Learn all about the choices available when installing fiber in MDUs or commercial buildings, the three installation phases and their options, and different techniques for installations.
Discover the breadth and depth of our research into connector technology. The descriptions, images, and specifications it contains are intended for anyone with an interest in the broadband world.
Connectors are often wrongly viewed as commodities. So how can you ensure that you carefully balance price with quality when making a purchase? This eBook will help you break it all down.
Learn why the demand for FTTP is exploding globally, the surprising true costs of different deployment options, the prime importance of customer experience during installation, and more.
The installation of fiber into The Queen Mary presented two major challenges: cost reduction and the required freedom to make on-going changes to the network.
PPC Broadband pioneered and tailored Miniflex® fiber optic cable for not only the harsh challenges of the African environment, but for the gap that existed from a copper network to a fiber optic network.
The 5G project at Raymond James Stadium was posed with challenges from a truncated timeline to requiring weather-resistant designs, and chose PPC's Hand-off Box for the project.
Miniflex® has enabled Detecon Al-Saudia to reduce installation time and costs, due to its lightness, strength and flexibility.
This eBook details common network issues that plague operational budgets and serve as obstacles to delivering the most recent DOCSIS technology standards.
Poor fiber connector inspection results might not be due to defects or damaged to the fiber itself but could be a result of issues with your inspection environment. This eBook addresses these factors to improve results.
MoCA makes use of a household's existing coax cable to create a wired-in and fast broadband connection throughout the home. This eBook details the advantages of a MoCA connection, how to install a MoCA network and provides troubleshooting tips.
Using The Miniflex® fiber optic cable has enabled Liquid Telecom to increase the number of daily installations due to the unique properties of the cable and the ability to de-skill the installation teams.
PPC helped Liquid Telecom install fiber cable to the home (FTTH) in challenging environmental conditions, while meeting tough business case targets and tight deployment timescales.
This case study explores how Liquid Telecom is transforming the landscape in Lusaka, with expectations to connect more than 20,000 homes with fiber.
Liquid Telecom selected PPC's Miniflex® cable for the last-drop installation to the 30,000 customers in Zimbabwe because of its high quality and ease of use.
After evaluating the market for a solution, the city of Loma Linda chose Miniflex® fiber cable and TuffDuct® microduct, in combination with micro trenching, to bring down the cost and time of last-mile deployments.
Overcome the challenge in delivering fiber-to-the-home (FTTH) in a way that’s not only secure and practical, but cost-effective and aesthetically unobtrusive. Learn more about this solution in our brochure.
In this eBook, discover why aerial fiber can be better than buried fiber, the factors affecting the use of aerial cable, different installation methods and the types of cable used.
Around the world, people are increasingly demanding high-speed fiber broadband. Connectivity is crucial to businesses, educational establishments and basic activities in day-to-day life.
Pushable fiber was developed to overcome the challenges of FTTP installations. This eBook details why pushable fiber is superior, the key attributes of a pushable solution, how product choices impact installation and other field use guidelines.
Vumatel turned to PPC Broadband and, in partnership with Mustek SA, the teams discussed ways to transform the industry-leading Miniflex® fiber optic cable to better suit Vumatel’s method of installation.
PPC's Diamond® hardware parts can withstand corrosive environments for decades. View our catalog of Diamond products to learn more.
