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The Canon i960 printer, which was released in the early 2000s, was known for its high-quality photo printing capabilities and advanced features for its time. Some of the key features of the Canon i960 printer include:
Advanced MicroFine Droplet Technology: The Canon i960 utilized Canon's MicroFine Droplet Technology, which allowed for ultra-fine ink droplets as small as 2 picoliters. This technology contributed to sharp, detailed prints with smooth gradients and accurate color reproduction.
Resolution: The Canon i960 offered a maximum resolution of up to 4800 x 1200 dots per inch (dpi) for color printing, resulting in crisp, high-resolution prints suitable for both text and graphics.
Print Speed: The printer had impressive print speeds for both color and black and white prints. It could produce borderless 4" x 6" photos in approximately 37 seconds and up to 25 pages per minute (ppm) in black and white and 17 ppm in color.
Borderless Printing: The Canon i960 supported borderless printing for various paper sizes, allowing users to print photos and documents without white borders, resulting in a professional-looking finish.
Media Handling: The printer featured versatile media handling capabilities, supporting a wide range of paper types and sizes, including photo paper, envelopes, transparencies, and more. It included dual paper trays, allowing users to load different types or sizes of paper simultaneously.
Direct Photo Printing: The Canon i960 supported direct photo printing from compatible digital cameras and memory cards using PictBridge technology. This feature allowed users to print photos directly without the need for a computer.
Software Bundle: The printer came with a software bundle that included Canon's Easy-PhotoPrint software for easy photo editing and printing, as well as other utility programs for managing and enhancing print jobs.
Connectivity: The Canon i960 connected to computers via a USB interface, providing fast and reliable data transfer for printing from desktops, laptops, and other devices.
Overall, the Canon i960 was a versatile inkjet printer designed primarily for photo printing enthusiasts and home users seeking high-quality prints with advanced features and functionality. While newer printer models have since been introduced with more advanced technology, the Canon i960 remains fondly remembered for its exceptional print quality and performance during its time.
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Where can you buy a canon i960 printhead qy6-0043-000?
You can buy it on online websites like Amazon, ebay, or others.
When did experimental music first begin?
I960's when a man played his intrument while riding a bicycle.
When a subroutine is called where is the address of the instruction following the call stored?
That varies between different processors:Many put it on the stack automatically.The PowerPC stores it in a register called the Link register and leaves it up to the software to determine where to save it.The i960 pushes its internal general register stack automatically then stores it in one of the newly allocated general registers (along with a new frame pointer, etc.).Some early computers (e.g. DEC PDP-1) stored it in the memory address preceding the subroutine itself.Many computers in the 1960s (e.g. IBM System 360) stored it in one of the general purpose register specified in the call instruction.etc.
What is the evolution of Intel computer?
It starts with the 4004 chipset (4 bit) and 8008 microprocessor (8 bit). The successor of the 4004 was the 4040, but this architecture was a dead end. The successors of the 8008 were the 8080, 8085, 8086, 8088, 80186, 80286, 80386, 80486, Pentium, etc. including the current multicore microprocessors. IBM chose to base their PC on the 8086 and 8088, then as successive newer microprocessors were developed new versions of the IBM PC used those microprocessors. Intel also produced many specialized microprocessors and microcontrollers including some RISC microprocessors (e.g. i860, i960). Current Apple Macintosh computers also use the latest Intel multicore microprocessors.
How many types of processors are there?
Intel offers Pentium Pro, Pentium II, Celeron, Pentium II Xeon, Pentium III, Pentium II and III Xeon, Celeron with Pentium III Based, Pentium 4, Pentium M, Intel Core, Dual Core Xeon LV, Intel Pentium Dual Core, Intel Core 2. Pentium Duo, Pentium Dual Core, Core 2 Quad, Intel Pentuim 2 Dual Core PrAMD processors include AMD Athlon, AMD Athlon 64, AMD Athlon X2, AMD Athlon Xp, AMD Duron, AMD Sempron, AMD Turion, MD Opteron and AMD Phenom 1.
What are some RISC and CISC examples?
CISC: Manchester Baby, EDVAC, EDSAC, BINAC, UNIVAC I, IBM 704, IBM 650, IBM 305, IBM AN/FSQ-7, IBM 7090, IBM 1620, IBM 1401, DEC PDP-1, Apollo Guidance Computer, IBM System/360, UNIVAC 1107, DEC PDP-8, DECSYSTEM-10, Intel 4004, Intel 8008, Intel 8080, Zilog Z-80, Zilog Z-8000, DEC PDP-11, Data General Nova, Motorola 68000, Intel Pentium, DEC VAXRISC: CDC 6600, CDC 7600, Cray-1, Cray-2, Cray-3, Sparc, IBM RISC, IBM POWER, Intel i960, MIPS, Motorola 88000, DEC Alpha, PowerPC, ARMNote: CISC was very important when memory was small and very expensive as it allowed programs to be reduced in size. It was also very important when more programming was done with assembly languages than with high order languages as it made for instructions that were easy for programmers to understand. But with declining memory costs and almost all programming being done with compilers, research showed that that most of the instructions in a CISC instruction set were redundant and not needed. Eliminating them and reducing the instruction set to just a core of essential instructions allowed for both a significant reduction in the hardware needed to build a computer and the development of simpler more powerful compilers. With less hardware in the computer optimizing its design for higher speeds became much easier. Thus the concept of RISC was formed.The CDC machines and the Cray-1 listed above were designed before the concept of RISC formally existed, but clearly meet its definition in retrospect. Designed by Seymour Cray, his primary goal was to produce the fastest computer possible at the time, which required elimination of all unnecessary hardware that might limit the speed of the machine. He even eliminated all data synchronization latches/registers, instead using hand tuned delay lines made of loose hanging loops of twisted pair to make sure signals arrived where needed at exactly the right time.
