Industrial & Military standard SSD

Renice released their new 3U VPX RAID module in March 2019, if you want to manage several 3U VPX storage modules at the same time when your system doesn't support RAID, Renice's 3U VPX RAID module is a good solution for you. Specification System configuration: Ubuntu 16.04 (X86 platform), Linux Supports up to 24 SATA bays and supports multiple array management modes 1x channel ethernet interface 4x channels intelligent fan management control interface 20x channels SATA3.0 interface 1x channel PCIe3.0 x8 interface 2x channel USB2.0 interface 4 GPIO interfaces  1x channel universal serial port Supports slot address interface Supports board temperature, voltage, key device status, slot and other information collection, fault reporting functions Typical power consumption: <30W Size: 100x25.4x160mm (L*W*H) Operation temperature: -10 ~ +70℃ Storage temperature: -50~ +100℃ To learn more, please email sales@renice-tech.com.

Processor: 4 cores ARM COTEX A72, up to 1.8Ghz Memory: DDR4 16GB Storage: 8x SAS or SATA Solid State Drives OS: LINUX PCIe interface: 1 channel X4 PCIE3.0 Internet: 4-channel Gigabit network interface, 2-channel 10 Gigabit network interface, 1x BMC 10M/100M management network port SF8087: 2-channel SF 8087 interface, configurable into 3 X1 PCIe or 1 X4 PCIe interface Power Supply: Provide 1 power input interface, 1 power output interface, 1 power management interface Fan interface: 5 channels (4 lines, PWM, SENCE, 12V, GND) USB interface: 2x USB3.0 host interfaces, 1x USB3.0 device interface Serial port: 1x RS232 universal serial port, 1x RS232 debugging serial port Size: 243.84mm x 243.84mm Operating voltage: the motherboard uses +5V and +12V, 3.3V power supply Typical power consumption: <30W To learn more, please email sales@renice-tech.com.

Product Introduction VPX acceleration system is a universal service system to satisfy the customer needs for building heterogeneous accelerated computing platforms based on OpenVPX. The system uses 6U VPX standard 19-inch chassis which provides six slots that can be inserted into five service boards and one master board. Service board use Stratix10 FPGA with the latest Intel 14nm integrated the 2573KLE and 9.2TFLOPS single-precision and hard-floating-point capability. It support high-bandwidth and high capacity storage access through FPGA IO extensible feature, the panel and backplane provide a flexible exchanging interconnected interface that support a variety of interface and memory cards expansion. Different combination achieve more powerful application. It achieved the high-density heterogeneous computing acceleration needs at customer side, but also compatible with OpenVPX platform. Accelerated Computer also provides IDE integrated development environment, support Open...

Host Interface: PCIE 2.0 (5Gbps Interface), maximum PCIE 2.0 X4 Size: 2.5 inch Connector: 2.5-inch U.2 (SFF-8639) Capacity: 2TB, 4TB, 8TB Input Voltage: 12V ( ± 8%) Max sequential Read and Write speed: 1200/1000MB/s 4Kb Random Read and Write IOPS: 100,000/90,000 Access time: ≤ 40us MTBF: >1,500,000 Hours @25C UBER: < 1 sector per 1015 bits read, 1 sector = 512 Bytes. TBW: 2TB up to 0.5 PB 4TB up to 1.0 PB 8TB up to 2.0 PB Operating Temp: -40 to +85 ° C To learn more, please email sales@renice-tech.com.

NFA100 is an extremely powerful and flexible NAND Flash testing platform, clients can test  NAND Flash parameters by using NFA100 system commands and even reprocess these parameters for eventual product development. Clients also can realize their specific testing requirements through API or usage of script commands. Specification: Supports 3D NAND with newest  process, 1x nm and 25nm, 34nm,  56nm Nand. Supports SLC，MLC，TLC，eMLC. Supports 8-bit and 16-bit  Asynchronous Nand. Supports Aynchronous, Toggle Flash. Supports regular NAND from Micron, Toshiba, Samsung, Intel, Sandisk and  Hynix. Supports Nand with TSOP48, BGA63,  BGA100, BGA132, BGA152  packagage. Custom and develop unconventional  and self-defined packaged Nand. Test customer’s self-developed BCH ECC or LDPC  intensity. Test Read Retry. Test NAND Flash at varying voltage. Test of physical destroy over NAND Flash ... To learn more, please refer to NFA100 manual ...

Self-encrypting drives use an encryption engine built into the SSD’s controller to encrypt every file stored on the drive. The purpose of AES Encryption is to convert standard input data known as plaintext to an unintelligible output known as cipher text. So if AES encryption on SSD used for data randomization function only, it only provides some data protection in the sense that if the controller is damaged, a 3rd party would not be able to read the data on the flash. In normal usage, however, there would be no data protection as any party that is in possession of the drive can read the data. Methods of using AES on SSD to Secure Data Hardware-based Encryption Self-encrypting drives include dedicated AES encryption engines that do not require software to run on the host. The randomized AES encryption keys are generated at product initialization using the controller’s true random number generator and encrypted in the SSD. This could also be implemented by a Trusted Platform Modu...