Hosting Sierra Chart on a VPS: Efficiency Changes the Equation
Sierra Chart is the outlier among futures platforms: a native C++ application that uses a fraction of the CPU and memory of its .NET competitors. That means the usual VPS advice — buy the biggest plan you can afford — is wrong here. What actually matters for Sierra Chart is network proximity to Teton and the Denali feed, single-core burst speed for depth processing, and a remote-desktop pipeline that can keep up with the DOM. Here is how each piece works on our infrastructure.
Teton Order Routing and the Denali Feed Live in Chicago
Sierra Chart's own order routing service, Teton, provides direct access to CME Group futures, and its infrastructure — like the exchange matching engines it talks to — is in the Chicago area. When you run Sierra Chart from our 427 S La Salle facility, the platform-to-gateway leg of your order path collapses to a sub-millisecond hop, and the Denali Exchange Data Feed delivers full depth with minimal transit distance.
This matters most for traders using Sierra Chart the way it is designed to be used: reading order flow. Market depth updates, numbers bars, and Time and Sales are only as good as their freshness. A trader watching the DOM from a residential connection in London or Sydney is reacting to a picture that is 80–200ms old; on the VPS the picture is effectively live, and your orders start from the same building as the routing that carries them.
Why Sierra Chart Needs Less VPS Than You Think
Sierra Chart is written in C++ with its own windowing and rendering code. A typical setup — three or four chartbooks, a DOM, footprint studies, and Denali full depth on a handful of CME contracts — runs comfortably inside a few hundred megabytes of RAM and light CPU load. Our Swing plan (4 cores, 10GB RAM, 100GB NVMe, $45/mo) hosts this workload with headroom to spare; the same charts on a heavier .NET platform would push you into a larger plan.
Where Sierra Chart does burn resources is depth processing during high-volume moments and historical downloads of tick-by-tick data. Both reward fast individual cores over many cores, which is why we run AMD Ryzen 9950X CPUs rather than shared datacenter Xeons. Move up to Momentum (8 cores, 20GB, $85/mo) if you run many instruments with full depth simultaneously, keep multiple sub-instances open, or replay large stretches of tick data while trading live.
Automated Trading with ACSIL
Sierra Chart's Advanced Custom Study Interface and Language (ACSIL) compiles your trading logic to native code — there is no interpreter layer between your system and the platform. On the VPS this means an automated study reacts to a depth or trade update in microseconds of compute time, and the remaining latency budget is almost entirely network, which the Chicago location minimizes.
Practical setup notes: ACSIL studies build with the Visual Studio Build Tools, which install cleanly on our Windows Server images. Because the VPS never sleeps and our managed update windows never reboot you mid-session, an ACSIL automation started Sunday evening runs untouched through Friday close. Pair it with Sierra Chart's own trade activity logging and you have a complete audit trail server-side, independent of your home machine.
Sub-Instances, Evaluations, and the Remote DOM
Sierra Chart's sub-instance feature — File >> New Instance — is the clean way to separate a live account, a prop-firm evaluation, and a research copy on one server. Each sub-instance keeps its own data files, trade activity, and chartbooks. On a Momentum plan, three or four sub-instances coexist without contention; on Flow (16 cores, 40GB, $175/mo) you can add a dedicated instance for replaying and backtesting against downloaded tick data without disturbing live trading.
The last mile is the remote session itself. A DOM updating dozens of times per second is a worst case for remote desktop compression, and on generic VPS hosts it visibly smears. Our GPU-accelerated RDP pipeline keeps ladder updates and footprint recalculations legible; if you notice frame drops, our frame-rate tuning guide below fixes the common RDP client-side caps.
