Press coverage, podcasts, conference talks, and Supercomputing demos — where Zettar and its data-movement work show up.
Fang et al. publish the definitive case that the network is rarely the bottleneck — and how holistic co-design realizes line-rate movement from the edge to 100 Gbps and beyond.
Read the paper →Taiwan’s National Center for High-performance Computing puts two Zettar Mini data-movement appliances into production across its Tainan and Taichung datacenters.
Announces a production-ready solution leveraging NVIDIA BlueField-3 DPUs for high-volume data operations, achieving 500 TB daily transfers without traditional servers.
Read article →Barcelona presentation examining current data-movement solutions in the post-ChatGPT era and recommending updated approaches.
Read article →Blocks & Files profiles Zettar among the companies breaking data-movement speed limits — moving petabytes across continental distances for HPC and AI.
Read article →The world's first data-movement appliance using IPUs with built-in offload capabilities for a range of data-movement scenarios.
Read article →Explores how DPUs/IPUs with built-in data-movement capabilities address edge-to-core paradigms and ESG objectives.
Read article →Healthcare data-management discussion featuring Zettar CEO Chin Fang and Intel's Michael McManus on data movement and storage.
Read article →Zettar to demonstrate data migration with NVIDIA DPUs at SC22. Presentation by Dr. Chin Fang (Zettar CEO).
Watch video →World-first showcase of DPU offload capabilities for diverse data-movement tasks.
Read article →Zettar's data-migration solution consolidates the task to 4U of space versus 13U for x86 alternatives.
Read article →BlueField DPU platform for offloading networking, storage, and security services; Zettar demonstrates the migration solution.
Read article →Zettar, DataDirect Networks, and NVIDIA collaborated on a fully optimized at-scale AI data-migration showcase for SC21. Presentation by Dr. Chin Fang (Zettar CEO).
Watch video →A fully optimized enterprise AI data-migration solution developed with DDN and NVIDIA.
Read article →Analyst Thomas Coughlin describes the NVIDIA/DDN/Zettar testbed for large-scale AI training feeding from edge, cloud, or on-premises storage.
Read article →Presentation by Dr. Chin Fang (Zettar CEO) at HPC Knowledge Meeting 2021.
Watch video →Zettar and the U.S. DOE Energy Sciences Network presented at the 2021 Rice Oil & Gas HPC Conference. Speakers: Dr. Chin Fang (Zettar CEO) and Dr. Ezra Kissel (ESnet).
Conference program →A storage benchmark suite enabling users to test storage systems against actual workloads rather than predefined scenarios, across single or coordinated multiple clients.
Read article →Podcast featuring Zettar CEO Chin Fang on his career evolution from Stanford to founding Zettar Inc.
Read article →Thomas Coughlin analysis, based on a SLAC technical note, examining how data-movement types affect storage requirements for machine-generated data.
Read article →Thomas Coughlin commentary highlighting Zettar's predictable site-to-site transfer performance and symmetry features.
Read article →Zettar presentation covering intense data-movement experience, the current state of the art, common misconceptions, and multi-vendor trial results.
Read article →Guest commentary identifying common IT-team mistakes that reduce research-data mobility in the biopharmaceutical industry.
Read article →A joint production trial by ICM University of Warsaw, A*STAR Computational Resource Centre Singapore, and Zettar Inc.
Read article →Coverage of the Poland–Singapore trial, highlighting modern TCP's effectiveness versus proprietary UDP protocols.
Read article →Guest commentary examining how network-security setup impacts data-transfer performance, and firewall limitations.
Read article →Describes Zettar's access to a 5,000-mile 100Gbps loop, enabling pre-production trials and the Supercomputing Asia 2019 Data Mover Challenge victory.
Read article →Zettar announced overall winner, achieving a 68 Gbps transfer rate between Chicago and NSCC (Singapore).
Read article →Thomas Coughlin article describing Zettar's record-setting pre-production trial with 96% bandwidth utilization of an available 80 Gbps.
Read article →Describes Zettar's three world records using AIC storage servers, the BeeGFS parallel file system, and Intel NVMe SSDs — including 1 PB in 29 hours under an 80 Gbps cap with full TLS encryption.
Read article →Coverage of Zettar's world-record pre-production trial, highlighting value to U.S. DOE distributed, data-intensive projects.
Read article →ESnet's official report on Zettar's petabyte transfer achievement and its implications for DOE-funded projects.
Read article →Description of the September 2018 record achievement, highlighting the ability to move multiple petabytes weekly.
Read article →AIC's announcement of the joint world-record trial involving AIC, Zettar, Intel, and ThinkParQ technology partners.
Read article →Introduces the hyperscale-data concept to biopharmaceutical IT teams addressing exponential data growth.
Read article →Schedule a demo and watch the Zettar zx Appliance move data at wire speed.