Ultimate CPU Power
Current AMD Zen 5 and Intel Arrow Lake options for latency-sensitive and high-frequency workloads
High-Frequency Servers
High-Performance Dedicated Servers
Lightning-fast response for every request
- Latest Intel/AMD processors with up to 24 cores & 48 threads
- Up to 256GB DDR5 memory for ultra-fast data processing
- Enterprise-grade NVMe SSD storage for outstanding I/O performance
- Massive 25Gbps network uplink for bottleneck-free data transfer
- Multiple global data center locations for optimal worldwide coverage
Flexible High-Frequency Plans
High-frequency servers offer configurable core speeds and threads, ideal for latency-sensitive use cases such as APIs, trading systems, and real-time services. Click column headers to sort by specs and price.
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| CPU | Datacenter | Action | |||||||
|---|---|---|---|---|---|---|---|---|---|
| Intel I9 14900K | Dallas | 24 Cores 32 Threads | 64GB DDR5 | 1TB NVMe | 1G | 25TB | 8 IPv4 | $299/mo | Order Now |
| AMD Ryzen 9950X | Utah | 16 Cores 32 Threads | 192GB DDR5 | 2x3.84TB NVMe | 1Gbps | 50TB | 5 IPv4 | $349/mo | Order Now |
| AMD Threadripper 7960X | Utah | 24 Cores 48 Threads | 256GB DDR5 | 2x2TB NVMe | 10G | 50TB | 5 IPv4 | $629/mo | Order Now |
Why Choose High-Performance Dedicated Servers?
Enterprise-grade hardware for high-traffic websites, big data processing, AI computing and mission-critical applications
Massive Memory
Large DDR5 memory options for databases, caching systems, and in-memory workloads
Enterprise NVMe Storage
PCIe 4.0 NVMe SSD options for databases and concurrent I/O workloads
High-Speed Network
Up to 25Gbps bandwidth with Tier-1 carrier connections ensuring low latency and high availability worldwide
Enterprise Reliability
24/7 ticket access; availability and hardware handling times depend on the selected plan and applicable SLA
Global Reach
Choose among listed US locations according to target users and routing requirements
Premium Hardware Powers Your Success
Enterprise-grade configurations that unlock your application\'s full potential
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Latest Architecture CPUs
AMD Zen 5 and Intel Arrow Lake processor options
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DDR5 High-Speed Memory
Capacity and channel configuration vary by plan
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PCIe 4.0 NVMe Storage
Suitable for databases and concurrent I/O tasks
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25Gbps Network Port
Enterprise bandwidth for high-traffic demands
Real-World High-Performance Server Applications
Discover how enterprise hardware solves actual business bottlenecks and delivers breakthrough results for your projects
AI Model Training & Inference
Machine Learning / Deep Learning
Selection Focus Core count, frequency, and memory
Inference Capacity Depends on model and precision
Memory Requirement Size for the selected model
Business Benefits
- Suitable for CPU-intensive training and inference
- Choose memory capacity for the dataset and framework
- Validate performance with a representative benchmark
High-Traffic Web Apps
E-commerce / Finance / Gaming
Selection Focus Per-core speed and sustained load
API Response Depends on application and network
Database Queries Combine NVMe with index tuning
Business Benefits
- Suitable for commerce, API, and event workloads
- Plan headroom from load-test results
- Tune the application, cache, and database together
Real-Time Big Data Analytics
BI / Data Warehouse / ETL
Selection Focus CPU, memory, and storage throughput
Complex Queries Depends on data and query plan
In-Memory Computing Size for the working set
Business Benefits
- Suitable for BI, data warehouse, and ETL workloads
- Plan storage and memory from actual data volume
- Test with representative data before production
4K/8K Video Rendering
Film Production / Architecture
Selection Focus Core count, frequency, and encoder
3D Rendering Depends on software parallelism
Asset Loading Consider sustained NVMe throughput
Business Benefits
- Suitable for encoding, rendering, and asset processing
- Actual completion time depends on project settings
- Benchmark a representative task before ordering
High-Performance Dedicated Server FAQ
Expert technical answers to help you make informed server decisions
How do AMD Zen 5 and Intel Arrow Lake options differ? +
Both target strong per-core performance, but core count, frequency, memory support, and expansion options vary by processor and server model. Choose the configuration that matches your licensing, concurrency, and sustained-load requirements.
What problems does 256GB DDR5 memory solve? +
Large memory capacity can reduce disk swapping for databases, model workloads, and application caches. Actual gains depend on working-set size, memory channels, processor, and access patterns.
How much faster is NVMe PCIe 4.0 vs traditional storage? +
NVMe generally offers higher concurrent I/O and lower access latency than SATA storage. Actual speed depends on the SSD model, queue depth, RAID, file system, and sustained workload.
How to assess if my business needs high-performance servers? +
Review sustained CPU use, memory swapping, storage wait time, request queues, and response time under representative load. Upgrade the resource that testing identifies as the persistent bottleneck.
How to calculate ROI for high-performance servers? +
Compare current infrastructure cost, processing time, software licensing, operations effort, and expected utilization. The return period varies by workload and architecture, so use your own cost and benchmark data.
When is 25Gbps network bandwidth necessary? +
Essential for: large website CDN origin servers, video streaming services, big data cluster inter-node communication, cloud storage services, high-frequency data synchronization. 25Gbps bandwidth supports 3GB/s data transfer per node, meeting ultra-large scale concurrent access and data transfer demands.
How are server hardware failures handled? +
Submit a ticket when a hardware issue is suspected. The support team will diagnose it and arrange handling according to the selected plan, parts availability, data-center process, and applicable SLA.
How to monitor and optimize server performance? +
Professional monitoring tools provided: real-time CPU, memory, disk I/O, network bandwidth monitoring, application performance analysis, bottleneck identification and optimization recommendations. Our technical team assists with system tuning: kernel parameter optimization, database configuration adjustments, application architecture optimization advice.
Typical Workloads
Common deployment and sizing scenarios for high-frequency servers
Rating: 5/5
"E-commerce workloads should be sized against peak traffic, database load, cache behavior, and representative load tests."
E
E-commerce Peak Traffic
High-Concurrency Workload Example
Rating: 5/5
"Game servers commonly prioritize single-core frequency, network latency, and sustained load behavior."
G
Game Server Workload
High-Frequency CPU Example
Rating: 5/5
"Cross-border applications should choose a region based on user location and confirm routing, port speed, and traffic allowance before ordering."
C
Cross-Border Application
Regional Deployment Example
Rating: 5/5
"A move from shared hosting to a dedicated server should document bottlenecks, migration scope, maintenance window, validation, and rollback steps."
D
Dedicated Server Migration
Migration Planning Example
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