Releasing Compute Throughput Potential
Transforming data center technology and economics by taking maximum advantage of the multi-thread capabilities of the new generation of processors suitable for concurrent computing. F1R3FLY processes compute threads concurrently to dramtically increase server blade throughputs allowing more processes per server. This will lead to a change in conventional data centre sizing and costing principles and will challenge the amount of physical space, racks, cooling and associated costs demanded by the relentless forecasted demand for AI resources.
Demand for Data and Applications
Insatiable demand for data and applications in all aspects of daily life is leading to massive growth in data center footprints globally and their significant environmental impacts. As new processors come online, with ever increasing compute capabilities, there needs to be a foundation software which can utilise and maximise that throughput potential efficiently (concurrently). The impact on techno-commercial sizing, cost and environmental connsiderations could be highly significant. F1R3FLY's Concurrent Computing technology can be employed on today's processosrs but to a far greater extent on the new chip sets within 12 months, where dramatic processing throughput increases are enabled.
Enhanced Throughput
F1R3FLY concurrent computing technology significantly increases the throughput of chipsets and therefore potentially entire data centers
Environmental Impact
This changes the paradigms of data center sizing, footprint, and their energy usage
Technology
F1R3FLY's technology represents revolutionary intellectual property with potential to transform the computing hardware industry.
F1R3FLY Powers Next-Generation Computing
F1R3FLY's architecture allows developers to create applications that take advantage of concurrency on new generation chipsets to significantly increase their throughput. F1R3FLY's approach to optimizing concurrency in the use of new multi-core processors embedded with memory and cache takes full advantage of this architecture.
New generation chipsets have introduced a new architecture in which processor cores are embedded within memory and cache for maximum efficiency. F1R3FLY technology adds to this the ability to run large numbers of computational threads in each core concurrently, greatly increasing the processor's throughput.
Market Opportunities
- New generation chipsets have introduced a new architecture in which processor cores are embedded within memory and cache for maximum efficiency
- F1R3FLY technology adds to this the ability to run large numbers of computational threads in each core concurrently, greatly increasing the processor's throughput
- Compared with today's standard data center architecture, a data center that has been reconfigured with new generation chipsets and F1R3FLY concurrent computing will have significant available processing potential that can be sold by the data center organization to the market, a significant cost/revenue benefit to the data center's owners
Next Steps
Our team is ready to discuss any and all questions and explore with you how F1R3FLY can help to make what your organization does run even better. Click the button and we'll get in touch.