Molex has acquired Teramount, an Israeli specialist in co-packaged optics (CPO) modules, aiming to integrate Teramount's TeraVERSE fiber-to-chip interface technology. The move is designed to address a key bottleneck in CPO modules and meet the rising demand for higher bandwidth and energy efficiency in AI and cloud infrastructure.

The acquisition, announced last week, centers on Teramount's proprietary technology, which enables a direct, scalable optical connection from a fiber array to a silicon photonics chip. This approach eliminates the need for traditional, bulky, and power-consuming intermediary components like lenses and prisms. Molex identifies this as a critical hurdle preventing the wider adoption of CPO, a next-generation architecture where optical engines are packaged alongside ASICs or processors to drastically reduce power consumption and increase data transfer speeds within systems.

By incorporating TeraVERSE, Molex intends to offer more efficient, higher-density optical interconnect solutions. The company specifically highlights the application for AI clusters and cloud data centers, where escalating data throughput requirements are pushing the limits of current electrical interconnect technology. Financial terms of the deal were not disclosed.

This strategic acquisition positions Molex to accelerate the commercialization of CPO solutions, a market seen as essential for supporting future high-performance computing and networking infrastructure. It combines Molex's global scale and expertise in connectors with Teramount's focused innovation in photonic packaging.

En intégrant la technologie innovante d’interface fibre-puce TeraVERSE de l’entreprise israélienne, le connecticien américain vise à lever un verrou clé des modules CPO et à répondre aux besoins croissants en débit et efficacité énergétique des infrastructures IA et cloud. Molex a annoncé la semaine dernière la signature d’un accord pour acquérir Teramount, une entreprise israélienne […]

Cet article Molex acquiert Teramount, spécialiste des modules optiques co-packagés (CPO) a été publié par VIPress.net.