Hyperlume wants to make chip-to-chip communication faster and more efficient

Data centers consume and use 4.4% of US electricity in 2023 and used Up to 12% until 2028. Most energy data centers are used to help transfer data from chip from the chip from the chip. A company named Hyperlume also wants to make this process effectively efficient when accelerating this process.

Ottawa, Canada-based hyperlume created a version microsed The racks in the data center can generally transmit more information from copper-based relationships found in general. These microcredits also require less energy to transfer more information from copper wires.

Hyperlume co-founder and CEO Mohsen Assad told Techcrunch that the company and his co-founder Husseini Fariborzi had a “logical extension” before establishing his company. The history of Assad in electrical engineering took him to the career, and was aimed at identifying information and information transfer between the plugs. Fariborzi has experience in the design of a low electric electric circuit.

“I used to work on microcredits, data transfer and the requirements to send information from this boom and chip from the AI ​​to this boom and chip – everything came together,” he said. “We have found a great market opportunity.”

Energy consumption and delay have problems for chip-chip communication in data centers, asado said, but they have problems with the rising and aggravated the Breakneck pace. The resolution of the gatmation issue or data delay will not accelerate the existing links between the plugs, but also did not unlock the previously existing chip capacity due to delay bottles.

“If we can practically solve this delay problem, we are working together faster together.” “When you have big language models (…) you need chips to communicate with almost zero delay.”

Assad and Fariborzi, when starting hyperlum in 2022, they started thinking that the information center would solve the problem of delay. Silicone was a potential choice to close chips, but very expensive to use on a scale. Lasers also saved similar.

Thus, hyperlume is almost back to the chip from chip from chip from chip from chip from chip from chip to almost an optical connection to return them to return.

“Hidden sauce is an ultra-speed microollar and is a little strong asic, who manages everything from the other and communicating with other chips,” Assad said.

Hyperlume works with a handful of early customer – most North America – corrects the product during this time. The company, especially of the hyperscalers, woke up.

“The first stage for us is to work with early adoption – when the technology is proven, and this early adoptions will give a scale chance to work with the rest of the market,” Assad said. “The demand is growing and growing there and every year.”

Recently, the Hyperlume has recently raised a $ 12.5 million seed tour with the participation of Muush Climate Partners, Intel Capital and SOPV.

The new capital will be used to hire more engineers and develop the funds needed to develop hyperlume technology, and recently soils (ideal) lands in the hands of more customers. In the future, the company wants to expand the bandwidth, so it is technologically ready for the next generation of strong information centers.

“We are currently, we pay attention to the optical relations, combine plugs to combine the boards, but the company is the fact that we see the company’s growth,” Assad said.