Beyond Backhaul – Extending Your Fiber Reach

In this month's edition, we delve into the transformative potential of wireless fiber extension solutions, a next-gen, hybrid approach to extending high-speed connectivity into even the most remote or hard-to-reach areas. By seamlessly integrating fiber and wireless technologies, these solutions offer a multitude of advantages, including drastically reduced deployment times, significant cost savings, and unparalleled flexibility in network coverage. As the demand for robust, high-speed internet continues to grow, high capacity, low latency wireless solutions stand out as a crucial innovation to overcome the challenges associated with traditional all-fiber rollouts. Read on as we explore how this technology is not only bridging the digital divide but also paving the way for a more connected and inclusive future.?

VIDEO: Extend Your Fiber Reach?

Have you run into similar challenges with fiber that so many others have? ? ?

• Reaching rural, remote, or hard-to-reach subscribers
• Locations or situations where fiber runs into challenges
• Getting beyond physical obstacles & rights-of-way limitations??

Ceragon can help you jump over hurdles with our ultra-high-capacity wireless fiber extension solutions for railroad crossings, rivers & waterways, campus building connectivity, and remote connectivity over long distances. Bridge the gaps with wireless fiber-like capacity using large, electronically stabilized antennas and enjoy quick, easy deployments.?

Watch the video .

SOLUTION BRIEF: Extend Your Fiber Reach With Wireless Connectivity?

In our increasingly connected world, robust and reliable network coverage is crucial, even in the most remote corners of the world. And in 2024, there is no excuse for leaving communities underserved. Ceragon offers a cost-effective solution to extend fiber reach, addressing the many challenges associated with fiber-to-the-home (FTTH). Our high-capacity, low-latency wireless solutions provide a solid, future-proof complement to fiber, ensuring you're prepared for the next wave of digital transformation.??

Read the Solution Brief here .?

BLOG: Wireless & Fiber Hybrid Networks - Come Together To Bridge The Digital Divide?

This blog explores the critical role that wireless technology plays in bridging the digital divide in rural areas. It outlines the necessity for better collaboration between fiber and wireless technology providers to overcome digital divide challenges and deliver connectivity to remote and underserved areas - those places where trenching or hanging fiber is physically and financially unfeasible.? Read about the effects of affordable, high-quality internet access on employability, health, and education in these communities. By effectively combining fiber and wireless technologies, a balanced approach can provide swift, reliable connectivity to underserved populations.? ?

Read the Blog here .

BLOG: Connecting Rural Communities In Angus County, Scotland

Discover the captivating story of Angus County, a beautiful spot in Scotland that was facing a modern challenge – the digital divide. Dive into the world of rural living, where peace and simplicity came with the unfortunate drawback of limited internet access. This blog post looks at how a digital gap like this can affect everyday life, the economic hurdles of improving connectivity, and the creative and community-driven solutions the people of Angus came up with alongside trusted partners, Rapier Systems and Ceragon. It's a story of resilience and resourcefulness, showing how much can be achieved when a community comes together to tackle modern problems.? ?

Read the Blog here.

CASE STUDY: Ceragon & Alora Selected To Help Bridge The Digital Divide

Despite Spain's top-notch fiber infrastructure, remote rural areas often lack high-quality connections. To bridge this gap, the Spanish government established the PEBA program to improve broadband coverage and reduce urban-rural inequality. Two local WISPs decided to supplement their fiber backbones with Ceragon's flexible solutions which include the IP-20C and IP-50C MW radios, enhancing their networks with 1 and 2 Gbps symmetrical capacity over extended distances. Additionally, the IP-20E and IP-50E mmW radios are being used to connect towns from central towers acting as interconnection nodes.?

Read the full Case Study here.

NEW SOLUTION WEBPAGE: Fiber Extension

Check out our new solution webpage here .

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