Scalable Onsite Edge Compute for Modern Streaming Platforms with Premio’s Fanned Industrial Computer

Overview 

Digital entertainment continues to evolve as streaming providers unify live channels, subscription services, and on-demand content into simplified viewing experiences. To support this shift, a leading streaming aggregation platform required a compact and powerful onsite compute solution that could process content locally across apartments, retail locations, and healthcare facilities. By deploying Premio’s KCO-2000-RPL Series, 2U short-depth fanned industrial computer, the company strengthened its edge infrastructure, reduced cloud strain, and enhanced delivery performance for end users.

Challenges

  • Need for strong CPU performance to manage real-time edge processing for streaming workloads
  • Limited storage throughput for fast local caching and software RAID
  • Difficulty securing long-lifecycle hardware components for multi-year field deployments
  • Constrained installation spaces requiring a true short-depth 2U chassis
  • Requirement for UL-certified equipment and dependable US-based technical support

Solution

  • Premio’s KCO-2000-RPL Series, 2U short-depth fanned industrial computer
  • Support for 12th and 13th Gen Intel Core processors with long lifecycle availability
  • Dual onboard NVMe M.2 slots enabling software RAID for fast and resilient storage
  • PCIe expansion options for future graphics, networking, or specialized hardware needs
  • UL 62368 compliance for safe deployment in commercial environments

Benefits 

  • Enhanced reliability and long-term supply stability 
  • Onsite compute that reduces cloud usage and latency 
  • Responsive US-based engineering and technical support

 

Company Overview

The company delivers an integrated streaming aggregation platform designed to unify live television, subscription services, and free streaming content. Its technology simplifies content discovery while supporting both residential and commercial installations at scale. Guided by continued innovation, the organization is expanding its edge capabilities to ensure fast and reliable streaming experiences across diverse deployment environments.

 

The Challenges 

Demanding CPU Requirements for Real-Time Edge Processing

At each customer site, the streaming platform needed to process live channels, on-demand content, and subscription authentication without relying entirely on the cloud. This required a processor capable of handling constant, multi-threaded workloads at the edge. Existing hardware struggled to maintain the necessary throughput for uninterrupted content delivery.

Insufficient Storage Throughput for Local Caching and RAID

To improve streaming performance and reduce bandwidth dependency, the platform required local caching with sustained high read/write speeds. Prior solutions lacked the storage throughput needed to operate software RAID effectively during heavy usage. This limitation led to bottlenecks that introduced buffering and degraded user experience. 

Lack of Long-Lifecycle Hardware Availability

Deployments across commercial and residential sites needed hardware with consistent, multi-year availability to avoid unpredictable redesigns. Consumer-grade systems created instability due to frequent component changes and short life cycles. Without long-term availability, it was difficult to scale reliably or maintain uniform system configurations. 

Challenges Integrating Compute into Tight Installation Spaces

Space constraints in telecom closets, rack cabinets, and utility rooms made deploying standard-depth servers impractical. The platform needed a compact 2U system engineered for short-depth environments commonly found across customer sites. Without a properly sized solution, installations risked delays or required costly infrastructure adjustments. 

Need for Certified Hardware and Strong Domestic Support

Commercial facilities such as hospitals and retail organizations often require strict compliance with safety standards. At the same time, rapidly expanding deployments demanded accessible US-based technical support for integration and troubleshooting. The absence of certified hardware and dependable support created unnecessary operational risk. 

 


The Solution

Premio’s 2U Short-Depth Fanned Industrial Computer

The company deployed Premio’s KCO-2000-RPL Series as the foundation of its onsite edge compute nodes. Positioned directly within customer facilities, the system handled local content processing, reduced cloud reliance, and ensured consistent streaming performance. Its compact size and industrial-grade construction made it ideal for distributed installations. 

Long-Lifecycle Intel Processing

Support for 12th and 13th Gen Intel Core processors provided the processing headroom needed for real-time content aggregation. This enabled efficient handling of concurrent streams, authentication tasks, and metadata management at the edge. The long CPU lifecycle ensured consistent hardware availability for the company’s multi-year deployment roadmap. 

High-Speed NVMe Storage Architecture

Dual onboard NVMe M.2 slots delivered the throughput required for high-performance local caching and software RAID. Running Ubuntu 24.04, engineers utilized this fast storage architecture to maintain content availability even during peak demand. The result was smoother, more responsive playback for end users. 

PCIe Expansion for Future Scalability

The system’s diverse PCIe slots (including Gen 5 and Gen 4) enabled flexible expansion for graphics acceleration, networking upgrades, or specialized modules. This gave the platform the ability to evolve with new services or higher bandwidth requirements. Expansion readiness aligned with the company’s long-term edge strategy. 

Certified and Reliable for Commercial Environments

UL 62368 certification and industrial-grade durability ensured the system met the safety and reliability needs of hospitals, retail chains, and multifamily properties. Built for continuous 24/7 operation, the hardware supported mission-critical uptime. Premio’s US-based technical support team further streamlined deployment and lifecycle management. 

 

The Benefits

Long-Term Reliability and Supply Stability

Industrial-grade components and long-lifecycle processors ensure stable availability for enterprise-scale deployments over multiple years. 

Reduced Cloud Dependence and Improved Latency

By shifting compute processes onsite, the platform reduces bandwidth load and delivers more consistent, low-latency viewing experiences. 

Responsive US-Based Engineering Support

Premio’s Los Angeles engineering team offers fast, knowledgeable assistance essential for installation, optimization, and ongoing support. 


 

Conclusion

By integrating Premio’s KCO-2000-RPL Series, 2U short-depth fanned industrial computer, the streaming platform established a dependable onsite edge compute architecture capable of reducing cloud strain and improving end-user experience. The compact, high-performance design supports distributed deployments across customer environments while delivering long-term stability. With scalable hardware and strong domestic support, the company is positioned for continued success in the evolving streaming landscape.