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  1. The IBM PC

    In the next decade, IBM introduced personal computers that increased processing speed tenfold over its original PC, increased the instruction execution rate by 100, grew system memory from 16 kilobytes …

  2. IBM Products

    The place to shop for software, hardware and services from IBM and our providers. Browse by technologies, business needs and services.

  3. IBM

    Explore IBM history and culture of putting technology to work in the real world. Visit the IBM lab and see what’s in store for the future of computing. See what it takes to become an IBMer or build your skills …

  4. IBM Heritage | IBM

    These are the stories of the people, innovations and values that have defined IBM for over a century, and the tales of how IBM helped pioneer the information technology industry.

  5. The PS/2 - IBM

    Introduced in August 1981, it was the company’s first true mass-market computer, and more than 750,000 machines were sold within two years — far exceeding internal expectations and solidifying …

  6. ThinkPad - IBM

    Ultimately, he led the engineering of IBM’s first battery-powered notebook computer, the Laptop 40 SX. The L40/SX proved that it was possible to create a 12-by-2-by-10-inch computer that was far better …

  7. IBM Quantum Computing | Home

    IBM has the most practical path to realizing fault-tolerant quantum computing. Our roadmap charts the engineering milestones required to build quantum systems with hundreds of logical qubits capable of …

  8. IBM Quantum Platform

    IBM Quantum Platform Get access to IBM quantum computers, Qiskit documentation, and learning resources all in one place. Search for resources

  9. The IBM System/370

    System/370 Model 145 was the first IBM computer that had a main memory in which all the elements — resistors, capacitors and diodes — were fabricated on a single silicon chip.

  10. IBM roadmap to quantum-centric supercomputers (Updated 2024)

    May 10, 2022 · The updated IBM Quantum roadmap: weaving quantum processors, CPUs, and GPUs into a compute fabric to solve problems beyond the scope of classical resources.