Published on July 23, 2026
Summer Sale — VDS servers up to 41% OFF · Limited-time offer, ends Aug 31, 2026.
What we love
Worth knowing
Our verdict
Cherry Servers is the pick for developers, crypto projects, and teams running AI or trading workloads who want AMD EPYC bare metal, fast engineer support, and crypto payments without account bans. Skip it if you only need a $5 shared hosting plan or a specific hyperscaler region.
Ready to order? Visit Product →
Most hosts treat crypto workloads as a liability and treat support like a maze of scripted apologies. Cherry Servers does the opposite: AMD EPYC bare metal you can provision in 15 minutes, a live chat that connects you to a real engineer in about 45 seconds, and no bans if you're mining, staking, or running a Solana validator. For developers who need raw compute and straight answers, that combination is rare.
Cherry Servers, operated by UAB Cherry Servers, built its reputation on a decision most hosting companies made the opposite way: keeping technical support in-house rather than routing it to offshore call centers. That single choice shapes everything about how the platform feels to use.
The philosophy is straightforward — infrastructure is only as good as the people who help you run it. When your validator drops or your Terraform plan throws an error at 2 a.m., you don't want a ticket that bounces between tiers for six hours. You want an engineer who understands EPYC topology and network peering answering in under a minute.
That focus on high-performance, developer-facing infrastructure has earned the company a 4.5 out of 5 rating on Trustpilot, which tracks with what we found: the people running the boxes are the same people answering your questions. It's a small-company advantage that Cherry Servers has deliberately protected as it scaled into AI, crypto, and heavy compute markets.
The headline differentiator is speed and honesty of support. Cherry Servers advertises a 45-second response window across live chat, phone, and tickets, and — critically — the person on the other end is an engineer, not a script reader. In our experience, this is the difference between solving a routing issue in one exchange versus five days of copy-paste replies.
The second differentiator is its stance on crypto. Cherry Servers accepts Bitcoin, Ethereum, USDC, and Solana as payment, and it does not ban crypto workloads. That's a meaningful distinction. Many mainstream providers quietly suspend accounts running validators, nodes, or trading bots because those jobs are compute-heavy and unpredictable. Cherry Servers keeps Solana specialists on staff, which signals it welcomes exactly the traffic others flag.
Then there's the network. Each server ships with 100TB of free egress and unlimited ingress, backed by direct internet exchange (IX) peering rather than transit-only routing. For AI training that pulls terabytes of data or trading systems that need consistent low-latency paths, direct peering keeps performance stable and predictable.
Layer these three together — sub-minute expert help, crypto-friendly policy, and generous peered bandwidth — and you get a platform tuned for demanding, non-standard workloads rather than generic websites.
Cherry Servers keeps its lineup focused, and that focus is EPYC. The core offering splits into three areas: dedicated Bare Metal Servers, Cloud VDS (Virtual Dedicated Servers), and the broader AMD EPYC Infrastructure that underpins both.
On the bare metal side, you'll find named silicon rather than vague "high-CPU" labels — the AMD EPYC 9124P for balanced single-socket work, the EPYC 9354P for heavier parallel loads, and the EPYC 9554P when you need serious core density for AI inference or large trading fleets. These are Zen 4 Genoa processors paired with NVMe storage and 10Gbps bandwidth options.
The Cloud VDS line, including CLOUD VDS 2, targets teams that want dedicated-grade performance with cloud flexibility — hourly billing and fast provisioning without committing to a full physical box. It's the right entry point for a trading bot or a small AI service that needs guaranteed resources but not an entire EPYC chassis.
Consider the scenario Cherry Servers is clearly designed for: standing up a Solana validator or an AI inference node. On a typical mainstream cloud, this is a battle — you're rationing egress, watching for account flags on crypto activity, and paying premium rates for the compute density validators demand.
Here, the workflow is different. You pick an EPYC 9354P or 9554P, deploy a pre-built image in roughly 15 minutes, and the 100TB free egress absorbs the heavy outbound traffic a validator generates without a surprise bandwidth bill. If you hit a peering or gossip-network issue, the on-staff Solana specialists actually know what you're describing.
Payment closes the loop. You can fund the whole thing in SOL or USDC, so a crypto-native team never has to touch a corporate card. Compare that to alternatives that either refuse crypto payments, throttle egress into a per-gigabyte metered nightmare, or suspend the account outright once they detect validator traffic. For this specific use case, Cherry Servers removes three friction points at once.
The same logic applies to AI workloads and 24/7 trading bots — dense compute, predictable networking, and infrastructure that stays up rather than getting flagged.
A real buyer's first question is usually: how fast can I go live, and how easily can I automate it? Cherry Servers answers both. Pre-built servers deploy in about 15 minutes, and the platform is API-first — you get native support for Terraform, Ansible, and a REST API, so infrastructure-as-code teams can spin up and tear down fleets programmatically instead of clicking through a dashboard.
Billing is hourly, which suits burst workloads and testing, and there's a 15-day money-back guarantee if the hardware or network doesn't meet your needs. That's a genuine safety net — you can benchmark an EPYC box against your actual workload before committing. Combined with the 45-second support channel, the onboarding experience is engineered to get technical users productive quickly rather than locking them into long contracts up front.
This is a platform for developers, crypto projects, and organizations that need high-performance computing without babysitting. If you're running a Solana validator, an AI inference service, a fleet of trading bots, or any bandwidth-heavy application, Cherry Servers fits precisely — crypto-friendly policy, on-staff Solana experts, EPYC hardware, and 100TB egress make it purpose-built for you.
It's also ideal for infrastructure-as-code teams who want Terraform and Ansible support out of the box.
Who should skip it? Anyone looking for a $3 shared WordPress plan, or teams that require a specific hyperscaler region for compliance or edge latency. Cherry Servers is a focused compute provider, not a one-stop shop for every hosting need under the sun.
Cherry Servers positions itself in the mid-range — noticeably cheaper than premium hyperscaler bare metal, but not competing at the bargain-basement end of shared hosting. What you're paying for is dedicated EPYC silicon, NVMe storage, and network economics that reward heavy users.
The value math tilts in your favor once bandwidth enters the equation. On metered clouds, 100TB of egress alone can cost hundreds of dollars a month; here it's included per server. Add hourly billing, the 15-day money-back guarantee, and crypto payment options, and the total cost of ownership for a demanding workload often lands below a comparable hyperscaler setup. During the current Summer Sale, VDS servers run up to 41% off, which pushes the value further for anyone starting on Cloud VDS before scaling to bare metal.
Cherry Servers earns its 4.5-star reputation by doing a few things exceptionally well rather than everything adequately. If you're a developer or crypto team running EPYC-class workloads — validators, AI nodes, trading systems — you get real-engineer support in 45 seconds, 100TB free egress, Terraform-ready automation, and the freedom to pay in Bitcoin, Ethereum, USDC, or Solana without fear of a ban.
Provision a Cloud VDS during the Summer Sale, benchmark it against your workload within the 15-day guarantee window, and scale to bare metal EPYC when you're ready. For high-performance compute that respects both your time and your crypto, it's an easy recommendation.