

How Do You Choose the Right CPU Core Count for Dedicated Servers?
When applications begin scaling beyond predictable traffic patterns, selecting the correct CPU core count for a dedicated server stops being
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How Memory Bandwidth Impacts Dedicated Server Application Performance?
When server workloads reach a certain level of concurrency, performance problems no longer come from obvious resource shortages. CPU utilization
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How to Set Up Secure Virtualization Environments on Bare Metal Infrastructure?
When you deploy virtualization on XLC bare metal infrastructure, security is not handled for you by a managed cloud layer.
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Exploring the Benefits of Custom Bare Metal Builds for Resource-Intensive Projects
Resource-intensive projects rarely fail because of software design alone. They struggle when infrastructure cannot sustain constant pressure across CPU, memory,
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What Is Single Tenant Architecture in Dedicated Server Environments?
Even when applications are well optimized, performance can still become inconsistent. Response times fluctuate, database queries slow during traffic surges,
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How Bare Metal Servers Power Big Data and High-Throughput Computing
Data pipelines slow down when infrastructure cannot sustain continuous ingestion, parallel execution, and predictable output at scale. Analytics jobs that
Read articleWhy Public Cloud Falls Short for Always-On Enterprise Workloads
Public cloud is engineered for elastic, bursty traffic — not flat-utilization compute running every hour of every day. For sustained workloads, virtualized infrastructure introduces three structural gaps: hypervisor overhead and noisy-neighbor variance, metered billing that penalizes high utilization, and opaque data placement that complicates compliance.
The economics are well documented. Andreessen Horowitz estimated cloud costs were suppressing more than $100 billion in market value across 50 public software companies, with firms repatriating workloads recovering substantial gross margin. Dropbox disclosed a margin lift from 33% to 67% after moving the majority of its workloads off public cloud.
Performance variance and residency are separate costs. Multi-tenant virtualization lets co-located tenants degrade your throughput unpredictably — an artifact of the hypervisor that bare metal removes by design. Under GDPR, controllers must use processors providing sufficient guarantees on the technical and organizational measures protecting personal data. Single-tenant hardware in a named facility makes those measures, and the data placement itself, auditable.
What XLC Delivers as a Bare-Metal Server Provider
XLC delivers single-tenant physical servers - no hypervisor, no shared CPU, no contended I/O - from Tier 3+ data centers in Los Angeles, Tokyo, and Hong Kong. Each server solution provides full hardware allocation, flat-rate billing, and direct integration with our Asia-focused network.
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Los Angeles/Tokyo/Hong Kong
The XLC Network:
Built for Asia-Facing Workloads
XLC operates a multi-carrier global network engineered for low-latency reach into Greater China and the wider Asia-Pacific region. Most US/EU server providers route Asia traffic over a single transit path; XLC runs direct connectivity to all three Chinese national carriers plus diverse Tier 1 and regional transit, so routing stays resilient when one path degrades.
For a server provider company focused on Asia-facing workloads, the carrier mix matters more than raw port speed. Our network includes:
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China carrier connectivity
Direct connectivity to China Telecom CN2, China Unicom, and China Mobile, with standard and premium options.
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Tier 1 and APAC transit
Transit through Lumen, NTT, GTT, and PCCW, plus SoftBank, Korea Telecom, Telstra, and PLDT.
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Regional IX peering
Peering at ANY2West, BBIX Tokyo, BBIX Los Angeles, and HKIX for fewer inter-AS hops.
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Cloud platform peering
Direct peering with Google, AWS, and Alibaba Cloud at multiple locations.
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Hybrid private links
Dedicated private links to AWS and Google Cloud for hybrid architectures.
Secure, Certified & |
Strategically Located, Highly Secure and Certified Datacenters
Positioned in key locations, our highly secure and certified datacenter delivers reliability compliance and exceptional performance for your workloads.
Who XLC Serves
XLC fits organizations whose workloads are always-on, latency-sensitive, attack-targeted, data-intensive, or bound by data-residency rules - patterns where shared public cloud is structurally weakest. Our server services and server solutions support six recurring industry profiles.
High Performance CPUs
powered by AMD EPYC™ and Intel® Xeon®
In our Tier 3+ facility, we prioritize a balance of performance and energy efficiency for critical workloads.
Carrier-Class Global Backbone:
Built for Speed, Shielded for Security
Juniper and Cisco 100/400G DDoS protected network
Low latencies and zero packet loss, our network is built to provide exceptional scalability and high availability capable of handling multiple Tbps of network traffic.
Round the clock at your service
We are committed to enhancing the customer experience and providing service that not only meets but consistently exceeds expectations.
Elite partners.
Proven performance.
How to Evaluate Server Providers for Enterprise Workloads
Treat any infrastructure partner — including hosted server providers and major cloud platforms — as a vendor to be tested against six concrete criteria. A confident server services partner can answer all six in writing, not only on a sales call.
Frequently Asked Questions
A bare-metal server is a single-tenant physical machine dedicated to one customer, with no hypervisor and no shared resources. A cloud VPS is a virtualized slice of a shared host, so its performance can be affected by other tenants.
XLC operates from Tier 3+ certified facilities in Los Angeles, Tokyo, and Hong Kong, with more locations planned. The Los Angeles facility anchors our server hosting USA footprint and serves as the primary North America peering point into our Asia network.
XLC is built for always-on, latency-sensitive, attack-targeted, and data-residency-bound workloads — patterns common to fintech, gaming, AI/ML, MarTech, and large-scale analytics. We are not optimized as a general server for hosting bursty or low-utilization sites; those workloads usually fit public cloud better.
Yes. XLC provides GPU-ready bare-metal configurations for both training and inference, on the same low-latency network as our standard server service tiers. Specifications are confirmed at configuration time.
XLC deploys multi-vendor Anti-DDoS combining on-premise appliances with upstream cloud scrubbing across L3/L4 and L7. L7 attacks have risen sharply in recent years and often slip past defenses tuned only for bandwidth floods, which is why mitigation capacity must be quoted separately at both layers.
Yes. XLC offers dedicated private links to AWS and Google Cloud at multiple locations, so customers can run cost-intensive compute on our hardware while keeping cloud-native services in their existing environments.
XLC provides 24/7 access to experienced network and systems engineers — humans, not first-line scripts. As major clouds reduce direct support, we treat engineer access as part of the product.
Conclusion
Enterprise bare-metal server solutions
XLC delivers single-tenant bare-metal server solutions from certified Tier 3+ data centers in Los Angeles, Tokyo, and Hong Kong, paired with an Asia-focused multi-carrier network, multi-layer DDoS defense, a 99.99% Network Uptime SLA, and 24/7 human-led engineer support. For teams running always-on workloads at scale, that combination is harder to assemble from a generic server hosting service than from a server provider company built for it from the ground up.
Seamless Integration
Powering Your Growth!
With our expertise and commitment to excellence, we deliver top-notch solutions to meet your hosting needs and ensure optimal performance for your online presence.




















