Audience proximity
- Many users and services currently routes through the US-East region that span longer distances will now be shorter.
- Suitable for SaaS websites, API products and transactional websites.
New York VPS Hosting
We offer a large number of production VPS workloads a location that is close to US-East users with clear benchmarks for this site and documentation of our pricing, systems management policy and VPS behavior.
Scale US-East performance without pricing surprises
Are you tired of websites being slow during high traffic or is your budget being decimated by ever increasing cloud hosting bills. New York VPS here can help by providing hosting plans that give you an understanding of your expected website performance based on industry standard benchmarks and that have an easy deployment process for getting your site up and running.
How to evaluate fit before launch
Compare Benchmark Signals, Verify Policy & Resource Behavior, Choose a New York VPS with Lesser Risk of Migration & Better Cost Predictability.
Decision-ready benchmark data
Explicit KVM resource model
Fast NVMe storage baseline
Ready to Choose
Pick your New York VPS plan in minutes
Pricing for Review Standard, Dedicated CPU and High Memory instances can be found here. You can also compare currencies and billing cycles and launch an instance with pricing that reflects your real usage pattern.
Skip to plans
Low-density nodes
Shared vCPU
AMD EPYC Milan
DDR4
Backup-ready
Basic monitoring
Performance VPS for Daily Production
Balanced compute plans designed for web applications, agencies, APIs and growing SaaS workloads. Built on low-density nodes for consistent production performance.
- S-4 - 2 vCPU · 4GB RAM · 60GB NVMe · 2TB traffic S-4 Ideal for dev & staging $23/mo Deploy → 2 vCPU · 4GB RAM · 60GB NVMe · 2TB traffic
- S-8 - 3 vCPU · 8GB RAM · 120GB NVMe · 3TB traffic S-8 Small production apps $39/mo Deploy → 3 vCPU · 8GB RAM · 120GB NVMe · 3TB traffic
- S-16 - 4 vCPU · 16GB RAM · 240GB NVMe · 5TB trafficMost Chosen S-16 Growing SaaS & agencies - the sweet spot for production $79/mo Deploy → 4 vCPU · 16GB RAM · 240GB NVMe · 5TB traffic
- S-32 - 8 vCPU · 32GB RAM · 480GB NVMe · 7TB traffic S-32 High traffic workloads $149/mo Deploy → 8 vCPU · 32GB RAM · 480GB NVMe · 7TB traffic
- S-64 - 16 vCPU · 64GB RAM · 720GB NVMe · 9TB traffic S-64 Resource-intensive production $229/mo Deploy → 16 vCPU · 64GB RAM · 720GB NVMe · 9TB traffic
Reserved CPU cores
Lower density placement
DDR5
AMD EPYC Genoa
Built for latency-sensitive workloads
Pinned Core Performance Tier
Reserved cores with lower node density for consistent CPU performance.
- D-4 - 4GB RAM · 1 vCPU · 45GB NVMe · 2TB traffic D-4 Entry dedicated cores $37/mo Deploy → 4GB RAM · 1 vCPU · 45GB NVMe · 2TB traffic
- D-8 - 8GB RAM · 2 vCPU · 90GB NVMe · 3TB traffic D-8 Small production apps $69/mo Deploy → 8GB RAM · 2 vCPU · 90GB NVMe · 3TB traffic
- D-16 - 16GB RAM · 4 vCPU · 160GB NVMe · 5TB trafficMost Chosen D-16 Databases & heavy compute $118/mo Deploy → 16GB RAM · 4 vCPU · 160GB NVMe · 5TB traffic
- D-32 - 32GB RAM · 6 vCPU · 220GB NVMe · 7TB traffic D-32 High-performance production $215/mo Deploy → 32GB RAM · 6 vCPU · 220GB NVMe · 7TB traffic
- D-64 - 64GB RAM · 10 vCPU · 400GB NVMe · 9TB traffic D-64 Enterprise dedicated tier $377/mo Deploy → 64GB RAM · 10 vCPU · 400GB NVMe · 9TB traffic
Pinned vCPU cores with no sharing. Reserved for consistent, predictable performance.
Optimized for database workloads
Memory-heavy architecture
Designed for large in-memory processing
AMD EPYC Milan
Memory-Optimized VPS Infrastructure
High-RAM plans for database layers, caching systems, analytics and memory-intensive applications.
- H-64 - 8 vCPU · 64GB RAM · 480GB NVMe · 6TB traffic H-64 Databases & caching $249/mo Deploy → 8 vCPU · 64GB RAM · 480GB NVMe · 6TB traffic
- H-128 - 16 vCPU · 128GB RAM · 960GB NVMe · 8TB traffic H-128 Large analytics workloads $459/mo Deploy → 16 vCPU · 128GB RAM · 960GB NVMe · 8TB traffic
- H-192 - 24 vCPU · 192GB RAM · 1.4TB NVMe · 10TB traffic H-192 Enterprise memory tier $669/mo Deploy → 24 vCPU · 192GB RAM · 1.4TB NVMe · 10TB traffic
Storage is optimized for memory-intensive workloads, not bulk disk usage.
Why New York City
Built for US-East growth workloads
Routing confidence
- Multi-homed upstream model with redundant transit options.
- Designed for average evening and daytime volumes, with a slight surplus during rush hours.
Faster decision cycle
- The benchmark method is made available as a free publication so that method verification can be performed before purchasing.
- The scope of work is clear, making changes easier to manage.
Performance Evidence
Measured New York benchmark results
All results are presented as median and p95. All test parameters are shown in the test setup with the number of test runs performed for each benchmark. No cherry-picking to the best run has been done.
Geekbench 6 single median2000score
Geekbench 6 multi median6414score
4K random read median122,959IOPS
4K random write median87,730IOPS
ioping avg latency0.15ms
iperf3 throughput9.8Gbps
| Metric | Median | p95 |
|---|---|---|
| Geekbench 6 single | 2000 | 2120 |
| Geekbench 6 multi | 6414 | 6770 |
| 4K random read IOPS | 122,959 | 129,800 |
| 4K random write IOPS | 87,730 | 92,100 |
| ioping latency | 0.15 ms | 0.35 ms |
| iperf3 throughput | 9.8 Gbps | 10.0 Gbps |
Network and Governance
Network and policy transparency
Network design model
- Multi-homed upstream providers.
- Redundant transit paths.
- ASN disclosed.
- IPv6 status declared.
IP governance summary
- Outbound email rate limits.
- Abuse monitoring.
- IPv4 allocation review.
- rDNS available.
Protecting IP reputation ensures long term network quality. Acceptable use policy | Security policy
Storage and Architecture
Storage, I/O profile, and platform architecture
Storage and I/O
- NVMe storage on all plans in New York.
- Snapshot support and disk expansion availability.
- Published metrics include 4K random, 1M sequential, and latency.
KVM and density policy
- KVM virtualization with independent kernel per VPS.
- Full root access and clear allocation boundaries.
- No container-style sharing.
- Usable memory per node capped with balanced CPU scheduling.
Operations and Reliability
Operational controls for production teams
This site is for NYC data center operations that are focused on high uptime for predictable business applications, clear and transparent notification for scheduled maintenance, and appropriate measures for high availability always on systems.
Power and redundancy
- N+1 power design.
- Dual power feeds.
- Generator backup.
- Redundant network switching.
Change management
- Region-specific maintenance windows.
- Advance maintenance notifications.
- Location-specific status communication.
- Defined incident communication process.
Security baseline
- Hypervisor isolation.
- Segmented management access.
- VLAN support and firewall support.
- Baseline network-level DDoS mitigation.
Launch in New York with clear performance expectations
By using benchmark data for assessing impacts and a pre-defined policy framework for other requirements, it is possible to: - Reduce uncertainty and speed up the decision-making process, and - Make it easier to implement measures and products with the most reliable and effective possible measure or product plan.
Buyer questions
New York VPS FAQ
New York is generally a good choice for applications targeting US-East region user bases and data center locations on the east coast, where low latency consistency is desired.
Yes. These results are based on the New York test runs and are given in the form of median and p95 values which are more suitable for operational purposes.
The IPv6 status for your locations is noted and you will be able to see the IPv6 status for future production releases.
Prevents abusive resource consumption by enforcing boundary conditions, tracking resource abuse and performing regular resource allocation checks to preserve long term network stability.
Isolated VPS on KVM with its own kernel boundaries and resource limits set.
Yes, depending on plan path and available options. Expansion can be confirmed before any upgrade action.
These announcements are given in advance of scheduled maintenance activities and include the estimated timing of the work as well as a list of resources that will be affected.