After signing up for an eVPS.net account and deploying a test server, I found a provider that keeps things refreshingly simple. The interface is clean, the pricing is transparent, and the KVM virtualization with NVMe storage delivers on its core promises.
With plans starting at just €3/month and a no-overselling philosophy backed by premium Dell hardware, eVPS.net targets users who want solid, straightforward VPS hosting without the bloat. My benchmarks also confirmed that the infrastructure performs well for the price point.
In this comprehensive review, I will walk you through my hands-on findings about their dashboard, server management tools, pricing structure, and support quality.
Ready to see if eVPS.net fits your needs? Their plans start at €3/month with NVMe storage and KVM virtualization included. No overselling, no gimmicks, just solid VPS infrastructure built on Dell hardware.
To ensure consistency and objectivity across all our hosting reviews, we have developed a comprehensive rating methodology that evaluates providers across five critical dimensions. This framework allows us to assess each hosting company fairly and help you make informed decisions based on what matters most for your specific needs.
Here is how eVPS.net performed across each category:
| Category | Score | Why This Score |
|---|---|---|
| Prices | 9.2/10 | Starting at €3/month with included backups and IPv6, eVPS.net delivers outstanding value. Longer billing cycles unlock up to 20% savings, and the no-overselling commitment means you get what you pay for. |
| Features | 8.8/10 | KVM virtualization, NVMe storage, multiple OS templates, native IPv6, and included backups cover the essentials well. The single EU data center location and lack of advanced features like snapshots or an API hold it back slightly. |
| Performance | 8.7/10 | Near-perfect CPU scaling across 4 cores, strong NVMe storage speeds (3.6 GB/sec sequential reads), and solid memory throughput prove the infrastructure is genuine. Network speeds are respectable at 336/451 Mbps, but not exceptional compared to premium providers. |
| Ease of Use | 8.5/10 | The dashboard is clean and functional with a logical layout. Server management provides all necessary controls in one place. However, the lack of onboarding guidance and minimal documentation creates a steeper learning curve for newcomers. |
| Support | 8.7/10 | A 2-hour response time is acceptable, and the reply demonstrated genuine technical knowledge with specific IOPS figures and honest, fair-use policy disclosure. The agent provided practical context rather than marketing copy. |
| Overall | 8.8/10 | eVPS.net delivers a focused, no-nonsense VPS experience with genuine KVM resources, verified performance, and technically competent support at prices that undercut most competitors. Ideal for experienced users who value transparency over bells and whistles. |
eVPS.net keeps its pricing structure clean and easy to understand. All plans run on the same KVM/NVMe platform with the only variables being CPU cores, RAM, disk space, and bandwidth allocation.
There are no hidden tiers or confusing add-on bundles to navigate.
One thing worth noting upfront: eVPS.net does not offer a free trial or credit-based testing period. You are paying from day one.
However, they do provide a 3-day money-back guarantee on your first VPS if you are not satisfied. It is a short window, so plan to test aggressively during those first 72 hours. Beyond that, the low entry price of €3/month makes the financial risk minimal even without a traditional trial.
For payment, eVPS.net accepts credit cards, debit cards, PayPal, and Bank Transfers and offers four billing cycles: monthly, quarterly (5% off), semi-annually (10% off), and annually (20% off).
All prices shown on their website are VAT-exclusive, so factor that into your budget depending on your location.
| Plan Name | Space | CPU | RAM | OS | Price | |
|---|---|---|---|---|---|---|
| 1 CPU Cores | 40 GB | 1 x 2GHz | 3 GB | £2.59 | Details | |
| 3 CPU Cores | 75 GB | 3 x 2GHz | 6 GB | £6.05 | Details | |
| WINDOWS VPS | 40 GB | 1 x 2GHz | 3 GB | £6.05 | Details | |
| 4 CPU Cores | 100 GB | 4 x 2GHz | 8 GB | £10.37 | Details | |
| 5 CPU Cores | 150 GB | 5 x 2GHz | 10 GB | £14.69 | Details | |
| 5 CPU Cores | 150 GB | 5 x 2GHz | 10 GB | £14.69 | Details | |
| WINDOWS VPS | 75 GB | 3 x 2GHz | 6 GB | £16.42 | Details | |
| 6 CPU Cores | 200 GB | 6 x 2GHz | 14 GB | £21.61 | Details | |
| 6 CPU Cores | 200 GB | 6 x 2GHz | 14 GB | £21.61 | Details | |
| 7 CPU Cores | 250 GB | 7 x 2GHz | 18 GB | £25.93 | Details | |
| 7 CPU Cores | 250 GB | 7 x 2GHz | 18 GB | £25.93 | Details | |
| 10 CPU Cores | 300 GB | 10 x 2GHz | 40 GB | £34.57 | Details | |
| 10 CPU Cores | 300 GB | 10 x 2GHz | 40 GB | £34.57 | Details | |
| 16 CPU Cores | 400 GB | 16 x 2GHz | 80 GB | £60.50 | Details | |
| 16 CPU Cores | 400 GB | 16 x 2GHz | 80 GB | £60.50 | Details |
Here is the full pricing breakdown for all available plans:
Beyond the interface and management features, the real test of any VPS provider is what happens under load. Marketing claims about NVMe storage and premium hardware only matter if the benchmarks back them up.
I deployed a test server with the following specifications to put eVPS.net through its paces:
Test Server Configuration:
I conducted a comprehensive suite of performance tests covering CPU processing power, memory throughput, disk I/O speeds, network performance, and system stability under sustained load. Here is what I found.
What this test does: The Sysbench CPU benchmark calculates prime numbers up to 20,000 to measure raw processing power. This simulates CPU-intensive tasks like video encoding, scientific calculations, or compiling code.
I ran tests with both single-core and multi-core configurations to evaluate performance scalability.
Single-Core Performance Results:
Multi-Core Performance Results (4 cores):
What this means: The single-core result of 432 events per second is modest. This is not a speed-demon processor, and applications that rely heavily on single-threaded performance (like some PHP workloads or single-threaded database queries) will feel the difference compared to higher-clocked processors on premium providers.
However, the multi-core scaling tells a much more interesting story. The 4-core configuration delivered 1,729 events per second, which is almost exactly 4x the single-core result (3.99x to be precise). This near-perfect linear scaling is a strong indicator that eVPS.net is not overselling CPU resources or throttling individual cores. You are genuinely getting four dedicated cores, not shared slices competing with noisy neighbors.
The consistent latency across both tests (2.31ms average in both single and multi-core) reinforces this. Budget VPS providers that oversell often show latency spikes and inconsistent event rates when multiple users compete for the same physical CPU. eVPS.net’s KVM virtualization clearly provides proper resource isolation.
What this test does: These benchmarks measure how quickly the server’s RAM can write data. I ran two tests: one with small 1 KB blocks (simulating many small memory operations like application variables and cache entries) and one with large 1 MB blocks (simulating bulk data transfers like database operations and file processing).
Small Block (1 KB) Results:
Large Block (1 MB) Results:
What this means: The memory performance is strong across both block sizes. The 5.3 GB/sec throughput on small blocks is particularly relevant for real-world application performance, since most software works with many small memory allocations rather than large sequential chunks.
Applications like Redis, Memcached, and in-memory session stores rely heavily on small-block memory speed, and these numbers indicate they will run comfortably on this infrastructure.
The large block test at 17.2 GB/sec shows the raw bandwidth of the underlying DDR4 memory. This matters for workloads that process data in bulk, like database imports, log processing, or in-memory analytics.
The test completed 10 GB of writes in just 0.58 seconds, which speaks to both the memory speed and the efficiency of the KVM virtualization layer. Some providers introduce overhead that slows memory operations noticeably. eVPS.net does not appear to suffer from this problem.
What this test does: I ran multiple disk tests to evaluate eVPS.net’s NVMe storage claims. The sequential read test measures sustained read performance for tasks like loading large files or database table scans. The random read/write test simulates real-world application behavior where data is accessed unpredictably, like web servers handling multiple simultaneous requests.
Sequential Read Performance:
Random Read/Write Performance:
What this means: The sequential read speed of 3.6 GB/sec is excellent and confirms eVPS.net is genuinely using NVMe storage. SATA SSDs typically cap out around 500-550 MB/sec, so these numbers are roughly 7x faster than what you would get from a provider using cheaper SATA drives with NVMe marketing spin.
The random read/write results are where real-world performance becomes visible. The 3,571 read operations per second and 2,381 write operations per second with sub-millisecond latency are solid numbers for a VPS at this price point.
Web applications, databases, and content management systems that constantly read and write small files will benefit from the low latency and consistent IOPS.
The 7,621 fsync operations per second deserve special attention. Fsync forces data to be physically written to disk rather than sitting in a write cache, which is critical for database integrity. Many budget providers show poor fsync performance because they cut corners on storage configuration. eVPS.net’s numbers here indicate proper storage tuning that prioritizes data safety.
For additional context, the file preparation phase wrote 4 GB at approximately 284 MiB/sec sustained, which is a realistic measure of sequential write performance under real conditions. That is solid throughput for database backups, log writes, and file uploads.
What this test does: I tested network speed using Ookla’s Speedtest tool to measure download/upload bandwidth and latency. I also ran ping tests to Google to evaluate routing quality and consistency.
Network Speed Results:
Ping Test to Google:
What this means: The network results are a mixed picture. The upload speed of 451 Mbps is notably faster than the 336 Mbps download, which is unusual but not a bad thing. For servers that primarily serve content (API responses, web pages, file downloads), the upload speed is what matters most, and 451 Mbps is respectable.
That said, these numbers are modest compared to premium providers that offer 1 Gbps or higher port speeds. If your application requires consistently high bandwidth (large file transfers, video streaming, CDN origin serving), you may find these speeds limiting under heavy traffic.
The real standout is the ping performance to Google. A 0.91ms average with only 0.15ms variance across all 10 pings indicates excellent network peering and routing from eVPS.net’s EU data center.
Zero packet loss confirms stable, reliable connectivity. This level of latency consistency is excellent for real-time applications, API endpoints, or any service where response time predictability matters.
The idle latency of 29.96ms to the Speedtest server in Limassol (Cyprus) reflects geographic distance rather than a network quality issue. The ISP (Belcloud) routes traffic cleanly with minimal jitter (0.27ms), suggesting a well-maintained network backbone.
What this test does: I ran a sustained 3-minute stress test using Sysbench with all 4 CPU cores maxed out calculating prime numbers. This simulates a worst-case scenario where your application experiences a prolonged traffic spike and every CPU core is pushed to its limit for an extended period.
Stress Test Results:
What this means: The server maintained consistent performance throughout the full 3-minute stress test. The 1,646 events per second under sustained load compares favorably to the 1,729 events per second from the shorter 60-second test, representing only a 4.8% decrease.
This minor drop is normal under prolonged maximum load and indicates that eVPS.net is not using burst credits or temporary performance boosts that fade after the first minute, a common trick among budget providers.
The average latency only increased from 2.31ms to 2.43ms (a 5% increase) during the sustained test, which is minimal. The 95th percentile stayed tight at 2.76ms, meaning 95 out of every 100 operations completed within a predictable time window, even under full load.
The maximum latency spike of 35.83ms is the only notable outlier, likely caused by a brief scheduling interruption at the hypervisor level. A single spike over 180 seconds of sustained maximum load is perfectly acceptable and would not impact real-world application performance in any meaningful way.
For production workloads, this stability profile means your server will not suddenly degrade during traffic surges. The performance you get during normal operation is essentially the same performance you get when all four cores are fully utilized, which is exactly what you want from a VPS that claims dedicated resources.
After running this comprehensive test suite, I can say eVPS.net delivers genuine performance that matches its no-overselling promise. The results are not record-breaking, but they are honest and consistent.
What impressed me:
What could be better:
Bottom line: For €12/month, eVPS.net delivers honest, stable performance backed by genuine NVMe storage and proper KVM resource isolation. The infrastructure will not wow you with raw speed numbers, but it will not disappoint you with hidden throttling or inconsistent behavior either. If you are running web applications, small databases, Docker containers, or development environments, this server handles those workloads without becoming a bottleneck. The performance matches the price, and the price is very competitive.
I evaluated eVPS.net’s ease of use by focusing on three critical areas: the ordering and registration process, the dashboard interface, and the server management capabilities.
These are the areas that determine whether you will spend your time building projects or fighting with confusing workflows.
I started on the eVPS.net homepage, which immediately communicates what the service is about.
The hero banner reads “High Performance Virtual Private Servers” and notes that prices start at 3 EURO. It tells you exactly what you are getting and what it costs.
A prominent “CHECK PRICING” button sits front and center, making it easy to jump straight into the plans.
Clicking the VPS tab in the top navigation brought me to the product configuration page.
This is where eVPS.net differs from many competitors. Instead of separate product pages for different VPS types, everything is consolidated into a single, well-organized ordering page.
The page layout is straightforward. At the top, you pick your VPS size from eight plan tiers displayed as selectable cards. Each card clearly shows the CPU core count, price, NVMe disk allocation, memory, and bandwidth.
Below that, you choose your operating system from visual tiles showing Ubuntu, CentOS, Debian, AlmaLinux, Rocky Linux, and Windows (with the €4/core surcharge clearly marked).
Further down, you select your billing cycle with the discount percentages shown inline. A live total updates at the bottom of the page as you make selections.
For my test, I selected the 4 CPU core plan at €12/month with Debian 13 as the operating system and monthly billing. The checkout total showed €12.00 EUR clearly at the bottom right, with a blue “Checkout” button ready to go.
I appreciated that the VAT line showed, and the page also flagged that SMTP was blocked, which is an honest heads-up rather than something you discover after deployment.
Clicking “Checkout” took me to the account registration page.
The form collects everything in one shot: email, password, first name, last name, organization (optional), country, state/region, city, postal code, address, and VAT ID (optional for EU businesses).
Three checkboxes sit at the bottom for Terms of Service, Privacy Policy, and marketing emails. A blue “Register” button completes the process.
I filled in my details, accepted the terms, and submitted. The registration was fast, and I was brought directly to the payment step. After entering my credit card information, the purchase was confirmed immediately, and I received a confirmation email. The whole process from selecting a plan to having an active server took under five minutes.
What worked well: The single-page ordering flow is excellent. Instead of bouncing between product pages, configuration screens, and separate checkout steps, eVPS.net lets you choose your plan, OS, and billing cycle all on one page.
The live pricing updates and clear VAT handling remove guesswork. Registration collects all necessary information upfront without requiring email verification loops or multi-step wizards.
What could improve: The account creation form is detailed, which is good for billing accuracy, but it can feel slightly heavy compared to providers that only ask for email and password at signup. A guest checkout option or a streamlined two-step process would speed things up for returning customers or users who just want to test the service quickly.
After completing payment, I was brought directly to the dashboard. The first thing I saw was the “Your packages” overview, which serves as the main hub for managing your servers.
The top navigation provides quick links to Home, VPS, Bare Metal, My Servers, My Invoices, About Us, Support, and FAQ. Your account email and a dropdown menu sit in the top-right corner.
The left sidebar organizes everything under two main sections.
The main content area displays your servers in a clean table format with sortable columns. My test server appeared as KVM-131190, running Debian 13, with its IP address and monthly cost (€14.40/month).
One detail I noticed right away was that the price showed €14.40/month rather than the €12.00 base price. This is because the 4-core Debian plan at €12.00 had some additional costs factored in at provisioning.
It is a minor discrepancy that could confuse new users who expect the exact price shown on the configuration page.
eVPS.net’s dashboard is functional and gets out of your way. It does not try to overwhelm you with widgets, analytics panels, or upsell banners.
Everything is clearly labeled and accessible within one or two clicks. The server table gives you all essential information at a glance, and the sidebar navigation is logically organized.
That said, the dashboard is bare-bones compared to providers like DigitalOcean or Vultr. There are no at-a-glance resource usage graphs, no quick-deploy buttons on the main page, and no guided onboarding for new users. If you know what you are doing, this simplicity is a feature. If you are new to VPS management, you might feel a bit lost after your first login.
To access server management, I clicked “My Servers” in the sidebar and then clicked the server name (KVM-131190) in the packages table.
This opened the full server management panel, which is the core of the eVPS.net experience.
The management page is split into two sections.
The left sidebar contains all available controls organized under clear headings. The “DASHBOARD” section has the Control Panel as the main view. The “ACTIONS” section provides Start, Reboot, and Stop buttons for quick power management. The “OPTIONS” section houses Reinstall, Upgrade, NoVNC Console, Backups, DNS, Graphs, Resellers, Clone VPS, Firewall, and ISO Library.
At the bottom, a “CANCEL VPS” section with a red Cancel VPS option is clearly separated from routine operations to prevent accidental clicks.
The main content area is divided into four information panels:
The server management interface packs a lot of functionality into a well-organized layout.
Power management controls (Start, Reboot, Stop) are immediately accessible in the sidebar without requiring dropdown menus or additional clicks.
The NoVNC Console option is a lifesaver when SSH access fails, as it gives you direct browser-based terminal access to your server regardless of network configuration issues.
I particularly liked the Clone VPS feature, which lets you duplicate your entire server configuration. This is invaluable for creating staging environments or quickly spinning up identical servers.
The ISO Library option is also a nice touch, allowing you to mount custom ISO images for manual installations, something not all budget providers offer.
The real-time server usage panel gives you an instant health check without needing to SSH in. Seeing CPU at 1.17%, memory at 1.44 GB used, and bandwidth at zero told me immediately that my test server was running cleanly with minimal overhead from the base OS installation.
Overall, eVPS.net delivers a server management experience that prioritizes functionality over polish.
Everything you need to manage a VPS is here: power controls, console access, network configuration, backups, firewalls, and even server cloning. The layout is logical and efficient. It just expects you to already know your way around server administration.
eVPS.net offers ticket-based support as its primary support channel.
To access it, I clicked “Support” in the top navigation bar from the dashboard, which brought me to the support tickets page.
The support interface is organized with a left sidebar containing a search bar for finding existing tickets, followed by department filters: Technical Department, Billing Department, and Sales Department.
Below the filters, an “Open new ticket” button lets you create a new support request. The main content area shows a table of your existing tickets with columns for ID, Status, Title, and Date. Mine showed “No tickets found” since this was my first interaction.
I clicked “Open new ticket” to submit a technical question. The ticket form is clean and straightforward with four fields: Subject, Department (dropdown with Technical Department, Billing Department, and Sales Department), Priority, and Message.
There is also an optional file attachment field at the bottom and a blue “Submit ticket” button to send it off.
To test their technical expertise, I submitted the following question to the Technical Department with High priority:
“What is the maximum burst IOPS your NVMe storage can sustain before throttling kicks in, and does your fair-use policy cap sequential throughput during high I/O periods?”
This question was designed to evaluate whether their support team has in-depth knowledge of the storage infrastructure, whether they can provide specific technical metrics, and whether they will be transparent about any usage limits or throttling policies that are not documented on the website.
I submitted the ticket at 12:01 PM. The response came from their Support team approximately 2 hours later.
Response Time: Acceptable
A 2-hour turnaround for a technical question is reasonable, though not blazing fast. For a budget VPS provider, this falls within an acceptable range.
It’s not the kind of response time that inspires confidence during an emergency, but for a pre-sales technical inquiry, it gets the job done.
Response Quality: Good With Caveats
The support response addressed both parts of my question with specific technical information.
On burst performance, they explained that the NVMe storage is capable of very high burst throughput, citing multi-GB/s sequential speeds and tens of thousands of IOPS. They then grounded this with practical numbers: VPS instances typically benchmark around 20k to 50k+ random read IOPS and approximately 2 GB/s sequential read speeds, depending on block size and queue depth. These are realistic figures that align with what you would expect from NVMe storage in a virtualized environment.
On the fair-use question, they were transparent about the limits. Total disk writes in a month should not exceed 5 times the size of the disk, and the average sustained IOPS for reads and writes should stay below 10k.
For a VPS on the €12/month plan with 100 GB of storage, that means a monthly write cap of roughly 500 GB and a sustained IOPS ceiling of 10k.
This is the kind of honest disclosure that actually helps customers make informed decisions. The burst numbers (20k to 50k+ IOPS) are strong for short spikes, but the sustained 10k IOPS limit means this is not the right platform for write-heavy databases or applications that constantly hammer the disk.
Web serving, light databases, and general application hosting will stay well within these limits. Heavy I/O workloads like large database imports or continuous logging may hit the fair-use cap.
eVPS.net’s support is solid. The 2-hour response time is not exceptional, but the quality of the response makes up for it. Getting honest, technically informed answers about storage limitations is worth more than a fast reply that dodges the question.
My overall impression is positive. This provider does a few things well and does not pretend to be something it is not.
The KVM virtualization with genuine NVMe storage, the no-overselling commitment backed by real benchmark results, and the transparent pricing structure all point to a company focused on delivering solid infrastructure rather than flashy marketing.
The benchmarks confirmed near-perfect CPU scaling, strong NVMe storage speeds, and rock-solid stability under sustained load. The server management panel covers all the essentials, and features such as NoVNC console access and VPS cloning add real value to day-to-day operations.
The trade-offs are clear: You get a single EU data center location, no free trial (though the 3-day money-back guarantee on your first VPS helps), and an interface that assumes you already know how to manage a Linux server. Network bandwidth is respectable but not exceptional. Single-core CPU performance is modest. Documentation and onboarding guidance are minimal. The support experience is still pending evaluation at the time of writing.
My recommendation: eVPS.net is an excellent fit for developers, system administrators, and small businesses in or serving the European market who want affordable, transparent VPS hosting with genuine dedicated resources. If you prioritize value, honest performance, and straightforward infrastructure over a polished UI and global data center coverage, eVPS.net deserves serious consideration.
| Plan Name | Space | CPU | RAM | OS | Price | |
|---|---|---|---|---|---|---|
| 1 CPU Cores | 40 GB | 1 x 2GHz | 3 GB | £2.59 | Details | |
| 3 CPU Cores | 75 GB | 3 x 2GHz | 6 GB | £6.05 | Details | |
| WINDOWS VPS | 40 GB | 1 x 2GHz | 3 GB | £6.05 | Details | |
| 4 CPU Cores | 100 GB | 4 x 2GHz | 8 GB | £10.37 | Details | |
| 5 CPU Cores | 150 GB | 5 x 2GHz | 10 GB | £14.69 | Details | |
| 5 CPU Cores | 150 GB | 5 x 2GHz | 10 GB | £14.69 | Details | |
| WINDOWS VPS | 75 GB | 3 x 2GHz | 6 GB | £16.42 | Details | |
| 6 CPU Cores | 200 GB | 6 x 2GHz | 14 GB | £21.61 | Details | |
| 6 CPU Cores | 200 GB | 6 x 2GHz | 14 GB | £21.61 | Details | |
| 7 CPU Cores | 250 GB | 7 x 2GHz | 18 GB | £25.93 | Details | |
| 7 CPU Cores | 250 GB | 7 x 2GHz | 18 GB | £25.93 | Details | |
| 10 CPU Cores | 300 GB | 10 x 2GHz | 40 GB | £34.57 | Details | |
| 10 CPU Cores | 300 GB | 10 x 2GHz | 40 GB | £34.57 | Details | |
| 16 CPU Cores | 400 GB | 16 x 2GHz | 80 GB | £60.50 | Details | |
| 16 CPU Cores | 400 GB | 16 x 2GHz | 80 GB | £60.50 | Details |
No, eVPS.net does not currently offer a free trial or promotional credits. However, with plans starting at €3/month and monthly billing available with no long-term commitment, the financial barrier to testing the service is minimal.
eVPS.net supports major Linux distributions including Ubuntu 24.04, Debian 13, CentOS 10 Stream, Rocky Linux 10, and AlmaLinux 10. Windows Server 2022 is also available with an additional licensing fee of €4/month per CPU core. You can also mount custom ISO images through the ISO Library feature for manual installations.
eVPS.net operates from a data center in the European Union. Unlike larger providers with global networks, eVPS.net focuses on a single location. This makes them well-suited for projects targeting European audiences but less ideal if you need geographic distribution across multiple regions.
Yes, backups are included with all VPS plans at no additional cost. The backup functionality is accessible directly from the server management panel. During my testing, my server showed 2 backups available, indicating that the system creates backups automatically after provisioning.
Yes, eVPS.net provides an “Upgrade” option directly in the server management sidebar. You can scale your CPU cores, RAM, and storage as your needs grow without needing to create a new server or migrate your data manually.
Yes, native IPv6 is enabled on every VPS, and each server receives a free /64 IPv6 subnet. Both IPv4 and IPv6 addresses with their respective netmasks and gateways are displayed in the server management panel’s Network Details section. Additional IP addresses can be ordered if needed.
SMTP is blocked by default on eVPS.net servers. This was clearly flagged during the ordering process. If you need outbound email functionality, you will likely need to contact support to request SMTP access or use a third-party email service provider.
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