The proliferation of data-driven applications and burgeoning digital infrastructure has unlocked new possibilities for businesses. Data centers are challenged with ever-increasing data processing, transport, and storage workloads to support the “digital transformation,” which inevitably requires large amounts of electrical power and generates a significant amount of waste heat. Despite the growing conversation around sustainability regulation, on average, 40 to 50 percent of the electricity consumed by data centers is spent on highly inefficient thermal management solutions to shuttle the heat away from computer chipsets to prevent failures due to overheating. It has been projected that challenges around operational inefficiency in data centers will be further exacerbated as booming AI-based applications mandate even greater computational workloads. This challenge will require innovative solutions, such as highly efficient thermal management technology based on liquid cooling. To that end, SEGUENTE aims to drastically improve overall energy efficiency and meet expected sustainability requirements throughout the digital infrastructure.

SEGUENTE has launched COLDWARE^TM, a direct-to-chip two-phase cooling technology, which utilizes dielectric fluids with low global warming potential flowing through cold plates mounted over the chips located on the motherboards of servers. The technology integrates two-phase loops coupled with evaporators and condensers, delivering a scalable cooling system that operates with high thermal performance without active mechanical pumping or a control system. This flexible architecture has the capability to quickly hot-swap servers in a rack with zero downtime. SEGUENTE’s COLDWARE products provide key differentiators, such as high energy efficiency, rack density, flexibility, and reliability. As a focal point in the growing liquid cooling ecosystem, including server OEMs/ODMs, chip manufacturers, and global parts suppliers, SEGUENTE further offers full turn-key products and services to accelerate the adoption of liquid cooling in data centers.

“SEGUENTE has an ecosystem of partners spanning chip manufacturers, server vendors, and suppliers, which is key to provide the best products and services to customers,” says Dr. Raffaele Luca Amalfi, Co-Founder and CEO of SEGUENTE. “In addition, our innovative software solutions based on AI analytics will further enhance operational visibility and business intelligence in modern data centers at server, rack, and room level.”

Along with innovative hardware solutions, SEGUENTE offers added IoT-enabling features with COLDWARE AI, a software platform that allows the COLDWARE technology to be seamlessly integrated with IT equipment and data center infrastructure. Using live data streams from SEGUENTE’s COLDWARE, IT equipment, and facility infrastructure, data center operators have access to unprecedented visibility of operational insight via real-time telemetry data through an interactive dashboard. In addition, its AI-based predictive analytic and optimization models provide operational insights, such as cooling performance, energy capture efficiency, suggested decision optimization, and beyond. All software features can be easily integrated with other applications, such as data center infrastructure management (DCIM) solutions, through standard API. Data center operators can meet both performance and sustainability targets by maximizing energy efficiency, improving reliability, and lowering carbon footprint with SEGUENTE’s software platform.

Beyond the data center market, SEGUENTE’s COLDWARE is flexible and easy to deploy in various segments within the ICT market.

“We go above and beyond by offering complete end-to-end thermal management systems for liquid-cooled server racks throughout the modern digital infrastructure with our cutting-edge hardware and software platforms,” says Dr. Amalfi.

Custom solutions are designed to achieve optimal performance in existing and new facilities. SEGUENTE continues to add value across the entire ecosystem, from partners to end users.