Prysmian reports that it has completed the acquisition of Channell Commercial Corporation (Channell), a strategic move that will further its ability to be a complete end-to-end supplier of Fiber-to-the-Home (FTTH) solutions.

A press release said that the $950 million acquisition positions Prysmian as a leading provider of Fiber-to-the-Home (FTTH) solutions, covering connectivity from the curb to the home. It also strengthens Prysmian’s overall position in the North American cable sector.

Channell supplies advanced thermoplastic enclosures that are essential for protecting fiber optic connections and network equipment in outdoor and underground FTTH deployments. “By combining Prysmian’s market-leading portfolio of optical cable products—including ribbon, loose tube, and drop cables—with Channell’s innovative infrastructure components, the acquisition creates a comprehensive FTTH solution for customers in North America.”

Prysmian’s positioning in the connectivity solutions space will also be strengthened, thanks to an extended commercial reach and complementary R&D focus that will position the business for the roll-out of FTTH and 5G, as well as the growth of data centers, the release said.

“This is not just an acquisition – it is a strategic step forward,” said Frederick Persson, Prysmian’s EVP Digital Solutions.

A high-profile patent dispute between Credo Semiconductor and several major cable and connector manufacturers—including Amphenol, Molex, TE Connectivity and Volex—has entered a new phase, with all related federal lawsuits now officially paused as the U.S. International Trade Commission (ITC) moves forward with its investigation.

Per multiple media reports, the case centers on Credo’s allegations of infringement of patents covering Active Electrical Cables (AECs) and related high-speed connectivity technology. It began with a complaint filed at the ITC on March 13, 2025. Credo also filed parallel lawsuits in federal courts in Delaware and Texas, asserting willful infringement and seeking damages, as well as an import ban on allegedly infringing products.

However, recent court filings show that both the Delaware and Texas cases have been stayed at the request of the defendants, with the agreement of all parties, under a federal statute that gives priority to ITC investigations in such matters. In Delaware, a judge granted an unopposed motion to stay proceedings on April 23, 2025, pending the outcome of the ITC investigation, including any appeals. Likewise, a Texas federal judge issued a similar stay in the case against TE Connectivity on April 18, 2025.

The Commission will determine whether the accused products infringe Credo’s patents and, if so, whether to issue an exclusion order blocking their import into the U.S. The outcome of this investigation will likely shape the next steps in the paused district court cases.

Credo’s complaint asserts that it invented and pioneered AEC technology, investing heavily in its development since 2017, and claims that the defendants’ products unlawfully use its patented innovations. The company says it notified the defendants of its patents as early as September 2023.

Google has signed an agreement that will provide the first submarine fiber optic cable that will link South America directly to Asia and Oceania.

A press release said that the project, known as the Humboldt Project, calls for a 14,800-km cable that will deliver a capacity of 144 terabytes per second. It will run from Valparaiso, Chile, to Sydney, Australia, via French Polynesia. The system is designed for open access, allowing use by Google and other technology companies operating in the region. “The idea of building this cable is that it can also be used not only by Google but also by other users,” said Cristian Ramos, director of telecommunications infrastructure for Latin America at Alphabet, Google’s parent company.

Currently, Chile’s international digital connections rely on undersea cables routed primarily through the United States. The Humboldt Project will provide a faster, more direct alternative, benefiting not only Chile but also Argentina, Paraguay, and Brazil.

While the cable supplier has not been named, Google has previously partnered with manufacturers such as SubCom, NEC and Alcatel Submarine Networks on major subsea projects. Google’s investment is estimated at $300 million to 550 million, with the Chilean government contributing $25 million.

Nexans has inaugurated Stella Nova, a Center of Excellence dedicated to pioneering electrification technologies, and unveiled a world-first demonstration of superconducting cables designed for the next generation of data centers.

A press release said that the center, located on the Panattoni Campus in Hanover, Germany, hosts more than 70 experts in engineering, research and manufacturing in the 9,000-sq-m facility. It focuses on three areas: high-precision forming and welding machinery, advanced cryogenic systems for safe fluid transfer, and superconducting cable and Fault Current Limiter systems. The high-voltage laboratory can be used for testing both conventional and superconducting cables and components.

The inauguration included a live demonstration of superconducting low-voltage AC and DC cables, a breakthrough designed to meet the soaring energy demands of hyperscale data centers. These cables can transmit up to 10 times more power than conventional solutions, with zero energy loss, minimal heat generation, and a dramatically reduced infrastructure footprint—critical advantages as data center power consumption is projected to reach 10% of global electricity demand by 2030.

“Superconductivity is revolutionizing the path toward a more efficient and modern energy grid,” said Nexans Corporate VP Director of Innovation Jérôme Fournier. “With Stella Nova, we’re accelerating the energy transition and supporting the digital economy’s sustainability goals.”

LS Cable & System announced that it will commercialize the world’s largest transmission capacity ultra-high voltage direct current (HVDC) cable that increases transmission capacity by up to 50% for a new project.

A press release said that the new power cable will be exclusively supplied to the first phase of Korea Electric Power Corp.’s East Coast-Metropolitan Area (ECMA) transmission network, the largest HVDC project in Korea. The 525 kV high-temperature HVDC cable can achieve the record by increasing the allowable temperature of the conductor from 70°C to 90°C. It is scheduled to be deployed in the underground section of the first phase of the East Coast-Metropolitan Area HVDC in September.

The release said that while there have been cases of technological development overseas, this is the first time a mass-produced product is being applied to an actual transmission network. Use of DC transmission results in less transmission loss than existing alternating current and can transmit up to three times more power over long distances. The ECMA transmission network project is a national core power grid project to efficiently transfer power generated in the East Coast region to the metropolitan area. The first phase covers the East Coast-Singapyeong converter station section, and the second phase, to connect to the metropolitan area, is underway.

LS Cable noted it started developing HVDC cables in 2008, later than Europe (1950s) and Japan (1990s), and has since emerged as a leading company. It added that only six companies worldwide have commercialized this technology, with LS Cable being the only one in South Korea.

“Competitiveness in the HVDC market depends on securing commercialization technology,” said Lee In-ho, chief technology officer (CTO) of LS Cable. “Along with LS Marine Solutions, we plan to actively participate in major domestic and international projects such as the West Coast HVDC Energy Highway, East Coast-Metropolitan Area.