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HFCL debuts new ribbon and microcable solutions at ISE EXPO 2024; redefining network infrastructure for North America’s connectivity needs

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DALLAS, Aug. 21, 2024 /PRNewswire/ —

HFCL Limited (HFCL), a leading technology enterprise and integrated provider of next-gen communications products and solutions, today introduced a suite of new high-performance cable solutions at ISE EXPO 2024 in Dallas, Texas, USA. First, HFCL introduced a product line of high-density single-jacket single-armor Intermittently Bonded Ribbon (IBR) cables with 144-1728 fibers, a development which was recognized with the presentation of an ISE Innovators Award.  Second, HFCL expanded its award-winning Nano Thin product line of loose tube microcables to add a 10.6mm diameter 864 fiber cable.   

As one of the leading global suppliers of optical fiber cables, HFCL will cater to changing demands for network deployment driven by growth in data centers, metro networks and FTTx in North America with these innovative cable solutions.

In order to address the connectivity needs and bandwidth challenges faced by telcos and enterprises in the fast-evolving digital landscape, HFCL showcased its new family of 144-1728F Single-Jacket Single-Armor IBR Cables, the smallest, lightest and highest-density general purpose armored ribbon cables available in the North American market. The rugged armored design makes these cables ideal for lashed aerial, direct buried and duct deployments, with a wide range of fiber counts available to support OSP trunk and distribution applications.

This patent-pending cable family features a tubeless design for simplified core access, and supports quick, direct access to the core with a guide notch for slitting tools.  These craft-friendly features facilitate faster splicing in the field during both installation and restoration. Use of fiberglass-composite strength members instead of steel wire improves safety while supporting lower cable bend radius, enabling use of smaller handholes and pedestals to reduce both material consumption and system cost. Compared to competing armored IBR cable solutions, the cables themselves are more sustainable, with diameter reductions up to 24% and weight reductions ranging from 18 to 48%. 

HFCL has also extended its sustainable Nano Thin microcable product line to include a 10.6mm diameter 864 fiber cable. This innovative cable maximizes fiber capacity in 14mm diameter microducts to support increased traffic driven by AI and data centers. This 864 fiber cable uses cost-effective, backward-compatible ITU G.657.A1 optical fiber, and its fiber packing density of 9.8 fibers/mm2 is a world record for cables with this fiber type.  The cable has a fill factor of 0.75 in 14mm diameter microduct, smaller than that of competing cables.  This ideal fill factor enables fast installation by jetting, as demonstrated by a trial by HFCL in which 2000m of cable was installed in duct on an industry-standard route in only 16 minutes, an astonishing speed of 125 m/minute. 

Speaking on the launch of these cables, Mr. Harsh Pagay, Executive President, OF & OFC, HFCL, said, “For us, the North American market holds huge potential due to network deployments supporting rapid expansion in data center, mobile and FTTH capacities. As a prominent global manufacturer of optical fibers and optical fiber cables, we are confident that we will play a significant role in building robust networks that speed up fiberization across North America with the launch of these innovative cables. With our established team, office and warehousing facility in the USA, we are dedicated to enhance connectivity throughout North America.”

Dr. Peter Weimann, Chief Technology Officer, OF & OFC, HFCL, said, “At HFCL, we design our optical cable solutions to directly address customer pain points. These innovative, next-gen high density cables will deliver high performance, installer friendly solutions to North America, the world’s fastest growing data centre hub. The armored IBR cable family and the new 864-fiber microcable target different parts of the network, but both support increasing demand for high-speed connectivity, 5G expansion and linking hyperscale data centers to end users. These smaller, high-density cables will empower our customers to achieve faster installation and exceptional network performance while minimizing raw materials consumption. As part of our mission to continue to build a sustainable global digital economy, HFCL also integrates eco-friendly manufacturing practices to minimise the carbon footprint while adhering to international quality standards.”

The United States, the single largest region for connectivity and cloud in the world, houses more than 5300 data centre clusters across the country. In the US, North America has continued to maintain its lead in the market, boasting the most data centres and accounting for 69% of investments as of April 2024. Similarly, data by Synergy Research Group proves that the country accounts for 51% of data centre capacity worldwide, a figure which is expected to double in the next four years with businesses migrating to the cloud and technology giants racing towards AI. In order to keep up with the pace, existing data centers are being expanded both horizontally and vertically. Upgradation in existing power and network infrastructure is now becoming imperative.

Compared to improvements in previous optical fiber cables, IBR Cables are a revolutionary product that combines small diameters with the high fiber packing densities and supports mass fusion splicing. These cables are also compliant to the relevant parts of various global cable performance standards, including IEC 60794, Telcordia GR-20, and ICEA-S-122-744. 

About HFCL

HFCL is a leading technology company specializing in creating digital networks for telcos, enterprises, and governments. Over the years, HFCL has emerged as a trusted partner offering sustainable high-tech solutions with a commitment to providing the latest technology products to its customers. HFCL’s strong R&D expertise coupled with its global system integration services and decades of experience in fiber optics enable it to deliver innovative digital network solutions required for the most advanced networks.

The Company’s in-house R&D Centers located at Gurgaon, Bengaluru and Hyderabad along with invested R&D houses and other R&D collaborators at different locations in India and abroad, innovate a futuristic range of technology products and solutions. HFCL has developed capabilities to provide premium quality Optical Fiber and Optical Fiber Cables, state- of-the-art telecom products including 5G Radio Access Network (RAN) products, 5G Transport Products, Wi-Fi Systems (Wi-Fi 6, Wi-Fi 7), Unlicensed Band Radios, Switches, Routers and Defence electronics products.

The Company has state-of-the-art Optical Fiber and Optical Fiber Cable manufacturing plants in Hyderabad, and Optical Fiber Cable manufacturing plants in Goa and at its subsidiary HTL Limited in Chennai.

HFCL is a partner of choice for its customers across India, Europe, Asia Pacific, the Middle East, Africa, and North America. HFCL’s commitment to quality and environmental sustainability inspires it to innovate solutions for the ever- evolving customer needs.

Visit www.hfcl.com for more information.

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SOURCE HFCL Limited

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Landis+Gyr Secures Major Contract with Leading US Utility

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CHAM, Switzerland and ALPHARETTA, Ga., Oct. 26, 2026 /PRNewswire/ — Landis+Gyr Group AG (SIX: LAND), a global energy technology leader driving intelligent innovation across the grid, today announced that it has secured a major contract with a leading US investor-owned electric utility. The agreement covers more than 3 million advanced metering endpoints.

Under the agreement, Landis+Gyr will provide Revelo meters and associated network and head-end system technologies, complemented by advanced security solutions, premium support, and software maintenance and services. The deployment is expected to advance the utility’s grid modernization objectives by enhancing security, grid visibility and operational performance.

“This important win reflects the strong momentum of our Grid Edge Intelligence portfolio and the trust customers place in Landis+Gyr to support large-scale grid modernization programs. By combining advanced metering, integrated technology, security and support capabilities, we look forward to helping this utility enhance grid visibility, reliability and operational performance,” said Peter Mainz, Chief Executive Officer of Landis+Gyr.

About Landis+Gyr

Landis+Gyr is a global energy technology leader, delivering intelligent solutions that connect devices, data, and decisions across the grid. Trusted by more than 2,000 utilities worldwide, we transform traditional devices into intelligent, networked sensors, giving utilities real-time grid visibility and system control. With these combined insights, electric, gas, and water companies can anticipate demand, optimize operations, and deliver energy that’s more reliable, resilient, accessible, safe, and sustainable for everyone. For more information, please visit our website www.landisgyr.com.

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In HelloNation, Electrical Expert Sean McGahy Breaks Down How a Whole Home Surge Protector Works

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The Article Explains How This Type of System Protects a Home’s Electronics From Power Surges Throughout the Day.

WAKE FOREST, N.C., Oct. 26, 2026 /PRNewswire/ — What does a whole home surge protector do? A HelloNation article answers that question and explains how this type of device defends a home’s wiring and electronics from voltage spikes.

The article explains that many power surges happen quietly throughout the day, often without anyone noticing. Large appliances such as air conditioners and refrigerators create small voltage spikes every time they cycle on and off.

According to the article, a whole home surge protector is installed directly at the electrical panel, where it can monitor voltage across the entire house. Unlike a power strip, which protects a single outlet, this device works at the source.

The article notes that modern homes rely on sensitive electronics, including smart thermostats, entertainment systems, and connected appliances. Repeated voltage fluctuations can damage this circuitry over time, even when a homeowner never notices it happening.

External surges from lightning strikes or utility grid fluctuations tend to be more severe than everyday cycling surges, the article explains. A whole home system is designed to respond quickly and redirect excess voltage away from a home’s circuits.

Installation is typically straightforward for a licensed electrician and does not usually require major changes to existing wiring, the article states. Many systems include indicators that let homeowners confirm the device is functioning properly.

The article points out that surge protectors are rated by how much energy they can absorb, often measured in joules. Homes with more electronics generally benefit from a protector with a higher rating.

A protector does not last forever, the article notes. Absorbing a large surge can wear down its internal components, even if the device still looks functional. Periodic testing by an electrician can confirm the system is still working as intended.

Electrical Expert Sean McGahy of Zar Electric is featured in the article. The article explains how periodic testing can confirm that a whole home surge protector is still providing the level of protection it was designed for.

The article adds that surge protection works best as one part of a broader approach to electrical safety. Homes should still have properly functioning breakers, updated wiring, and routine inspections alongside this added layer of defense.

Homes in areas prone to storms or frequent power fluctuations may see added value from this protection, the article notes. New construction offers a convenient time to add it, though retrofitting an existing home is described as achievable and usually quick.

The article notes that cost varies depending on the type of system installed and the complexity of a home’s existing electrical setup. Many homeowners view the expense as reasonable compared to the potential cost of replacing damaged electronics after a serious surge event.

Some insurance providers take note of these systems when evaluating a home’s overall risk profile, the article adds, though policies vary from carrier to carrier. This is described as one more reason homeowners weigh the value of this type of protection.

The article closes by noting that deciding whether this protection makes sense often comes down to a home’s electronics, its location, and a homeowner’s comfort level with risk. A licensed electrician can walk through these considerations before a final decision is made.

How Does Whole Home Surge Protection Safeguard Your Home? features insights from Sean McGahy, Electrical Expert of Wake Forest, North Carolina, in HelloNation.

About HelloNation

HelloNation is America’s Good News Network, a premier media platform built on the idea that good news travels faster when real people tell real stories. Through its community-focused digital publications and innovative “edvertising” approach, HelloNation delivers expert-driven, good-news content that informs, inspires, and spotlights the leaders making a meaningful impact in their communities.

View original content to download multimedia:https://www.prnewswire.com/news-releases/in-hellonation-electrical-expert-sean-mcgahy-breaks-down-how-a-whole-home-surge-protector-works-302919589.html

SOURCE HelloNation

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In HelloNation, Building Materials Expert Andy Maetzold Explains How Freeze-Thaw Cycles Affect Minnesota Homes

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The Article Shows How Moisture, Temperature Swings, and Hail Shape Material Choices for Roofs, Windows, Walls, and Decks.

WACONIA, Minn., Oct. 26, 2026 /PRNewswire/ — How do freeze-thaw cycles damage a home in Minnesota? The answer appears in a HelloNation article that was newly published for homeowners choosing building materials for a cold climate. The article features insights from Building Materials Expert Andy Maetzold, a fourth-generation member of the family behind Mayer Lumber.

The HelloNation article explains that a Minnesota home faces a wider range of weather than houses in most of the country. Below-zero nights, humid summers, and hailstorms all test the products used to build and repair it.

According to the article, moisture often does more harm than cold by itself. Water seeps into small gaps, freezes overnight, and expands, and repeated freeze-thaw cycles slowly push joints and seams apart.

The article also notes that large temperature swings make many products expand in summer and shrink in deep cold. Materials installed without room to move can buckle, crack, or pull loose from their fasteners.

The roof takes more of this stress than any other part of the house, the article explains. Asphalt shingles remain the most common choice because they are affordable and familiar to most roofing crews. In areas that see hail, many homeowners look at impact-resistant shingles that earn a Class 4 rating.

The article points out that some insurance companies offer lower premiums for Class 4 roofs, though discount rules vary by insurer. Metal roofing is another option that sheds snow quickly, and snow guards are often added above doors and walkways.

Ice dams get special attention in the piece. The article explains that no shingle stops them alone, because the real cause is warm air leaking into the attic and melting snow on the upper roof. Air sealing, attic insulation, and steady ventilation deal with that heat directly.

Cold-climate building codes also call for an ice barrier membrane under the shingles along the eaves, according to the article. This layer helps keep backed-up water away from the roof deck and the ceilings below.

For windows, the article points readers to the National Fenestration Rating Council label and its U-factor, which measures how easily heat passes through the whole unit. A lower number means better insulation and a warmer glass surface on a January night.

The article compares double-pane windows with triple-pane units, which cut heat loss further but cost and weigh more. It also notes that vinyl and fiberglass frames insulate well, while aluminum frames need a thermal break to suit Minnesota winters.

Walls, decks, and lumber are covered as well. The article explains that house wrap and flashing protect wall framing from water, and that wood touching concrete or soil generally needs pressure treatment.

The insights from Building Materials Expert Andy Maetzold also address cost. The article encourages comparing the full life of a product rather than the purchase price alone, since a cheaper material that needs frequent repairs can cost more over 20 or 30 years.

Finally, the article advises checking with local building officials about code rules. It also stresses following manufacturer installation instructions, since many warranties depend on them.

How Do Freeze-Thaw Cycles Affect Building Materials in Minnesota? features insights from Andy Maetzold, Building Materials Expert of Waconia, Minnesota, in HelloNation.

About HelloNation

HelloNation is America’s Good News Network, a premier media platform built on the idea that good news travels faster when real people tell real stories. Through its community-focused digital publications and innovative “edvertising” approach, HelloNation delivers expert-driven, good-news content that informs, inspires, and spotlights the leaders making a meaningful impact in their communities.

View original content to download multimedia:https://www.prnewswire.com/news-releases/in-hellonation-building-materials-expert-andy-maetzold-explains-how-freeze-thaw-cycles-affect-minnesota-homes-302919645.html

SOURCE HelloNation

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