Unlock Efficiency with NoLoad Technology
Eideticom's NoLoad technology revolutionizes data processing by offloading compute-intensive tasks from the host CPU. This enhances efficiency, lowers operational costs, and maximizes storage capacity—giving enterprises the scalability they need to stay ahead.
Maximize Performance, Reduce Costs, and Enhance Security
NoLoad is a computational acceleration platform that offloads workloads from traditional CPU architectures for greater efficiency. By leveraging a high-level, standards-based NVMe interface, NoLoad delivers world-class acceleration while enabling seamless integration from a top-down software approach. This enhances system performance, reduces power consumption, and maximizes overall efficiency.
Hardware-accelerated processing to eliminate CPU bottlenecks
Lower power consumption by offloading compute workloads
Algorithmic agility through the use of high-end reconfigurable hardware
Seamless integration with existing enterprise and cloud infrastructures
Eideticom’s NoLoad Technology
Delivers Results
Eideticom’s transparent compression dramatically improves TCO of Beeks’ on-demand financial cloud services.
3x More Storage Capacity
60% Lower Power
"NoLoad unlocks capacity whilst retaining as small a footprint as possible - key to meeting the ever-increasing demands inherent in capital markets and financial services"
Steve Rodgers, Chief Technology Officer
Cryptographic Accelerator
Securely accelerating public key cryptography and encryption, with easy integrations.
Transparent Compression
Seamlessly compressing data in real-time while increasing overall system performance.
Why Accelerate with NoLoad
Security & Compliance
Security is paramount for fintech, cloud providers, and national labs. NoLoad ensures secure cryptographic processing with hardware-backed encryption, while Transparent Compression maintains data integrity and compliance with industry standards.
Hardware-backed cryptographic operations
Securely performs encryption, decryption, and key management
FIPS-compliant cryptographic modules
Ensures regulatory adherence
Attack-resistant firmware
Prevents unauthorized access
Cost Efficiency
Managing infrastructure costs is critical for large-scale deployments. NoLoad technology helps organizations optimize spending by reducing CPU load and minimizing storage footprint.
Lower cloud storage costs
Transparent Compression reduces data size before it reaches storage
Reduced energy consumption
Offloaded workloads consume less power than traditional compute methods
Efficient resource utilization
Frees up CPU for revenue-generating applications
Algorithmic Agility
NoLoad leverages FPGA-based acceleration to provide full algorithmic agility and reconfigurability. This allows enterprises to deploy, update, and optimize compute workloads dynamically, adapting to evolving application needs without requiring hardware changes.
Customizable hardware acceleration
Adapt to new workloads and algorithms on demand
Future-proof performance
Upgrade cryptographic, compression, and AI models without redesigning infrastructure
Optimized workloads
Execute specialized workloads for optimal system efficiency and power consumption
High-Performance Scalability
Speed and scalability are essential for real-time data processing. NoLoad delivers unparalleled throughput with minimal latency, ensuring enterprises can handle growing data volumes efficiently.
Ultra-low-latency processing
Accelerates real-time analytics and transactions
Parallelized workload execution
Enables seamless scalability across workloads
Optimized data paths
Reduces I/O bottlenecks for faster processing
NVMe Interface
NoLoad utilizes a high-bandwidth, low-latency NVMe interface to ensure seamless integration with modern storage and compute infrastructures. This industry-standard protocol provides universal cross platform support and enables efficient data movement, unlocking the full potential from the FPGA accelerator cores.
Seamless deployment
No custom drivers needed
High performance
Enables real-time processing and ultra-fast data transfer
In-box driver support
Supported natively over most modern operating systems (i.e. Linux, FreeBSD, Windows)
Enables Peer-to-Peer
NoLoad technology supports Peer-to-Peer Direct Memory Access (P2PDMA), enabling high-speed, low-latency data movement between PCIe devices without CPU intervention. By leveraging P2PDMA, our computational storage solutions minimize bottlenecks, reduce host CPU overhead, and maximize efficiency in high-performance workloads.
NoLoad supports P2PDMA natively via the NVMe Controller Memory Buffer (CMB)
P2PDMA is now available and supported by default in Ubuntu 24.04
Through bypassing the traditional CPU-memory path, P2PDMA enables lower latency operations and frees up processing resources for critical tasks
