Hexadata HDR-S621224 is a high-density storage server powered by Intel® Xeon® Scalable Processor, features 24x 3.5’’ HDDs and 2x 2.5’’ SSDs hot-plug drives and hot-swappable fan module with easy serviceability in a simple 2U enclosure. Hexadata offers efficient computing power, storage capacity, and flexible I/O expansibility. This enables optimized workload for synergy across network, computing and storage. Provides a higher virtualized workload throughput and number of VM density and helps to adapt quickly to changing business computing needs.
Hexadata is an industry-leading storage server that supports the new 3rd Gen Intel Xeon processor, with TDP of up to 270W. It provides exceptional performance with up to 32 cores, 64 lanes of PCIe Gen4 connectivity, and up to 4TB of memory across 8 DIMM slots. In addition, it has up to 12MB L3 cache per 8 core, helping accelerate memory intensive workloads. The embedded x86 silicon-level data enables Hexadata to offer Secure Memory Encryption (SME), which help secure the boot process, encrypt the entire main memory, and Secure Encrypted Virtualization (SEV), which can secure virtualized environments and container. Hexadata is well guarded, which helps decrease potential attack surfaces and enable better protection of software and data.
Hexadata offers a variety of hot-pluggable hybrid flash array choices within the 2U form factor. It’s composed of 24 LFF HDD bays and 2 rear side SSD bays and provides multiple storage options for greater flexibility and scalability. Including NVMe support in the rear for a caching layer, 1x M.2 connection, and a variety of storage AIC cards Besides, it supports up to 4TB of DDR4 memory. By hosting 6x PCIe slots (x16 for HHHL) without riser cards, Hexadata is an ideal hybrid system for warm storage and applicable for further storage applications. Optimizing the ratio of SSDs and HDDs can highly accelerate IOPS and throughput performance while the excellence of storage capacity is delivered.
Hexadata offers an Standard AIC NIC option, ranging from 10G Ethernet to 100G (optical or Base-T,). This allows high-speed performance and I/O flexibility, catering to suitable demands of different application procedures.
