Molecular Dynamics Workstations
Simulate molecular interactions with precision using QuantaVega’s workstations, optimized with GPU acceleration, high core counts, and Quanta OS 24.04 LTS for computational chemistry breakthroughs.
Advanced GPU Acceleration (up to 8x A100)
High Core CPUs (16 to 96 cores)
ECC RAM (up to 1TB DDR5)
High-Speed NVMe Storage (up to 8TB)
Why Choose QuantaVega for Molecular Dynamics Workstations
Tailored GPU acceleration and Quanta OS for faster, more accurate molecular simulations.
Key Benefits
Run simulations 15% faster with up to 8x A100 GPUs.
Handle massive datasets with 1TB ECC RAM.
Store complex models on 8TB NVMe SSDs.
Benefit from Quanta OS compatibility with tools like GROMACS.
Popular Configurations for Molecular Dynamics Workstations
quanta-x3000
Tailored for entry-level molecular dynamics and manufacturing simulations, this system leverages the Intel Core Ultra 9’s 24 cores and RTX 4080’s CUDA capabilities for efficient computation and visualization. Quanta OS 24.04 LTS ensures compatibility with simulation software like GROMACS.
Starting at ₹~$4,000+
quanta-x6000
Designed for mid-to-high-end workloads, this system’s Threadripper PRO and dual RTX 6000 Ada GPUs excel in AI training, molecular dynamics, rendering, and simulations. Advanced liquid cooling and 10GbE networking support intensive compute and data transfer needs, optimized by Quanta OS 24.04 LTS.
Starting at ₹~$12,000+
quanta-x8000
Optimized for mid-range molecular dynamics and manufacturing simulations, the Threadripper 7970X and RTX 6000 Ada provide robust parallel processing and visualization. 10GbE and Quanta OS 24.04 LTS enable fast data handling and compatibility with scientific software.
Starting at ₹~$10,000+
quanta-a2000
Built for mid-tier molecular dynamics and simulations, the Xeon W7-2495X and RTX 5000 Ada deliver precision and reliability. ECC RAM and 10GbE enhance stability and data throughput, with Quanta OS 24.04 LTS optimizing scientific computing workflows.
Starting at ₹~$8,500+
Related Technologies
Available Configurations
Entry-Level Configurations
quanta-x3000
Entry LevelTailored for entry-level molecular dynamics and manufacturing simulations, this system leverages the Intel Core Ultra 9’s 24 cores and RTX 4080’s CUDA capabilities for efficient computation and visualization. Quanta OS 24.04 LTS ensures compatibility with simulation software like GROMACS.
Mid-Level Configurations
quanta-x6000
Mid LevelDesigned for mid-to-high-end workloads, this system’s Threadripper PRO and dual RTX 6000 Ada GPUs excel in AI training, molecular dynamics, rendering, and simulations. Advanced liquid cooling and 10GbE networking support intensive compute and data transfer needs, optimized by Quanta OS 24.04 LTS.
quanta-x8000
Mid LevelOptimized for mid-range molecular dynamics and manufacturing simulations, the Threadripper 7970X and RTX 6000 Ada provide robust parallel processing and visualization. 10GbE and Quanta OS 24.04 LTS enable fast data handling and compatibility with scientific software.
quanta-a2000
Mid LevelBuilt for mid-tier molecular dynamics and simulations, the Xeon W7-2495X and RTX 5000 Ada deliver precision and reliability. ECC RAM and 10GbE enhance stability and data throughput, with Quanta OS 24.04 LTS optimizing scientific computing workflows.
High-Level Configurations
quanta-a3000
High LevelA rackmount solution for mid-tier HPC clusters and high-end molecular dynamics, featuring EPYC 7313P and quad RTX 6000 Ada GPUs. 25GbE and advanced cooling support distributed computing, with Quanta OS 24.04 LTS tailored for scientific simulations.
quanta-a4000
High LevelAn elite system for high-end AI, HPC, and molecular dynamics, with 96 cores and 8x A100 GPUs. 100GbE and 1TB ECC RAM handle massive datasets, while Quanta OS 24.04 LTS provides an optimized environment for large-scale scientific and AI workloads.