APEX-DC-AI-ML-HPC

Key Applications

Private GenAI
AI/Deep Learning Training
High-Performance Computing
3D Rendering
Design & Visualization

Animation and Modeling
Media/Video Streaming
Cloud Gaming
VDI
Diagnostic Imaging & Much More

Key Features

High Performance and Scalability: Powered by a CPU with up to 128 Cores along with Memory expandable to 2TB, the system is optimized for demanding AI/ML workloads.
GPU Flexibility: Supports up to six GPUs at PCIe Gen 4.0 (with Gen 5.0 Option), allowing users to customize GPU configurations for advanced AI tasks.
Redundancy and Reliability: Features five hot-swappable Platinum power supplies and eight heavy-duty hot-swappable fans, ensuring continuous operation and simplified maintenance.
Comprehensive Management Tools: Includes IPMI for remote server management, enabling seamless monitoring and control of the system.
Future-Proof and Modular Design: Built with non-proprietary hardware, the system is fully upgradeable and field-replaceable, ensuring long-term adaptability to evolving needs.
Onsite Deployment Assistance: Chainsavvy offers worldwide onsite deployment assistance for those seeking a full white-glove installation experience. This service ensures proper setup and configuration of the system, tailored to your specific requirements.
USA Based: Proudly built and shipped from the USA, supporting small businesses.

Introduction

APEX-DC: Rack-Mounted HPC Solution for AI/ML Workloads

The APEX-DC is Chainsavvy’s high-performance rack-mounted HPC system, designed for clients who require enterprise-grade solutions with maximum scalability and efficiency. Unlike the standalone APEX-Tower, the APEX-DC is tailored for data center environments and supports professional-grade GPUs, making it ideal for large-scale AI/ML workloads.

Whether you’re managing intensive computational tasks, deploying in a server rack, or scaling operations across multiple systems, the APEX-DC offers the ultimate in performance, reliability, and flexibility. For those who prefer a rack-based solution over a standalone tower design, the APEX-DC is the perfect choice to meet your advanced computing needs.

Product Overview

Chainsavvy introduces two tiers of its APEX HPC systems:

Apex BASE: A cost-effective solution designed for organizations seeking robust performance while staying within budget, ideal for a wide range of demanding AI applications.
Apex MAX: A high-performance model optimized for intensive workloads, offering the fastest processing speeds and maximum reliability for cutting-edge innovation.

For unique needs, Chainsavvy also provides customized HPC solutions tailored to specific requirements. Contact us for more details.

BASE

CPU: EPYC 24C/48T
Memory: 256GB
GPU: Up to 8 GPUs*
PSU: 5x 800Watts Hot Swappable Platinum Power Supplies
OS Storage: 1x 480GB Enterprise SSD (w/ Hypervisor)
DATA Storage: 2x 1TB
Network: 2x 1 Gigabit Ethernet LAN Ports (Expendable to 10Gbps)
Management: IPMI
FANs: 8x Heavy Duty Hot Swappable Fans
Rails: Standard Rack Rails included

MAX

CPU: EPYC 32C/64T
Memory: 512GB
GPU: Up to 8 GPUs*
PSU: 5x 800Watts Hot Swappable Platinum Power Supplies
OS Storage: 2x 480GB Enterprise SSD RAID1 (w/ Hypervisor)
DATA Storage: 2x 2TB
Network: 2x 1 Gigabit Ethernet LAN Ports (Expendable to 10Gbps)
Management: IPMI
FANs: 8x Heavy Duty Hot Swappable Fans
Rails: Standard Rack Rails included

*The number of GPUs that can be installed in the chassis depends on the size of the GPUs being used. Larger GPUs (e.g., 3 or 3.5-slot designs) will take up more space, reducing the total number of GPUs that can fit, while smaller GPUs (e.g., 1 or 2-slot designs) allow for higher GPU density within the system.

Experience the Difference!

Simplified Solutions with Tailored Tiers and Customization: Choose between Apex BASE, Apex MAX, or fully customized systems for those seeking special configurations. Chainsavvy eliminates complexity, allowing clients to focus on their goals with ease.
Proven Reliability and Performance: Every system undergoes rigorous stress testing with comprehensive build documentation, ensuring unmatched reliability and performance from day one.
Future-Proof and Modular Design: Built with non-proprietary hardware, Chainsavvy systems are fully upgradeable and feature hot-swappable, field-replaceable components, minimizing downtime and maximizing adaptability.
Legendary Customer Service and Onsite Support: From glowing testimonials to support and worldwide onsite deployment assistance, Chainsavvy is committed to delivering exceptional service and ensuring client satisfaction at every step.
Proudly Built in the USA: Supporting American small businesses, every Chainsavvy system is proudly designed, built, and shipped from the USA with unbeatable pricing that never compromises quality.

Marketplaces – Unlock Endless Opportunities

Chainsavvy’s HPC systems empower you to explore a wide range of possibilities, from running private generative AI with Retrieval-Augmented Generation (RAG) and custom AI assistants to leveraging numerous marketplaces that provide resources for other projects.

Featured Marketplaces and Partners

Chainsavvy integrates seamlessly with the following platforms, enabling you to maximize the potential of your HPC system:

Flux: A decentralized cloud infrastructure designed for Web3 applications and scalable computing needs.
Akash: The open-source cloud for deploying and managing applications with cost-effective scalability.
Dynex: A neuromorphic computing platform optimized for AI and deep learning workloads.
Vast.ai: A GPU rental marketplace offering affordable access to powerful computing for AI, ML, and rendering tasks.
Runpod: A platform for on-demand GPU computing, ideal for developers and researchers in AI/ML.
TensorDock: A marketplace connecting users to high-performance cloud GPUs for AI, rendering, and gaming.
Io.net: A decentralized network that provides scalable computing resources for various workloads.
Nodes.ai: A platform offering distributed computing power tailored to AI training and inference.
Cudo Compute: A sustainable cloud computing platform providing high-performance resources for AI and other intensive tasks.
Clore.ai: A decentralized marketplace for GPU-based computing, supporting AI, ML, and blockchain projects.

Don’t See Your Preferred Marketplace?

If you don’t see the marketplace you’re interested in, please reach out to us! We’re happy to collaborate and conduct research to ensure your HPC system supports your specific needs.

Ordering Lead Time

Our lead time is approximately 45-55 days. During this time, we prioritize meticulous manufacturing, rigorous quality assurance, and thorough preparation to ensure every system meets our exceptional standards before being shipped to you.

Ready to take the next step? Contact us today to discuss your requirements, explore customization options, and place your order!

Potential Applications

Private Generative AI: Build private AI models using proprietary data to ensure privacy, security, and compliance with regulations like GDPR or HIPAA.
Drug Discovery and Genomics: Accelerate drug design, genomic analysis, and molecular simulations by processing ultra-large datasets at high speed.
Autonomous Systems: Power real-time decision-making for autonomous vehicles, drones, and robotics by processing sensor data (e.g., LiDAR, radar) with low latency.
Predictive Analytics: Use AI-driven predictive models for fraud detection, supply chain optimization, and energy management by efficiently handling large datasets.
Climate Modeling and Weather Forecasting: Improve weather predictions and climate simulations by processing vast meteorological datasets for better disaster preparedness.
AI Model Training: Train advanced deep learning models faster by leveraging HPC’s computational power to handle large datasets and complex architectures.
Real-Time Financial Analysis: Support applications like automated trading, risk modeling, and fraud detection with rapid data processing capabilities.
Precision Agriculture: Optimize irrigation, pest control, and crop yields using AI models trained on soil sensors, satellite images, and weather data.
Manufacturing Simulations: Perform crash tests, material durability assessments, and design optimizations in industries such as automotive and aerospace before physical prototyping.
Intelligent Simulations: Enhance simulations in areas like energy exploration or engineering design by combining AI with HPC to improve accuracy and efficiency.

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