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The RamSan-70 sets a new standard for high performance, fitting the world’s fastest PCIe-based Flash SSD onto a half-length PCIe card. In fact, the RamSan-70 is so powerful that we call it the “900 GB Gorilla”. Competing SSDs cannot match its sustained performance, reliability, and density. Since it is built on a PCIe card, it is simple and affordable enough for mainstream businesses and applications. Designed on a half-length board, the RamSan-70 can be used with the most popular compact servers on the market. As the first member of the Texas Memory Systems Series-7™ family, the RamSan-70 is the future of solid state storage, showcasing the company’s 30+ years of SSD innovation and 10+ years of PCI bus-based architectural expertise.
The RamSan-70 uses Texas Memory Systems’ powerful Fault Tolerant Flash (FTF) architecture and comprehensive on-board management architecture, meaning the SSD has negligible impact on valuable host resources. Because of its nonvolatile SLC Flash storage media, data is not lost during server crashes or power loss. Flash translation tables are held in ultracapacitor-backed RAM that is written to Flash in the event of power loss, so users don't have to waste time waiting for indexes to rebuild when power is reconnected. The RamSan-70’s raw speed and power mean its data transfer rates are much faster than competing Flash drives and hundreds of times faster than traditional mechanical hard disks.
The RamSan-70 card is easily installed, even in most compact servers. You can install the RamSan-70 in minutes, providing extraordinarily fast caching and accelerated applications when you need them most.
RamSan-70 offers a economical choice to accelerate single-server applications requiring large, fast buffer areas or to speed up applications that are random access intensive. The RamSan-70 can make the wait times associated with data warehousing, enterprise resource planning (ERP), video editing, financial modeling, sophisticated data acquisition, scientific computing, and Web content a distant memory.
Specification
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