REIMAGINE YOUR STORAGE AND REDEFINE YOUR POTENTIAL
WITH A COMMUNITY-DRIVEN STORAGE ARCHITECTURE
BIXEN ECOSYSTEM
Bixen relies on a large community of people, providing their open storage space for the ones who need it. That means you never ever again have to worry about not having enough hard drive space for your data, projects and ideas. If you are one of the people having enough storage space to cover your own needs, you can also participate and share your open hard drive space with people who need it. It does not matter how much storage space you have to offer - every bit counts.
Most labs, whether engineering, scientific research and
development, medical research, or other labs, generate vast
amounts of data and require high throughput both for ingestion
and running queries. Projects may span days, months or even
years. Large clusters of computer systems need to be brought
together. Custom-designed applications and parallel processes
must be considered at the same time. Research businesses and
institutions need fast, cost-effective, and scalable computing
capability to stay ahead of change.
BIXEN PROTOCOL™ storage system delivers a superior combination of performance, resilience and efficiency. The architecture allows for the use of the largest capacity storage devices while still maintaining data resilience and performance. The ability to switch workloads and focus computational resources to critical processes is vital in R&D. The BIXEN PROTOCOL system's combination of GPUs for processing power and CPUs for specific industrial or use-case calculations makes it tremendously relevant for researchers who want to gain both scalable processing and precision research capabilities at the same time, in areas such as language processing, computer vision, molecular modeling or material science.
The BIXEN PROTOCOL system's incredibly performant storage architecture supports the complex HPC processes to be delivered more rapidly, with greater assurance and efficiency using all types of 'hot and cold' data sources. The BIXEN PROTOCOL storage solution enables complex and unpredictable computations to be run faster, with higher levels of assurance. This helps to accelerate research efforts and generate high-impact results.
BIXEN PROTOCOL™ storage system delivers a superior combination of performance, resilience and efficiency. The architecture allows for the use of the largest capacity storage devices while still maintaining data resilience and performance. The ability to switch workloads and focus computational resources to critical processes is vital in R&D. The BIXEN PROTOCOL system's combination of GPUs for processing power and CPUs for specific industrial or use-case calculations makes it tremendously relevant for researchers who want to gain both scalable processing and precision research capabilities at the same time, in areas such as language processing, computer vision, molecular modeling or material science.
The BIXEN PROTOCOL system's incredibly performant storage architecture supports the complex HPC processes to be delivered more rapidly, with greater assurance and efficiency using all types of 'hot and cold' data sources. The BIXEN PROTOCOL storage solution enables complex and unpredictable computations to be run faster, with higher levels of assurance. This helps to accelerate research efforts and generate high-impact results.
Like research labs, earth resource-related applications such
as seismic analysis, oil services, atmospheric and climate
modeling, lidar (light detection and ranging), and
others need cost effective and performant storage for the ingest
and analysis of the massive data collected over long project
cycles.
Data sets are growing exponentially and the BIXEN PROTOCOL storage solution can process these multiple petabytes of data rapidly, from multiple data sources, to interpret complex real-world and simulated operations and modeling. The BIXEN PROTOCOL storage system's inherent performance and resilience mean that energy and geosciences businesses can decentralize their computing capabilities to edge and field delivery, to capture and process data with lower latency and higher efficiency.
The high-performance and resilience of the BIXEN PROTOCOL storage platform combined with its ease of delivery and repeatability make this an ideal approach for multi-core computational requirements for large and parallel computations, speeding results and enabling a faster cadence of business delivery.
Data sets are growing exponentially and the BIXEN PROTOCOL storage solution can process these multiple petabytes of data rapidly, from multiple data sources, to interpret complex real-world and simulated operations and modeling. The BIXEN PROTOCOL storage system's inherent performance and resilience mean that energy and geosciences businesses can decentralize their computing capabilities to edge and field delivery, to capture and process data with lower latency and higher efficiency.
The high-performance and resilience of the BIXEN PROTOCOL storage platform combined with its ease of delivery and repeatability make this an ideal approach for multi-core computational requirements for large and parallel computations, speeding results and enabling a faster cadence of business delivery.
Applications such as genomics, pharmaceutical research,
bioinformatics, drug discovery, agricultural research, and the
like require computational techniques that rely on consistent
high read and write bandwidth that many storage solutions are
not able to deliver. Additionally, such workloads typically
consist of multiple petabytes of data which can be costly to
store and access especially with the long retention obligation
common to this industry.
BIXEN PROTOCOL™ storage system provides up to 18 GB/s sustained read and write throughput, providing the predictable and consistent performance needed while leveraging large and cost-effective media to support the economics of long-term retention. The BIXEN PROTOCOL system can grow from terabytes to multiple petabytes providing a single system for storage, collaboration, and future analysis resulting in increased business efficiency and project profitability.
BIXEN PROTOCOL™ storage system provides up to 18 GB/s sustained read and write throughput, providing the predictable and consistent performance needed while leveraging large and cost-effective media to support the economics of long-term retention. The BIXEN PROTOCOL system can grow from terabytes to multiple petabytes providing a single system for storage, collaboration, and future analysis resulting in increased business efficiency and project profitability.
CAE and Product Design applications include finite element
modeling and analysis, mechanical computer-aided engineering,
civil engineering, structural analysis, crash testing, and much
more. These applications can be used to design just about
anything. Such workloads require predictable and high bandwidth.
The BIXEN PROTOCOL storage system provides optimal performance
even during drive failures, increasing reliable and predictable
throughput.
More performant with reduced hotspots, improved continuity, and higher resilience, the BIXEN PROTOCOL storage system can support operating at high levels of continuous computing operations on the most complex datasets. It can help designers to continuously improve and deliver simulations and modeling to drive design and enable vastly increased productivity and making HPC a more integrated part of product, engineering, and other manufacturing operations.
More performant with reduced hotspots, improved continuity, and higher resilience, the BIXEN PROTOCOL storage system can support operating at high levels of continuous computing operations on the most complex datasets. It can help designers to continuously improve and deliver simulations and modeling to drive design and enable vastly increased productivity and making HPC a more integrated part of product, engineering, and other manufacturing operations.
Financial services related workloads are leveraging high
performance computing because of the numerically intensive
requirements of most applications and their association with
economic modeling and simulation-based research. Data
quantities and velocity are leaping to the next level of
complexity.
The BIXEN PROTOCOL storage solution's responsiveness and speed makes it a perfect partner for banks and brokers in compute-intensive areas such as real-time risk management where parallel transactions for clients need to be approved across the globe. Critical activities, such as constant AML processes, monitoring liquidity and processing complex asset-class strategies can all be supported by the BIXEN PROTOCOL system's unique GPU + CPU architecture. The vast number of small but interconnected and time-critical processes that need to be run by banking computing systems demand the highest performance, availability, and resilience.
Better data placement with the BIXEN PROTOCOL storage solution maximizes the effectiveness of realtime risk management across high-volume transaction data. The ability to make faster decisions with more data can directly increase the profits of a trading organization.
The BIXEN PROTOCOL storage solution's responsiveness and speed makes it a perfect partner for banks and brokers in compute-intensive areas such as real-time risk management where parallel transactions for clients need to be approved across the globe. Critical activities, such as constant AML processes, monitoring liquidity and processing complex asset-class strategies can all be supported by the BIXEN PROTOCOL system's unique GPU + CPU architecture. The vast number of small but interconnected and time-critical processes that need to be run by banking computing systems demand the highest performance, availability, and resilience.
Better data placement with the BIXEN PROTOCOL storage solution maximizes the effectiveness of realtime risk management across high-volume transaction data. The ability to make faster decisions with more data can directly increase the profits of a trading organization.
Compute intensive applications such as surveillance and signal
processing; command, control, communications, and intelligence
(C3I); cryptography and image analysis; and other
applications can take advantage of the BIXEN PROTOCOL storage
platform's combined GPU + CPU architecture providing secure
data services with superior performance, resilience and
efficiency. With the BIXEN PROTOCOL system's
GPU-accelerated erasure coding for block, deployments can
achieve high-capacity utilization and simplify network shared
disk (NSD) configurations by relying on the BIXEN
PROTOCOL product's erasure coding and intelligent data
placement to ensure data consistency and integrity.
COMMUNITY