Trading Workloads, GPU Accelerated
Gamma pairs NVIDIA L4 acceleration with dedicated Ryzen 9 9950X processing power. Built for Bookmap, Sierra Chart, NinjaTrader, TradeStation, order flow, DOM, footprint charts, and high-resolution multi-monitor trading.
Compare Gamma Plans
Up to 70%Higher performance than a CPU-only VPS
7,424L4 CUDA cores available during GPU bursts
2-12 GBDedicated GDDR6 memory for charts, monitors, and GPU workloads
Gamma Series
GPU-Accelerated Trading VPS
Gamma Mark-1Specifications
Gamma Mark-2Specifications
Gamma Mark-3Specifications
Dedicated Ryzen 9 9950X processing meets NVIDIA L4 acceleration on every Gamma plan. CPU resources and GDDR6 memory are reserved for your VPS, while the L4 vGPU can access 7,424 CUDA cores during bursts. Choose 2, 6, or 12 GB of dedicated GPU memory around chart count, screen resolution, and the analysis you run.
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Managed Layer
Services & Add-Ons
Gamma handles graphics and large calculation jobs. ServerIQ provides server telemetry, daily snapshots protect the workspace, and TradeCopy keeps copy traffic inside private ChartVPS networking where possible.
ChartVPS ServerIQ
ServerIQ tracks CPU, RAM, storage, network conditions, Windows processes, restarts, shutdowns, and trading-application stability.
When NinjaTrader freezes, Bookmap slows down, or a session disconnects, there is real telemetry to investigate instead of a timestamp and a guess.
Learn More about ChartVPS ServerIQ
ChartVPS TradeCopy
Use Gamma when a master or copy node also runs GPU-heavy charts, heatmaps, or order-flow work.
TradeCopy moves NinjaTrader and Replikanto instructions over a private 0-1ms network. Gamma keeps the graphics workload from competing for the same CPU attention.
Learn More about ChartVPS TradeCopy
Technical Benefits
Gamma Series Benefits
Responsive Charting Under Load
NVIDIA L4 graphics keep heatmaps, DOM, footprints, indicators, and multi-monitor workspaces responsive as visual complexity rises.
Charts redraw faster, dense order-flow views stay fluid, and switching, zooming, or resizing workspaces feels closer to a local workstation during busy market sessions.
More GPU Memory. More Charting Headroom.
Gamma reserves 2, 6, or 12 GB of GDDR6 memory for your VPS.
More GDDR6 gives high-resolution monitors, live charts, heatmaps, footprints, and visual layers room to stay open together. ECC DDR5 keeps platform data, indicators, and Windows processes fast and stable alongside them.
Parallel Analysis & AI
CUDA cores accelerate large batches of calculations. Tensor cores handle the mathematics behind machine-learning models.
CUDA divides Monte Carlo runs, simulations, backtests, and quantitative calculations across thousands of GPU cores. Tensor cores specialize in model training, inference, and signal validation, where the same matrix calculations repeat at scale.
Ryzen 9 9950X Processing Power
Dedicated CPU resources handle the work the GPU does not.
Platform logic, feeds, automation, order management, and Windows processes stay on fast Ryzen 9 processing while the L4 handles chart rendering and large calculation jobs.
More Calculations At Once
Thousands of GPU cores process large batches in parallel instead of waiting through them one by one.
That cuts through Monte Carlo runs, repeated strategy calculations, market simulations, and large data jobs faster, leaving the Ryzen CPU free to keep the trading platform and Windows session responsive.
0-1ms CME Latency From Chicago
Exchange-adjacent infrastructure with 10 Gbps capacity, redundant carriers, optimized routing, and built-in DDoS protection.
Place Gamma close to CME, broker, and market-data systems so orders and data travel less distance. Multiple carriers and route options keep one network path from becoming the whole plan.
Managed 24/7
Skilled humans with trading-platform, Windows, Linux, and GPU-workload fluency are available around the clock.
Support can provision the server, troubleshoot the operating system, separate a platform problem from an infrastructure problem, and size the plan around the actual workload. Management is included.
Layered Security
Facility controls, firewalls, encrypted RDP, DDoS mitigation, and audited controls protect different parts of the environment.
Biometric facility access protects the hardware. Hardware and software firewalls protect the server. Layer 3, 4, and 7 filtering helps keep attack traffic away from platform access and market-data connections. ChartVPS is SOC 2 Type I compliant.
Windows Server 2025 or Ubuntu 24.04
Choose the operating system required by the trading platform or research tools.
Run Bookmap, NinjaTrader, Sierra Chart, TradeStation, GPU research tools, and other supported software in a managed remote environment. Support can confirm the right operating system before provisioning.
CPU + GPU Architecture
What The GPU Actually Does
Gamma pairs two kinds of processing. Ryzen 9 keeps Windows, platform logic, market-data feeds, automation, and order management responsive. NVIDIA L4 takes on graphics and large batches of calculations: Bookmap heatmaps, DOM and footprint rendering, high-resolution chart walls, Monte Carlo simulations, accelerated backtests, optimization runs, and quantitative analysis. CUDA cores divide those jobs across thousands of processors. Tensor cores specialize in the matrix mathematics used by machine-learning models. The result is a smoother trading workspace with more headroom for analysis running beside it.
Up to 70%
Higher GPU+CPU performance than a CPU-only VPS
300 GB/s
More than 3x the memory bandwidth of typical CPU DDR5
7,424 / 240
CUDA cores available during bursts / Tensor cores for model work
2-12 GB
Dedicated GDDR6 for charts, resolution, and visual headroom
GPU Capacity
Choose By Charts, Screens & Resolution
Every Gamma tier uses the same L4 architecture. Dedicated GDDR6 memory increases from 2 to 6 to 12 GB, giving the VPS more room for live charts, higher resolutions, heatmaps, indicators, and visual layers. To put real limits behind those numbers, we built the same trading layout in each Gamma profile and progressively added candlestick charts, indicators, gridlines, monitors, resolution, and rendering fidelity until GPU memory became the constraint.
Gamma Mark 1
γ1Built for 1440p Workspaces
- Tested with six 1440p monitors and about 24 live chart windows
- Rendering stayed smooth, with peaks up to 988 fps across the workload
- Best fit: multi-monitor 1440p trading setups
Measured ceiling
Gamma Mark 2
γ2Built for Heavier 4K Workspaces
- Tested with six 4K monitors and 36 live chart windows
- Rendering stayed smooth, with peaks up to 460 fps across the workload
- Added room for higher-fidelity rendering settings
- Best fit: 4K chart walls and heavier visual workspaces
Measured ceiling
Gamma Mark 3
γ3Maximum GPU-Memory Headroom
- 12 GB of dedicated GDDR6 memory, twice Mark 2
- More room for 4K screens, chart windows, high-fidelity rendering, and parallel workloads
- Best fit: the heaviest Gamma workspaces
Benchmark in progress
Measured inside a Gamma virtual machine on an NVIDIA L4 with hardware rendering enabled. The workload adds live candlestick charts, indicators, gridlines, price and time axes, monitors, resolution, and rendering fidelity until dedicated GPU memory becomes the constraint. Smooth means at least 60 fps with p95 frame time below 16.7 ms. One chart window is one live instrument tile.
Trading Workloads
Built for Order Flow
Bookmap, Sierra Chart, NinjaTrader, and TradeStation can put dozens of visual layers on screen at once: heatmaps, DOM, footprints, Time & Sales, TPO, Renko, and Volume Profile. L4 graphics keep those views responsive while Ryzen 9 processing handles platform logic, feeds, automation, and the rest of the trading session.
Multi-Monitor Trading
Built for High-Resolution Charting
Order-flow platforms can ask a lot from graphics hardware. Bookmap heatmaps, Sierra Chart studies, DOM surfaces, footprints, Volume Profile, Time & Sales, VWAP, and several live instruments all redraw as market data changes. Across multiple high-resolution monitors, that visual workload adds up quickly.
Gamma gives those views dedicated GDDR6 memory and L4 rendering power, keeping charts smoother while zooming, scrolling, switching instruments, and rearranging layouts. Mark-1 covers tested 1440p setups. Mark-2 adds room for heavier 4K layouts. Mark-3 provides the most GPU-memory headroom before graphics become the bottleneck.
Where Gamma Earns Its Place
Machine Learning
Use L4 Tensor cores for model training, inference, and validation. Tensor cores specialize in the repeated matrix mathematics behind machine-learning research.
GPU-Accelerated Backtesting
Run GPU-aware research in custom MetaTrader 5/OpenCL code, Python with CuPy or RAPIDS, MATLAB GPU tools, and custom CUDA engines. Platform-native backtests still benefit from Gamma's Ryzen 9 processing.
Order Flow & Heatmaps
Render Bookmap heatmaps, DOM surfaces, footprints, and other graphics-heavy order-flow views with dedicated GDDR6 memory and L4 graphics power.
Quantitative Analysis
Process large price and volume datasets, matrix calculations, model scoring, and repeated strategy tests in parallel, leaving more CPU headroom for the live platform.
Market Simulation
CUDA is NVIDIA's platform for sending large calculation jobs to the GPU. It can split Monte Carlo runs and scenario generation across thousands of cores instead of processing one path after another.
Multi-Monitor Charting
Give 1440p and 4K chart walls more rendering headroom as chart count, overlays, resolution, and visual fidelity increase.
Put the GPU Where Trading Runs
Run GPU-accelerated charting, order flow, backtesting, and quantitative analysis on NVIDIA L4 plus Ryzen 9 9950X, managed 24/7 from exchange-adjacent Chicago.
Compare Gamma Plans
Smoother Order-Flow Views
Keep heatmaps, DOM, footprints, charts, and overlays responsive as screens and visual layers increase.
More Charts At Higher Resolution
Dedicated GDDR6 gives larger 1440p and 4K workspaces room before graphics memory becomes the limit.
Trade While Analysis Runs
Ryzen 9 keeps the platform and Windows responsive while L4 handles rendering and large calculation jobs.
7,424
CUDA CORES
2-12 GB
DEDICATED GDDR6
0-1ms
NETWORK LATENCY
Up to 70%
HIGHER PERFORMANCE
Support