#wireless backhaul solutions

[denisloughlin]

Illustration - Cell Phone Masts

[robertemma27-blog]

5G Fixed Wireless Access Market Dynamics and Trends

The global 5G fixed wireless access market size is expected to be valued at USD 29.4 billion in 2023 and is projected to reach USD 153.0 billion by 2028; it is expected to grow at a CAGR of 39.0% from 2023 to 2028.

The 5G FWA market includes major Tier I and II players like Nokia (Finland), Samsung Electronics (South Korea), Huawei Technologies (China), Ericsson (Sweden), Inseego (US), and others.

Download PDF Brochure: https://www.marketsandmarkets.com/pdfdownloadNew.asp?id=41266711

5G Fixed Wireless Access Market Dynamics Driver: Surging demand for high-speed Internet connectivity and broad network coverage with reduced latency and power consumption The evolution of 5G is projected to take fixed wireless access to a new level using a wide range of radio spectrum. This is expected to enable consumers to achieve major capacity gains and low-latency connectivity. Thus, 5G fixed wireless access is anticipated to enhance network performance capabilities and offer more high-speed network coverage than existing connectivity networks.

The increasing adoption of connected devices, such as smartphones, laptops, and smart devices, in several commercial and residential applications, such as distance learning, autonomous driving, multiuser gaming, videoconferencing, and live streaming, as well as in telemedicine and augmented reality, is expected to support the demand for 5G fixed wireless access solutions to achieve extended coverage.

Restraint: Environmental impact of millimeter-wave frequency circuitries The millimeter-wave spectrum faces several challenges, such as the high costs of components. Manufacturing small components requires high precision, which increases their manufacturing costs and results in non-line-of-sight issues. Millimeter waves are blocked by physical objects such as trees and buildings, resulting in loss of signals and reduced range. These disadvantages may lead telecommunication operators to increase the number of towers and use equipment based on new technologies.

Opportunity: Partnerships among platform and hardware providers, mobile operators, and system integrators in emerging economies The 5G ecosystem comprises 5G component and product manufacturers, network infrastructure and platform providers, system integrators, and end users. Presently, partnerships/collaborations between hardware manufacturers and mobile network operators in the context of 5G are limited to the US, China, Japan, and some European countries. 5G application platform providers, hardware vendors, and mobile operators have established strategic partnerships with the leading system integrators to accelerate the development and commercialization of 5G products and technologies. The stakeholders in the market are increasingly investing in the development of fixed wireless access-related components and equipment to harness the market potential of fixed wireless access. They are forming strategic partnerships with other key players.

Challenge: Compatibility issues between traditional and 5G networks The seamless shift from traditional networks to 5G fronthaul and backhaul networks is difficult to achieve. Usually, traditional fronthaul/backhaul networks are incompatible with the new, advanced fronthaul/backhaul equipment. This creates compatibility issues leading to increasing infrastructure-related costs and results in the reluctance of organizations to employ advanced technologies. However, startup companies who are vendors for OEMs and established players in 5G FWA industry are using highly efficient advanced fronthaul/backhaul solutions to design and develop new systems based on the requirements of their customers.

[govindhtech]

ASUS Releases Powerful ZenWiFi BQ16 Pro & ZenWiFi BT10

ZenWiFi BQ16 Pro

The premium WiFi 7 mesh systems ZenWiFi BQ16 Pro and ZenWiFi BT10, which include strong 6 GHz WiFi and 2-pack variants with speeds of up to 30 Gbps (BQ16 Pro) and coverage of up to 8,000 square feet (2-pack BQ16 Pro), are now available, according to ASUS. Future-ready 10 Gbps Internet and 10 Gbps wired backhaul are made possible by the dual 10 Gbps Ethernet connections, which also provide fast, dependable, seamless whole-house WiFi for next-generation smart home entertainment and home studio work.

ASUS ZenWiFi BQ16 Pro

In order to effectively utilise WiFi 7 Multi-Link Operation (MLO) and  AI for both fronthaul and backhaul, the ZenWiFi BQ16 Pro and ZenWiFi BT10 feature exclusive ASUS Smart AiMesh technology. Multi-Link Operation automatically aggregates or switches across multiple bands for reduced latency and efficient transmission.

Using MLO, the Smart AiMesh MLO fronthaul and backhaul automatically switch to the fastest band and intelligently prioritise packets that are demanding in order to maximise efficiency and connectivity. In addition, Smart AiMesh offers complete interoperability with all ASUS AiMesh-compatible ZenWiFi and standalone routers, enabling a plethora of sophisticated network features like parental controls, VPNs, and security in the expandable network.

By utilising two 6 GHz bands, the ZenWiFi BQ16 Pro fully utilises WiFi 7, enabling dedicated 6 GHz wireless backhaul to fully realise WiFi 7. The ZenWiFi BT10, which has a dedicated wired backhaul, is the perfect mesh solution for smart homes with wired Ethernet. For those looking for a basic standalone router without external antennas, a single unit can provide 4,000 square feet (BQ16 Pro) and 3,000 square feet (BT10). These premium mesh routers offer ultra-wide coverage up to 8,000 square feet (BQ16 Pro) and 6,000 square feet (BT10) for a 2-pack set.Image credit to ASUS

ZenWiFi BT10

Excellent dual 10 Gbps Ethernet connections are a characteristic of both the ZenWiFi BT10 and BQ16 Pro. This design is future-ready for cutting-edge 10 Gbps Internet and allows 10 Gbps wired backhaul for a stable, scalable 10 Gbps mesh network. In addition to instantaneous 4G LTE and 5G mobile tethering, which guarantee that smart homes stay online even in the event of a network failure, ZenWiFi BQ16 Pro and ZenWiFi BT10 employ several WAN designs, including a practical USB 3.0 WAN.

These mesh routers are equipped with next-generation WiFi chipsets, RAM, and potent quad-core 2.6 GHz (BQ16 Pro) or 2.0 GHz (BT10)  CPUs, making them capable of handling even the most demanding scenarios at next-generation high-speeds. The inbuilt antennae and high-power front-end modules of the ZenWiFi BQ16 Pro and ZenWiFi BT10, backed by ASUS’s renowned engineering, eliminate WiFi dead zones for reliable coverage in all directions. Reliable and silent operation is also preserved by effective heat dissipation.

End-to-end smart home safety that is always secure

The ZenWiFi BT10 and BQ16 Pro network security suite was also unveiled by ASUS. With the help of ASUS-only technologies, Trend Micro’s AI/ML cloud database and AiProtection Pro, together with other commercial-grade security features, make sure smart homes are safe from the internet to the router to every connected device. Security scans, automatic security upgrades, and real-time alerts make robust router protection easy.

Furthermore, customers can establish sophisticated subnetworks with up to three SSIDs using the powerful and user-friendly Smart Home Master. The IoT Network provides better security with commercial-grade protection by configuring and managing all these IoT devices under a single protected SSID. To help kids simply monitor their screen time without having to configure each device individually, The Kid’s Network provides a special SSID exclusively for them.

Without the need for monthly subscriptions, users can give their children a balanced digital life with the help of built-in sophisticated parental controls. With an easy-to-use dashboard and highly customisable features like age-level profiles and the ability to schedule internet access to give your kids more screen time, ASUS parental controls give parents insightful information about their child’s online activities. Not to mention, the VPN Network offers quicker access to the user’s chosen VPN provider.

With their extensive VPN capabilities and support for multiple VPN protocols, including the state-of-the-art WireGuard, ZenWiFi BQ16 Pro and ZenWiFi BT10 offer superior privacy over encrypted connections.

ASUS ZenWiFi BQ16 Pro release date

ASUS ZenWiFi BQ16 Pro was introduced on July , 2024, and is now available. This high-end WiFi 7 mesh system improves your home network with fast speeds, wide coverage, and many functions.

ASUS ZenWiFi BQ16 Pro price

The ASUS ZenWiFi BQ16 Pro comes in 2-pack and 3-pack variants, with a single unit coming soon. A breakdown of prices:

The most popular option is the 2-pack (BQ16 Pro(W-2-PK)) for $1299.99. Street prices may vary. Find it on Amazon.

The Best Buy-exclusive 3-pack (ZenWiFi BE33000) costs $1699.99.

In a few months, a single ZenWiFi BQ16 Pro will cost $699.99.

This is a high-end Wi-Fi 7 mesh system, thus its pricing reflects its power. Some vendors, including B&H Photo, provide financing for a single unit at $59 per month for 12 months.

Read more on Govindhtech.com

[priyanshisingh]

5G Fixed Wireless Access (FWA) Market Dynamics: Global Growth and Trends (2023-2032)

The 5G Fixed Wireless Access (FWA) market is projected to grow from USD 30,128.47 million in 2023 to USD 224,474.59 million by 2032, reflecting a compound annual growth rate (CAGR) of 25.00%.

The 5G Fixed Wireless Access (FWA) market is poised for significant growth over the coming years, driven by the increasing demand for high-speed internet connectivity and the ongoing expansion of 5G networks globally. This market encompasses solutions that deliver broadband internet access through 5G wireless technology, providing an efficient alternative to traditional wired connections. The rising need for rapid and reliable internet services, particularly in remote and underserved areas, is a major factor propelling market growth. Furthermore, the advantages of 5G FWA, such as lower deployment costs and faster installation times compared to fiber-optic networks, make it an attractive option for both consumers and service providers. Key players in this market are investing heavily in research and development to enhance their product offerings and expand their market presence.

The 5G Fixed Wireless Access (FWA) market faces several challenges, including:

Infrastructure Costs: Deploying 5G infrastructure requires significant investment in network infrastructure, including base stations, antennas, and other equipment. The high cost of deployment can be a barrier for service providers, particularly in rural or less densely populated areas.

Spectrum Availability: Access to the necessary spectrum is crucial for 5G FWA. Spectrum allocation and availability can vary significantly between countries, and regulatory hurdles can delay deployment.

Interference and Signal Obstruction: 5G signals, particularly in higher frequency bands, are more susceptible to interference and obstruction by physical objects such as buildings and trees. This can affect the reliability and consistency of the service.

Backhaul Connectivity: Effective 5G FWA deployment requires robust backhaul connectivity to handle the increased data traffic. Inadequate backhaul infrastructure can limit the performance and coverage of 5G FWA services.

Consumer Adoption and Awareness: Convincing consumers and businesses to switch from traditional wired broadband to 5G FWA can be challenging. Awareness and understanding of the benefits of 5G FWA are still developing.

Competitive Landscape: The market is highly competitive, with traditional broadband providers, mobile network operators, and new entrants vying for market share. This competition can lead to pricing pressures and margin erosion.

Technology Integration and Compatibility: Ensuring that 5G FWA technology is compatible with existing devices and networks can be complex. Integration challenges may arise, particularly in areas with legacy infrastructure.

Security Concerns: As with any wireless technology, 5G FWA is vulnerable to security threats such as hacking and data breaches. Ensuring robust security measures are in place is essential to protect user data and maintain trust.

Regulatory and Policy Issues: Navigating the regulatory landscape can be challenging, as policies and regulations regarding 5G deployment vary by region. Compliance with local regulations and obtaining necessary permits can cause delays and additional costs.

Environmental Impact: The deployment of new infrastructure and increased energy consumption associated with 5G networks raise concerns about the environmental impact. Addressing these concerns is important for gaining public and regulatory support.

Key players:

Telefonaktiebolaget LM Ericsson

Nokia

Samsung

Inseego Corp.

Qualcomm Technologies, Inc.

Intel Corporation

MediaTek Inc.

COMMSCOPE

Verizon Communications Inc.

More About Report- https://www.credenceresearch.com/report/5g-fixed-wireless-access-fwa-market

The 5G Fixed Wireless Access (FWA) market is influenced by several trending factors that are driving its growth and development:

Increased Demand for High-Speed Internet: The growing need for high-speed internet, driven by applications such as streaming, remote work, online education, and IoT devices, is boosting the demand for 5G FWA as a viable alternative to traditional broadband.

Advancements in 5G Technology: Continuous improvements in 5G technology, including higher data speeds, lower latency, and enhanced network reliability, are making 5G FWA a more attractive option for both consumers and businesses.

Expansion of Smart Cities: The development of smart cities, which require robust and ubiquitous connectivity for various applications such as smart lighting, traffic management, and public safety, is promoting the adoption of 5G FWA solutions.

Rural Connectivity Initiatives: Governments and private entities are focusing on bridging the digital divide by deploying 5G FWA in rural and underserved areas, providing high-speed internet access where traditional wired infrastructure is not feasible.

Emergence of New Use Cases: Innovative use cases for 5G FWA, such as augmented reality (AR), virtual reality (VR), telemedicine, and remote monitoring, are emerging and driving market growth by showcasing the potential of 5G FWA beyond basic internet access.

Cost-Effectiveness: Compared to laying fiber-optic cables, 5G FWA can be a more cost-effective solution for providing high-speed internet, particularly in areas with challenging terrain or low population density.

Partnerships and Collaborations: Increased collaboration between telecommunications companies, equipment manufacturers, and technology providers is accelerating the deployment and adoption of 5G FWA services.

Regulatory Support: Supportive regulatory frameworks and policies, including spectrum allocation and financial incentives for 5G deployment, are facilitating the growth of the 5G FWA market.

Consumer Awareness and Acceptance: Growing consumer awareness and acceptance of 5G technology and its benefits are contributing to the increased adoption of 5G FWA services.

Investment in Network Infrastructure: Significant investments by telecom operators in upgrading and expanding their network infrastructure to support 5G are driving the availability and adoption of 5G FWA.

Competitive Pricing Strategies: Telecom operators are adopting competitive pricing strategies to attract customers to 5G FWA services, making it a more appealing option compared to traditional broadband services.

Enterprise Adoption: Businesses are increasingly adopting 5G FWA for its reliability, scalability, and ability to support a wide range of applications, from video conferencing to cloud computing, enhancing overall operational efficiency.

Segments

Based on Offering

Hardware

Services

Based on Demography

Urban

Semi-urban

Rural

Based on Operating Frequency

Sub 6GHz

24-39 GHz

Above 39GHz

Based on Application

Residential

Commercial

Industrial

Government

Browse the full report –  https://www.credenceresearch.com/report/5g-fixed-wireless-access-fwa-market

Browse Our Blog: https://www.linkedin.com/pulse/5g-fixed-wireless-access-fwa-market-projections-avg6f

Contact Us:

Phone: +91 6232 49 3207

Email: sales@credenceresearch.com

Website: https://www.credenceresearch.com

[chemicalsmaterialsnews]

Beyond Boundaries Exploring the Millimeter Wave Technology Market

The global millimeter wave technology market is projected to reach USD 11,912.1 million by 2030, advancing at a CAGR of 23.4% during the forecast period. This can be credited to the fact that this technology is vital in the healthcare, telecommunications, and aerospace industries. The growing acceptance of imaging devices, monitoring systems, progressive safety measures, tablets, smartphones, and electronic devices is propelling industry development.

Embark on a journey through the dynamic landscape of the millimeter wave technology market, where innovation meets connectivity at unprecedented speeds. Explore the latest advancements and applications driving the demand for high-frequency wireless solutions across various industries. From telecommunications to automotive radar systems, discover how millimeter wave technology is reshaping the future of communication and sensing capabilities.

Gain insights into market dynamics, key players, and emerging trends shaping the proliferation of this transformative technology. Uncover the intersection of engineering, telecommunications, and consumer demand as you navigate through this groundbreaking market segment.

The snowballing acceptance of data-intensive applications, the rising adoption of smart devices, and the advancing wireless technologies are the key reasons propelling the requirement for millimeter wave technology. Such applications need high-speed communication with quicker information transmission, high bandwidth, and the power to maintain huge quantities of information, specifically for high-resolution media. This technology is totally capable to fulfill such needs, which is why it is vital for the deployment of 5G networks.

Based on components, the antenna and transceiver components category generated the largest revenue share. This is mainly because mmWave radio lines are vital for backhaul solutions in the communications infrastructure, mainly for cellular wireless access. 5G utilizes millimeter waves with frequency bands 10 times more advanced than conventional networks.

In 2022, the telecommunications equipment category dominated the market, with a revenue share of 70%, based on product type, credited to the growing count of smartphone operators throughout the globe.

Furthermore, enterprise-level data centers are widely accepting this technology. A constant bandwidth of more than 24 GHz is required to fulfill the high-volume data needs of 5G services. R&D specialists have conducted tests and showed that this technology can get multigigabit-per-second data rates, therefore allowing high-speed wireless communication.

Based on the frequency band, the 24–57 GHz category is dominating the industry. This can be credited to the fact that the 24–57 GHz frequency spectrum range is typically utilized for radio and mobile services.

Worldwide, the APAC millimeter wave technology market is projected to lead the market by the end of the decade. This is because of the growing deployment of 5G networks, which offer advanced security and quicker data access to IoT devices and smartphone users.

Browse full report at: https://www.psmarketresearch.com/market-analysis/millimeter-wave-technology-market

Additionally, there has been a continuous rise in the need for high-speed networks to aid smart applications in both the residential and commercial sectors, therefore contributing to the market revenue development in the region.

North America is leading the market with the largest market share. This is due to the rising acceptance of progressive technologies, particularly 5G; the presence of numerous key industry players, and huge expenditure in the growth of 5G technology by telecom leaders, like Qualcomm, AT&T, T-Mobile, and Ericsson.

Hence, the growing acceptance of imaging devices, monitoring systems, progressive safety measures, tablets, smartphones, and electronic devices is propelling industry development.

[marketresearch99]

Wired Wisdom: Redefining Network Infrastructure with Advanced Cabling Solutions

In an increasingly interconnected world, structured cabling serves as the backbone of modern communication networks, enabling seamless data transmission, robust connectivity, and scalable infrastructure. From office buildings and data centers to residential complexes and industrial facilities, structured cabling systems play a critical role in supporting a wide range of applications, from voice and data to video and IoT devices. As we delve into 2024, the Global Structured Cabling Market continues to experience steady growth, driven by factors such as the proliferation of cloud computing, the advent of 5G technology, and the increasing demand for high-speed data transmission. This article explores the key trends, market dynamics, and factors shaping the Global Structured Cabling Market in the coming years.

Market Overview:

The Global Structured Cabling Market is witnessing robust growth, with a projected Compound Annual Growth Rate (CAGR) exceeding 7% from 2022 to 2024. This growth is fueled by factors such as the expansion of digital infrastructure, the adoption of Internet of Things (IoT) devices, and the need for reliable and high-performance network connectivity solutions.

Key Factors Driving Growth:

Proliferation of Cloud Computing: The rapid adoption of cloud computing services, including Software as a Service (SaaS), Platform as a Service (PaaS), and Infrastructure as a Service (IaaS), drives the demand for structured cabling infrastructure to support data center connectivity and interconnectivity between cloud-based applications and end-users.

Advent of 5G Technology: The deployment of 5G wireless networks and the evolution of Internet of Things (IoT) devices require robust and high-speed wired connections to support backhaul and fronthaul applications. Structured cabling systems provide the necessary backbone for 5G network infrastructure, enabling efficient data transmission and low-latency connectivity.

Increasing Data Traffic and Bandwidth Requirements: The exponential growth of data traffic, driven by trends such as video streaming, social media, and remote working, necessitates scalable and high-performance network infrastructure. Structured cabling solutions, such as Category 6A and Category 8 cables, support higher data transmission speeds and bandwidth requirements, ensuring seamless connectivity in demanding environments.

Demand for Smart Buildings and IoT Integration: The emergence of smart buildings and connected environments, equipped with IoT sensors, smart devices, and building automation systems, drives the need for structured cabling solutions to support network connectivity and communication between diverse devices and systems.

Challenges and Opportunities:

While the Global Structured Cabling Market presents significant growth opportunities, challenges such as technology obsolescence, interoperability issues, and cybersecurity threats remain. However, these challenges also create opportunities for industry players to innovate, develop advanced cabling solutions, and offer value-added services such as network management, security, and integration.

For More Info@ https://www.gmiresearch.com/report/structured-cabling-market

Conclusion:

In 2024, the Global Structured Cabling Market stands at the forefront of digital connectivity, enabling seamless communication and data exchange in an increasingly interconnected world. As organizations and industries embrace digital transformation initiatives, the market's growth is not just about cables and connectors; it is about enabling the future of communication, collaboration, and innovation. The Global Structured Cabling Market is not merely a segment of the telecommunications industry; it is a critical enabler of economic growth, productivity, and societal advancement. In embracing the opportunities presented by cloud computing, 5G technology, and IoT integration, the Global Structured Cabling Market is not just connecting the world; it is shaping the digital infrastructure of tomorrow, driving progress and connectivity for generations to come.

[wifibooster]

Are WiFi Extenders Worth It?

Whether you are a wireless pro or are studying for a wireless cert, WiFi dead spots and signal issues are a pain. They can derail VoIP calls and video conferences, slow down your work, and cause Netflix to buffer. As a result, solutions that can minimize wireless issues and help ensure you have a strong WiFi connection are popular.

One of the more popular solutions is WiFi extenders. However, there are plenty of recommendations against using WiFi extenders, and they have a bad rap in some IT circles. Part of the reason for this is simple: A WiFi extender isn't a cure-all for WiFi issues. Sometimes running a cable is a better solution.

The key is knowing what wireless problems you need to solve and selecting the right tool for the job. Here, we'll look at how WiFi extenders work, the different types of extenders, and the use-cases where using one might make sense.

As we go, keep in mind that many wireless devices can serve multiple functions. For example, WiFi routers can often be reconfigured to act as extenders. Additionally, all the standard rules and best practices around WiFi device positioning, 802.11 protocols, and WiFi bands and channel widths still apply.

WiFi Extenders vs. Repeaters vs. Wireless Access Points The term WiFi extender can mean different things depending on the context. For example, "WiFi extender" and "WiFi repeater" are often used interchangeably to refer to devices that retransmit wireless signals.

At the same time, there are plenty of attempts to explain the differences between extenders and repeaters online. Add to that the fact the term WiFi booster gets thrown around to mean the same thing as WiFi extender, and things can get confusing fast.

Unfortunately, we can't make marketers everywhere agree to a standard set of definitions. However, we can help boil things down to what the different terms generally imply and look at the technical differences.

Wireless: Repeaters vs Wireless Extenders vs Boosters

In most cases, WiFi extenders, WiFi boosters, and WiFi repeaters refer to devices that rebroadcast an existing network's wireless signal. When you add a wireless extender to a WiFi network, you can boost the signal range.

For example, suppose you only have WiFi in 80% of your home. A properly placed extender could help with that last 20%. That's great, but there are tradeoffs to be aware of. Let's think about what adding an extender to a simple wireless network does.

When clients connect through the extender, data will be sent from the client to the extender to the wireless router and then to its destination. Inbound packets will then follow the same path in reverse. As you might expect, the additional retransmission of the signal can add some latency.

In many cases, wireless extenders split their bandwidth between router communication and client device communication. This can result in cutting your throughput in half or more. Additionally, when operating on the same wireless bandwidth and channel, client devices and extenders compete for bandwidth, which increases network congestion.

Some dual-band extenders can be configured to dedicate a radio for backhaul communication with the router. However, wireless backhaul comes with some performance tradeoffs.

[worldwideanalysis]

Millimeter Wave Technology Market Will Reach USD 11,912.1 Million by 2030

The global millimeter wave technology market is projected to reach USD 11,912.1 million by 2030, advancing at a CAGR of 23.4% during the forecast period. This can be credited to the fact that this technology is vital in the healthcare, telecommunications, and aerospace industries. The growing acceptance of imaging devices, monitoring systems, progressive safety measures, tablets, smartphones, and electronic devices is propelling industry development.

The snowballing acceptance of data-intensive applications, the rising adoption of smart devices, and the advancing wireless technologies are the key reasons propelling the requirement for millimeter wave technology. Such applications need high-speed communication with quicker information transmission, high bandwidth, and the power to maintain huge quantities of information, specifically for high-resolution media. This technology is totally capable to fulfill such needs, which is why it is vital for the deployment of 5G networks.

Based on components, the antenna and transceiver components category generated the largest revenue share. This is mainly because mmWave radio lines are vital for backhaul solutions in the communications infrastructure, mainly for cellular wireless access. 5G utilizes millimeter waves with frequency bands 10 times more advanced than conventional networks.

In 2022, the telecommunications equipment category dominated the market, with a revenue share of 70%, based on product type, credited to the growing count of smartphone operators throughout the globe.

Furthermore, enterprise-level data centers are widely accepting this technology. A constant bandwidth of more than 24 GHz is required to fulfill the high-volume data needs of 5G services. R&D specialists have conducted tests and showed that this technology can get multigigabit-per-second data rates, therefore allowing high-speed wireless communication.

Based on the frequency band, the 24–57 GHz category is dominating the industry. This can be credited to the fact that the 24–57 GHz frequency spectrum range is typically utilized for radio and mobile services.

Worldwide, the APAC millimeter wave technology market is projected to lead the market by the end of the decade. This is because of the growing deployment of 5G networks, which offer advanced security and quicker data access to IoT devices and smartphone users.

Additionally, there has been a continuous rise in the need for high-speed networks to aid smart applications in both the residential and commercial sectors, therefore contributing to the market revenue development in the region.

North America is leading the market with the largest market share. This is due to the rising acceptance of progressive technologies, particularly 5G; the presence of numerous key industry players, and huge expenditure in the growth of 5G technology by telecom leaders, like Qualcomm, AT&T, T-Mobile, and Ericsson.

Hence, the growing acceptance of imaging devices, monitoring systems, progressive safety measures, tablets, smartphones, and electronic devices is propelling industry development.

[dinaive]

Certainly, here are some more Israeli brands and products that have made their way into the UK and the US markets:

Wissotzky Tea: Wissotzky Tea is known for its premium tea blends, and its products can be found in specialty tea shops, supermarkets, and online stores in the UK and the US.

Sabon: Sabon offers a range of skincare and body care products, including soaps, bath products, and lotions, and has retail locations in several major cities in the US.

Ceragon Networks: Ceragon Networks provides wireless backhaul solutions, including equipment and services for wireless communication networks, with a presence in the UK and the US.

Magal Security Systems: Magal specializes in perimeter security and intrusion detection systems, and its security solutions have been used in various locations, including in the UK and the US.

Mellanox Technologies: Mellanox Technologies, known for high-performance networking solutions, has customers and partners in the UK and the US.

Check Point Software Technologies: Check Point is a leading cybersecurity company with a global presence, offering cybersecurity solutions and services to businesses in the UK and the US.

Strauss Group: While primarily known for its food products, Strauss Group's coffee and snack products, such as "Elite" and "Café Joe," can be found in select stores in the UK and the US.

Fiverr: Fiverr is a global online marketplace for freelance services, and while it is not a physical product brand, it connects freelancers and clients from around the world, including in the UK and the US.

Iron Dome Technology: While not a consumer brand, the Iron Dome anti-missile defense system developed by Rafael Advanced Defense Systems has been deployed by the Israeli Defense Forces (IDF) and is known globally for its effectiveness in protecting against missile threats.

These are additional examples of Israeli brands, products, and technologies that have gained recognition and market presence in the UK and the US, across a variety of industries. The availability of these products and technologies may vary by region and market sector.

[shantanu1985]

Choosing the Right Wireless Network Solution for Your Business 

In today's fast-paced business environment, a reliable and efficient wireless network solution is critical to ensure seamless communication, productivity, and data transfer. As businesses increasingly rely on wireless connectivity, finding the right wireless network solution becomes essential. SOLNET CANADA, a reputable network solutions provider, offers a range of cutting-edge options to cater to diverse business needs. In this blog, we will explore the key factors to consider when choosing the perfect wireless network solution and highlight how SOLNET CANADA can elevate your business with its innovative offerings.

Point-to-Point Internet and WiFi Solutions

Point-to-Point (PTP) Internet and WiFi solutions are ideal for businesses looking to establish direct, secure, and high-speed wireless connections between two locations. We excel in implementing PTP solutions, which provide a dedicated link for data transfer without interference from other wireless devices. Whether it's connecting two offices, campuses, or remote locations, PTP Internet and WiFi solutions ensure reliable connectivity and seamless data transmission.

Point-to-Point Wireless Bridge

A Point-to-Point Wireless Bridge establishes a wireless connection between two separate networks, extending the reach of the existing network infrastructure. We expertise in deploying Point-to-Point Wireless Bridges enables businesses to overcome geographical barriers and connect remote offices or facilities, ensuring efficient communication and collaboration.

Cloud Router and Cloud Router Switch

We Cloud Router and Cloud Router Switch solutions leverage cloud-based technology to enhance network management and scalability. With cloud routers, businesses can centrally manage and configure multiple routers, simplifying network maintenance. The Cloud Router Switch offers the added benefit of combining the functionalities of a router and a switch, optimizing network performance and streamlining operations.

Wireless Backhaul

Wireless backhaul solutions are essential for businesses seeking to establish high-capacity links between access points and the core network infrastructure. Our wireless backhaul expertise ensures efficient data transfer and minimizes latency, enabling seamless connectivity for critical applications and services.

Enterprise WiFi Solutions

Modern businesses heavily rely on robust WiFi connectivity to cater to their workforce and customers. Our Enterprise WiFi Solutions provide secure, high-performance wireless networks that can support a large number of users simultaneously. Whether it's in an office, retail space, or public venue, our WiFi solutions deliver reliable and high-speed internet access.

Point-to-Point WiFi Extender

For businesses seeking to extend the range of their existing WiFi network, we offer Point-to-Point WiFi Extenders. These devices enhance the coverage of the WiFi signal, ensuring seamless connectivity across larger spaces, eliminating dead zones, and enhancing user experience.

Wireless Network Problems and Solutions

Wireless networks can encounter various challenges, such as interference, signal degradation, and security vulnerabilities. We experienced team excels in diagnosing and troubleshooting wireless network issues. Whether it's optimizing signal strength, enhancing security measures, or resolving connectivity problems, we provide effective solutions to keep your wireless network running smoothly.

Point-to-Point Internet Connection

We specializes in providing dedicated and secure Point-to-Point Internet Connections. This ensures that businesses can transfer data between locations with minimal latency and maximum reliability, guaranteeing uninterrupted productivity and communication.

Conclusion

Selecting the right wireless network solution is pivotal for businesses aiming to stay competitive and efficient in today's digital landscape. SOLNET CANADA, with its extensive expertise in wireless solutions, offers a wide array of options tailored to diverse business needs. From Point-to-Point Internet and WiFi solutions to Cloud Routers, Wireless Backhaul, and Enterprise WiFi solutions, SOLNET CANADA's innovative offerings empower businesses with seamless and secure wireless connectivity. By choosing SOLNET CANADA as your wireless network partner, you can rest assured that your business will experience a transformation in productivity, communication, and overall efficiency.

[delvenservices]

Mobile and Wireless Backhaul Market Growth & Demand Analysis

Mobile and Wireless Backhaul Market, by Component (Equipment and Services, Designing & Consulting, Integration & Deployment]), Equipment (Microwave, Millimetre Wave, Sub-6 Ghz), Network Technology (5G, 4G, and 3G & 2G) and Geography (North America, Europe, Asia-Pacific, Middle East and Africa and South America)

Market Overview

The global Mobile and Wireless Backhaul market size is projected to reach USD 15.6 billion by 2026 at a CAGR of 9% from USD 9.6 billion in 2021 during the forecast period 2021-2028.

Mobile and Wireless backhaul (MBH)is a method of connecting various broadband sited to the core Network in a wireless mode. With the introduction of small cell and also the development of the concept of fronthaul has led to the expansion of the market. It helps in providing a stronger connection and also a last mile aggregation.

With the increased number of mobile subscribers along with the success of 4G and 5G domains and the low cost of ownership are some of the factors that have supported long-term expansion for Mobile and Wireless Backhaul Market.

The COVID-19 pandemic is causing widespread concern and economic hardship for consumers, businesses, and communities across the globe. Since the mobile and data usage have increased to various folds during the lockdown and pandemic has led to the increased demand for mobile and wireless backhaul.

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Regional Analysis

Asia Pacific is expected to be the largest market during the forecast period. The increased investments along with large number of 5G deployment has led to the expansion of market in the region.

Competitive Landscape

Key Players

Ericssom

Huawei

Nokia

NEC Corporation

ZTE

Fujitsu

Broadcom

Ceragon

SIAE

Proxim Wireless

Intracom Telecom

CCS

Siklu

Blu Wireless

Fastback

Eravant

BLiNQ

EC SYSTEM

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Recent Developments

In December 2020, Nokia signed a partnership contract with Zain Saudi Arabia (Zain KSA), which is a 5G network operators, for rolling out 5G network to KSA for Nokia’s end-to-end portfolio that includes backhaul.

In July 2020, Ericsson got into a partnership with US Cellular in order to supply its series of millimeter-wave equipment for backhaul transport solutions.

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Qualitative and quantitative data utilization to discover arrays of future growth from the market trends of leaders to market visionaries and then recognize the significant areas to compete in the future

In-depth analysis of the changing trends of the market by visualizing the historic and forecast year growth patterns

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Report Scope

Mobile and Wireless Backhaul Market is segmented into Component, Equipment, Services, Nework technology and geography.

On the basis of Component

Equipment

Services

On the basis of Equipment

Microwave

Millimeter Wave

Sub-6 GHz

On the basis of Services

Designing and Consulting

Integration and Deployment

Support and Maintenance

On the basis of Network Technology

3G and 2G

4G

5G

On the basis of Region

Asia Pacific

North America

Europe

South America

Middle East & Africa

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The Mobile and Wireless Backhaul Market report answers a number of crucial questions, including:

Which companies dominate the Mobile and Wireless Backhaul Market?

What current trends will influence the market over the next few years?

 What are the market's opportunities, obstacles, and driving forces?

What predictions for the future can help with strategic decision-making?

What advantages does market research offer businesses?

Which particular market segments should industry players focus on in order to take advantage of the most recent technical advancements?

What is the anticipated growth rate for the market economy globally?

[meshare]

How IoT Data Centers Enable the Connected World

The massive growth of Internet of Things (IoT) devices and applications relies on the backbone of widespread data center infrastructure. As more “things” get connected, the demands on data centers for storage, bandwidth, and real-time computing power intensify. Optimized IoT data centers equipped with next-gen architectures make smart cities, autonomous vehicles, precision agriculture and countless other use cases possible.  

In this article, we’ll look at how specialized IoT data centers support the unique workload needs of a rapidly growing connected world.

The IoT Data Deluge 

IoT solutions produce mind-bending data volumes that traditional data centers struggle to accommodate. Consider a few projections:

There will be over 55 billion connected IoT devices by 2025, each generating data.

Autonomous cars alone will produce over 40 terabytes of data per day.

Industrial IoT sensors generate over 73 petabytes of data daily.

Smart city applications like traffic sensors, cameras, smart poles and environmental monitors are exploding data volumes.

And these figures represent just a fraction of the expected overall data deluge. Handling the variety, velocity and vast scale of IoT workloads requires a new, optimized approach.

Architecting for IoT Demands

Most existing data centers are centralized and designed for conventional applications, like business computing and web serving. IoT requires greater decentralization and localized processing, driving architectural shifts like:

Distributed data hubs – Smaller, localized data centers embedded in key metro areas, factories, and remote sites handle localized data streams. This reduces latency.

Edge computing – Mini data centers at the edge of networks perform rapid analysis on live data so only processed insights move to the cloud. This reduces backhaul bandwidth needs.

5G and WiFi 6 connectivity – These latest wireless technologies handle high capacities and speed required for expansive device connectivity and low-latency applications.

Analytics acceleration – IoT data centers use FPGA and GPU chips tuned for crunching real-time analytics at scale, with deep learning integration.

By distributing resources close to devices and users, next-gen IoT data centers achieve speed, scale and efficiency.

Robust Power Systems 

IoT solutions are often mission-critical, demanding maximum data center and network uptime. That requires robust power sources and backups like:

Multi-grid utility connections provide redundant energy sources to keep data centers running if the grid goes down.

Onsite power generation through natural gas generators or fuel cells kicks in during grid outages. 

Uninterruptible power supply (UPS) batterbackups offer temporary power buffer to keep data centers online until generators start.

DC power distribution improves efficiency by directly supporting all the DC-powered servers, switches, and devices in modern data centers.

Redundant, resilient power and battery backups provide the uptime and availability crucial for supporting always-on IoT applications and real-time decision making.

State-of-the-Art Cooling

The massive computing power required for IoT workloads generates substantial heat that must be dissipated. IoT data centers deploy advanced cooling like:

Direct liquid cooling systems for racks bring coolant directly to servers and chips, away from air-based heat removal.

Free cooling and thermal storage uses external air and water when ambient temperatures are low, reducing HVAC energy.

Cold aisle containment seals racks into isolated cold air zones for efficient cooling.

Smart ventilation dynamically adjusts air flow based on live sensor data tracking thermal conditions across data halls.  

Innovations in cooling allow increased computing density without overheating while achieving new energy efficiency levels.

Bolstering IoT Security

With critical infrastructures and valuable data involved, IoT systems require stringent cybersecurity measures including:

Data-in-transit encryption secures all communications between end devices, networks and data centers.

Access controls like biometrics and smart cards authorize entry to server areas.

Network microsegmentation and VPC logically isolates various workloads in multi-tenant environments.

Real-time security analytics quickly identify and shut down abnormal traffic indicating attacks.

Hardened hypervisors provide additional isolation between virtual machines.

Data center security protects the trusted foundation underpinning expansive IoT deployments.

The Connected Future

As IoT transforms industries through automation, analytics and intelligence, purpose-built data centers serve as the engine powering this connected revolution. Without advanced data centers designed specifically for IoT’s demands, smart cities, autonomous cars, and industrial automation would remain aspirational concepts rather than practical realities. Robust data centers packed with specialized optimizations make the promise of a smarter, hyper-connected world possible in the here and now.

[robertemma27-blog]

5G Fixed Wireless Access Market Industry, Share and Statistics - 2030

The size of the global market for 5G fixed wireless access is anticipated to reach USD 153.0 billion by 2028, growing at a compound annual growth rate (CAGR) of 39.0% from 2023 to 2028, from a predicted USD 29.4 billion in 2023.

Global demand for fixed wireless connectivity is increasing as a result of advances in technology, from LTE to 5G. Broadband services can be made widely available with low connection latency to small and medium-sized businesses (SMEs) as well as residential users through the use of fixed wireless access.

With the use of a broad spectrum of radio frequencies, 5G development is expected to elevate fixed wireless access to a new level. Customers should be able to benefit from significant capacity increases and low-latency connectivity as a result. Therefore, compared to current connectivity networks, 5G fixed wireless access is predicted to improve network performance capabilities and provide greater high-speed network coverage.

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During the projected period, 5G fixed wireless access services will have the largest market share.

It is anticipated that 5G FWA services will revolutionize the international telecommunications sector. Households in major nations including the US, Canada, China, South Korea, etc. now have access to these services. For example, T3 Broadband and Samsung worked together to develop 5G-capable Citizens Broadband Radio Service (CBRS) network solutions for Mercury Broadband, one of the top US rural high-speed Internet providers. Through the partnership, Mercury will be able to use CBRS to provide improved customer services and FWA internet connectivity in isolated, hard-to-reach places throughout many states. Additionally, Verizon has expanded the number of cities in which business customers may use 5G fixed wireless from three to twenty-four.

Asia Pacific's 5G fixed wireless access market is expected to grow at the fastest rate throughout the projected timeframe.

APAC as a whole is home to some of the world's fastest-growing and most advanced industrialized economies, including South Korea, Japan, and China. It is seeing rapid shifts in how new technology and innovations are adopted by various industries. By 2025, 400 million 5G connections are expected in Asia Pacific, according to GSMA. As 5G coverage grows throughout the Asia Pacific area, the percentage of connections using the technology is expected to increase. 14 nations currently have commercial 5G service accessible, and more—including Vietnam and India—are anticipated to follow suit in the upcoming years.

Market Dynamics:

Opportunity: Partnerships among platform and hardware providers, mobile operators, and system integrators in emerging economies

The 5G ecosystem comprises 5G component and product manufacturers, network infrastructure and platform providers, system integrators, and end users. Presently, partnerships/collaborations between hardware manufacturers and mobile network operators in the context of 5G are limited to the US, China, Japan, and some European countries. 5G application platform providers, hardware vendors, and mobile operators have established strategic partnerships with the leading system integrators to accelerate the development and commercialization of 5G products and technologies. The stakeholders in the market are increasingly investing in the development of fixed wireless access-related components and equipment to harness the market potential of fixed wireless access. They are forming strategic partnerships with other key players.

Challenge: Compatibility issues between traditional and 5G networks

The seamless shift from traditional networks to 5G fronthaul and backhaul networks is difficult to achieve. Usually, traditional fronthaul/backhaul networks are incompatible with the new, advanced fronthaul/backhaul equipment. This creates compatibility issues leading to increasing infrastructure-related costs and results in the reluctance of organizations to employ advanced technologies. However, startup companies who are vendors for OEMs and established players in 5G FWA industry are using highly efficient advanced fronthaul/backhaul solutions to design and develop new systems based on the requirements of their customers.

[govindhtech]

Space based 5G hosts Traditional in 5G

Space-based 5G: The final frontier for global connectivity Could universal broadband be the 5G killer app we’ve been waiting for?

Terrestrial cellular networks’ lack of coverage can affect industry, business, and even individual safety when they need connectivity. 5G from space might make Internet connectivity universal for many use applications.

Qualcomm’s satellite communications innovation legacy Qualcomm and Loral Corporation introduced Globalstar in 1991 after the 1988 success of OmniTRACS, a two way satellite mobile communications system for trucking and logistical organisations. Globalstar used CDMA technology and 48 low-earth-orbit (LEO) satellites to give global coverage to a wide range of devices.

Modern multi-mode satellite phones use various technology for terrestrial and proprietary satellite connectivity and are non-mainstream.

Qualcomm recognised the opportunity to improve the smartphone experience by combining terrestrial and satellite communication with one mass-adoption technical standard. This conviction led us to reorient 3GPP’s 5G standardisation effort towards satellite connectivity. Qualcomm Technologies spearheaded 5G Release 17 satellite communications R&D and continues to advance 5G Advanced satellite connection for end user devices and IoT.

3GPP Release 17: 5G Non-Terrestrial Networking begins

3GPP pursued a variety of 5G non-terrestrial networking (NTN) solutions for Release 17 based on platform type and use cases. HAPS, UAVs, and satellites in GEO/GSO, MEO, and LEO orbits are supported. Some platforms are immobile with non-steerable coverage, while others can move or have steerable coverage. Thus, Release 17 supports earth-fixed and earth-moving coverage beams.

Release 17 addresses the main issues with 5G connectivity with non-terrestrial platforms: extended propagation delays, moving cells, and big Doppler shifts from high-speed platforms. IMT-2020-Satellite candidate technologies IoT-NTN and NR-NTN offer these solutions in two 5G technologies for various use cases in Release 17.

5-G NR-NTN complements terrestrial networks in underserved areas including as rural areas and coverage gaps. While providing less capacity and data rates than a densely deployed terrestrial network, 5G NTN enables a ubiquitous 5G user experience with mobility between terrestrial and non-terrestrial coverage.

Rel-17 5G NR-NTN uses transparent bent-pipe satellites and the 5G Standalone (5G SA) architecture with a 5G gNB and 5GC core network to offer throughputs of 1 to 10 Mbps, or higher with extra spectrum. SMS, VoNR, and mobile broadband to smartphones and embedded devices, fixed wireless access, automotive and mobile compute connection, and satellite backhaul for faraway cell towers are 5G NR-NTN use cases.

5G IoT-NTN seeks to grow the vast IoT industry with non-terrestrial coverage. In transparent bent-pipe mode, satellites deliver 1–100 kbps to Rel-17 NB-IoT and eMTC devices. The bent-pipe architecture allows rapid deployment of new services over existing satellites for lower bandwidth services like NB-IoT by upgrading only the ground station and user device.

Base stations connected to ground stations and EPC core networks generate NB-IoT or eMTC carriers. Personal safety and messaging, environmental sensors, POS devices, utility metres, and logistics tracking are 5G IoT-NTN use cases. In isolated rural regions, shipping containers at sea, and other areas where terrestrial networks are not available, IoT-NTN can provide universal coverage for IoT devices.

3GPP Release 17 selected two radio channels for 5G NTN use, pending regional regulatory permissions. The L-band (1626.5–1660.5 MHz UL / 1525–1559 MHz DL) has 34+34 MHz FDD bandwidth, while the S-band (1980–2010 MHz UL / 2170–2200 MHz DL) has 30+30 MHz FDD bandwidth.

Mobile IoT-NTN and NR-NTN devices must enable GNSS location to pre-compensate for propagation delays and motion-related Doppler effects when communicating via satellite. Stationary devices can operate without GNSS if their location is accurately specified.

3GPP ecosystem grows to enable 5G NTN

Many satellite industry leaders have joined the 3GPP due to 5G’s vast capabilities and global scope. Airbus, CNES, ESA, Eutelsat, Hispasat, Hughes, Inmarsat, Intelsat, KT Sat, Leonardo, Lockheed Martin, and Thales are collaborating with 3GPP’s cellular ecosystem to develop 5G satellite communications (satcom).

Qualcomm, Ericsson, and Thales researched, tested, and validated 5G NTN. This partnership produced a revolutionary on-the-ground end-to-end solution for the 5G NR-NTN vision, including emulators for realistic NTN channels’ radio propagation and time delays. Qualcomm Technologies‘ mobile test platform (MTP) validated the 5G NTN smartphone form-factor, Thales’ 5G radio satellite payload for LEO satellites, and Ericsson’s 5G vRAN prototype and core network. The successful live demonstration of this system at MWC Barcelona 2023 was a key step towards commercialising 5G NR-NTN.

Qualcomm Technologies and Skylo, a 5G NTN service provider, unveiled new 5G IoT-NTN modems that allow ultra-low power and improved connectivity for IoT devices across satellite and cellular networks. Qualcomm Aware enables real-time asset tracking and device management in remote places for essential decision-making on both chipsets.

5G Advanced: NTN app and performance improvements

As part of the 5G development programme, 5G Advanced will refine 5G NTN starting with 3GPP Release 18 (mid-2024). For Release 18, systemic improvements include control channel and reference signal enhancements, discontinuous coverage support, higher performance with very small aperture terminals (VSAT), and service continuity and mobility improvements for better transitions between non-terrestrial and terrestrial coverage areas.

Rel-18 5G NR-NTN will support NTN frequency ranges above 10 GHz, such as the Ka band, for larger carrier bandwidths and network capabilities. The US FCC will consider bands n510 (27.5–28.35 GHz UL / 17.7–20.2 GHz DL) and n511 (28.35–30.0 GHz UL / 17.7–20.2 GHz DL). For the EU, CEPT will propose band n512 (27.5–30.0 GHz UL / 17.7–20.2 GHz DL). Note that these additional bands target VSATs and other devices with larger antennas or arrays, not smartphones.

In positioning, the 3GPP is working to reduce GNSS dependence for NTN use cases and add network verification of device location with multi-RTT measurements.

Developing satellite communications for commercial success

Previous attempts to bring satellite communications to the masses lacked a single technology standard that could help mobile network operators and satellite connectivity service providers worldwide complement each other’s networks for ubiquitous connectivity with affordable and popular devices. The 3GPP ecosystem’s momentum, the 3GPP technology evolution plan, and 5G NTN’s vast application cases can only help the value proposition succeed commercially.

[yashvicmi01]

Fiber-Optic Future: Analyzing The Promising Outlook Of The Optical Transceiver Market

The future of fiber-optics is undeniably promising, with an exciting outlook for the optical transceiver market. Fiber-optic technology, which relies on the transmission of data through light pulses, has revolutionized global communication, and its pervasive presence in various industries hints at a bright future ahead. One of the key drivers of the fiber-optic future is the escalating demand for higher data transfer rates. In an increasingly interconnected world, the need for faster and more reliable data transmission is ever-growing.

Fiber-optic cables offer unmatched bandwidth capabilities, facilitating the seamless transfer of vast amounts of data over long distances without compromising on signal integrity. As data-intensive applications such as cloud computing, 5G networks, virtual reality, and IoT continue to expand, the optical transceiver market is poised to witness unprecedented growth. Moreover, the advantages of fiber-optic technology extend beyond speed and capacity. Compared to traditional copper cables, optical fibers are immune to electromagnetic interference, making them more resilient in challenging environments.

This inherent immunity ensures that data transmissions remain secure and consistent, a critical consideration for sectors like finance, healthcare, and defense. As businesses and governments strive to fortify their data networks against cyber threats, the adoption of fiber-optic solutions becomes increasingly attractive. The surge in demand for fiber optics is also driven by the continuous advancements in technology. As researchers and engineers make strides in improving optical transceiver designs, the cost of manufacturing these components is gradually decreasing. This cost reduction, coupled with increased production volumes, translates to more affordable fiber-optic solutions, making them accessible to a broader range of industries and consumers.

Furthermore, the eco-friendly nature of fiber-optic technology sets it apart from conventional alternatives. With lower power consumption and reduced carbon footprint, fiber optics align with the global push for sustainable and energy-efficient solutions.  The future of the Network Automation Market looks promising, with a wide array of vendors offering innovative solutions to address the diverse needs of industries ranging from telecommunications to cloud computing. The growth of fiber-optic infrastructure is also driven by the relentless pursuit of 5G networks and the race towards future connectivity.

The deployment of 5G requires massive backhaul capacity, and fiber-optic cables provide the ideal backbone for these high-speed wireless networks.  As the rollout of 5G continues across the globe, the demand for fiber-optic technology is set to skyrocket. The future of fiber-optics is exceedingly promising, and the optical transceiver market stands at the forefront of this transformation. As data needs escalate and technology advances, fiber-optic solutions offer the perfect combination of speed, security, and sustainability.

The global Optical Transceiver Market size was valued at US$ 10.05 Billion in 2022 and is anticipated to witness a compound annual growth rate (CAGR) of 12.2% from 2023 to 2030. With continuous innovation driving cost reductions and greater accessibility, the fiber-optic future promises to revolutionize global communication and shape the digital landscape for years to come. From powering 5G networks to supporting data-intensive applications, fiber optics is set to become the backbone of our interconnected world.

[cablingindallas]

All You Need to Know About Your Outdated Cabling in School

Cabling categories matter when it comes to improving a school's wireless network system. Structured cabling installation is driven by cabling, which is often taken for granted. People are more concerned about plugging in devices to the network and connecting to the internet and forget about it.

The importance of network cabling is paramount. As your school and others are relying more on wireless connections, the quality of the cabling that backhauls the wireless traffic from the access point to the internet matters. The cable is responsible for uplinking all the devices connected to the access point. Hence, experts often recommend cat6 cable installation for schools.

Thanks to Cat6 cables, network speeds have improved tenfold, and new speeds are now supported by cables. If your school has had the same structured cabling solution for the last ten years, there's a fair chance that it has become ancient in terms of the current cabling trend.

Is it Needed to Upgrade the School Cabling Network?

Structured cabling installation in schools might have lasted all these years, and it can easily support Ethernet speeds up to 1 Gigabit per second. Considering purposes like email, social media, and video conferencing, 1 Gbps is sufficient.

Around 55 percent of the school districts that have been surveyed have an average internet speed of 1 Gbps between the wireless and local area networks. But when it comes to adopting speeds of 2.5 Gbps or 5 Gbps, there's doubt whether your existing cabling system can support the upgraded speed.

5 Reasons Why Your School Cabling System is Outdated

In all probability, your school must be running on Cat5e cable at most. These cables have a generous speed handling capability. However, here are five reasons why your school cabling system is outdated:

Current schools have to accommodate a larger number of WAPs for cabling. Cat5e cables cannot handle the growing number of WAP.

Next-generation Wave 2 Wi-Fi devices will transmit data rates greater than 1 Gbps, possibly reaching up to 7 Gbps.

Deployment of next-generation Wi-Fi in the next few years – as most businesses will do – the best (and possibly only) viable solution to support it is Category 6A cabling.

New structured cabling connection to access points or workstations; average speeds are getting faster – links faster than 1G will be required, such as 2.5G, 5G, and 10G. Cat5e cables do not support this speed.

Category 5e is unable to handle 10 Gbps speeds up to the required 100-meter distance.

Is the Cat5 Cable Outdated?

Yes, the structured cabling system of the Cat5 cable is outdated. Here are the major disadvantages that make Cat5 cables outdated today:

Limited Speed: Cat5 cables offer a maximum speed of only 100 Mbps, making them unsuitable for today's high-bandwidth applications, whereas structured cabling installation with more advanced cables supports gigabit speeds.

Lack of Compatibility: Modern networking equipment often requires at least Cat5e or Cat6 cables, leaving Cat5 cables incompatible with many current technologies that are part of structured cabling installation.

Insufficient Noise Reduction: Cat5 cables lack sufficient shielding to reduce noise and interference, hindering the performance of structured cabling installation in today's complex and demanding environments.

Shorter Distance Capability: With a limit of 100 meters for optimal performance, Cat5 cables fall short in handling the extended range often needed in Structured cable installation for large commercial spaces.

Emerging Standards: The growth of new standards and technologies like PoE (Power over Ethernet) surpasses what Cat5 cables can support, making them an outdated choice for structured cabling installation in contemporary network designs.

Why is Cat6 Cable Installation the Cabling Solution?

Cat6 cabling can significantly improve outdated cabling infrastructure in various ways:

Increased Data Speeds: Cat6 cables can transmit data at speeds of up to 10 Gbps over short distances, providing a substantial boost compared to older cable types such as Cat5 or Cat5e.

Enhanced Bandwidth: With a bandwidth capacity of up to 250 MHz, Cat6 cables support more simultaneous data streams. This means better performance for applications like video conferencing, streaming, and large file transfers.

Reduced Interference: Cat6 cables are designed with better insulation and twisted pairs that minimize crosstalk and interference. This results in a cleaner signal and reduced errors, enhancing overall network reliability.

Future-Ready: As businesses grow and technology advances, the demand for higher data speeds and more complex networking solutions increases. Cat6 cabling is aligned with these future needs, making it a wise investment for long-term scalability.

Compatibility with Power over Ethernet (PoE): Cat6 cabling supports PoE applications, allowing both data and electrical power to be carried over the same cable. This simplifies the installation of devices like VoIP phones and security cameras and offers more flexibility in their placement.

Longer Distances Without Signal Loss: Although optimal speeds of 10 Gbps are limited to shorter distances, Cat6 cables still provide gigabit speeds over longer distances. This makes them suitable for larger office spaces or buildings.

Compliance with Modern Standards: Many modern devices and networking equipment are optimized for Cat6 or higher cabling. By upgrading to Cat6, businesses can ensure that their cabling infrastructure is compliant with current industry standards, reducing potential compatibility issues.

Improved Network Management: With a more robust and reliable cabling solution, network management becomes more efficient. This can lead to lower maintenance costs and less downtime, both of which are critical for business operations.

Final Words

Upgrading to Cat6 cabling is not merely a matter of keeping up with technology but a strategic investment in the efficiency and reliability of a network infrastructure. With its ability to deliver higher speeds, reduce interference, and support modern applications like PoE, Cat6 cabling stands as a robust solution to the limitations of outdated cabling systems. It aligns the network with current demands and future growth, fostering a technological environment where businesses can thrive.