife and kids why I do that or why I volunteer to go out during the war. My company doesn’t oblige me, but if someone can do it, it has to be me,” he said. No matter how many metres deep they dig or the number of solar panels they install, Gaza’s connections to the outside world ultimately relies on the Israelis.

The cables that connect Gaza to the outside world run through Israel, and the country on at least two occasions has deliberately cut off the strip’s international communications. “It’s clear for us that it was cut off by a decision. What proves this is that we didn’t do anything to get it back,” Melhem said. Israel also controls fuel to Gaza, allowing a small trickle into Gaza on Friday after weeks of pressure from the United States. Described as a “drop in the bucket” by humanitarian groups, Israel announced that 120,000 litres (31,700 gallons) of fuel would be allowed into the territory every two days for use by hospitals, bakeries and other essential services. PalTel will also be given 20,000 litres (5,283 gallons) of fuel every two days for its generators. On Thursday, the company had announced it would go into a full telecoms blackout because its fuel reserves were exhausted for the first time during the current war. According to Mamoon Fares, the corporate support director at PalTel, the 20,000 litres provided “should be enough to operate a good part of the network”. However, Gaza’s telecoms network will still be at the mercy of Israel should it decide to cut off fuel deliveries or network services that run through its territory. Without the ability to communicate, the already dismal situation in Gaza would only further deteriorate. “No ambulances, no emergency services, no civil defence or humanitarian organisations can work without telecommunications,” Melhem said. * Names have been changed to protect the individuals’ safety.

[iplook-networks]

Why mmWave hasn't become the mainstream spectrum of 5G?

In a previous article of IPLOOK, we introduced what 5G mmWave (5G mmWave) is. Due to its wide bandwidth, abundant resources, and high frequency characteristics, 5G mmWave has significant advantages and was once considered a key frequency band for development in the early stages of 5G. However, today, although many countries and regions around the world have promoted or deployed 5G mmWave, the application of mmWave technology in the industry still faces uncertainties and challenges.

At the beginning of 2023, due to various factors, the construction progress of 5G mmWave base stations in South Korea was far behind expectations, with completion rates only ranging from 10.6% to 12.5%. In Japan, NTT DOCOMO and Rakuten Mobile experienced no growth in mmWave users, and their traffic share was relatively low. Even in the US, which began deploying 5G mmWave ahead of other countries in 2019, the availability of 5G mmWave networks is less than 1%.

Many people believe that the reason why 5G mmWave has not become the mainstream spectrum for 5G is because of its own characteristics and the unclear application demands：

Limited Range: leading to high cost

The mmWave has a small coverage radius, and the construction and operation costs for the same coverage area are high, which hinders large-scale deployment. As a result of its high frequency and large transmission loss, the mmWave has poor coverage ability, with a coverage radius of only about 150 meters for a single mmWave base station, which is only 1/5 of the coverage radius of low-frequency bands such as Sub-6. If a continuous coverage 5G mmWave network is to be built like in the 3.5GHz frequency band, the number of base stations needed would be more than twenty times greater than that of regular 5G base stations, leading to high construction costs.

Poor Penetration: resulting in poor user experience

5G mmWave has poor penetration capability and severe diffuse attenuation, resulting in poor user experience and customer dissatisfaction. There are two main reasons for this. First, the mmWave has a short wavelength (between 1-10 mm), making it poorly penetrating, as it can be blocked by leaves and water droplets. Second, the mmWave is sensitive to the surface of objects, easily causing signal energy to dissipate in multiple directions, resulting in poor signal reception at the receiving end and affecting user experience. For example, even though over 20,000 mmWave base stations have been built in Japan, customers are reluctant to pay for mmWave services due to prominent problems such as frequent signal interruptions and insufficient coverage during usage.

Lack of Groundbreaking Apps

Low-frequency mmWave has clear bandwidth advantages, but due to the lack of groundbreaking applications, its value is difficult to fully unleash in the short term. Globally, mid-to-low frequency spectrum resources are gradually becoming scarce, and more reliance is placed on spectrum re-farming and frequency coordination to solve this issue. In contrast, 5G mmWave, with its continuous and wide spectrum resources, can better achieve bandwidth capacity enhancement. However, by reason of the unclear promotion of large-scale applications such as XR and Smart Homes, and traditional video services can be satisfied with existing bandwidth, the short-term demand for mmWave is not significant.

[daintilyultimateslayer]

mobile service management

Installation and commissioning of Network Infrastructure

Deploying new network infrastructure like fiber optic cables, base stations, and switching centers can be a complex and time-consuming process. But Etaprise Field Service Management (FSM) software can significantly streamline and optimize this process, leading to faster deployments, improved accuracy, and increased efficiency. 

By leveraging Etaprise FSM software, telcos can transform the installation and commissioning of network infrastructure from a complex logistical challenge into a streamlined and efficient process, ultimately leading to faster service delivery, improved customer satisfaction, and cost savings. Here is how.

Planning and Scheduling:

Efficient work order management: Etaprise FSM software creates and tracks work orders, ensuring technicians have the right tasks, equipment, and materials assigned to them.

Optimized scheduling: Algorithms consider technician skill sets, location, and workload, minimizing travel time and maximizing resource utilization.

Real-time updates: Changes in plans or delays are instantly communicated to all stakeholders, ensuring everyone is on the same page.

Improved Field Operations:

Mobile access to work orders and documentation: Technicians have instant access to all necessary information on their mobile devices, eliminating paper-based processes and reducing errors.

Digital checklists and procedures: Etaprise FSM software guides technicians through installation and commissioning steps with step-by-step checklists, ensuring consistency and accuracy.

Automated reporting and data capture: Data on progress, equipment usage, and potential issues is automatically collected for reporting and analysis.

Enhanced Collaboration and Communication:

Real-time communication with supervisors: Technicians can easily report progress, request assistance, and share updates with supervisors in real-time.

Improved customer communication: Customers can track technician arrival times and receive updates on the installation progress through self-service portals and notifications.

Streamlined knowledge sharing: Etaprise FSM platforms can integrate with knowledge bases and training materials, enabling technicians to easily access relevant information and best practices.

We’re here to help

Call us at:

+1 669 777 5279

Email us:

info@etaprise.com

[themorningnewsinformer]

How to Activate BSNL SIM Card Quickly – Step‑by‑Step Guide

Introduction Getting your Activate BSNL SIM Card is the crucial first step to enjoy calls, SMS, and data connectivity. Whether you’re using a new prepaid or postpaid SIM, our step‑by‑step guide will walk you through tele‑verification, data activation, APN setup, and ways to keep your SIM active. Let’s dive in! 1. How to Activate Your New BSNL SIM Card Follow these steps to activate your BSNL…

[inventory-management-software]

Why Telecom Network Management SaaS Has to Be More Than a Dashboard

Dashboards only show what they’re told — often missing real-world network issues caused by outdated inventory, incorrect data, and fragmented systems. This article explains why true telecom SaaS platforms need real-time reconciliation, inventory validation, impact simulation, and operational intelligence to prevent problems before they happen. Learn how platforms like VC4’s Service2Create go beyond monitoring to ensure network accuracy, efficiency, and cost savings.

[retrocgads]

UK 1998

[blogcon-cafe]

Modirum y State Networks Finland llevan servicios de video grupal en tiempo real para la red nacional de seguridad pública de Finlandia.

Helsinki, Finlandia – 21.5.2025– Modirum y Redes estatales de Finlandia (Erillisverkot) han anunciado una asociación estratégica para implementar servicios de vídeo grupal en tiempo real en Virve 2 , la red nacional de seguridad pública de próxima generación de Finlandia. Esta colaboración presenta una plataforma de video de vanguardia diseñada para mejorar conocimiento de la situación,…

[webnameseller]

Stay Connected, Stay Global

Own norwegiantelecom.com – a straightforward, professional domain for telecom providers, tech startups, or communication networks. Secure it now on GoDaddy: https://www.godaddy.com/en-uk/domainsearch/find?domainToCheck=norwegiantelecom.com

[techwave1]

The telecommunications industry is undergoing a revolutionary transformation with the rollout of 5G and the emergence of next-gen technologies. At the heart of this transformation lie telecom technology solutions, enabling faster, smarter, and more reliable communication systems. As we move beyond 5G, these innovative solutions are shaping the future of connectivity, supporting everything from smart cities and autonomous vehicles to Industry 4.0 and immersive virtual ex5Gperiences.

[iplook-networks]

Decoding 5G Frequency Bands: Striking the Balance Between Coverage and Use Cases

As 5G technology continues to evolve, the strategic deployment of different frequency bands becomes essential to achieving efficient network coverage. 5G networks operate across various spectrum ranges, each with distinct characteristics tailored for specific scenarios. IPLOOK offers flexible core network solutions to support diverse connectivity needs — from urban centers to remote rural areas. 600–700 MHz: Wide Coverage with Deep Penetration Range: Up to 10–15 km Strength: Exceptional building penetration Use Case: Rural and remote areas, ensuring stable, wide-area connectivity This low-band frequency is ideal for areas requiring extensive coverage. Particularly in sparsely populated rural environments, its strong signal penetration can effectively overcome buildings and natural obstacles. 850 MHz: A Perfect Fit for Suburban Deployment Range: Around 5–10 km Strength: Strong outdoor coverage and building penetration Use Case: Suburban zones and urban outskirts The 850 MHz band strikes a balance between coverage and penetration, making it ideal for densely built suburban areas. IPLOOK’s core network solutions empower operators to efficiently manage wide-area deployment in such regions. 2.3–3.5 GHz: The Mid-Band Sweet Spot Range: 1–5 km Strength: Balance of speed and coverage Use Case: Urban and suburban smart applications This mid-band spectrum offers an ideal trade-off between data rate and reach, suitable for data-intensive services like video streaming and IoT. IPLOOK’s components, including UPF and SMF, deliver high performance to ensure optimal user experience in these deployments. 28 GHz+ (mmWave): The Future of Ultra-Fast Connectivity Range: 100–500 meters Strength: Gigabit-level speed Use Case: Dense urban zones, stadiums, airports, etc. While mmWave offers limited range, it delivers ultra-high-speed data transmission, essential for smart cities and industrial IoT. IPLOOK’s lightweight core network adapts flexibly to these high-frequency deployments, supporting MEC-driven edge computing. Choosing the right 5G frequency band is critical to network performance. IPLOOK continues to enable dynamic configuration across all frequency ranges with a comprehensive portfolio of core network products and end-to-end solutions — accelerating global connectivity into a broader, faster future.

[daintilyultimateslayer]

Mapinfo Pro India

Network efficiency is not just a technical priority—it’s a business imperative. Weak signal zones and outages disrupt operations and customer experiences, making proactive monitoring and management essential. Advintek Geoscience, leveraging the powerful capabilities of MapInfo, offers advanced solutions to optimize network performance.

This blog delves into two key aspects of network performance monitoring: Signal Strength Analysis and Outage Mapping, showcasing how MapInfo’s tools transform raw data into actionable insights.

Signal Strength Analysis: Gaining Insight from Real-Time Data

Monitoring signal strength is crucial for identifying and addressing weak coverage areas. However, interpreting real-time data across vast geographic regions demands more than just conventional tools. Here’s how MapInfo enhances signal strength analysis.

Integrating Real-Time Data Feeds

MapInfo’s advanced geospatial capabilities allow seamless integration of real-time data from network devices. This integration enables:

Dynamic Signal Visualization: Network operators can view signal strength across geographic zones in real time, identifying weak spots with precision.

Customizable Dashboards: Tailored visualizations highlight trends and patterns, facilitating faster decision-making.

Pinpointing Weak Signal Zones

MapInfo’s sophisticated analytics enable precise identification of weak signal zones.

Data-Driven Insights: Algorithms analyze real-time and historical signal data, spotlighting areas needing infrastructure improvements.

Impact Assessment: Operators can correlate weak signal zones with user complaints or performance metrics, ensuring targeted interventions.

Planning Network Upgrades

With a clear view of signal deficiencies, MapInfo helps businesses prioritize infrastructure investments.

Strategic Site Selection: Pinpointing optimal locations for new towers or repeaters.

Resource Allocation: Ensuring budgets are directed toward the most critical upgrades.

By providing granular insights into signal performance, MapInfo enables organizations to maintain robust network coverage, reducing downtime and enhancing customer satisfaction.

Outage Mapping: Visualizing and Resolving Network Disruptions

Outages are inevitable, but their impact can be minimized with effective visualization and resolution strategies. MapInfo simplifies this complex process by transforming outage data into actionable maps.

Real-Time Disruption Visualization

During an outage, speed is critical. MapInfo allows teams to:

Pinpoint Affected Areas: Visualize disruptions on an intuitive map interface, showing the exact locations and extent of outages.

Overlay Critical Infrastructure: Identify nearby facilities or resources impacted by the disruption, helping prioritize restoration efforts.

Planning Maintenance with Precision

Beyond real-time responses, MapInfo’s tools support strategic maintenance planning:

Historical Data Analysis: Use outage patterns to predict and prevent future disruptions.

Resource Deployment Optimization: Strategically position repair teams and equipment for rapid response.

Enhancing Communication During Outages

Clear communication during outages is essential for customer trust.

Stakeholder Reports: MapInfo-generated visuals simplify updates to management, partners, and customers.

Outage Notifications: Geospatial data ensures that only affected users receive updates, reducing unnecessary alerts.

By integrating geospatial intelligence into outage management, MapInfo equips organizations to respond swiftly, limit downtime, and build customer confidence.

Benefits of Advintek Geoscience’s Solutions

Adopting Advintek Geoscience’s solutions powered by MapInfo provides organizations with a competitive edge in network performance monitoring. By leveraging signal strength analysis and outage mapping, businesses can achieve transformative improvements in their network operations.

Improved Network Reliability

Ensuring reliable network performance is a cornerstone of operational success. With Advintek’s solutions:

Proactive Weak Spot Identification: Organizations can monitor and address areas with weak signal strength before they escalate into significant issues, minimizing service disruptions.

Reduced Downtime: Outage mapping enables faster identification and resolution of network disruptions, significantly reducing the time customers experience connectivity problems.

Consistent Performance: Continuous monitoring ensures that networks operate at optimal levels, providing consistent service quality across all geographic regions.

Cost Efficiency

Advintek’s approach helps organizations optimize costs while maintaining high standards of network performance.

Targeted Investments: With precise data on weak signal zones and recurring outage patterns, businesses can focus their investments on areas that need the most attention, avoiding unnecessary expenditure.

Optimized Resource Deployment: MapInfo’s geospatial insights streamline the allocation of resources like repair teams, equipment, and infrastructure, ensuring they are deployed where they’re needed most.

Preventative Maintenance Savings: Predictive analytics based on historical data help reduce costs associated with reactive repairs by enabling planned maintenance schedules.

Data-Driven Decision-Making

The ability to analyze real-time and historical data empowers organizations to make informed decisions that directly impact network performance and business outcomes.

Strategic Planning: Businesses can use data insights to develop long-term strategies for network expansion, ensuring maximum coverage and performance.

Performance Benchmarking: By comparing historical and real-time data, organizations can identify trends, measure improvements, and refine their operations for continuous efficiency.

Predictive Insights: Advintek’s tools enable predictive analytics, helping businesses anticipate potential issues and address them before they affect users.

Enhanced User Experience

A well-performing network is key to maintaining customer satisfaction and loyalty. Advintek’s solutions contribute to a superior user experience by:

Minimizing Interruptions: Quick resolution of outages and improved signal strength ensures that users face minimal disruptions, leading to a seamless connectivity experience.

Building Customer Trust: Transparent communication during outages and rapid resolution builds trust and strengthens customer relationships.

Boosting Loyalty and Retention: A consistently reliable network reduces user frustrations and promotes long-term customer retention, helping businesses grow their customer base and reputation.

Scalability and Future-Readiness

In addition to these immediate benefits, Advintek’s solutions provide the foundation for future growth and scalability:

Adaptability to Emerging Technologies: With advanced tools like MapInfo, businesses can integrate new technologies and adapt to evolving industry needs seamlessly.

Support for Expanding Networks: As networks grow, Advintek’s tools ensure that monitoring and management remain efficient, no matter the scale.

By adopting these comprehensive solutions, organizations not only optimize their current network performance but also build a robust framework for sustained growth and innovation.

Why Choose Advintek Geoscience?

Advintek Geoscience combines industry expertise with MapInfo’s advanced geospatial capabilities to deliver tailored solutions for network performance monitoring. From signal strength analysis to outage mapping, Advintek empowers organizations to make data-driven decisions that improve operational efficiency and customer satisfaction.

As a trusted partner in geospatial technology, Advintek Geoscience ensures your network stays resilient, reliable, and ready to meet tomorrow’s demands. VisitAdvintek Geoscience today to learn more about how we can transform your network performance strategies.