Run demanding workloads on servers built for speed, scale, and raw compute power. Our AMD servers deliver top-tier performance without the premium price tag.
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High core density, 12-channel DDR5, PCIe 5.0 lanes, and SME memory encryption on single-tenant bare metal, tuned for virtualization, rendering, and AI.
RedSwitches AMD dedicated servers offer up to 128 cores and 256 threads in a single CPU. These high core counts enhance processing efficiency for compute-intensive tasks, enabling you to maximize the benefits of your dedicated servers' AMD deployment.
Our AMD servers support 12-channel DDR5-6400 memory. This ensures higher bandwidth, lower latency, and more capacity for demanding operations. It also helps your AMD hosting setup stay fast under continuous memory pressure.
All RedSwitches AMD dedicated servers support GPU integration via PCIe 4.0 or 5.0. This ensures compatibility with AI accelerators, allowing for high-speed data processing on AMD-hosted systems without I/O bottlenecks.
We provide AMD servers with up to 160 PCIe 5.0 lanes. This allows more GPUs, NVMe SSDs, and high-speed NICs to connect without bandwidth limitations, giving your AMD dedicated server room to scale.
All AMD servers at RedSwitches support Secure Memory Encryption (SME). This protects data in memory against physical attacks and unauthorized access, adding another layer of safety to your AMD dedicated server setup.
Our AMD servers are tuned for dense virtualization. You can allocate more VMs per core with strong memory and I/O handling. These features make AMD dedicated servers ideal for virtualized infrastructure.
Choose from cost-effective single-socket or high-core dual-socket AMD servers. RedSwitches offers multiple configurations tailored to your AMD hosting needs, striking a balance between density and cost while ensuring strong hardware isolation.
Our AMD EPYC systems manage heat with advanced airflow and thermal profiling. With TDP up to 400W, cooling is crucial. Each RedSwitches setup is tuned to maintain ideal temperatures across workloads.
We deploy servers with Zen 4 and Zen 4c cores to support specific needs. Zen 4 focuses on speed per thread, while Zen 4c maximizes thread density. You choose based on your AMD dedicated server usage pattern.
RedSwitches only uses ECC memory, server-grade storage, and redundant power in all AMD hosting systems. This setup reduces failure points and improves long-term reliability for demanding environments.
Each server is configured for real-world efficiency, not just benchmarks. Whether you pick Ryzen or EPYC, every AMD dedicated server is customized to match your workload with the right cores, memory, and I/O stack.
Our technical team is available 24/7 across live chat, email, and social platforms. Average response time is under 5 minutes. Whether it's setup, tuning, or troubleshooting, your Dedicated AMD Servers stay supported at every step, without delays.
From enterprise virtualization to blockchain infrastructure, see where AMD EPYC and Ryzen bare metal delivers more compute per dollar.
Run hundreds of virtual desktops per node using high core count CPUs. Our AMD dedicated servers provide the memory bandwidth and CPU isolation needed for scalable, secure virtual desktop infrastructure (VDI) and enterprise-grade virtualization.
Studios use our AMD servers for VFX and animation rendering. With more cores per rack, you can reduce render time and increase density, making it ideal for film, 3D design, and multimedia pipelines that demand stable, multithreaded performance.
Our AMD hosting supports AI workloads with high-frequency processors and large PCIe bandwidth. This enables rapid data preprocessing and ensures full GPU performance, helping train models faster across large datasets.
Deploy private or hybrid cloud environments on RedSwitches AMD dedicated servers. Each server supports high VM density, fast I/O, and consistent compute, making it ideal for hosting platforms and custom IaaS deployments.
Host multiplayer games and backend logic using AMD's consistent core performance. Our servers minimize lag spikes and support parallel player sessions, making them ideal for real-time game engines and eSports server clusters.
Use RedSwitches AMD servers to run real-time analytics or batch processing. The memory throughput and core density help reduce query times and support frameworks like Hadoop, Spark, and Presto at scale.
RedSwitches supports low-latency edge infrastructure with AMD hosting. Deploy AMD-powered servers near your users for real-time processing, CDN nodes, or telco workloads requiring local computation without sacrificing performance.
Run parallel workloads like climate modeling or genomic analysis. AMD's large L3 cache and high core count enable faster results for teams using scientific computing frameworks and custom algorithms.
RedSwitches AMD dedicated servers power blockchain validators, full nodes, RPC endpoints, and DeFi protocols. High core counts, PCIe 5.0 lanes, and DDR5 memory ensure stable performance for consensus, smart contracts, and fast query response.
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Common questions about AMD dedicated server security, machine learning fit, cooling, and choosing a provider.
At RedSwitches, our AMD dedicated servers come equipped with powerful security at the hardware level. AMD Secure Processor and Secure Memory Encryption (SME) help protect your data from unauthorized access. You also get support for full disk encryption, BIOS-level lockdowns, and secure boot. These features mitigate risks associated with firmware-based attacks and ensure compliance with stringent data privacy regulations. Whether you're handling financial transactions or sensitive client data, our servers are designed to keep your workloads secure and isolated.
AMD processors are designed for demanding parallel workloads. With high core counts, large L3 cache, and fast memory access, they're ideal for machine learning training and big data analytics. You get more threads per dollar compared to many Intel chips, resulting in better value and faster performance. At RedSwitches, we optimize our AMD servers for GPU integration and large memory configurations, making them ideal for deep learning, Spark clusters, and real-time data pipelines.
Our water-cooled AMD servers operate more efficiently and at lower temperatures under load. This advanced system removes heat directly from the CPU, allowing higher sustained performance without thermal throttling. That means your AMD processors can maintain peak clock speeds longer, even during intense compute tasks. Water cooling also reduces noise and extends the life of hardware. At RedSwitches, we use water-cooled racks to power high-density AMD deployments without compromising stability or speed.
When choosing an AMD dedicated server provider, look for more than just hardware. At RedSwitches, we offer full-stack support, enterprise-grade SLAs, and custom configurations tailored to your workloads. We recommend checking for key features such as Ryzen or EPYC CPU options, NVMe storage, high-bandwidth connectivity, and 24/7 technical support. Also consider server cooling, DDoS protection, and data center locations. With RedSwitches, you get powerful AMD hosting backed by a global network and real-time support from infrastructure experts.
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