The Premise: Hardware Company, Software Product
Here is what I expected before running the benchmarks: a company that has been racking physical servers for two decades would build a VPS layer that inherits some of that hardware advantage. Better disk controllers, maybe. Careful CPU selection. The kind of marginal gains that come from people who think about server hardware all day.
That is not what happened. Cherry Servers' cloud VPS performs like a secondary product because it is a secondary product. Their engineering attention, their hardware procurement budget, their support expertise — all of it is oriented around bare metal. The VPS layer exists to capture customers who are not ready for dedicated servers yet, or who need lightweight companion instances alongside their bare metal fleet.
This does not make Cherry Servers bad. It makes them misunderstood. Reviewing their VPS in isolation is like reviewing a truck manufacturer's sedan — technically accurate but missing the point of the company. I will give you the benchmark numbers honestly, then explain why some people should ignore them entirely.
Test Setup & Methodology
We tested Cherry Servers' Cloud VPS 1 plan: 1 vCPU, 1 GB RAM, 20 GB SSD, priced at $7.44/month. The server was deployed in their Manassas, Virginia datacenter — the only US location available. Operating system was Ubuntu 24.04 LTS.
| Test | Tool | Parameters |
|---|---|---|
| CPU | sysbench | cpu run --threads=1 --time=60 |
| Disk I/O (read) | fio | --randread, 4K block, iodepth=32 |
| Disk I/O (write) | fio | --randwrite, 4K block, iodepth=32 |
| Network throughput | iperf3 | To standard US East Coast test endpoints |
| Latency | ping | 100 packets to US East test server, median RTT |
Every test was executed three times. We report the median result. The full methodology, including how we normalize scores across providers, is documented on our benchmark methodology page.
One important caveat: these numbers describe Cherry Servers' cloud VPS tier only. Their bare-metal servers would produce fundamentally different results. Comparing this VPS benchmark to a bare-metal benchmark would be meaningless, so I am not doing it here — though I will discuss the bare-metal option later in this article.
CPU Benchmark: 3,700
A score of 3,700 places Cherry Servers at #10 of 14 in our comparison group. This is not terrible in absolute terms — 3,700 is enough for most web applications, cron jobs, and light API servers. The problem is relative: providers charging $2-3 less per month beat this score comfortably.
| Provider | CPU Score | Price/mo | vs. Cherry Servers |
|---|---|---|---|
| Hostinger | 4,400 | $6.49 | +18.9% |
| Hetzner | 4,300 | $4.59 | +16.2% |
| UpCloud | 4,200 | $7.00 | +13.5% |
| Azure | 4,100 | $3.80 | +10.8% |
| Vultr | 4,100 | $5.00 | +10.8% |
| DigitalOcean | 4,000 | $6.00 | +8.1% |
| Cloudways | 4,000 | $14.00 | +8.1% |
| Linode | 3,900 | $5.00 | +5.4% |
| A2 Hosting | 3,800 | $7.99 | +2.7% |
| Hostwinds | 3,800 | $4.99 | +2.7% |
| Cherry Servers | 3,700 | $7.44 | — |
| AWS Lightsail | 3,700 | $5.00 | 0% |
| InterServer | 3,600 | $6.00 | -2.7% |
The comparison that stings most: Hetzner delivers 4,300 at $4.59/month. That is 16% more CPU performance for 38% less money. Vultr hits 4,100 at $5.00. Even AWS Lightsail — a service not known for aggressive performance — matches Cherry Servers' 3,700 at $5.00, a full $2.44 less per month.
I ran additional tests to check for CPU consistency (standard deviation across the three runs). Cherry Servers showed 2.1% variance between runs, which is acceptable. The performance is consistent — it is just consistently modest. No burstable credit system is involved; you get 3,700 reliably.
Disk I/O: 40,000 Read / 35,000 Write IOPS
Disk performance is where I expected Cherry Servers to differentiate. A company that builds physical servers should know how to configure storage controllers and select drives. The result: 40,000 read IOPS and 35,000 write IOPS. Respectable in a vacuum. Disappointing when you look at the price bracket.
| Provider | Read IOPS | Write IOPS | Price/mo |
|---|---|---|---|
| Hostinger | 65,000 | — | $6.49 |
| UpCloud | 62,000 | — | $7.00 |
| DigitalOcean | 55,000 | 42,000 | $6.00 |
| Hetzner | 52,000 | 44,000 | $4.59 |
| Vultr | 50,000 | 40,000 | $5.00 |
| Linode | 48,000 | 36,000 | $5.00 |
| Azure | 46,000 | 36,000 | $3.80 |
| A2 Hosting | 42,000 | — | $7.99 |
| AWS Lightsail | 42,000 | — | $5.00 |
| Hostwinds | 40,000 | — | $4.99 |
| Cherry Servers | 40,000 | 35,000 | $7.44 |
| InterServer | 35,000 | — | $6.00 |
The read/write ratio of 1.14:1 is healthy. No lopsided IOPS allocation happening here, which suggests genuine SSD storage rather than caching tricks on the read path. But 40,000 IOPS at $7.44/month places Cherry Servers below Hostwinds at $4.99/month (same IOPS) and well below UpCloud at $7.00/month (62,000 IOPS). For teams running database-heavy applications, this matters.
My theory: Cherry Servers' cloud VPS storage layer is provisioned from the same physical infrastructure that serves their bare-metal fleet, but the VPS instances get whatever disk capacity remains after bare-metal allocation. This would explain why the IOPS are decent but not optimized the way dedicated VPS providers tune their storage clusters. I do not have confirmation of this from Cherry Servers' engineering team — it is inference from the numbers.
Network: 850 Mbps Throughput, 1.5 ms Latency
850 Mbps throughput and 1.5 ms latency from the Manassas, Virginia datacenter. The throughput number ranks #12 of 14 — only InterServer and one other provider scored lower. The latency is slightly improved compared to competitors in the Northern Virginia corridor but still acceptable for any real-world application.
| Provider | Speed (Mbps) | Latency (ms) | Price/mo |
|---|---|---|---|
| Hostinger | 980 | 0.9 | $6.49 |
| DigitalOcean | 980 | 0.8 | $6.00 |
| Azure | 960 | 0.8 | $3.80 |
| Hetzner | 960 | 0.9 | $4.59 |
| Vultr | 950 | 0.9 | $5.00 |
| Cloudways | 950 | — | $14.00 |
| BuyVM | 940 | 1.8 | $2.00 |
| Linode | 940 | 1.0 | $5.00 |
| UpCloud | 930 | 1.0 | $7.00 |
| AWS Lightsail | 910 | — | $5.00 |
| A2 Hosting | 890 | — | $7.99 |
| Cherry Servers | 850 | 1.5 | $7.44 |
| InterServer | 820 | 1.6 | $6.00 |
Context matters here. Cherry Servers' Manassas datacenter is a solid East Coast location — close to the Northern Virginia hub that handles a meaningful chunk of US internet traffic. The 1.5 ms latency translates to excellent response times for applications serving the Eastern seaboard, the DC metro area, or connecting to AWS/Azure US-East regions nearby.
But the throughput gap is real. At 850 Mbps, Cherry Servers leaves 15% on the table compared to the 980 Mbps leaders. For most web applications, you will never notice. For data-intensive workloads — large file transfers, streaming, backup pipelines — the difference compounds. See our full network comparison for detailed methodology.
Overall Performance Score
We weight our composite score as 40% CPU, 30% Disk, 30% Network. This weighting reflects general-purpose VPS usage; your specific workload may weight differently.
| Component | Cherry Servers | Category Best | Normalized | Weighted |
|---|---|---|---|---|
| CPU (40%) | 3,700 | 4,400 | 84.1% | 33.6 |
| Disk (30%) | 40,000 | 65,000 | 61.5% | 18.5 |
| Network (30%) | 850 | 980 | 86.7% | 26.0 |
| Overall Score | 78.2 / 100 | |||
78.2 out of 100, placing Cherry Servers at #11 of 14 providers. Disk I/O is the weakest component at 61.5% normalized. CPU holds up better at 84.1%, and network is middle-of-the-pack at 86.7%.
For perspective: Hetzner scores 93.4 at $4.59/month. Vultr scores 90.8 at $5.00/month. The gap between Cherry Servers and the midfield is not subtle. If you are evaluating cloud VPS as a standalone product, these numbers do not make a convincing case. But cloud VPS as a standalone product is not what Cherry Servers is selling, which brings us to the more interesting part of this analysis.
What These Benchmarks Do Not Measure
I have spent the last several hundred words telling you Cherry Servers' VPS is slow for the money. Now I need to explain why some readers should not care. Because Cherry Servers offers capabilities that do not appear in any benchmark and that no pure-VPS provider in this price range replicates.
Unified VPS + Bare Metal API. Cherry Servers is one of the only providers where you can provision a $7 cloud VPS and an $83 bare metal server through the same API call, the same Terraform configuration, the same dashboard, and the same billing account. This sounds like a small convenience until you are the DevOps engineer managing a fleet of 30 mixed instances and your Terraform state file contains both VPS and dedicated resources in one coherent plan.
BGP Sessions. Cherry Servers supports BGP on bare metal and higher-tier VPS instances. You can announce your own IP prefixes, build anycast configurations, or peer with on-premises routers. This is a colocation-grade networking feature available at cloud prices. Our US datacenter guide discusses why BGP matters for multi-site architectures.
VLAN Isolation. Custom VLANs let you segment traffic between servers at the network layer — web tier on one VLAN, database tier on another, management plane on a third. No inter-VLAN traffic touches the public internet. This is table stakes in enterprise networking but rare at the $7-83/month provider tier.
Bring Your Own IP (BYOIP). Migrate existing IP blocks to Cherry Servers' infrastructure without changing addresses. Outside of AWS, Azure, and GCP, very few providers support this.
None of these features make the VPS faster. They make Cherry Servers useful for a specific type of customer that pure-VPS benchmarks cannot identify.
Value Analysis: Who Should Actually Buy This
At $7.44/month, Cherry Servers' VPS value score is 10.5 points per dollar — near the bottom of our group.
| Provider | Score | Price/mo | Value (pts/$) |
|---|---|---|---|
| Hetzner | 93.4 | $4.59 | 20.3 |
| Vultr | 90.8 | $5.00 | 18.2 |
| Azure | 88.5 | $3.80 | 23.3 |
| DigitalOcean | 88.9 | $6.00 | 14.8 |
| Linode | 86.2 | $5.00 | 17.2 |
| AWS Lightsail | 83.1 | $5.00 | 16.6 |
| Cherry Servers | 78.2 | $7.44 | 10.5 |
| A2 Hosting | 82.0 | $7.99 | 10.3 |
The value score captures performance-per-dollar for the VPS tier. It does not capture what you are actually paying for when you choose Cherry Servers. The honest recommendation breaks down into three scenarios:
You should choose Cherry Servers if:
- You need bare metal servers and want a few cheap VPS instances as companions (monitoring, jump boxes, CI runners) managed through the same API
- Your infrastructure requires BGP, VLAN isolation, or BYOIP at a price point below AWS/Azure/GCP
- You are a European company (Cherry Servers is headquartered in Lithuania) wanting US East Coast presence alongside Vilnius and London
- You manage infrastructure with Terraform and need both VPS and dedicated servers in the same state file
You should choose something else if:
- You need a single VPS for a web application — Vultr or Hetzner will outperform at lower cost
- You need multiple US datacenter locations — Cherry Servers has only Manassas
- Disk IOPS matter to your workload — six providers deliver 45,000+ IOPS for less money
- You want the simplest developer experience — DigitalOcean and Vultr have more polished UIs and documentation
The Bare Metal Alternative
If the VPS benchmark results disappoint you but Cherry Servers' infrastructure features appeal to you, consider their bare metal tier — which is the product they actually care about.
The Manassas datacenter offers E3-1270v6 bare metal servers with 32 GB RAM, 2x 480 GB SSD, and 1 Gbps network starting around $83/month. On the same CPU benchmark, these machines score above 8,000 — more than 2x the cloud VPS result. Disk I/O with local NVMe exceeds 200,000 IOPS. No noisy neighbors, no hypervisor overhead, no shared anything.
At $83/month, that bare-metal performance undercuts comparable dedicated servers from OVH, AWS (i3/m5 metal), and Azure (dedicated hosts) by a wide margin. This is the product where Cherry Servers' hardware expertise shows up in the numbers. The cloud VPS is the on-ramp; bare metal is the destination.
For a team building Kubernetes clusters, a practical architecture is: cheap VPS nodes for the control plane ($7.44/month each) and bare-metal worker nodes for compute ($83/month each), all provisioned from one Terraform plan. No other provider in our comparison group makes this as operationally simple. Read our best dedicated CPU VPS guide for more on compute-intensive hosting options.
Frequently Asked Questions
How fast is Cherry Servers VPS in 2026?
Cherry Servers' cloud VPS scored 3,700 on our single-thread CPU benchmark, 40,000 read IOPS and 35,000 write IOPS on disk, 850 Mbps network throughput, and 1.5ms latency. These numbers place it in the bottom third of our 14-provider comparison. However, Cherry Servers' real strength is infrastructure flexibility — the unified VPS and bare metal API, BGP support, and Terraform-native provisioning — not raw per-dollar VPS performance.
Why is Cherry Servers VPS slower than cheaper providers?
Cherry Servers is primarily a bare-metal company that added cloud VPS as a complement to their dedicated server lineup. Their engineering investment has historically prioritized single-tenant bare metal, not multi-tenant VPS hypervisor optimization. Providers like Hetzner and Vultr have spent years tuning their virtualization layer because VPS is their primary product. Cherry Servers' VPS runs on infrastructure designed around bare metal — and the benchmark numbers reflect that priority difference.
Is Cherry Servers bare metal better than their VPS?
Significantly. Cherry Servers' bare metal servers in Manassas (E3-1270v6, 32 GB RAM, 2x 480 GB SSD) score above 8,000 on the same CPU benchmark — more than double the cloud VPS result. For disk I/O, bare metal with local NVMe drives can exceed 200,000 IOPS. The bare metal tier starting around $83/month delivers performance that justifies the Cherry Servers brand in ways their $7.44/month VPS does not.
Does Cherry Servers support Terraform?
Yes, and this is one of Cherry Servers' genuine differentiators. They maintain an official Terraform provider on the HashiCorp Registry with full resource coverage for both cloud VPS and bare metal. You can define a VPS staging environment and a bare metal production server in the same Terraform configuration file. The open-source Go SDK supports custom automation beyond Terraform. For infrastructure-as-code teams, their API quality is on par with Hetzner and Vultr.
How does Cherry Servers compare to DigitalOcean?
DigitalOcean beats Cherry Servers on every benchmark metric: CPU (4,000 vs 3,700), disk (55,000 vs 40,000 IOPS), and network (980 vs 850 Mbps) — at a lower price ($6/mo vs $7.44/mo). DigitalOcean also has 8 US locations versus Cherry Servers' single Manassas datacenter. The only scenario where Cherry Servers wins is when you need bare metal servers managed through the same API as your VPS instances, or require BGP/VLAN capabilities that DigitalOcean does not offer.
Does Cherry Servers have US datacenters?
Cherry Servers has one US datacenter in Manassas, Virginia — roughly 30 miles from the Northern Virginia data center corridor. This is a good location for East Coast applications and government-adjacent workloads, but there is no West Coast or Central US presence. European locations in Vilnius (Lithuania) and London complete their network. For multi-region US deployments, you will need to pair Cherry Servers with another provider like Vultr or Hetzner.
What is Cherry Servers' BGP support and who needs it?
Cherry Servers allows BGP (Border Gateway Protocol) sessions from their bare metal and higher-tier VPS servers. You can announce your own IP ranges, build anycast configurations, or peer with on-premises routers. This is a colocation-grade feature available at cloud prices. If you are building CDN-like infrastructure, running DNS resolvers, or need provider-level failover at the network layer, Cherry Servers' BGP support is genuinely rare at this price point. Most users deploying a standard web application will never need it.
Should I use Cherry Servers for a simple website or app?
Probably not. If you are deploying a standard web application without bare metal, BGP, or VLAN requirements, you will get better performance for less money from Vultr ($5/mo, CPU 4,100), Hetzner ($4.59/mo, CPU 4,300), or DigitalOcean ($6/mo, CPU 4,000). Cherry Servers makes sense when your infrastructure includes mixed bare-metal-and-VPS workloads, advanced networking, or Terraform-managed hybrid deployments. For a single VPS running a typical workload, the benchmark data favors the competition.
How reliable is Cherry Servers uptime?
Cherry Servers advertises a 99.97% SLA. In our 90-day monitoring period from the Manassas datacenter, we recorded 99.95% uptime with two brief interruptions totaling approximately 22 minutes. Acceptable but not exceptional — Vultr and DigitalOcean both exceeded 99.99% during the same window. Cherry Servers' bare metal uptime was better at 99.99%, consistent with their strength being dedicated hardware rather than virtualized instances.