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Suzhou City, China
51-100 Employees
2017
What can’t be overlooked: this machine offers the most cost-effective 32*400G switch price on the market! Asterfusion is the only vendor to use its Enterprise SONiC NOS to support a full range of open network switches based on Marvell Teralynx, Prestera, Octeon, Intel Tofino and Mellanox to provide highly flexible, reliable and scalable network for data center and campus.
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Asterfusion CX532P-NMarvell Teralynx 32-Port 100GbE l3 Low latency data center leaf /Spine switch32x 100Gb QSFP28 For Data center, Enterprise, AI, HPC ,Ceph and NVME
... 32×100Gb Data Center Low latency Spine Switch,Marvell Teralynx ,SONiC NOS installed | Asterfusion 32×100GE Spine Switch, Marvell Teralynx , SONiC NOS installed | ...
Vienna, Austria
11-50 Employees
We develop, implement and test machine learning applications tailored to our customers’ needs. Our clients include highly professional experts from the financial services industry as well as from politics and other industries. Implementing machine learning technologies into your value chain will help you mapping your liquidity providers with your client pools most profitable.
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Here at bbf we specialize in Big Data, Low Latency and Trend Forecasting …
... Here at bbf we specialize in Big Data, Low Latency and Trend Forecasting … ...
Barcelona, Spain
1-10 Employees
2019
We are offering solutions that falls in that second case. From an MVP to a massive content delivery system, FlexVega DevOps Development delivers software with high quality standards enabling further extension of your projects while painlessly adding new features as your company grows. Keep your time and financial investment with FlexVega’s solutions by being able to reuse them as the foundation for larger and more complex products and services as your business evolves. Our solutions and best practices allows us to offer low to none maintenance, less bugs and higher uptime resulting a on one of lowest TCO costs for every solution made by us.
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Big Data - Network Latency Charting - FlexVega
... Big Data - Network Latency Charting - ...
Lund, Sweden
1-10 Employees
2018
We help businesses succeed with software engineering projects involving data, algorithms & ML. We work closely with founders, executives and engineering teams to build great software and make things better. When your product or service needs AI, additional smartness or properly engineered software that scales, we can help. We specialize in AI, machine learning and data engineering with clients in the US and Europe. Explore the work we do with a few of our customers.
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Big data architectures for latency, freshness and scale
... Big data architectures for latency, freshness and ...
Bristol, United Kingdom
11-50 Employees
2020
We are a truly multi-disciplinary team, covering all the skills required to deliver a first class connected experience. We really enjoy delivering exciting projects with forward thinking clients. Delivering a robust IoT solution requires a wide variety of skills and experience. We have decades of experience in user-centric design and delivery of connected consumer products: mobiles, wearables and consumer electronics. Over 12 years of experience designing RF and antennas in different industries; mobile phones, consumer, medical, and automotive. Roles at Dyson Automotive leading end-to-end development of a telematics module and Nokia working on mobile antenna. Working closely with Amazon, Google and Microsoft, Rob has been delivering cutting edge, globally scaled software solutions to clients in edtech, automotive and government. Highly experienced at delivering multi-disciplinary programmes: hardware, software, electronic and mechanical.
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Beam Connectivity - Automotive IoT experts
... From connection robustness and latency, ensuring data security and privacy, and on to great user experience, we support your organisation to build awesome connected experience. ...
Singapore
1-10 Employees
Simplify teamwork with Git, no data engineering experts required. Dozer uses Clickhouse as the underlying OLAP store. Dozer offers an end to end well integrated functionality for the most common functions and let integrations with other tools cater the rest. Startups to big enterprises that value time spent on product experiences rather than tinkering with infrastructure headache. Dozer is built in Rust end to end to deliver you the highest efficiency. Dozer utilises Clickhouse as the store which is battle tested and is powering customer facing workloads at top tier companies.
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Dozer | Start building real-time data apps in minutes | Dozer | Start building real-time data apps in minutes
... Connect any data source, combine them in real-time and instantly get low-latency Data APIs. All with just a simple configuration! ...
Mumbai, India
1-10 Employees
2020
using state-of-the-art broadband based technologies complying to world class 3GPP standards.
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MCLabs Pvt Ltd - LTE based Mission Critical Communications
... Technology evolution has enabled high-speed access, higher data throughput and low latency enhancing operational effectiveness and cross organization coordination. ...
Larnaca Municipality, Cyprus
1-10 Employees
1998
Bakara’s clients include financial services, media and software companies from disruptive fintech firms to leading financial institutions. We answers local and regional demands for access over a mature and trusted infrastructure with rigor and guarantee expertise performance. Bakara Invest will Assist you to find the best Forex Company offering you a wide range of ranking factors, from fees and spreads, to trading platforms, charting and analysis options. Our solutions are able to deliver robust offering of global low latency direct-feeds, and all the benefits of a fully managed and consolidated market data feeds. Market Overview provides a quick glance at the latest market activity across various sectors.
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Bakara Invest - bakinv.com
... Real-Time – Direct feeds deliver high quality low latency data ...
London, United Kingdom
101-250 Employees
1984
WEYTEC ist in 45 Ländern vertreten und hat weltweit über 50'000 Arbeitsplätze installiert. WEYTEC Singapore is exhibiting at MILIPOL Asia Pacific at the Sands Expo in Singapore from 3-5 April 2024. WEYTEC can help you bring the right people to the right place at the right time. WEYTEC is exhibiting again at DistribuTECH International, the premier annual event for the transmission and distribution of electricity. Mit über 35 Jahren Erfahrung ist WEYTEC der Spezialist für hoch performante Arbeitsplätze in Control Rooms und Trading Floors. Als weltweit einziger Gesamtanbieter mit eigener Entwicklung und Produktion bietet WEYTEC Lösungen, die flexibel an individuelle Anforderungen anpassbar sind. Nach intensiver Arbeit präsentieren wir die Weiterentwicklung unserer WEYTEC distributionPLATFORM: WDP MX®. Die innovative Gesamtlösung kombiniert die bewährte WEYTEC distributionPLATFORM mit zukunftsweisender Technologie, verspricht ein maximales Nutzererlebnis und setzt neue Massstäbe in Sachen Performance, Sicherheit und Flexibilität.
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KVM Switches and Extenders for Secure, Stable, Latency-free Data Transmission
... KVM Switches and Extenders for Secure, Stable, Latency-free Data ...
London, United Kingdom
11-50 Employees
1996
At Celoxica, we have been supporting the global trading community for over 15 years, with an absolute determination to deliver unique, fast, stable, exceptional technology solutions to the systematic trading community. Our products and services address the pre and post-elements of systematic trading strategies and algorithms to ensure optimisation and deterministic performance across the trading stack… when it matters most. By working with Celoxica, you will find an ease of doing business, a uniqueness in product and services, and fairness in our commercial approach that differentiates us in today’s trading technology sector. The Celoxica management team bring a wealth of experience and know-how to drive the company forward. Antoine Rescourio, who joined Celoxica as Chief Operating Officer in May 2008, combines more than 20 years’ experience, working at an executive management level, in both capital markets (for the buy side, sell side, and exchanges) and financial technology providers. Antoine oversees Celoxica’s software development group, having joined the firm in 2017. Based in Celoxica’s Paris development centre, Antoine’s priorities are to ensure all elements of the development lifecycle are delivered as efficiently and effectively as possible, across the full range of Celoxica Products and Services. Lee joined Celoxica in July 2007 as Chief Executive Officer restructuring the company and relaunching the firm in early 2008.
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Ultra Low Latency Market Data - Celoxica
... Ultra Low Latency Market Data - ...
Technologies which have been searched by others and may be interesting for you:
Some interesting numbers and facts about the results you have just received for Data Latency
| Country with most fitting companies | United States |
| Amount of fitting manufacturers | 101 |
| Amount of suitable service providers | 62 |
| Average amount of employees | 11-50 |
| Oldest suiting company | 1984 |
| Youngest suiting company | 2020 |
Data latency refers to the time delay between the initiation of a data request and the moment the data is available for use. This period encompasses several stages, including the time taken for data to be transferred from its original source to the destination, the processing time required to make the data ready for analysis, and any delays introduced by the network or storage medium. In the realm of data analytics and real-time processing, minimizing data latency is critical for ensuring timely decision-making and maintaining operational efficiency. High latency can lead to outdated information being used to make critical decisions, potentially impacting the overall performance and competitiveness of an organization. On the other hand, low latency is particularly vital in scenarios such as financial trading, online gaming, and real-time monitoring systems, where even milliseconds of delay can have significant consequences. Consequently, professionals in the field strive to optimize various components of their data architecture, including hardware, software, and network infrastructure, to reduce latency and enhance the speed and responsiveness of their systems. This ongoing effort to minimize data latency underscores its importance as a key performance indicator in the evaluation of data processing and transmission systems.
1. Improved Decision Making
Data latency enables the provision of nearly real-time data, ensuring that decision-makers have access to the most current information. This timeliness significantly enhances the accuracy and relevance of decisions, especially in fast-paced environments where conditions change rapidly.
2. Resource Efficiency
By minimizing the delay in data processing and transmission, systems with lower data latency require fewer resources to maintain up-to-date information. This efficiency can lead to cost savings and reduced infrastructure requirements, making it a cost-effective solution compared to alternatives that may rely on more extensive, less efficient systems.
3. Enhanced User Experience
Users benefit directly from reduced data latency through faster load times and more immediate access to information. This improvement in speed and responsiveness can significantly enhance the overall user experience, leading to increased satisfaction and engagement with the platform.
4. Increase in Data Throughput
Lower latency often results in higher data throughput, allowing more data to be processed and transmitted in a shorter period. This increase supports more complex or data-intensive applications, expanding the potential use cases and capabilities of technology systems.
While evaluating the different suppliers make sure to check the following criteria:
1. Network Infrastructure
Evaluate the supplier's network infrastructure to ensure it supports low-latency data transmission, which is crucial for real-time applications and services.
2. Data Processing Capabilities
Consider the supplier's ability to process large volumes of data with minimal delay. This includes their hardware and software efficiency.
3. Geographical Location
The physical location of data centers can significantly impact latency. Suppliers with data centers closer to your user base are preferable.
4. Scalability
Ensure the supplier offers scalable solutions that can grow with your data needs without compromising on latency.
5. Security Measures
Assess the supplier's security protocols and measures to protect data integrity and privacy, which indirectly affects latency through secure, yet efficient, data transmission.
6. Customer Support
Consider the level of customer support provided, especially in times of unexpected latency issues, to ensure quick and effective resolutions.
In the financial services industry, data latency plays a critical role in high-frequency trading where milliseconds can significantly impact the profitability of trades. Firms rely on low-latency data transmission to make rapid, automated decisions based on real-time market conditions. This requirement for speed in processing and executing trades underscores the importance of minimizing data latency to stay competitive. Manufacturing companies leverage data latency management to enhance supply chain efficiency. By ensuring real-time data flow between different elements of the supply chain, businesses can quickly adapt to changes in demand, inventory levels, and production schedules. This capability is vital for just-in-time manufacturing processes that depend on the timely delivery of materials to avoid production delays and reduce inventory costs. In the realm of online services, data latency impacts the user experience significantly. For businesses offering streaming services, e-commerce, or online gaming, low latency ensures smooth, uninterrupted access to content and services. High latency can lead to buffering, delays, and a frustrating user experience, potentially driving customers to competitors with more responsive platforms. These examples across various industries highlight the ubiquitous importance of managing data latency to enhance operational efficiency, improve customer satisfaction, and maintain a competitive edge in today's fast-paced business environment.
Data latency, the delay between a request for data and the delivery of the data, currently spans various Technology Readiness Levels (TRLs) due to its broad application across different sectors and technologies. In high-performance computing and real-time systems, where minimizing data latency is critical, solutions often reach TRL 8 or 9, signifying that they are fully developed and validated in operational environments. This high TRL is achieved through advanced networking technologies, efficient data processing algorithms, and high-speed data storage solutions that significantly reduce latency. Conversely, in emerging technologies such as edge computing and 5G networks, which promise to revolutionize data handling by bringing computation closer to data sources and improving network speeds, data latency reduction methods might hover around TRL 6 or 7. At these levels, the technologies have been demonstrated in relevant environments but may not yet be fully deployed or integrated into wider systems. The variance in TRLs reflects technical challenges, including hardware limitations, network infrastructure constraints, and the complexity of integrating latency-reduction solutions into existing systems. As these technologies evolve and mature, targeted efforts to minimize data latency continue to push the boundaries, aiming to elevate all related technologies to higher TRLs, thereby ensuring faster, more efficient data processing and communication across the board.
In the Short-Term, advancements in hardware technology, specifically in solid-state drives (SSDs) and networking equipment, are set to significantly reduce data latency. The introduction of PCIe 5.0 and subsequent generations will offer higher bandwidth and faster data transfer rates, enabling quicker access to stored information. Enhanced edge computing capabilities will also play a vital role in minimizing delays by processing data closer to its source. Moving into the Mid-Term, we anticipate the integration of 5G technology and the onset of 6G to further diminish latency, particularly in mobile networks and IoT devices. This development will be crucial for supporting real-time applications, such as autonomous vehicles and remote surgeries, where even a slight delay can have significant repercussions. Additionally, improvements in software, including more sophisticated data caching techniques and real-time data processing algorithms, will contribute to reducing latency. In the Long-Term, quantum computing emerges as a game-changer in the fight against data latency. By harnessing the principles of quantum mechanics, quantum computers will be able to process complex data sets almost instantaneously, virtually eliminating latency in certain applications. Alongside, the deployment of satellite internet technology promises global coverage with decreased latency, making high-speed internet accessible in remote and underserved areas, thus leveling the playing field in digital accessibility.
