Eagle-Lanner tech blog
- Информация о материале
- Автор: Super User
The increasing power of CPUs and GPUs in modern servers brings with it a challenge: managing the intense heat they generate. Traditional air cooling is struggling to cope, especially in densely packed data centers. This is where Closed-Loop Liquid Cooling Systems (CLLCS) come in. These innovative solutions offer a highly efficient way to control server temperatures, unlocking greater performance and contributing to a more sustainable future for computing.
Подробнее: Benefits of Adopting Closed-Loop Liquid Cooling for Network Appliances
- Информация о материале
- Автор: Super User
As quantum computing evolves, its potential to break traditional encryption poses a significant threat to cybersecurity. Many cryptographic algorithms foundational to today’s secure networks, such as RSA and ECC, could become ineffective against the processing power of quantum machines. This makes transitioning to quantum-safe security a priority, especially for VPNs, which are central to secure communications. Modern network security appliances are paving the way for implementing quantum-safe VPN security, ensuring resilience in the post-quantum era.
Подробнее: How Network Security Appliances Enable Quantum-Safe VPN Security
- Информация о материале
- Автор: Super User
The Zero Trust Security Model operates on a simple yet powerful principle: “Never trust, always verify.” It eliminates implicit trust, requiring continuous verification of users, devices, and applications attempting to access network resources. Network appliances are key to effectively implementing Zero Trust, offering advanced capabilities for securing modern, distributed environments.
Подробнее: How Network Appliances Power the Zero Trust Security Model
- Информация о материале
- Автор: Super User
As artificial intelligence continues to reshape industries, deploying AI at the edge has become crucial for real-time decision-making and efficient data processing. AMD EPYC™ 9005 Series processors stand out as an exceptional choice for enabling AI inference at the edge, offering groundbreaking performance, efficiency, and compatibility.
Подробнее: Why Choose AMD EPYC™ 9005 Series Processors for Edge AI Inference
- Информация о материале
- Автор: Super User
In industrial settings, network reliability is paramount. High-availability Seamless Redundancy (HSR) and Parallel Redundancy Protocol (PRP) are vital technologies that guarantee zero packet loss and robust fault tolerance. HSR, designed for ring topologies, duplicates packets and sends them in both directions on the ring, ensuring uninterrupted data flow even during link failures. PRP utilizes two independent networks, providing simultaneous redundancy that renders network failures invisible to applications.
Подробнее: Building Resilient Digital Substations with High-Availability HSR/PRP Solutions
- Информация о материале
- Автор: Super User
Intel's new Atom® Amston Lake processor series is a major advancement in edge computing. This powerful AI processor series builds upon the previous x6000RE series with double the core count and an enhanced graphics base frequency, delivering robust capabilities and advanced deep learning inference for demanding industrial applications.
Подробнее: Accelerate Edge AI with Intel Atom® Amston Lake Processors
- Информация о материале
- Автор: Super User
NVIDIA's recent release of JetPack 6.0 marks a substantial leap in the capabilities of its Jetson platform, underscoring a dedication to accelerating AI application development on the Jetson System on Module (SOM). JetPack 6.0 comes packed with innovative features designed to enhance generative AI capabilities, propelling the development of powerful Edge AI applications that cater to advanced generative AI demands.