Breakthrough TPC-C Results with 768GB of HyperCloud

As discussed in previous entries, HyperCloud HCDIMMs provide the highest throughput possible when servers are fully populated with 24 DIMMs in three DIMMs per channel configurations. This superior performance has been showcased by IBM and the Transaction Processing Performance Council in a record setting benchmark. An IBM System x3650 M4 with 768GB of Netlist 32GB HCDIMMs has achieved an industry milestone for virtualized x86-64 benchmark performance by breaking the barrier of 1 million transactions per minute.

HyperCloud Enables Density Upgrades without Throughput Penalties – Confirmed by IBM

In previous blog entries, we highlighted the application benefits and significant return on investment realized by utilizing 16GB and 32GB HyperCloud™ HCDIMMs on Intel® Xeon® Processor E5-2600 series server platforms. In this post, we will reveal the best strategy for purchasing a server and scaling vertically later by adding additional memory.

Netlist Benchmarks Demonstrate Superiority of HyperCloud Memory vs. LRDIMM

We have concluded that through a series of comprehensive performance benchmarks of our flagship memory product, HyperCloud™ (HCDIMM) vs. LRDIMMs, all results show a significant performance advantage of the HyperCloud architecture in the order of over 40%.

HyperCloud Provides Highest Throughput – Confirmed by IBM White Paper

In previous blog entries, we have highlighted the application benefits and significant return on investment realized by utilizing 16GB and 32GB HyperCloud™ HCDIMMs on Intel® Xeon® Processor E5-2600 series server platforms. In this post, we will focus on a new white paper released by IBM earlier this month that describes the relative performances between the different memory types.

32GB HyperCloud HCDIMM Available on IBM® System x3650 M4

Netlist’s 32GB HyperCloud HCDIMM is now qualified and available on IBM System x3650 M4 server providing up to 768GB system memory capacity for big-data financial applications, high performance computing and virtualization.

HyperCloud HCDIMM: Memory That Drives CPUs

Are you buying Intel E5-26xx dual processor based servers without maximizing memory? If so, you are likely wasting money by purchasing more systems with less than maximum memory instead of fewer systems with maximum memory. Memory has not kept pace with Moore’s Law and has fallen significantly behind CPU performance leading to smaller density modules at slower speeds. HyperCloud memory (HCDIMMs) are the only solution that allows servers to run at maximum density and performance thereby enabling more applications to run on fewer systems.

HyperCloud HCDIMM: Scaling the High Density Memory Cliff

While microprocessors have continued to double in performance every 18 months as predicted by Moore’s Law, DRAM has not and has resulted in a High Density Memory Cliff for server applications. If DRAM technology had advanced according to Moore’s Law (Figure 1), the industry would have 64 or 128 GigaByte (GB) Dual In-line Memory Modules (DIMM) using 64 Gigabit (Gb) DRAM.

16GB HCDIMM Available on HP ProLiant DL360p and DL380p Gen8 Servers

Netlist HyperCloud™ 2 vRank 16GB HCDIMM is now qualified and available on HP ProLiant DL360p Gen8 and DL380p Gen8 servers. The 1U DL360p and 2U DL380p servers are enterprise class servers with industry leading performance and efficiency.

16GB HCDIMM Available on IBM System x3650 M4 Servers

Netlist HyperCloud™ 2 vRank 16GB HCDIMM is now qualified and available on IBM® System x3650 M4 servers. HCDIMM technology enables 384GB memory support at 1333MT/s in the latest generation Intel® Xeon® Processor E5-2600 server platforms providing up to 25% superior performance in business critical applications as compared to industry-standard RDIMM or LRDIMM for large memory capacities.

16GB 4Rx4 Planar-X VLP RDIMM Available on IBM Blade Center HX5 Servers

Netlist 16GB 4Rx4 Planar-X VLP RDIMM is now qualified and available on IBM Blade Center HX5 servers. Netlist’s patented Planar-X memory module technology enables the most cost effective, high performance 16GB 4Rx4 VLP memory solution to fit into the dense space requirements of server and storage applications.