High-Performance Infrastructure for Video Processing
Cires21 delivers high-performance infrastructure designed for demanding media and video processing workloads. Its platforms combine optimized hardware, networking, and storage architecture to support large-scale encoding, transcoding, and video delivery environments. As part of the NETINT VPU Ecosystem, Cires21 enables streaming platforms to deploy hardware-accelerated video processing infrastructure that delivers predictable performance and efficient scaling.
Role in the VPU Ecosystem
Cires21 provides the optimized infrastructure layer that supports NETINT VPU-accelerated video processing deployments. By combining high-performance servers, networking, and storage architecture, Cires21 enables streaming platforms to run large-scale encoding and transcoding workloads with consistent performance and operational reliability.
Within the NETINT VPU Ecosystem, Cires21 helps organizations deploy hardware-accelerated video infrastructure designed for modern streaming environments.
Company Type
High-performance infrastructure and systems provider
Core Focus
Optimized compute platforms for video processing workloads
Primary Workloads
Video encoding, transcoding, and large-scale media processing
Customer Profile
Streaming platforms, broadcasters, and media infrastructure operators
Who to Talk to About VPUs at Cires21
Connect with the Cires21 team to discuss video infrastructure, VPU deployments, and modern streaming architectures.
Joint Workflow
NETINT VPUs process video at scale, while Cires21 provides optimized infrastructure for high-performance deployments.
- High-performance servers designed for video processing workloads
- Infrastructure optimized for hardware-accelerated encoding
- Efficient scaling of video processing environments
- Reliable compute platforms for large-scale media workflows
News & Articles
Featuring Cires21
VPU vs GPU for Video Transcoding: Infrastructure Efficiency Analysis
A technical whitepaper by Cires21 and NETINT comparing VPU-based and GPU-based video transcoding architectures. The analysis examines performance, power consumption, infrastructure density, and cost efficiency when deploying large-scale video processing platforms.
Cires21 MediaCopilot Streamlines Video Content Creation with AWS
Explains how Cires21 developed MediaCopilot, an AI-powered cloud platform built on AWS that simplifies video workflows including transcription, dubbing, subtitling, metadata extraction, and automated content processing.
Why Transcoding Efficiency Breaks Down Without Native VPU Integration
An Akamai engineering analysis comparing VPU and GPU performance for large-scale media workloads. The article evaluates efficiency, throughput, and infrastructure requirements when deploying hardware-accelerated video transcoding in production environments.
Podcasts
Featuring Cires21
Short Interview
When Benchmarks Lie: Predictability, Variability, and the Real Meaning of Efficiency
Leo Nieto from NETINT and Jose Casal from Cires21 discuss why traditional benchmarking methods often fail to represent real-world video infrastructure performance, and how engineering teams should evaluate encoding efficiency in production environments.
Short Interview
AI for Broadcasters. How Cires 21’s Media Copilot Delivers Tier-One Video Workflows
A discussion on how AI is beginning to influence broadcast and video infrastructure workflows, including opportunities and challenges for media companies adopting new processing technologies.
Short Interview
Cires21 - The Transition to ASIC-Based Video Processing
Cires21 discusses the shift from traditional CPU-based infrastructure to specialized ASIC hardware for video processing, and how this transition enables greater efficiency, density, and scalability for modern streaming platforms.
Learn more about Cires21 and its infrastructure solutions for high-performance video processing.
