Media & Video Streaming
Deliver stutter-free 4K/8K video to thousands of concurrent users seamlessly without buffer interruptions.
Extreme Network Velocity
10Gbps Dedicated Servers for Unstoppable Data Flow
Unlock maximum data transfer potential with a 10 Gigabit per second network connection. Engineered for enterprise CDNs, 4K streaming, and massive big data transit, EPY Host delivers dedicated bare metal power paired with unmetered 10Gbps port options worldwide.
10Gbps Port Capacity
Unmetered Transit Options
NVMe & Enterprise CPUs
Deploy Your 10Gbps Dedicated Server
Filter by processor, RAM, and unmetered transit options to find the perfect physical machine to handle your extreme bandwidth requirements.
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Try adjusting your monthly budget, CPU brand, or server type to find available bare metal configurations.
Designed For Scale
Who Needs a 10Gbps Connection?
Standard gigabit links bottleneck rapid growth. A massive uplink gives your heaviest applications the breathing room required to scale globally.
Content Delivery (CDN)
Push software updates, massive game files, and global assets with immense data velocity.
Big Data & Backups
Migrate terabytes of analytics data, database replications, and enterprise off-site backups in fractions of the time.
VPNs & Proxies
Operate high-capacity anonymization networks, enterprise VPN nodes, and large-scale proxy services reliably.
Advantages of High-Velocity Transit
Scaling a digital enterprise requires infrastructure that won't artificially cap your growth. Upgrading your network pipeline provides immediate architectural benefits.
Unrestricted Data Flow
Bypass conventional throttling. Unmetered bandwidth configurations ensure your platform remains online and highly responsive during sudden traffic spikes and viral events.
Optimized Global Routing
Data velocity isn't just about size; it's about pathing. Premium tier-1 carriers ensure fewer network hops, resulting in significantly lower latency for your international end-users.
Bare Metal Performance
A massive pipeline requires raw processing power. Your workloads are granted 100% exclusive access to the underlying hardware components, eliminating noisy neighbor interference.
The Architecture Behind Extreme Bandwidth
Saturating a large network link requires more than just a large pipe; it requires server hardware capable of keeping up with incredible packet processing rates.
Enterprise NVMe Storage
Standard SSDs and traditional hard drives become a massive bottleneck when trying to read or write data at extreme velocities. Our configurations prioritize PCIe Gen4 NVMe storage to ensure your disk I/O outpaces your network speed.
- Sustained read/write speeds over 3,000 MB/s
- Near-zero storage latency
- Ideal for rapid CDN caching
Premium Global Peering
A massive connection is only as good as its routing. Our infrastructure sits directly on premium tier-1 networks, ensuring low latency, fewer hops, and direct paths to major consumer ISPs globally.
- Diverse upstream carriers
- Intelligent route optimization
- Global datacenter availability
Enterprise-Grade NICs
Handling heavy traffic generates massive CPU overhead. We utilize premium network interface cards with hardware offloading to ensure packet processing doesn't degrade server compute performance.
- TCP/UDP hardware offloading
- SR-IOV virtualization support
- Extremely low-latency processing
High-Frequency ECC RAM
Extreme bandwidth requires memory capable of massive buffering and rapid data retrieval. Our servers feature high-capacity Error-Correcting Code (ECC) RAM to prevent data corruption during heavy transit.
- High-speed DDR4 & DDR5 architectures
- Automatic data error correction
- Stable environment for heavy workloads
Powering Your 10Gbps Workload
Choose the processor architecture that aligns with how your application processes network packets and data strings.
Intel Xeon Processors
Intel Xeon servers bring decades of enterprise reliability and optimization. Perfect for workloads that require high single-core frequency and specialized instruction sets like AVX-512 for video transcoding.
Best for: Media Transcoding, High-Frequency Trading, Legacy Enterprise Applications.
View Intel ServersAMD EPYC & Ryzen
AMD servers excel in massive multi-threading and offer unparalleled PCIe lane bandwidth—vital for preventing bottlenecks on network interface cards.
Best for: Heavy Virtualization, Massive CDN Caching, Concurrent Multi-user Environments.
View AMD ServersBuilt for the Demands of Modern Applications
Deploying enterprise-grade infrastructure means securing both raw compute power and the network capacity to deliver it seamlessly. Outdated pipelines restrict scalability, resulting in packet loss and diminished user experiences during critical moments.
By migrating to a high-capacity bare metal environment, system administrators guarantee that intensive processes—from real-time database replications to global content distribution—operate without external limitations or unexpected overhead costs.
10Gbps Dedicated Server FAQ
Find technical answers about our extreme-bandwidth bare metal servers, routing capacities, and hardware requirements.
A 10Gbps dedicated server is a bare-metal physical server equipped with a 10 Gigabit per second (10GbE) network interface. This provides up to 10 times the network capacity of a standard 1Gbps connection, making it ideal for moving massive amounts of data rapidly.
We offer both metered and unmetered 10Gbps bandwidth configurations. Our unmetered 10Gbps plans allow you to transfer data constantly without hitting a monthly data cap, though acceptable use policies and port sharing constraints may apply depending on the specific datacenter routing.
These servers are engineered for enterprise workloads such as high-volume Content Delivery Networks (CDNs), 4K/8K video streaming, massive Big Data processing, high-frequency trading platforms, and large-scale VPN/Proxy infrastructures where a 1Gbps line would instantly bottleneck.
To fully saturate a 10Gbps port, your server requires enterprise-grade hardware. We pair our 10Gbps ports with high-performance NVMe SSDs to prevent storage I/O bottlenecks, and high-core-count Intel or AMD processors capable of handling the immense packet processing requirements.
Yes, network-level DDoS mitigation is available across our 10Gbps infrastructure to ensure your heavy-traffic applications remain online and secure during malicious volumetric attacks. Check specific server configurations for exact mitigation capacities.