Motorola 68010 - определение. Что такое Motorola 68010
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Что (кто) такое Motorola 68010 - определение

MICROPROCESSOR MODEL
Motorola 68012; 68010; 68012; MC68010
  • Motorola 68012
  • Die]] of Motorola 68012
Найдено результатов: 142
Motorola 68010         
<processor> A microprocessor from Motorola. It was the successor to the Motorola 68000 and was followed by the Motorola 68020. Some instructions which were previously user mode were made system mode, which necessitated patches to a few programs. The 68010's main advantage over the 68000 was that it could recover from a bus fault. The 68000 microcode didn't save enough state to restart all instructions; the 68010 corrected this fault. This allowed it to use paged virtual memory. The 68010's DBxx (decrement and branch) instructions could hold and execute the preceding instruction in the {prefetch buffer}, allowing some two-instruction loops to execute without refetching instructions. At one time there was a 68010 variant that was pin-for-pin compatible with the 68000. Early Amiga hackers replaced their 68000s with 68010s in order to get a small performance increase. (1995-11-29)
MC68010         
Motorola C168/C168i         
GSM MOBILE PHONE BY MOTOROLA
Motorola C168; Motorola C168i
The Motorola C168/C168i is a low-cost 850/1900-band GSM mobile phone, made by Motorola. It was released in the fourth quarter of 2005.
MC68000         
  • [[Hitachi]] HD68000
  • Motorola 68EC000 controller
  • Motorola MC68000 ([[leadless chip carrier]] (CLCC) package)
  • Thomson TS68000
  • Motorola MC68HC000LC8
  • Motorola MC68000 ([[plastic leaded chip carrier]] (PLCC) package)
  • Pre-release XC68000 chip made in 1979
MICROPROCESSOR
MC68000; 68000; M68000; 68000 Microprocessor; 68000 processor archictecture; Motorola MC68000; Motorola 68EC000; 68ec000; Motorola MC68EC000; MC68HC000; MACSS; Motorola 68HC000; Motorola 68000 microprocessor; Motorola 68000 processor; Motorola 68SEC000
List of Motorola products         
  • Motorola W375
  • Logo of Motorola Mobility.
WIKIMEDIA LIST ARTICLE
Motorola DCT6412; Motorola DCT3412; Motorola DCT-6412; DCT-6412; DCT6412; Motorola DCT-3412; DCT-3412; DCT3412; Motorola v545; Motorola 3416; Motorola DCT3416; Motorola DCT-3416; H350; HS805; Motorola V170; H500; Motorola H500; Motorola 6416; DCT-6416; Motorola W370; Motorola W375; Motorola VIZR; Motorola H700; H700; C261; Motorola W230; Motorola 3412; Motorola 6412; Motorola DCT6416; Motorola DCT-6416; DCT6416; DCT3416; DCT-3416; Motorola Spectra
This is a list of Motorola products. Motorola Mobility is an American subsidiary company of Chinese multinational technology company Lenovo that manufactures consumer electronics and telecommunications products.
Motorola         
  • Dr. Martin Cooper]] of Motorola made the first private handheld mobile phone call on a larger prototype model in 1973. This is a reenactment in 2007.
  • Local branch in [[Glostrup]], Denmark.
  • Motorola vacuum tube carton
FORMER AMERICAN TELECOMMUNICATIONS AND INFORMATION TECHNOLOGY COMPANY
Motorola Incorporated; Motorola, Inc; Motorola Inc.; Motorolla; MOTOROLA; Motorola General Systems Group; Aura (cell phone); Motorola A3100; Motosurf a3100; Motorola Electronics Pte Ltd; Motorola, Inc.; Galvin Manufacturing Corporation; Plant Equipment, Inc.; Motorola Semiconductor Products Inc.; Motorola Semiconductor Products; Motorola University; Environmental record of Motorola; NYSE:MOT; NYSE MOT; MOT (NYSE); Motorola.com; Motorola Semiconductor Products Group; Motorola Point to Point Fixed Wireless Solutions Group; Motorola Semiconductor Products, Inc.; Galvin Manufacturing; Motorola Information Systems Group; Motorola Communications Israel; Motorola Computer Group; Motorola UDS
Motorola, Inc.         
  • Dr. Martin Cooper]] of Motorola made the first private handheld mobile phone call on a larger prototype model in 1973. This is a reenactment in 2007.
  • Local branch in [[Glostrup]], Denmark.
  • Motorola vacuum tube carton
FORMER AMERICAN TELECOMMUNICATIONS AND INFORMATION TECHNOLOGY COMPANY
Motorola Incorporated; Motorola, Inc; Motorola Inc.; Motorolla; MOTOROLA; Motorola General Systems Group; Aura (cell phone); Motorola A3100; Motosurf a3100; Motorola Electronics Pte Ltd; Motorola, Inc.; Galvin Manufacturing Corporation; Plant Equipment, Inc.; Motorola Semiconductor Products Inc.; Motorola Semiconductor Products; Motorola University; Environmental record of Motorola; NYSE:MOT; NYSE MOT; MOT (NYSE); Motorola.com; Motorola Semiconductor Products Group; Motorola Point to Point Fixed Wireless Solutions Group; Motorola Semiconductor Products, Inc.; Galvin Manufacturing; Motorola Information Systems Group; Motorola Communications Israel; Motorola Computer Group; Motorola UDS
<company> One of the world's leading providers of wireless communications, semiconductors and advanced electronic systems and services. Major equipment businesses include cellular telephone, two-way radio, paging and data communications, personal communications, automotive, defense and space electronics, computers, satellite communications systems, police and emergency service radio systems, taxicab dispatching (radio) systems. Communication devices, computers and millions of consumer products are powered by Motorola semiconductors. They are probably best known in the computing world for their microprocessors, including the Motorola 6800 and {Motorola 68000} CISC families and Motorola 88000 RISCs, the Motorola DSP56000 digital signal processors and the PowerPC on which they collaborated. They also led the development of VMEbus. Quarterly sales $5400M, profits $367M (Aug 1994). See also Envoy, Monsoon, MPL. http://mot.com/. Address: Schaumberg, Illinois, USA. (1994-12-01)
Motorola 68000         
  • [[Hitachi]] HD68000
  • Motorola 68EC000 controller
  • Motorola MC68000 ([[leadless chip carrier]] (CLCC) package)
  • Thomson TS68000
  • Motorola MC68HC000LC8
  • Motorola MC68000 ([[plastic leaded chip carrier]] (PLCC) package)
  • Pre-release XC68000 chip made in 1979
MICROPROCESSOR
MC68000; 68000; M68000; 68000 Microprocessor; 68000 processor archictecture; Motorola MC68000; Motorola 68EC000; 68ec000; Motorola MC68EC000; MC68HC000; MACSS; Motorola 68HC000; Motorola 68000 microprocessor; Motorola 68000 processor; Motorola 68SEC000
<processor> (MC68000) The first member of Motorola, Inc.'s family of 16- and 32-bit microprocessors. The successor to the Motorola 6809 and followed by the Motorola 68010. The 68000 has 32-bit registers but only a 16-bit ALU and external data bus. It has 24-bit addressing and a {linear address space}, with none of the evil segment registers of Intel's contemporary processors that make programming them unpleasant. That means that a single directly accessed array or structure can be larger than 64KB in size. Addresses are computed as 32 bit, but the top 8 bits are cut to fit the address bus into a 64-pin package (address and data share a bus in the 40 pin packages of the 8086 and {Zilog Z8000}). The 68000 has sixteen 32-bit registers, split into data and address registers. One address register is reserved for the Stack Pointer. Any register, of either type, can be used for any function except direct addressing. Only address registers can be used as the source of an address, but data registers can provide the offset from an address. Like the Zilog Z8000, the 68000 features a supervisor and user mode, each with its own Stack Pointer. The {Zilog Z8000} and 68000 are similar in capabilities, but the 68000 is 32 bits internally, making it faster and eliminating forced segmentations. Like many other CPUs of its generation, it can fetch the next instruction during execution (2 stage pipeline). The 68000 was used in many workstations, notably early Sun-2 machines, and personal computers, notably {Apple Computer}'s first Macintoshes and the Amiga. It was also used in most of Sega's early arcade machines, and in the Genesis/Megadrive consoles. Variants of the 68000 include the 68HC000 (a low-power HCMOS implementation) and the 68008 (an eight-bit data bus version used in the Sinclair QL). ["The 68000: Principles and Programming", Leo Scanlon, 1981]. (2003-07-11)
Motorola Ming         
LINE OF SMARTPHONES
Motorola A1200; MOTOMING; Moto ming; MotoMING A1200i; Motorola A1600; Motorola MING A1200i; Motorola A1800; Motorola MING
The Motorola Ming () is a series of smartphones from Motorola, sold in Hong Kong and mainland China only. It is one of the series in the 4LTR line.
68000         
  • [[Hitachi]] HD68000
  • Motorola 68EC000 controller
  • Motorola MC68000 ([[leadless chip carrier]] (CLCC) package)
  • Thomson TS68000
  • Motorola MC68HC000LC8
  • Motorola MC68000 ([[plastic leaded chip carrier]] (PLCC) package)
  • Pre-release XC68000 chip made in 1979
MICROPROCESSOR
MC68000; 68000; M68000; 68000 Microprocessor; 68000 processor archictecture; Motorola MC68000; Motorola 68EC000; 68ec000; Motorola MC68EC000; MC68HC000; MACSS; Motorola 68HC000; Motorola 68000 microprocessor; Motorola 68000 processor; Motorola 68SEC000

Википедия

Motorola 68010

The Motorola MC68010 processor is a 16/32-bit microprocessor from Motorola, released in 1982 as the successor to the Motorola 68000. It fixes several small flaws in the 68000, and adds a few features.

The 68010 is pin-compatible with the 68000, but is not 100% software compatible. Some of the differences were:

  • The MOVE from SR instruction is now privileged (it may only be executed in supervisor mode). This means that the 68010 meets Popek and Goldberg virtualization requirements. Because the 68000 offers an unprivileged MOVE from SR, it does not meet them.
  • The MOVE from CCR instruction was added to partially compensate for the removal of the user-mode MOVE from SR.
  • It can recover from bus faults, and re-run the last instruction, allowing it to implement virtual memory.
  • The exception stack frame is different.
  • It introduced a 22-bit Vector Base Register (VBR) that holds A[31:10] of the 1 KiB-aligned base address for the exception vector table. The 68000 vector table was always based at address zero.
  • "Loop mode" which accelerates loops consisting of only two instructions, such as a MOVE and a DBRA. The two-instruction mini-loop opcodes are prefetched and held in the 6-byte instruction cache while subsequent memory read/write cycles are only needed for the data operands for the duration of the loop. It provided for performance improvements averaging 50%, as a result of the elimination of instruction opcodes fetching during the loop.

In practice, the overall speed gain over a 68000 at the same frequency is less than 10%.

The 68010 could be used with the 68451 MMU. However, aspects of its design, such as its 1 clock memory access penalty, made this configuration unpopular. Some vendors used their own MMU designs, such as Sun Microsystems in their Sun-2 workstation and Convergent Technologies in the AT&T UNIX PC/3B1.