Provider Overview
Fourplex Telecom LLC is a self-operated ISP and hosting provider. Its official website is fourplex.net. It operates its own node in New York (Metanet NYC), with upstream providers Cogent and GTT. One of its key selling points is being “Tor exit-friendly”. The provider also offers storage-based VPS plans and L2TP static IP tunnels (described in separate posts). Its ASN remains undisclosed.
Plan Specifications
Activate the NodeInit affiliate cookie via this link: Fourplex, then place your order using the links below.
This promotion runs until May 26, 2026. Discounts apply via promo codes; if the code isn’t entered automatically during checkout, please input it manually.
Both VPS M and VPS L come with recurring discounts — renewal prices match the initial monthly fee, so there’s no risk of price hikes later on.
| Plan | vCPU | RAM | Storage | Monthly Data | Port Speed | IPv4 | IPv6 | Backup Slots | Renewal Price | Monthly Price | Promo Code | Purchase |
|---|---|---|---|---|---|---|---|---|---|---|---|---|
| VPS M | 2 × Ryzen 9900X | 2 GB | 20 GB NVMe | Unlimited (Fair Use) | 10Gbps node | 1 | /64 | Undisclosed | Matches initial monthly fee (recurring discount) | $3.50 | CODE_C1 |
Order now |
| VPS L | 2 × Ryzen 9900X | 4 GB | 40 GB NVMe | Unlimited (Fair Use) | 10Gbps node | 1 | /64 | Undisclosed | Matches initial monthly fee (recurring discount) | $6.00 | CODE_C2 |
Order now |
Regular pricing: VPS M costs $6.00/month (a $2.50 discount), while VPS L is priced at $12.00/month (50% off).
For larger plans (above VPS L): Use promo code
CODE_C2. Full details are available on the provider’s official Ryzen VPS product page.Information on backup slots and AES-NI support is currently undisclosed; the Ryzen 9900X hardware natively supports AES-NI
Node Hardware Specs
| Attribute | Details |
|---|---|
| Host CPU | AMD Ryzen 9900X (Zen 5 architecture, 12 cores/24 threads, 3.9GHz base clock, 5.6GHz boost clock) |
| Host RAM | 256 GB DDR5 (4×64GB modules) |
| Storage Setup | 2×4TB NVMe SSDs configured in RAID-1 mirroring |
| Overcommitment Ratio | Not disclosed; we recommend monitoring the %st value after purchase |
Infrastructure Details
| Attribute | Details |
|---|---|
| Virtualization Type | Not explicitly stated; given the Ryzen platform, KVM is likely used. You can verify this by running systemd-detect-virt after purchase. |
| CPU Model | AMD Ryzen 9900X (Zen 5 architecture, released in 2024, consumer-grade platform) |
| Memory Type | DDR5 |
| Storage Type | NVMe SSDs (configured in RAID-1) |
| AES-NI Support | Native support under Zen 5 architecture |
| VM-x / AMD-V Support | Native AMD-V support |
| Uplink Port Speed | 10Gbps uplink on the node |
| Data Usage Policy | Unlimited data allowance, subject to Fair Use policies for sustained high-bandwidth usage |
| IPv6 Coverage | All nodes receive a /64 IPv6 prefix |
| Data Center Location | New York, USA; Metanet NYC node with upstream providers Cogent and GTT |
| ASN | Undisclosed |
| Tor Exit Support | The provider explicitly states it welcomes Tor exit traffic |
Network Testing Resources
| Test Type | Address |
|---|---|
| IPv4 Test Endpoint | 38.135.24.1 |
| IPv6 Test Endpoint | 2602:f6f6:1::1 |
| Looking Glass Tool | Not yet available; you can estimate latency by pinging the test IPs above |
YABS Benchmark Guide
After purchasing a plan, run the following command and share the full output in the comments section — NodeInit compiles a list of real-world benchmark results from users:
curl -sL yabs.sh | bash -s -- -i -g
Key metrics to pay attention to:
| Metric | What to Look For |
|---|---|
| AES-NI Support | The Ryzen 9900X natively supports this feature, so it should show as “Enabled” |
| VM-x/AMD-V Support | Native AMD-V support, so this should also show as “Enabled” |
| Random 4K Read Speed (via fio) | On a node with NVMe RAID-1 storage, expect speeds of at least 300 MB/s |
| Actual Bandwidth (via iperf3) | Use this to confirm the actual maximum outbound speed available on the 10Gbps node |
| Geekbench 6 Single-Core Score | The Zen 5 architecture is projected to deliver scores over 2800, placing it in the high-performance tier |
CPU Steal Time (top %st) |
Values consistently above 5% indicate overcommitment; anything over 10% means severe overcommitment |
Please note: All benchmarks should use Geekbench 6 (not GB5) — do not mix results from both versions.
Current community-submitted benchmark results (awaiting more submissions):
| Plan | Geekbench 6 Single-Core Score | 4K Random Read Speed (fio) | Actual Bandwidth (iperf3) | AES-NI Status | CPU Steal Time | Submitter |
|---|---|---|---|---|---|---|
| — | — | — | — | — | — | We welcome all buyers to share their results after purchase |
Operating System & Feature Support
| Attribute | Details |
|---|---|
| Available OS Templates | Not disclosed; we recommend contacting customer support to confirm options |
| Windows Support | Not disclosed |
| Mail Port Support (25/465/587) | Not disclosed; please check with support for confirmation |
| TUN/TAP Support | Not disclosed |
| Nested Virtualization | Not explicitly stated; AMD-V is supported at the host level , but whether it’s passed through to VPS instances requires verification via support |
| Tor Exit Support | The provider explicitly confirms compatibility with Tor exit traffic |
Payment & Refund Policies
Billing Cycle: Monthly payments, with recurring discounts applied so renewal prices stay the same as the initial monthly fee.
Payment Methods: These are not listed on the promotional page; full options are available on the checkout page at billing.fourplex.net.
Refund Policy: No details have been published; we suggest reviewing the provider’s Terms of Service prior to making a purchase.
Contact Information
| Channel | Link |
|---|---|
| Official Website | fourplex.net |
| Billing Portal | billing.fourplex.net |
| FAQ Page | fourplex.net/faq/ |
| Terms of Service | fourplex.net/terms-of-service/ |
| Business Entity | Fourplex Telecom LLC |
Source: Fourplex
NodeInit Editor’s Review
Post Category: A (KVM-based VPS)
Ideal Use Cases: The Zen 5 architecture of the Ryzen 9900X delivers projected single-core scores over 2800 (per Geekbench 6), putting it in the top tier among similarly priced VPS plans. Its NVMe RAID-1 storage setup ensures high reliability, all nodes get a standard /64 IPv6 prefix, and its Tor exit-friendly stance is a rare perk for specific user groups. The recurring discounts also eliminate any risk of price hikes at renewal. This plan is perfect for workloads that rely heavily on single-core performance (like compilation tasks, AI inference, high-concurrency web services) and for deploying Tor exit nodes.
Potential Risks to Note:
The Ryzen 9900X is a consumer-grade CPU, not a server-grade processor: Compared to server CPUs like EPYC or Xeon, consumer platforms lack full IOMMU virtualization passthrough support. It’s also unclear whether ECC memory is supported (some motherboards compatible with the Ryzen 9000 series do support ECC, but it’s not a standard feature), so long-term stability depends on the specific motherboard used.
256GB DDR5 (4×64GB) exceeds the official specifications: The Ryzen 9900X is officially rated to support up to 192GB of RAM; a 256GB configuration is outside the standard specs, so whether it runs stably depends on how well the motherboard’s memory controller handles it. We recommend monitoring memory error logs after purchase.
Virtualization type is not explicitly stated: There’s no mention of KVM or OpenVZ; run systemd-detect-virt after purchase to confirm. If the platform turns out to be OpenVZ or LXC, this contradicts the post’s description of a KVM VPS.
“Unlimited data” is subject to Fair Use policies: High sustained bandwidth usage is still governed by Fair Use rules, and there’s no publicly disclosed upper limit on actual usable data volume.
Overcommitment ratio is not disclosed: With a single node housing 12-core Ryzen 9900X processors, having many VPS instances could lead to high CPU steal times. We strongly encourage buyers to share their %st values in the comments after purchase. With Zen 5’s high single-core performance, NVMe RAID-1 support, native /64 IPv6 connectivity, Tor-friendly outbound routing, and recurring discounts, this configuration offers great value at just $3.50/month — definitely worth trying out.
Five-dimensional rating:
| Dimension | Score | Notes |
|---|---|---|
| Cost-performance ratio |  ☆ |
The combination of Zen 5’s single-core prowess, NVMe storage, and recurring discounts makes it stand out in its price range |
| Network quality | ☆ |
Equipped with Cogent/GTT networks in New York; 10Gbps nodes, actual performance still to be verified |
| Hardware specs | ☆ |
Solid specs featuring Zen 5 CPUs, DDR5 RAM, and NVMe RAID-1 setup; long-term stability of this consumer-grade platform remains to be seen |
| Customer support | ☆☆ |
Operated by a small-scale ISP with limited reputation; ticket response times need verification |
| Transparency | ☆☆ |
Details like virtualization type, over-provisioning ratio, and ECC memory status are not disclosed |
Community engagement tips
After purchasing, feel free to share the following in the comments section:
- Full YABS benchmark results (including GB6 single/multi-core scores, FIO 4K random read speeds, and iperf3 bandwidth measurements)
- MTR test results for all three major Chinese ISPs (Beijing/Shanghai/Guangzhou × China Telecom/China Unicom/China Mobile)
- Virtualization type (output from
systemd-detect-virt) - CPU steal time monitoring (check the
%stvalue intop; please post a comment if it stays above 5% consistently) - ECC memory status (query via
edac-util -sordmidecode -t memory) - Real-world Tor usage experience (including actual performance and IP reputation)
Tags: KVM, Fourplex, New York, Ryzen, Zen5, IPv6