Klyvora
Klyvora
Industrial controllers, GPU rack servers, and high-speed data transmission arrays powering remote content management networks.
Klyvora Node Technologies Ltd. is a high-performance computing infrastructure manufacturer specializing in AI GPU server systems, scalable compute clusters, and enterprise-grade data center solutions. Since our founding in 2016, we have recognized that modern digital signage is no longer about standalone display boards. Today’s systems represent sophisticated edge-intelligence nodes that require massive compute backends, low-latency distribution, and robust industrial computing servers to process rich media, AI-driven anonymous viewer analytics, and interactive IoT feeds.
Operating from a state-of-the-art production facility with an integrated building area of approximately 320㎡, Klyvora hosts dedicated R&D workspaces, high-density system assembly, and thermal-stress chambers. With over 6 years of direct export experience and 11 years of deep-domain engineering expertise in computing hardware, Klyvora bridges the gap between commercial digital displays and the backend compute power required to manage them globally. Our annual export volumes hover between USD 8 million and USD 22 million, serving as a trusted engine for system integrators across North America, Europe, the Middle East, and Southeast Asia.
Custom OEM visual displays integrated with ruggedized edge computing systems to deliver specialized solutions across high-density industries.
Real-time digital menu boards, interactive fitting room mirrors, and programmatic digital out-of-home advertising displays. Designed with high-brightness panels (up to 3000 nits) and specialized thermal management configurations to withstand 24/7 commercial drive-thru environments.
Ultra-stretch LCD kiosks, double-sided outdoor display pillars, and high-impact LED video walls. Built around multi-display graphic sync systems that run off centralized edge media servers, ensuring synchronized flight schedules and critical passenger safety alerts.
Self-service wayfinding terminals, interactive clinic check-in displays, and digital boardroom systems. Designed with antimicrobial touch overlays, optical bonding to eliminate glare, and highly secure local client network configurations that comply with strict data safety standardizations.
As a forward-looking OEM manufacturer, Klyvora approaches digital signage through a strict lens of hardware convergence. Traditional media players are being replaced by dynamic AI Edge Inference nodes. These systems run local models to dynamically target promotions, track customer engagement, and maintain operation without relying on persistent cloud connection.
Our engineering roadmap highlights the integration of high-density GPU nodes and rack systems with displays to create cohesive operational architectures. Liquid cooling developments inside dense computing systems, redundant system storage configurations, and system-level firmware optimizations ensure that even the largest DOOH displays perform efficiently under severe outdoor heat profiles without screen decay or controller thermal throttling.
We are actively driving research in the following domains: High-reliability system integration, embedded Watchdog timers inside hardware controllers to trigger remote power resets, and robust custom power delivery units (PDUs) capable of handling unstable line voltages in regional transportation networks.
| Display Feature / Specification | OEM Target Range | System Computing Core Integration |
|---|---|---|
| Thermal Tolerance range | -30°C to +55°C (Active Fan/A.C. cooling) | Dynamic Thermal Throttle at Edge Player |
| Peak Optical Brightness | 1500 to 3500 nits (Sunlight readable) | Ambient sensor integration via GPIO interface |
| System Controller Integration | Embedded ARM SOC / Intel Core Multi-Thread | Supported by Klyvora 1U/2U central rack arrays |
| Mean Time Between Failures | >50,000 Hours (Commercial Grade Panels) | Dual redundant hot-swappable storage disks |
Leveraging a massive network of verified global partners to achieve unparalleled cost-efficiency, assembly precision, and shipment speed.
Our factory model optimizes efficiency through a meticulously managed, automated assembly flow. By cultivating a reliable network of over 860 certified component suppliers, we secure top-grade motherboards, robust power supplies, display panels, and high-performance GPU systems at stabilized costs.
This deep integration protects our production schedules from global logistics disruptions. Combined with our strict, multi-stage Quality Assurance workflows, every single digital signage display controller and edge server undergoes detailed thermal profiling and prolonged Burn-in verification under maximum operational load.
This meticulous approach means that when our systems ship to your destination, they are fully verified, compliant with international criteria, and pre-configured for rapid plug-and-play installation.
Global buyers expect clear engineering adherence, robust component verification, and compliance with local standardizations. Our OEM design workflows follow rigorous international frameworks:
We partner with regional system integrators to guarantee rapid delivery, field support, and local warranty processing. By supplying detailed spare-parts kits (such as controller fans, secondary power supplies, and logic boards), we minimize system downtime and help our clients keep local maintenance costs low.
Expert technical insights regarding OEM customizations, integration, and manufacturing capabilities.
We use powder-coated aluminum or galvanized steel enclosures with IP65/IP66 ratings. Thermal control is managed through active forced-air ventilation or internal air conditioning systems. This keeps the internal edge player operating safely even during direct sunlight and high ambient temperatures.
Yes. Our customized media controllers support Windows, Android, and various Linux versions. The hardware is optimized to run major commercial Content Management Systems smoothly, utilizing GPU hardware decoding for clean 4K/8K video playback.
Enclosure design prototyping and basic engineering validation typically take 2-3 weeks. Once structural and electronic designs are signed off, production runs generally ship within 4-6 weeks, supported by our strong network of raw material partners.
Klyvora designs GPU-dense computing servers and NAS clusters. These systems operate in backend datacenters or regional hubs, running content schedulers, database systems, AI audience analytics models, and managing streaming feeds to thousands of edge screens.
Browse our selection of computing servers, high-speed storage components, and network interface controllers designed for heavy data center workloads.
