EXI120CHP

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

EXI120CHP is a highly innovative device designed to reduce the total cost of ownership (TCO) of large scale storage systems. The device is designed to work in various applications, ranging from data deduplication and compression to high performance computing and analytics. As the name implies, EXI120CHP is based on a solid-state silicon-oxide-based memory technology, which offers low latency, high reliability and scalability.

The EXI120CHP provides platform-independent cost savings to storage system owners. The device offers two distinct advantages against traditional storage systems, including reduced power consumption and increased throughput. A major factor in this reduction is the use of energy efficient components, such as super capacitors and resistors, which reduce power consumption and enable long battery life. Additionally, the EXI120CHP\'s RAM usage is significantly lower than traditional storage systems, allowing cost savings on the order of up to 70%.

The EXI120CHP features a unique multi-layered memory architecture that enables it to operate in multiple operating environments. It has an embedded FPGA (Field Programmable Gate Array) for digital signal processing (DSP) tasks, and a specialized off-chip interface that provides integration with external hardware. The device is also designed to be self-programmable, eliminating the need for costly development cycles and saving owners the expense of integrating new hardware. In addition, the EXI120CHP\'s support for dual-core and quad-core processors makes it an ideal choice for high performance computing.

The EXI120CHP also features a unique two-stage write caching mechanism to reduce latency and optimize the overall system performance. The two-stage write caching is based on an interrupt-free write cache, which reads and writes data from the cache in an uninterrupted manner. This allows the device to process writes in a predictable and efficient manner, allowing the overall system I/O performance to be optimized.

The working principle of the EXI120CHP is relatively simple. When a write request is made to the device, data is read from RAM and written to a dedicated write buffer. The write buffer is then written to the MAIN memory, followed by a read from the MAIN memory. This process is repeated until the request is completed.

The EXI120CHP has revolutionized the way storage systems are designed and operated. Its usage in multiple application fields, ranging from storage to analytics and computing, has made it an ideal choice for large-scale systems. With its energy efficient components and optimized two-stage write caching mechanism, the device provides unparalleled cost savings and a high degree of versatility.

The specific data is subject to PDF, and the above content is for reference