PVanish says server count doesn't matter, so it rebuilt the parts that do

IPVanish has finished a two-year rebuild of its VPN network, boosting per-server throughput by 41% with 50Gbps ports, direct peering, and dual data centers. Here is what is new and how it compares.

The core bet: infrastructure over inventory

IPVanish just completed a two-year, ground-up rebuild of its entire server network. Server count, the company argues, is not what makes a network fast. How those servers are built, connected, and peered is what's actually important. The rebuild now promises a 41% average increase in per-server throughput across the network. It's a meaningful jump, but the more interesting story is how IPVanish got there. It comes down to four things:

• Faster hardware
• Smarter peering
• More redundancy
• A leaner software stack

Individually, none of these are flashy. Together, they're meant to do one thing: keep your connection steady enough that you forget the VPN is on.

Faster hardware, more headroom

IPVanish has moved its entire network to 50Gbps server ports, a fivefold jump over the 10Gbps setup it ran before. More capacity per VPN server means more headroom when everyone piles on at once. On a busy Sunday evening, a higher-capacity server is better placed to keep traffic moving rather than choking under load.

The peering upgrade most VPNs skip

Your traffic does not just bounce between data centers. It travels from your ISP, through the virtual private network (VPN), and out to whatever site or stream you are using. A network with fast server-to-server benchmarks but a poor path to the networks its customers actually use will still crawl through congested middle-mile transit.

IPVanish says it now peers directly at more than 40 internet exchanges worldwide, placing its servers in the same meet-me rooms as the ISPs carrying your traffic. In practice, that can mean fewer hops and a shorter, more direct route to your destination.

NEW: Leave No Trace - A weekly newsletter on digital privacy and online surveillance. Leave No Trace investigates the companies and governments putting our digital freedom at risk - and the people fighting back. 📩 Subscribe now to get every edition delivered to your inbox every Friday, launching this September.

Redundancy, reach, a greener engine, and OpenVPN boost

On coverage, IPVanish now spans 150 locations across 55 countries, and it labels which servers are physical and which are virtual so you know where each one actually sits. The provider told us earlier this year that the expansion was aimed at easing peak-hour congestion in high-demand regions.

The bigger reliability play is redundancy. Every major city now runs two independent data centers with separate providers and connectivity, so if one goes dark from a power cut or fiber break, you stay online on the other.

Behind the scenes, a switch from IPTables to NFTables lets servers process traffic more efficiently, drawing less power and heat along the way. IPVanish also added OpenVPN Data Channel Offload on Windows recently, promising almost three times faster connections. That is expected to narrow the old gap between OpenVPN's trusted security and WireGuard's speed.

A VPN you never want to turn off

On paper, 50Gbps ports and direct peering push IPVanish ahead of the 10Gbps hardware many rivals still run. That said, NordVPN, ExpressVPN, and Proton VPN remain the names to beat on raw speed and scale. Port capacity is shared, so the real proof is testing, not the spec sheet. The ambition, in IPVanish's words, is a VPN you never want to turn off.

Monica is a tech journalist with over a decade of experience. She writes about the latest developments in computing, which means anything from computer chips made out of paper to cutting-edge desktop processors. GPUs are her main area of interest, and nothing thrills her quite like that time every couple of years when new graphics cards hit the market. She built her first PC nearly 20 years ago, and dozens of builds later, she's always planning out her next build (or helping her friends with theirs). During her career, Monica has written for many tech-centric outlets, including Digital Trends, SlashGear, WePC, and Tom's Hardware.