4110

      The 4110 has ten key features. The first is 150 MHz ARM9 CPU core, the second is 210 MHz quad-processor DSP core, the third is 840 MMACs DSP bandwidth, the fourth is USB 2.0 hi-speed device interface, the fifth is memory card interface: compactflash (including microdrive), memory stick, memory stick PRO, secure digital, xD-Picturecard, multimediacard and smartmediathe sixth is 5 full-coverage color copies per minute at 600 dpi, the seventh is 35 full-coverage monochrome copies per minute at 600 dpi, the eighth is complete development tool suite, the ninth is complete reference design, the tenth is extensive image processing library.
      The 4110 is described as followings. The Quatro 4110 has been created by Zoran to meet the more demanding requirements of this emerging class of appliance-type printers. The 4110 is a highly integrated SOC solution for appliance-type printers that OEMs can program to implement the features and associated image processing pipeline required across a range of products. Because it is fully programmable, the 4110 offers OEMs significant time-to-market advantages over conventional ASIC solutions. The 4110 is based on Zoran's Quatro architecture. Quatro is a scalable, extensible architecture for constructing programmable SOC solutions for imaging and printing devices. By pairing the ARM9E CPU core with the Quatro DSP core, the Quatro architecture provides OEMs with a unique combination of high-performance processing and easy-to-use programmability. The ARM9E CPU core, the established leader in embedded CPU cores, delivers high-performance system and control processing with dense code size and a highly regarded soft are development tool suite. The programming environment for 4110 is based on the ARM Developer Suite, widely recognized as one of the best embedded development tool sets available. To these proven ARM9E tools Zoran integrates a set of tools for programming the Quatro DSP-C compiler assembler, linker, simulator, debuger, and libraries.  Zoran's extensive library of optimized image processing algorithms makes developing image processing pipelines easy.