INTRODUCING EFFINITI
TM
At Astrape Networks, we developed EFFINITI to eliminate congestion, reduce latency and maximize efficiency for all demanding workloads. Traditional networks struggle to handle large-scale, dynamic data transfers—EFFINITI provides a smarter, more efficient solution.
Seamlessly integrating with existing architectures, EFFINITI optimizes data traffic from Layer 0 to Layer 4, enhancing scalability, performance and cost efficiency.
A new standard in high-performance networking starts here.
VERY LARGE-SCALE. ULTRA-LOW LATENCY
Massive AI and HPC clusters are no longer just a vision. They are reality.
EFFINITI-48 connects 110,000 nodes with 1.6Tb/s+ links, ensuring triple redundancy and maintaining ultra-low latency with just 0 to 2 re-transmitting hops. It dramatically reduces tail latency and transmission time, leading to higher efficiency and at least double the utilisation rates of network resources.
EFFINITI-256 pushes scalability even further, supporting over 16 million nodes while preserving the same minimal hop count.
This is the network infrastructure built for the future of data centers and high-performance computing.
BUILT FOR TODAY. READY FOR TOMORROW
EFFINITI enables large-scale clusters within a traditional leaf-and-spine architecture, eliminating the need to route intra-cluster traffic upstream of the leaf layer. It is fully compatible with Ethernet and other standard protocols, ensuring seamless integration.
Designed for tomorrow’s demanding workloads, EFFINITI excels in both predictable traffic patterns like traditional AI training and unpredictable traffic in modern AI inference. It optimally handles mice, elephant, and even mammoth traffic, adapting to the evolving needs of high-performance computing.
Beyond transport, EFFINITI is designed to seamlessly enable in-network computation, transforming every hop into more than just a connection.
MODULAR. FLEXIBLE. FUTURE-READY.
EFFINITI is built on a highly modular design, ensuring easy maintenance, seamless upgrades, and adaptability to emerging technologies. Its flexible architecture allows components to be replaced or upgraded with minimal effort—just like swapping a memory card in a computer. This approach reduces downtime, extends system longevity, and keeps networks optimized for evolving AI and HPC demands.
