Dy 4 dual PPC SBC. (Digest).Dy 4 has added a rugged single-board computer, the SVME/DMV-182, to its VME (Virtual Machine Environment) An operating system from Fujitsu Services (formerly ICL) that runs on its Series 39 mainframes. Introduced in 1975, VME is a comprehensive product that provides a variety of utilities for datacenter operations. and CompactPCI product line. The -182 retains backwards compatibility with earlier generations of Dy 4 SBCs, but breaks new ground by providing greater I/O (Input/Output) The transfer of data between the CPU and a peripheral device. Every transfer is an output from one device and an input to another. See PC input/output. I/O - Input/Output flexibility, more connectivity and higher performance in a single VME slot than was previously possible. The DMV-182 has dual 700 MHz Motorola 7455 processors with Altivec technology and on-chip L2 cache pushing 1Gbyte of DDR Sdram with ECC (1) (Error-Correcting Code) A type of memory that corrects errors on the fly. See ECC memory. (2) (Elliptic Curve Cryptography) A public key cryptography method that provides fast decryption and digital signature processing. for sustained high memory bandwidth. Included are two 64-bit PMC (1) See Portable Media Center. (2) (PCI Mezzanine Card) A PCI-based mezzanine card that is widely adapted to VMEbus, CompactPCI and PCI cards. sites on independent PCI buses and dual Ethernet ports--one of which is 1 Gbit/sec-capable. The board uses Dy 4's proprietary TherMax thermal management system, which dissipates heat from its two PMC sites to the card edges, allowing two PMCs to be fitted and operated at 10[degrees] cooler than equivalent designs. Dy 4 has also introduced a LynxOS 4.0 operating system board computer that reduces development costs for embedded VMEbus systems. The computer features a Unix look-and-feel with Unix-compatible utilities, networking interfaces, GUIs and hierarchical file system (1) See HFS. (2) A file system that organizes data and program files in a top-to-bottom structure. All modern operating systems use hierarchical file systems, wherein access to the data starts at the top and proceeds downward throughout the levels of the hierarchy. . |
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