The rapid development of intelligent everything has created a demand for data centers with innovative server and storage technologies. From smart homes to factories of the future, data is critical to nearly every aspect of modern life. Data centers are the backbone of the Internet, collecting, processing, and storing information. To meet growing demands, modern data centers must provide strong connectivity, reliability, and performance with optimal signal integrity and efficiency.
Data is the raw material of the future. The technology that collects, processes and stores data is at the heart of data centers around the world.
Data is processed and stored in servers located around the world. The adoption of next-generation hardware requires the deployment of advanced equipment in unprecedented locations and environments. As the Internet of Things and its Industry 4.0 boom, machines are being given the ability to share information at high speeds. These machines may be close to each other, such as in the latest smart factories, or dispersed over long distances in industries such as transportation and agriculture. Servers must provide the required speed and data rates to ensure the highest reliability and lowest latency, no matter where in the world they are.
This creates a need for highly flexible solutions. Engineers are eager to benefit from the increased performance of the latest data networks and need to be confident that their equipment can meet their needs. The latest server and storage solutions need to provide flexibility and scalability to support higher performance at the speed of innovation.
Dragon Well helps solve the most complex data center challenges by collaborating early in the design process, providing unparalleled engineering expertise, and providing industry-leading high-speed interconnect solutions.
Next-gen AI training and real-time analytics demand ultra-fast, reliable data pathways:
BiPass™ I/O Connectors: Dragon Well’s dual-port design supports 800Gbps per lane with <0.5dB insertion loss, enabling seamless GPU-to-GPU communication in AI clusters.
Active Electrical Cables (AEC): Replace bulky optical modules with low-latency copper solutions, reducing power consumption by 30% for hyperscale ML training racks.
Mirror Mezzanine Connectors: Enable vertical stacking of NVMe storage arrays, doubling rack density while maintaining signal integrity at 112G PAM-4 speeds.
Decentralized data processing requires agile, ruggedized solutions:
Modular NearStack™ Systems: Hot-swappable PCIe 6.0 backplanes allow on-the-fly storage expansion in micro-edge data centers, ideal for smart factories and autonomous vehicle hubs.
Twin-Axial Copper Backbones: Deployable in extreme temperatures (-40°C to 125°C), these cables ensure uninterrupted operation for oil/gas or agricultural IoT storage nodes.
Distributed Erasure Coding: Dragon Well’s FPGA-accelerated controllers reduce rebuild times by 60% in geo-redundant storage networks.
Balancing performance with energy efficiency:
PowerPlane Busbars: 500A-rated laminated busbars minimize resistive losses in 48V DC server racks, cutting energy waste by 20%.
Liquid-Cooled Memory Modules: Direct-to-chip cooling for DDR5/6 DIMMs sustains 1TB/s bandwidth without thermal throttling.
AI-Driven Dynamic Voltage Scaling: Real-time power adjustment algorithms reduce CPU/GPU idle consumption by 45%.
Ensuring data reliability in congested environments:
Shielded Differential Pairs: Dragon Well’s proprietary crosstalk cancellation tech maintains BER <1E-18 in 224G PAM-4 server backplanes.
EMI-Absorbing Connector Housings: Nano-crystalline coatings reduce RF interference by 25dB, critical for 5G edge servers near radio towers.
Impedance-Controlled Routing: Automated PCB design tools optimize trace geometry for 56GHz+ signals in HBM3 memory stacks.
By integrating modular design, AI-driven optimization, and military-grade reliability, Dragon Well’s server and storage solutions empower enterprises to:
Let’s architect the future of data together! 🚀🔧
