Transwarp Big Data Framework

Transwarp Data Hub (TDH) is China’s biggest and fastest growing big data framework company with major clients across the banks, authorities and other industries.

TDH is a modern end-to-end big data stack for ingestion, storage, analysis including deep learning. Integrated into TDH is an easy to use drag and drop interface for management and to build data pipelines and analytics models.

Neo4j – The #1 Platform for Connected Data

The Neo4j’s Graph Platform is built around the Neo4j native graph database:

• The Neo4j native graph database supports transactional applications and graph analytics
• Graph analytics help data scientists gain new perspectives on data
• Data integration expedites distilling tabular data and big data into graphs
• The Cypher graph query language is the bridge to big data analytic tooling
• Graph visualization and discovery help communicate graph technology benefits throughout the organization
• Enterprise architecture underlies and supports massive graph data

RStudio – Empowering R Users

People all over the world are turning to R, an open source statistical language, to make sense of data.

RStudio has a mission to provide the most widely used open source and enterprise-ready professional software for the R statistical computing environment. These tools further the cause of equipping everyone, regardless of means, to participate in a global economy that increasingly rewards data literacy.

RStudio offer open source and enterprise ready tools for the R computing environment. The flagship product is an Integrated Development Environment (IDE) which makes it easy for anyone to analyze data with R. RStudio also offer many R packages, including Shiny and R Markdown, and a platform for sharing interactive applications and reproducible reports with others.

Numascale – Enabling the Scale-up Eco-System

Scale-up Node Controller Technology

Numascale has developed a unique node controller hardware technology called NumaConnect™ to lower the barrier for system vendors to design scale-up systems. The architecture is based on a generic, global cache/memory coherency model.

NumaChip™

The Numascale technology includes a modular chip microarchitecture that allows system vendors to choose the right configuration to support their performance requirements. The microarchitecture incudes several parallel micro-coded memory transaction engines with a large number of outstanding memory transactions, memory controller for the cache and memory tags, a cross-bar switch for the interconnect fabric and a number of interconnect fabric link controllers. This means that there is no need for any external interconnect fabric switch, all switching is performed on-chip and the interconnect fabric is implemented with wiring through a PCB backplane or cables. The entire design for NumaConnect™ is implemented in a single FPGA or ASIC called NumaChip™ depending on the system vendor’s requirements.