Zyphora
Zyphora
Discover our high-density rackmount systems built to handle multi-channel visual matrix, real-time AI encoding, and virtual production rendering pipelines.
Understanding the transition from traditional matrix switchers to IP-routed high-performance media server networks.
Modern professional audio-visual designs are no longer isolated copper circuits. Global enterprises require high-performance, rackmounted processing units that transform raw HDMI, SDI, and DisplayPort streams into routable IP network frames (NDI, SMPTE ST 2110, or Dante AV) handled by centralized server nodes.
Next-generation camera tracking, real-time audio echo cancellation, noise isolation, and smart lighting automation rely heavily on machine learning workloads. Edge GPU workstations act as localized brains inside commercial environments, dynamically modifying visual feeds on the fly.
Extended Reality (XR) studios, digital signage matrices, and high-frequency live events depend on heavy-duty rendering clusters. Our custom servers utilize multi-GPU arrays to compile, render, and push seamless real-time virtual environments for broadcast and entertainment.
Founded in 2017, Zyphora has quickly evolved into a leading professional manufacturer and global supplier of AI GPU servers, high-performance computing systems, and customized media data center solutions.
Headquartered in Shenzhen, China, we operate a highly specialized production facility optimized for thermal dynamics and precise spatial layout. We specialize in custom-tailoring AI GPU servers, GPU workstations, rackmount media servers, high-speed storage systems, and specialized hardware designed specifically for complex artificial intelligence integration, large-scale media distribution, and high-performance computing (HPC).
Our operational framework is backed by a massive supply chain network consisting of over 1,200 qualified partners. This ensures we guarantee reliable components, custom-molded chassis fabrication, flexible scaling capabilities, and fast worldwide lead times for enterprise deployments.
Zyphora provides end-to-end OEM and ODM capabilities. From structural chassis engineering, private branding, custom bios configuration, to firmware locks, we align our outputs with the rigid certifications needed for modern enterprise operations.
How Zyphora integrates core hardware computing platforms to serve as the backbone of next-gen smart spaces.
Deploying edge nodes utilizing high-performance server boards to convert multiple raw streams into highly compressed, low-bandwidth feeds. Supported by state-of-the-art Xeon processors and custom ASIC accelerators.
Our custom computing units can be fitted with multi-port PCIe expansion capture cards. Designed to bridge physical video interfaces directly with central processing systems without thermal throttling.
Utilizing high-availability database setups and NAS architectures on our servers to manage global routing systems, user permissions, device states, and digital signage assets from a single GUI console.
Our dedicated manufacturing pipelines cater to system integrators, software-defined AV developers, and cloud-focused corporations looking for custom hardware designs.
How our custom OEM equipment operates within standard enterprise architectures.
Critical command stations demand continuous 24/7 reliability. Our high-performance servers, backed by dual redundant hot-swappable platinum power supplies, manage dozens of independent hardware inputs to project real-time feeds across large-scale control room video walls with zero packet loss.
Centralized hybrid workspace systems require robust computing nodes that run complex virtual machines, soft codecs, and video conferencing matrixes. By utilizing powerful cloud-enabled multi-socket server builds, corporations can manage meeting room endpoints from one main rack space.
Managing extensive retail and transport display boards requires distributed GPU rendering nodes. Our short-depth and micro-rack servers provide the high-end processing power needed to output multi-screen interactive graphics while operating under extreme environmental conditions.
Real-time projection mapping, multi-projector blending, and dynamic tracking sensors require heavy real-time computing power. Our high-capacity GPU server units process sub-millisecond workflows, generating highly engaging interactive spaces for concerts, museums, and high-end retail venues.
Every server, GPU workspace, and storage unit leaving our Shenzhen facility is subjected to rigorous validation procedures. Our dedicated QA team of 42 professionals enforces zero-tolerance quality control standards before global dispatch.
Technical insights on deploying custom server platforms in professional AV systems.
Select the ideal high-performance rackmount node or enterprise-level storage solution for your system architecture.
