Auteur : Maxime Couraud

Media

Western Digital backs processor-in-memory startup

The company is working on a processor-in-memory (PIM) architecture for use in the data center where it would sit embedded in DRAM to be close to data.

Media

Upmem Moves Processing Into Memory for Analyzing Finances and Human Genes

The semiconductor industry is up against a memory wall. The performance of computer processors is limited by the amount of time it takes to retrieve data from external memory, capping their performance. That could be a major issue for the future of computing.

Media

UPMEM annonce la première puce de Processing-In-Memory pour accélérer les applications Big Data

UPMEM, startup de semi-conducteur fabless, annonce UPMEM Processing In-Memory (PIM), une nouvelle génération de solution matérielle pour les applications de calcul intensif en données, qui résout les problèmes clefs limitant l’efficacité et la performance au niveau du serveur.

Media

New PIM is a Building Block of Scalable and Programmable Acceleration Solutions for Big Data

UPMEM announced the launch of the UPMEM Processing In-Memory (PIM). This is the next-generation hardware solution for data intensive applications in the data center, solving server-level efficiency and performance bottlenecks.

Media

UpMem lève trois millions pour sa puce accélératrice de “big data”

Comment multiplier par 20 la vitesse de traitement des calculs des serveurs informatiques, pour leurs applications big data* ? C’est ce que propose la puce (baptisée “UpMem PIM (processing in memory)” mise au point par la société grenobloise UpMem

Media

UpMem, Lauréat Tremplin Entreprises 2016 de la catégorie Logiciels et systèmes

ESSEC – Tremplin entreprises

Media

Startup plans to embed processors in DRAM

Fabless chip company Upmem SAS (Grenoble, France), founded in January 2015, is developing a microprocessor for use in data-intensive applications in the datacenter that will sit embedded in DRAM to be close to the data.