Bare metal, GPU nodes, and colocation for production workloads.
Standard RFQs are typically returned the same business day, and in-stock bare metal is commonly provisioned within 15 to 60 minutes after approval.
99.99% Network SLA Target
24/7 NOC And Remote Hands
IPv4, BGP Transit, And DDoS
NOC + Provisioning Desk
Capacity Available
Deployment Workflow
Quote bare metal, reserve cabinets, assign transit, and hand off deployments through a single commercial and operations workflow.
Hosting & MSP
SaaS Platforms
AI / HPC
CDN & Media
Gaming Networks
Why vnhost
Infrastructure procurement moves faster when scope, support, and delivery terms are defined upfront.
Operators want to see more than a price list. They want available markets, provisioning windows, access methods, mitigation options, support coverage, and an account team that can support the service after turn-up.
Bare metal, GPU nodes, colocation, and transit are presented as quote-ready SKUs with room for custom rack and network requirements.
Provisioning windows, OOB access, mitigation posture, and on-site support scope are defined in operational terms rather than marketing language.
NOC response, escalation flow, maintenance handling, and remote-hands execution are positioned as part of the service lifecycle.
Core Solutions
Infrastructure product lines aligned to real deployment, routing, and support requirements.
Each service line maps to an actual deployment path: choose the metro, confirm hardware or cabinet scope, define port and protection requirements, and move into production with the right access model and support coverage already in place.
Dedicated Servers
Single-tenant Intel Xeon and AMD EPYC platforms with stock availability, RAID and NVMe options, IPv4 resources, and full OOB management access.
GPU Hosting
GPU-ready nodes for inference, training, rendering, and accelerated compute with private fabric options, NVMe-heavy storage, and higher power density profiles.
Colocation
Quarter, half, and full cabinet deployments with A+B power, staged receiving, LOA-backed cross-connects, and ongoing remote-hands execution.
Transit & Protection
Blended transit, private transport, GRE or clean-pipe mitigation, and scalable commits for public-facing traffic and bandwidth-heavy services.
Popular Products
Reference configurations for rapid quoting, budgetary review, and initial deployment planning.
Displayed pricing is budgetary and subject to market, port commit, IPv4 allocation, power density, and custom hardware scope.
Intel Xeon E-Series
Entry-level bare metal for web hosting, edge services, and lighter single-tenant application stacks.
$99/mo
- 8C / 16T CPU
- 32 GB ECC RAM
- 2 x 960 GB SSD
- 1 Gbps unshared port
- 20 TB transfer included
AMD EPYC Compute
Balanced compute for denser application stacks, container workloads, and performance-sensitive tenant environments.
$189/mo
- 16-core AMD EPYC
- 128 GB ECC RAM
- 2 x 1.92 TB NVMe
- 1 Gbps included, 10 Gbps optional
- Always-on mitigation available
GPU-Ready Chassis
GPU-ready capacity for inference, training, media pipelines, and compute-heavy deployments with room to scale.
$599/mo
- Multi-GPU hardware options
- High airflow rack profile
- NVMe scratch storage
- Private fabric available
- Custom commit pricing
Network Advantage
Carrier-Diverse Blends
Policy-controlled routing for domestic reach, stable throughput, and better international path consistency.
Mitigation Layers
On-demand and always-on mitigation for gaming, APIs, fintech, streaming, and other exposed edge services.
Operational Access
Ticketing, remote reboot, IPMI, KVM, rDNS, maintenance windows, and remote-hands dispatch.
Routing policy, mitigation posture, and operational access that hold up under production traffic.
Hardware is only one part of the decision. Operators also evaluate route quality, abuse handling, mitigation capacity, support response, and whether the provider can keep service communication clean during incidents or maintenance windows.
US Deployment Footprint
Core US Deployment Markets
Ashburn
High-density East Coast interconnection for cloud adjacency, financial routes, and international ingress.
Dallas
Central US reach for national traffic patterns, scalable cabinet growth, and cost-aware bandwidth planning.
Los Angeles
West Coast edge for media delivery, gaming traffic, and Asia-Pacific oriented workloads.
Silicon Valley
Enterprise adjacency, cloud ecosystem access, and lower-latency environments for performance-sensitive services.
Deployment Process
From RFQ to service turn-up, the deployment path stays operationally clear.
Most infrastructure teams want a clean process: validate fit, lock scope, turn up service, and hand over clear support ownership after go-live.
Scope The Service
Map workload type, latency targets, compliance needs, and port or cabinet requirements to the correct metro.
Approve Build Sheet
Confirm hardware, power model, port commit, IPv4 allocation, mitigation profile, and any custom BOM or rack requirements.
Turn Up Service
Receive OOB access, support channels, escalation contacts, and the operating baseline for maintenance, incidents, and future changes.
Operating Standards
Infrastructure sales only works when procurement, operations, and support align on the same service model.
vnhost emphasizes the standards infrastructure teams look for before moving production traffic: defined scope, accountable response, maintenance communication, and support ownership that remains intact after the initial order closes.
Operator Feedback
Teams stay when the service scope is clean, the NOC responds, and expansion does not require relearning the platform.
"The service turned up the way it was quoted, and routing questions were handled by engineers who actually understood the network."
Hosting Operator"We needed US colocation with clear bandwidth commits and reliable remote hands. The rollout felt structured from staging through turn-up."
Streaming Infrastructure Team"The SKU structure made internal approvals easier, and expanding from the first node to additional capacity did not require rebuilding the commercial scope."
Managed Service Provider
FAQ
Questions infrastructure teams usually ask before issuing an order.
How quickly can a standard dedicated server be delivered?
In-stock configurations are commonly provisioned within 15 to 60 minutes after approval and payment review. Custom RAID, GPU, cabinet, or network-specific builds can require additional staging time.
Do plans include DDoS protection?
Yes. Standard services can include baseline protection, while higher-risk public workloads can add always-on or application-aware mitigation based on traffic profile and exposure level.
Can I order private networking, IPMI, and KVM access?
Yes. Qualified deployments support out-of-band management, private VLANs, remote reboot, and operational access aligned to the server profile and facility standard.
Do you support colocation and cross-connect requests?
Yes. Quarter cabinets, half cabinets, full racks, cross-connect processing, LOA handling, staged receiving, and remote-hands workflows are available in supported metros.
How are quotes, billing terms, and custom projects handled?
Standard services can usually be quoted quickly, while larger colocation, bandwidth commits, and custom builds are scoped against market availability, lead time, and technical requirements.
Sales Engineering
Need pricing for bare metal, GPU infrastructure, colocation, or protected transit?
Send the target metro, hardware profile, port commit, IPv4 requirement, mitigation scope, and preferred turn-up window. The team can return pricing for in-stock servers, custom BOMs, cabinet space, cross-connect scope, and multi-service deployments.