In today's enterprise data centers, data storage faces immense challenges. Organizations struggle with achieving lightning-fast performance, supporting AI infrastructure, and managing costs. The relentless growth of data demands robust redundancy, easier scalability, and unwavering enterprise-grade reliability. To address these critical issues head-on, we're excited to introduce our latest storage controller. The SC6110 is a powerful, 2U, 32-drive bay controller designed for performance and reliability, making it the perfect controller for demanding enterprise applications.

In today's enterprise data centers, data storage faces immense challenges. Organizations struggle with achieving lightning-fast performance, supporting AI infrastructure, and managing costs. The relentless growth of data demands robust redundancy, easier scalability, and unwavering enterprise-grade reliability. To address these critical issues head-on, we're excited to introduce our latest storage controller. The SC6110 is a powerful, 2U, 32-drive bay controller designed for performance and reliability, making it the perfect controller for demanding enterprise applications.

The world of network infrastructure is in the midst of a revolutionary shift, moving away from closed, proprietary systems towards open, disaggregated models. This journey, which has unfolded over more than a decade, can be understood in three distinct phases: Emergence, Convergence, and now, "Crossing the Chasm" into mainstream enterprise adoption. From the very beginning, EPS Global has been a pivotal player, helping to shape and accelerate this transformation. 

The world of network infrastructure is in the midst of a revolutionary shift, moving away from closed, proprietary systems towards open, disaggregated models. This journey, which has unfolded over more than a decade, can be understood in three distinct phases: Emergence, Convergence, and now, "Crossing the Chasm" into mainstream enterprise adoption. From the very beginning, EPS Global has been a pivotal player, helping to shape and accelerate this transformation. 

In the competitive landscape of Internet and Wireless Internet Service Providers (ISPs and WISPs), the pressure is constant: deliver more bandwidth, improve reliability, and manage costs—all at the same time. The network architecture of yesterday, often built on closed, single-vendor systems, is struggling to keep up.

In the competitive landscape of Internet and Wireless Internet Service Providers (ISPs and WISPs), the pressure is constant: deliver more bandwidth, improve reliability, and manage costs—all at the same time. The network architecture of yesterday, often built on closed, single-vendor systems, is struggling to keep up.

The world of wireless networking is undergoing a fundamental shift. For years, the market has been dominated by proprietary, closed-off systems. But a new model, built on openness, collaboration, and community, is not just gaining traction—it's accelerating. OpenWiFi, the open-source Wi-Fi architecture from the Telecom Infra Project (TIP), surpassed a major milestone in Q1 of 2025: 150,000 deployed devices in its ecosystem, with a clear trajectory to hit even more in the coming months.

The world of wireless networking is undergoing a fundamental shift. For years, the market has been dominated by proprietary, closed-off systems. But a new model, built on openness, collaboration, and community, is not just gaining traction—it's accelerating. OpenWiFi, the open-source Wi-Fi architecture from the Telecom Infra Project (TIP), surpassed a major milestone in Q1 of 2025: 150,000 deployed devices in its ecosystem, with a clear trajectory to hit even more in the coming months.