Words that end in 45t
Maybe these words will be useful:
- ge-645 — (computer) A computer built by General Electric, the successor to the GE-635, designed to provide the extra CPU features required by the Multics project. The GE-645 was designed in 1965 by John Couleur and Edward Glaser at MIT. It had several security levels and instructions for handling virtual memory. Addressing used an 18-bit segment in addition to the 18-bit address, dramatically increasing the theoretical memory size and making virtual memory easier to support. Design of the GE-645's successor, the GE-655, started in 1967.
- get one's p45 — to be dismissed from one's employment
- rfc 1445 — (networking, standard) The RFC defining the administrative model for SNMP v2.
- p45 — a severance form issued by HMRC via an employer to a person leaving employment
- rfc 2045 — (messaging, standard) One of the RFCs defining MIME.
- rj-45 — (hardware) A serial connector which looks very much like a standard telephone connector, except it houses eight wires instead of four. RJ-45s are typically found on computers either integrated into the mother board or on a NIC. Because they are so small they are often used on devices such as terminal servers that have many ports.
- ieee 1394 — High Performance Serial Bus
- commodore sx64 — (computer) A "portable" Commodore 64. Shaped vaguely like a seat cushion, this cumbersome experiment in transportable computers had a detachable keyboard on one end which, when removed, revealed a 6" monitor and a 5 1/4" floppy disk drive. The curious combination of a bulky design and microscopic display are the most likely cause for the SX64's discontinuation.
- ieee 754 — IEEE Floating Point Standard
- inteldx4 — (processor) Essentially an Intel 486DX microprocessor with a 16 kilobyte on-chip cache. The DX4 is the fastest member of the Intel 486 family. 75 and 100MHz versions are available. At an iCOMP index rating of 435, the 100 MHz DX4 performs up to 50% faster than the 66 MHz Intel DX2. The DX4's clock multiplier allows the processor to run three times faster than the system clock. This performance is achieved in part by a 16K on-chip cache (double that of the other 486s). The DX4 has an integrated floating point unit. Like the other 486s, the DX4 achieves performance through a RISC integer core that executes frequently used instructions in a single clock cycle (the Pentium's can execute multiple instructions in a single clock cycle). Low power consumption has been achieved with SL Technology and a 0.6 micron manufacturing process, giving 1.6 million transistors on a single chip operating at only 3.3 Volts. "IntelDX4" is the entire name, the "486" has been dropped and I am assured that there is no space in the same.