Products
Symphony
The World's First Fully Composable, Mixed-Processor Compute Platform
Highlights
Orchestrates CPUs, GPUs, ASICs, and FPGAs in a single rack
Real-time workload tuning based on speed, power, or accuracy goals
Plug-and-play support for Pythonic workloads; deeper gains via Rust-based optimization
No vendor lock-in, fully U.S.-based supply chain ready by 2025
Contact Us
Why It Matters
Symphony is a hardware breakthrough for AI training and high-performance compute. While others brute force scale with single-processor architectures, Symphony scales with intelligent orchestration across processor types — delivering better performance with lower power, less heat, and greater flexibility.
Use Case
On-prem AI training for research institutions and hyperscalers
Mixed-model inference workloads with tight energy or latency constraints
Future-proof AI infrastructure with modular expandability
Deep Dive
A typical Symphony rack supports up to 48 (with near-term support up to 64) heterogeneous processors (e.g., GPUs for matrix ops, FPGAs for custom logic, ASICs for serial efficiency), all orchestrated through I/ONX's proprietary backplane and motherboard infrastructure.
Synth
Portable Power. Edge-Ready Intelligence.
Highlights
Cabin-friendly form factor for easy travel and fast setup
Engineered for edge environments and remote deployments
Modular, composable architecture for custom configuration
Seamless integration with Symphony and Conductor
Contact Us
Why It Matters
Synth brings I/ONX’s high-performance, multi-processor platform out of the data center and into the real world. Purpose-built for go-anywhere insights, Synth enables researchers, engineers, and field teams to take heterogeneous compute directly to the edge — whether that's a satellite lab, a mobile vehicle, or a boardroom demo.
Use Case
Edge AI for field operations (energy, defense, autonomous systems)
Portable test and validation rigs for remote R&D teams
Conference-ready deployment for live demos and pre-sales evaluation
Deep Dive
Despite its compact size, Synth supports a full stack of composable compute — including CPUs, ASICs, FPGAs, and GPUs — configurable to mission-specific needs. Standard builds operate well below 10kW and can run on localized or portable power supplies. Synth systems connect to larger Symphony deployments or function as standalone units, all orchestrated by Conductor for seamless software portability and real-time optimization.
Products
Symphony
The World's First Fully Composable, Mixed-Processor Compute Platform
Highlights
Orchestrates CPUs, GPUs, ASICs, and FPGAs in a single rack
Real-time workload tuning based on speed, power, or accuracy goals
Plug-and-play support for Pythonic workloads; deeper gains via Rust-based optimization
No vendor lock-in, fully U.S.-based supply chain ready by 2025
Contact Us
Why It Matters
Symphony is a hardware breakthrough for AI training and high-performance compute. While others brute force scale with single-processor architectures, Symphony scales with intelligent orchestration across processor types — delivering better performance with lower power, less heat, and greater flexibility.
Use Case
On-prem AI training for research institutions and hyperscalers
Mixed-model inference workloads with tight energy or latency constraints
Future-proof AI infrastructure with modular expandability
Deep Dive
A typical Symphony rack supports up to 48 (with near-term support up to 64) heterogeneous processors (e.g., GPUs for matrix ops, FPGAs for custom logic, ASICs for serial efficiency), all orchestrated through I/ONX's proprietary backplane and motherboard infrastructure.
Synth
Portable Power. Edge-Ready Intelligence.
Highlights
Cabin-friendly form factor for easy travel and fast setup
Engineered for edge environments and remote deployments
Modular, composable architecture for custom configuration
Seamless integration with Symphony and Conductor
Contact Us
Why It Matters
Synth brings I/ONX’s high-performance, multi-processor platform out of the data center and into the real world. Purpose-built for go-anywhere insights, Synth enables researchers, engineers, and field teams to take heterogeneous compute directly to the edge — whether that's a satellite lab, a mobile vehicle, or a boardroom demo.
Use Case
Edge AI for field operations (energy, defense, autonomous systems)
Portable test and validation rigs for remote R&D teams
Conference-ready deployment for live demos and pre-sales evaluation
Deep Dive
Despite its compact size, Synth supports a full stack of composable compute — including CPUs, ASICs, FPGAs, and GPUs — configurable to mission-specific needs. Standard builds operate well below 10kW and can run on localized or portable power supplies. Synth systems connect to larger Symphony deployments or function as standalone units, all orchestrated by Conductor for seamless software portability and real-time optimization.
Products
Symphony
The World's First Fully Composable, Mixed-Processor Compute Platform
Highlights
Orchestrates CPUs, GPUs, ASICs, and FPGAs in a single rack
Real-time workload tuning based on speed, power, or accuracy goals
Plug-and-play support for Pythonic workloads; deeper gains via Rust-based optimization
No vendor lock-in, fully U.S.-based supply chain ready by 2025
Contact Us
Why It Matters
Symphony is a hardware breakthrough for AI training and high-performance compute. While others brute force scale with single-processor architectures, Symphony scales with intelligent orchestration across processor types — delivering better performance with lower power, less heat, and greater flexibility.
Use Case
On-prem AI training for research institutions and hyperscalers
Mixed-model inference workloads with tight energy or latency constraints
Future-proof AI infrastructure with modular expandability
Deep Dive
A typical Symphony rack supports up to 48 (with near-term support up to 64) heterogeneous processors (e.g., GPUs for matrix ops, FPGAs for custom logic, ASICs for serial efficiency), all orchestrated through I/ONX's proprietary backplane and motherboard infrastructure.
Synth
Portable Power. Edge-Ready Intelligence.
Highlights
Cabin-friendly form factor for easy travel and fast setup
Engineered for edge environments and remote deployments
Modular, composable architecture for custom configuration
Seamless integration with Symphony and Conductor
Contact Us
Why It Matters
Synth brings I/ONX’s high-performance, multi-processor platform out of the data center and into the real world. Purpose-built for go-anywhere insights, Synth enables researchers, engineers, and field teams to take heterogeneous compute directly to the edge — whether that's a satellite lab, a mobile vehicle, or a boardroom demo.
Use Case
Edge AI for field operations (energy, defense, autonomous systems)
Portable test and validation rigs for remote R&D teams
Conference-ready deployment for live demos and pre-sales evaluation
Deep Dive
Despite its compact size, Synth supports a full stack of composable compute — including CPUs, ASICs, FPGAs, and GPUs — configurable to mission-specific needs. Standard builds operate well below 10kW and can run on localized or portable power supplies. Synth systems connect to larger Symphony deployments or function as standalone units, all orchestrated by Conductor for seamless software portability and real-time optimization.
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