Server count is a marketing number. Most people in the VPN industry know this, but few say it out loud. IPVanish did, and now the company is backing that position with two years of infrastructure work it says proves the point. According to the IPVanish blog, the rebuild is complete, and the headline result is a 41% average increase in per-server throughput across the network. That’s a real number worth paying attention to, if you understand what’s driving it.
What actually got upgraded
The most visible change is the move to 50Gbps server ports, a five-times jump from the previous 10Gbps setup. More capacity per server means less congestion when traffic spikes, which is exactly when VPN performance tends to fall apart. Think peak streaming hours on a weekend. A server that runs out of headroom slows everyone on it down. A server with room to spare doesn’t.
But raw port speed is only part of the picture. IPVanish also migrated its infrastructure from IPTables to NFTables, a more modern framework for handling network traffic filtering. The practical effect is that servers process traffic rules more efficiently, which reduces CPU load, cuts power draw, and lowers heat output. It won’t show up in the app, but it matters at scale.
On the Windows client, the company added OpenVPN Data Channel Offload (DCO), which moves OpenVPN processing off the CPU and into the kernel. The result is higher throughput and lower resource usage for users who prefer OpenVPN’s well-established security track record over newer protocols.
The peering question most VPNs ignore
This is the part that deserves the most scrutiny, and the most credit. A lot of VPN providers build networks optimized for server-to-server benchmarks. But your traffic doesn’t travel server to server. It goes from your ISP, through the VPN, and on to whatever service you’re using. If the VPN has poor connections to the networks your ISP uses, your traffic still crawls through congested transit links regardless of how fast the VPN’s own servers are.
IPVanish says it now peers directly at more than 40 internet exchanges globally. That puts its servers in the same physical locations as the ISPs and major networks that carry real user traffic. Fewer hops, shorter paths, less unnecessary transit. This is exactly the kind of infrastructure investment that produces real-world speed improvements rather than benchmark improvements.
Redundancy and reach
The network has also expanded to 150 locations across 55 countries. IPVanish says it labels which locations run on physical hardware and which are virtual, which is a transparency practice the industry should adopt more widely. Knowing where your traffic is actually being routed is a basic piece of information users deserve.
In major cities, the company now runs two independent data centers with separate providers and separate connectivity. So a power outage or fiber cut at one facility doesn’t take the entire location offline. That kind of redundancy is uncommon in this market.
- 50Gbps server ports, up from 10Gbps
- 41% average increase in per-server throughput
- Direct peering at 40+ internet exchanges
- Dual data centers in major cities for failover
- NFTables replacing IPTables for leaner traffic processing
- OpenVPN DCO support on Windows
None of this makes IPVanish immune to criticism, and infrastructure claims from VPN providers always warrant independent verification. But the specifics here are concrete, the logic is sound, and the focus on peering over raw server counts suggests someone actually understands how networks work. That’s rarer than it should be.