3PAR promoted what it called "utility storage", designed to be the storage foundation for utility computing architectures.
Utility computing architectures provide a multi-tenant platform on which service providers can deliver both
virtualized and scalable enterprise IT as a utility service. The emergence of
software as a service (SaaS), infrastructure as a service (
IaaS) and
social networking business models deployed via the internet and
cloud computing are examples of this trend. Enterprises and government organizations that are turning their IT organizations into internal service bureaus by building shared virtualized infrastructures for flexible workload consolidation are another. In 2005, 3PAR's InServ storage server was marketed for business
data centers. It included the models T400 and T800 which compete with high-end monolithic
storage arrays like the EMC
DMX and HDS
USP, and the models F200 and F400 which compete with modular storage arrays like the
EMC CX and HP
EVA. The current range of HPE 3PAR products consists of the 8000, 9000, and 20,000 series. The 8000 series was introduced in 2015 as a mid- range offering, available in both flash and hybrid variations. The high end 20,000 series was also introduced in 2015 and scales to 8 nodes, this can be scaled even further by using a federation. Most recently the 9000 series was introduced in 2017 which sits in between the 8000 and 20,000 series, scaling up to 4 nodes. Common across all 3PAR models is the architecture based around the
ASIC. The current ASIC version is Gen5 and enables functionality such as compression, thin provisioning and parity calculations. Also common across all 3PAR models is the 3PAR OS software, 3PAR OS 3.3.1 enhanced data reduction capabilities with the introduction of compression and enhancements to dedupe. == References ==