How much for ipad mini 2

Continue Не следует путать с iPad 2 или iPad Air 2. iPad Mini 2iPad Mini 2 в SilverDeveloperApple Inc.ManufacturerFoxconnProduct familyiPad MiniTypeTablet computerGeneration2ndRelease дата11 ноября 2013 г.; 6 лет назад (2013-11-11)Lifespan2013-2017Интродукторная ценаWi-Fi:16 ГБ: $399, 32 ГБ: $499,64 ГБ: $599, 128 ГБ: $699Wi-Fi - Сотовый:16 ГБ: $529, 32 ГБ: $629,64 ГБ: $729, 128 ГБ: $829DiscontinuedMarch 21, 2017; 3 years ago (2017-03-21)Operating systemOriginal: iOS 7.0.3Last: iOS 12.4.8, released July 15, 2020 (2020-07-15)System-on-chip usedApple A7 with 64-bit architecture and Apple M7 motion co- processorCPU1.4 GHz dual-core Apple Cyclone (underclocked to 1.3 GHz)[1]Memory1GB LPDDR3 DRAM[2]Storage16, 32, 64, 128 GB flash memoryDisplay2048×1536 px (326 PPI), 7.9 in (200 mm) diagonal, 4:3 LED-backlit IPS LCDGraphicsPowerVR G6430 (four cluster@450 MHz)[3]InputMulti-touch screen, headset controls, proximity and ambient light sensors, 3-axis accelerometer, 3-axis gyroscope, digital compassCameraFront: 1.2 MP, 720p HD Rear: 5.0 MP AF, iSight with Five Element Lens, Hybrid IR filter, video stabilisation, face detection, HDR, ƒ/2.4 apertureConnectivity Wi-Fi 802.11 a/b/g/n at 2.4 GHz and 5 GHz Bluetooth 4.0 GSM UMTS / HSDPA 850 , 1700, 1900, 2100 МГц ГСМ / EDGE 850, 900, 1800, 1900 МГц CDMA CDMA/EV-DO Rev. A и B. 800, 1900 МГц LTE Несколько диапазонов A1490: 1, 2, 3, 4, 5, 7, 8, 13, 17, 18, 19, 20, 25, 26; A1491: 1, 2, 3, 5, 7, 8, 18, 19, 20 and TD-LTE 38, 39, 40 PowerBuilt-in rechargeable Li-Po battery3.75 V 24.3 W·h (6,471 mA·h),[2] 10hr lifeOnline servicesApp Store, iTunes Store, iBookstore, iCloud, Game CenterDimensionsHeight: 200 mm (7.9 in)Width: 134.7 mm (5.30 in)Depth: 7.5 mm (0.30 in)MassWi-Fi: 331 g (0.730 lb)Wi-Fi + Cellular: 341 g (0.752 lb)PredecessoriPad Mini (1st generation)SuccessoriPad Mini 3Related articlesiPad AirWebsiteApple - iPad mini with Retina Display at the Wayback Machine (archived November 16, 2013) This article is part of a series on theiPad 1st 2 3rd 4th 5th 6th 7th 8th Air 1st 2 3rd 4th Mini 1st 2 3 4 5th Pro 1st 2nd 3rd 4th List of iPad modelsvte The iPad Mini 2 (stylized and marketed as the iPad mini 2 , ранее на рынке как iPad mini с дисплеем Retina) является вторым планшетным компьютером в линейке iPad Mini. Он был произведен Apple Inc. Он имеет дизайн почти идентичны, что в первом поколении iPad Mini, но имеет внутренние изменения, такие как добавление системы A7-на-чип и 2048 × 1536 разрешение Retina Display. IPad Mini 2 имеет почти такое же оборудование, как iPad Air. Apple выпустила iPad Mini 2 в цветах Space Gray и Silver 12 ноября 2013 года. Его преемник, iPad Mini 3, был представлен 16 октября 2014 года, с теми же внутренними устройствами, но добавил Touch ID, различные размеры хранилища и дополнительный золотой цвет. iPad Mini 2 назад IPad Mini 2 был March 21, 2017, after announcing in the press about the new, lower-priced iPad, which replaces the iPad Air 2. The iPad Mini 2 is the first iPad Mini to support six major versions of iOS, from iOS 7 to iOS 12. The iPad Mini 2 story was announced during a performance at the Yerba Buena Arts Center on October 22, 2013. The theme of the leitmotif was called We still have a long way to go. The iPad Mini 2 was originally advertised as an iPad mini with retina display; however, when its successor, the iPad Mini 3, was announced on October 16, 2014, Apple began marketing the former device as an iPad mini 2. See also: iOS 7, iOS 8, iOS 9, iOS 10, iOS 11 and iOS 12 Additional information: iOS, iOS history and AirDrop iPad Mini 2 comes with iOS 7 operating system released on September 18, 2013. Joni Ive, designer of the new iOS 7 elements, described the update as bringing order to complexity, highlighting features such as exquisite typography, new icons, transparency, layering, physics and gyroglass parallaxization as some of the major design changes. The design of iOS 7 and OS X Mavericks (version 10.9) noticeably strays from skeuomorphic elements such as green felt at the Game Center, wood at the newsstand, and leather in the calendar, in favor of a flat, colorful design. It can act as a hotspot with some operators with some operators, sharing its Internet connection via Wi-Fi, Bluetooth or USB, and accessing the Apple App Store, a digital distribution platform for iOS apps. The service allows users to browse and download apps from the iTunes Store that were developed using Xcode and iOS SDK and were published through Apple. Apps (pages, keynotes and numbers) are available from the App Store, GarageBand, iMovie, iPhoto and iWork. iPad Mini 2 comes with several pre-installed apps included in the iOS operating system, such as Siri, Safari, Mail, Photos, Video, Music, iTunes, App Store, Maps Notes, Calendar, Game Center, Photo Booth and Contacts. Like all iOS devices, iPad can sync content and other data with Your Mac or PC using iTunes. Although the tablet is not designed for cellular phone calls, users can use a headset or built-in speaker and microphone to place phone calls via Wi-Fi or cellular via a VoIP app such as Skype. The device has a dictation app using the same voice recognition technology as the iPhone 4S. This allows users to talk and iPad types what they say on the screen, although the iPad must have an Internet connection (via Wi-Fi or cellular network) due to the function of reliance on Apple's servers for speech translation. iPad Mini 2 has iBooks app optional app, although since the release of iOS 8, it comes pre-installed), which displays books and other other content downloaded from the iBooks Store. Several major book publishers, including Penguin Books, HarperCollins, Simon Schuster and Macmillan, have pledged to publish books for the device. Although it is a direct competitor to Amazon Kindle and Barnes Noble Nook, both Amazon.com and Barnes Noble offer e-reading apps for iPad. Siri, an intelligent personal assistant and knowledge navigator, is on. The app uses a natural language user interface to answer questions, recommendations, and action by delegating requests to a set of Web services. Apple claims that the software adapts to the user's individual preferences over time and personalizes the results. iOS 7 adds new male and female voices, new system customization features, redesign unlike the rest of the operating system, and integration with Twitter, Wikipedia, Bing and Photos. Facebook integrates through Apple's native apps. Facebook features can be directly accessed from native apps such as Calendar, which can sync Facebook events, or use facebook as a button from the Apple App Store. The iPad Mini 2 supported all major iOS versions from iOS 7 to iOS 12. In June 2019, Apple announced that it would withdraw support for the iPad Mini 2 with the release of iPadOS, as well as iPad Air and iPad Mini 3. A design size comparison between the iPad Mini and the second, third and fourth generation of full-size iPads. The iPad Mini 2 has the same size as a 7.9-inch screen, and the same design as the first-generation model. A notable change is the inclusion of The Retina Display, which is consistent with the screen resolution of larger iPads with the third-generation iPad. The screen resolution also results in a higher pixel density than the iPad Air, which corresponds to the iPhone 5S. The slate color of the rear panel used in the first-generation iPad Mini was discontinued in favor of the Space Gray (light gray tone) color, while the Silver color version was retained. The changes apply to the first-generation iPad Mini sold after the announcement of the iPad Mini 2. The iPad Mini 2 separates hardware components from the iPad Air and iPhone 5S, including the 64-bit Apple A7 processor and the Apple M7 motion processor. The A7 mini 2 system is clocked and clocked, but otherwise the same as in the iPad Air and iPhone 5S, all three that were released in the 4th quarter of 2013. The Mini 2 uses the same home button as its predecessor, and therefore does not support Touch ID, a feature added to the subsequent iPad Mini 3. The Mini 2 also includes a 5-megapixel rear-view camera, a 1.2MP FaceTime HD front-facing camera, 802.11n support and approximately 10 hours of battery life. As with all previous generations of iPad hardware, there are four buttons and one switch on the iPad Mini With the device in its portrait orientation, it is: a home button on the face of the device under the display that returns the user to the home screen, the wake-up/sleep button on the top end of the device, and two buttons on the top right side of the device, performing volume up/down functions under which there is a switch, the function of which varies depending on the settings of the device, which functions either to switch the device to or from silence mode, or to block/unlock. In addition, the wiFi-only version weighs 331 grams while the cell model weighs 341 grams - slightly more than their predecessors. The display responds to other sensors: an ambient light sensor to adjust the brightness of the screen and a 3-axis accelerometer to feel the orientation and switch between portrait and landscape modes. Unlike the built-in iPhone and iPod Touch apps that run in three orientations (portrait, landscape left and landscape on the right), the iPad's built-in apps support screen rotation in all four directions, including upside down. Consequently, the device has no internal native orientation; only the relative position of the Home button changes. The iPad Mini 2 audio playback is in a stereo system with two speakers located on either side of the lightning connector. The iPad Mini 2 was originally available with 16, 32, 64 or 128GB of internal flash memory, with no expansion capability. However, with the announcement of the iPad Mini 3 on October 16, 2014, 64 and 128GB versions of the iPad Mini 2 were discontinued, and on September 7, 2016, the 16GB model was also discontinued. The final model, the 32GB, was discontinued on March 21, 2017, following the unveiling of a new, lower-cost iPad. Apple also sells a camera connectivity kit with an SD card reader, but it can only be used to transmit photos and videos. The iPad Mini 2 supports Bluetooth 4.0 connectvity, allowing wireless keyboards to be used in applications that require typing (such as Apple Pages) and speakers to play audio. All iPad Mini 2 models can connect to the wireless network and offer dual Wi-Fi support. It is also produced either with or without the ability to communicate through the cellular network. The cell model of the tablet comes in two variants, both of which support nano-SIM, four-unit GSM, penta-band UMTS, and two-way CDMA EV-DO Rev. A and B. In addition, one option also supports LTE bands 1, 2, 3, 4, 5, 7, 8, 13, 17, 18, 19, 20, 25 and 26, while the other option supports LTE bands 1, 2, 3, 5, 7, 8, 18, 19, 20 and TD-LTE bands 38, 39 and 40. Apple's ability to handle many different bands in one device allowed it to offer for the first time one version of the iPad that supports all cellular bands and technologies deployed by all major wireless providers during time Acquaintance. Chronology Source: Apple News Archive. This chronology: The viewtalkedit Reception Critical Reception Mini 2 has been praised for packaging essentially the same hardware as the larger and more expensive iPad Air, being considerably more compact and light, featuring an even more pixel-dense screen (retaining the same resolution despite a smaller display), and being $100 dollars cheaper than air. The Mini 2 has essentially made the iPad 2 and iPad 4 obsolete, which remained in Apple's iPad lineup during the first year of the Mini 2 as a low-cost alternative to iPad Air. Writing for TechRadar, Gareth Beavis awarded the iPad Mini 2 a rating of 4.5 out of 5. Beavis praises the retina display and performance of the A7 chip, and states that its design is still the best in the tablet category. However, he criticizes the price increase. On its AnandTech website, AnandTech's AnandTech appreciates the design and increased speed of the iPad Mini 2, lamenting the limited color palette, stating: ... it's a shame that this is a compromise that exists between the two iPads especially considering how good Apple's sRGB coverage is in almost all of its other displays. Despite some criticisms, such as camera quality, Jeffrey Van Camp of Digital Trends gave the tablet a score of 4.5 out of 5. He writes: iPad Mini 2 is our favorite tablet of 2013. With a powerful 64-bit A7 processor and a high-resolution 'Retina' screen, it finishes the work that Apple started with the first iPad Mini, addressing major complaints about an underworked processor and low-resolution display. Like other modern iPads, the quality of the Mini 2 photo camera was mediocre compared to the iPhone. The iPad Mini 2 was also significantly more expensive than its closest Android competitor, the Nexus 7, although the Mini 2 was significantly more powerful and had a better build quality, as well as a wider selection of apps for Apple's tablets and a more established ecosystem. The iPad Mini 2 has been criticized for being thicker and heavier than the original iPad Mini. He has also been criticized for taking longer to bring charges. See also Comparison: iOS Devices Tablet Computers E-Book Readers Links - Shimpi, Anand Lal (March 31, 2014). Microarchitecture of Cyclone Apple Detailed. AnandTech. Received on October 18, 2014. a b iPad Mini Retina Display Teardown. iFixit. November 12, 2012. Received on March 4, 2014. Shimpi, Anand Lal (September 17, 2013). iPhone 5s review: GPU architecture. AnandTech. Received on September 18, 2013. - Apple iPad Mini gets Retina Display - Apple deck from the venue of the iPad event next week. Cnet. CBS Interactive. Received on October 24, 2013. Soup apple.com Puris, Aaron (September 10, 2013). iOS 7 will come on iPhone and iPad on September 18. Face. Media. Received on October 22, 2013. Cue, Eddie; Tim Cook; Federighi, Craig; Ive, Joni, et al. (June 10, 2013). WWDC 2013 Keynote report. Moscone West, San Francisco, CA: Apple Inc. Event takes place at c.1h 25min, through. Received on October 22, 2013. Ankan Deca, Jim (September 14, 2011). iPad - musician's genie. EF News International. Eastern Fare Music Fund. Archive from the original on October 30, 2011. Received on October 22, 2013. The new iPad - Amazing iPad apps built right into Apple. March 7, 2012. Received on October 22, 2013. David Sarno (January 29, 2010). Apple confirms 3G VoIP apps on iPad, iPhone, iPod Touch; Skype is waiting. Los Angeles Times. Received on October 22, 2013. New iPad: It's a breakthrough because it features. Apple. March 7, 2012. Received on October 22, 2013. Patel, Nilei (January 27, 2010). Apple iPad: Starting at $499. Engadget. Aol. Received on October 22, 2013. Topolsky, Joshua (January 27, 2010). Live from Apple's 'last creation' event. Engadget. Aol. Received on October 22, 2013. - ElectronicIst Staff (December 9, 2009). Apple tablets due in March to get Kindle-Killer Book deal?. An electronics artist. McN. Received on October 22, 2013. Free Kindle reading apps. Amazon.com. received on October 22, 2013. Free APP NOOK for iPad, Download eReader app - Barnes and Noble. Barnes and Noble. April 20, 2012. Received on October 22, 2013. Apple - iOS 7 - Siri. Apple Inc. was received on October 22, 2013. iOS 7 Features. Apple Inc. on June 13, 2013. Jason Clark (August 28, 2013). Platform updates: Facebook SDK for iOS 7 and Promotions Updates. Facebook. Received on October 22, 2013. Chris Davis (September 18, 2013). Facebook and Twitter are getting an update to the iOS 7 app. SlashGjar. R3 Media. Received on October 22, 2013. Apple debuts the second-generation iPad Mini with Retina Display - MacRumors. October 22, 2013. Received on January 3, 2020. b c d iPad mini with Retina display - specifications. Apple. Archive from the original on October 24, 2013. Received January 4, 2020.CS1 maint: unsuitable URL (link) - Apple Inc. (2010-2011). iPad News - News Archive. Received on June 7, 2018. Gareth Beavis (December 9, 2013). iPad mini 2 with Retina display view. TechRadar. Received on December 17, 2013. Lal Shimpi, Anand (November 16, 2013). Apple iPad mini with Retina display: Review. AnandTech. Received on December 30, 2013. Van Camp, Jeffrey (November 15, 2013). Apple iPad Mini 2 Review. Digital trends. Received on December 17, 2013. Charlie Sorrell (February 18, 2014). The retina Mini is so disappointing I switched to the iPad Air (Opinion). External links Wikimedia Commons has media related to the iPad Mini 2. The official website of the Previous Mini (1st Generation) iPad Mini 22nd Generation Successfully byiPad Mini 3 2Sery of 32-bit CISC This article is about the family of microprocessors. For the first such in this family, see 68000. Motorola 68000DesignerMotorolaBits32-bitIntroduced1979; 41 years ago (1979)DesignCISCBranchingCondition codeEndiannessBigRegistersGeneral target8 × 32-bit data registers - 7 32-bit address registers, you can also use for most operations - theFloating Point8 stack × 80-bit if the FP present series (also known as 680x0, m68000, m68k, or 68k) - a family of 32-bit computer microprocessors of a complex set of instructions (CISC). In the 1980s and early 1990s, they were popular in personal computers and workstations and were major competitors to x86 microprocessors. They were best known as the processors used at the beginning of the Apple Macintosh, Sharp X68000, Commodore Amiga, Sinclair SL, Atari ST, Sega Genesis (Mega Drive), ATT UnixPC, Tandy Model 16/16B/6000, Sun Microsystems Sun-1/Sun-3, NeXT Computer, TI-89/TI-92 Calculators, Palm Pilot (all models running Palm OS 4.x or earlier) Although no modern desktop computer is based on 680x0 series processors, derivative processors are still widely used in built-in systems. Motorola discontinued the 680x0 architecture in 1994, replacing it with the PowerPC RISC architecture, which was developed in conjunction with IBM and Apple Computer as part of the AIM alliance. Family members Of Generation 1 (inner 16/32-bit, and produced with 8-, 16-, and 32-bit interfaces) Motorola 68000 Motorola 68EC000 Motorola 68SEC000 Motorola 68HC000 Motorola 68012 Generation Two (internal fully 32-bit) Motorola 68EC020 Motorola 68030 Motorola 68EC030 three-generation (pipeline) Motorola 68EC040 Motorola 68LC040 Generation Four (Supercalar) Motorola 68EC060 Motorola 68LC060 Other Freescale 683XX (CPU32 aka 68330, 68360 a.m. KVIK) Freescale ColdFire Freescale DragonBall Philips 68070 History Improvement68010: Virtual Memory Support (Relaunched Instructions) 'Cycle Mode' for Faster Line and Memory Library Primitive Instruction uses 14 hours of ticks less than 68020: 32-bit address and arithmetic logic unit (ALULULU) The three-stage pipeline instruction cache is 256 bytes Unlimited word and longword data access (see alignment) 8× multiprocessor ability To multiply more (32×32 -gt; 64 bits) and split (64÷32 -gt; 32 bits factor and 32 bits remaining) , and a bit of field manipulation Addressing modes added scaled indexing and another level of indirect Low Cost, EC 24-bit address 68030: Split instructions and cache of data 256 bytes each on-chip (MMU) (68851) EC Cost - No MMU Burst Memory Interface 68040: Instructions and instructions and Caches 4K each six-speed pipeline On-chip floating point block (FPU) FPU lacks IEEE transcendental function the ability of FPU emulation works with 2E71M, followed by chip changes Low cost LC - No FPU Low Cost EC Forecasting Double Instruction Pipeline Instructions for Address Generation (AGU) and thus deliver the result for two cycles to ALULU FPU Feature Card Of the Year CPU Package Frequency (max) (in MHz) Address bus bit MMU FPU 1979 68000 64-contact double pack in row (DIP), 68-PIN 68-pin mesh grid (PGA) 8-20 24 - 1982 68010 64 pin-DIP, 68-pin PLCC, 68-pin PGA 8-16.67 24 68451 - 1984 68020 114-pin PGA 12.5-33 32 68851 68881 - 68EC020 100-pin quad Flat Package (FP) 16.7-25 24 - 1987 68030 132-pin zFP (max 33 MHz) , 128-pin PGA[5] 16–50 32 MMU 68881 68EC030 132-pin QFP, 128-pin PGA 25 32 - 68881 1991 68040 179-pin PGA,[6] 184-pin QFP[7] 20–40 32 MMU FPU 68LC040 PGA,[7] 184-pin QFP[7] 20–33 32 MMU - 68EC040 20–33[7] 32 - - 1994 68060 206-pin PGA[8][9] 50–75 32 MMU FPU 68LC060 206-pin PGA,[8][9] 208-pin QFP[10] 50–75 32 MMU - 68EC060 206-pin PGA[8][9] 50–75 32 - - Main uses The Sega Genesis used a 68000 clocked at 7.67 MHz as its main CPU. The 680x0 processor line has been used in a variety of systems, from state-of-the-art High-end Texas Instruments calculators (TI- 89, TI-92 and Voyage 200) to all Palm Pilot members who manage Palm OS 1.x to 4.x (ARM-based OS 5.x), and even radiation-hardened versions in critical Shuttle control systems. However, the 680x0 family of processors has become best known as processors that have advanced desktop computers such as Apple Macintosh, Commodore Amiga, Sinclair EVIL, Atari ST, SNK NG AES/Neo Geo CD, Atari Jaguar, Commodore CDTV and a number of others. The 680x0 were also the processors of choice in the 1980s for unix workstations and servers such as UNixPC ATT, Model Tandy 16/16B/6000, Sun Microsystems' Sun-1, Sun-2, Sun-3, NeXT Computer, Silicon Graphics (SGI), and many others. There was a 68,000 version of the CP/M called CP/M-68K, which was originally offered as an Atari ST operating system, but Atari chose Atari TOS instead. Many CP/M-68K system ports were available, for example, TriSoft offered the CP/M-68K port for tandy Model 16/16B/6000. Also, and perhaps most importantly, the first multiple versions of Adobe's Postscript translators were based on 68,000. The 68,000 in Apple LaserWriter and LaserWriter Plus was clocked faster than the version used then in Macintosh computers. Fast 68030 in later PostScript translators, including laserWriter IIntx, IIf and IIg standard resolution (also 300 dpi), higher resolution LaserWriter Pro 600 series (usually 600 dpi, but limited to 300 dpi with minimal installed RAM) and very high resolution Linotronic imageetters, 200PS (1500 dpi) and 300PS (2500 dpi). After that, Adobe tended to prefer RISC for its processor, as its competitors, with their PostScript clones, have already left with RISCs, often the AMD 29000-series. In the early 68,000-based Adobe PostScript translators and their equipment were named after the Cold War-era American missiles and missiles: Atlas, Redstone, etc. Today these systems are either the end of the line (in the case of Atari), or use different processors (in the case of Macintosh, Amiga, Sun, and SGI). Because these platforms had their peak market share in the 1980s, their original manufacturers either no longer support the operating system for this equipment or do not operate. However, GNU/Linux, NetBSD and OpenBSD still include support for 68,000 processors. The 68000 processors were also used in Sega Genesis (Mega Drive) and SNK Neo Geo consoles as the main processor. Other consoles, such as Sega Saturn, used 68,000 to process sound and other input-control tasks, while the Atari Jaguar included 68,000, which was designed for basic system control and input processing, but due to Jaguar's unusual range of heterogeneous processors was also often used to control game logic. Many arcade boards also used 68,000 processors, including boards from Capcom, SNK and Sega. derived from 68,000 families have been used in a huge variety of applications. For example, CPU32 and ColdFire microcontrollers were manufactured by millions as car engine controllers. Many of the video editing systems used 68,000 processors. In this category we can call MacroSystem Casablanca, which was a black box with an easy- to-use graphic (1997). It was designed for the amateur and hobby videographer market. It's also worth noting his earlier, larger and more professional counterpart, called DraCo (1995), a groundbreaking quantel Paintbox series early based 24-bit paint and effects system was originally released in 1981 and throughout its lifetime it used almost the entire range of 68,000 family processors, with the sole exception of the 68,060, which was never implemented in its design. Another contender for the video arena, the Abekas 8150 DVE system, used 680EC30, and Trinity Play, later renamed Globecaster, uses several 68030s. it forced several others to perform 3D animations in a computer that could easily apply and Phong shading. It runs a modified operating system Motorola Versados. Architecture People who are familiar with PDP-11 or VAX usually feel 68,000. With the exception of dividing general-purpose registers into specialized data and address registers, the 68,000 architecture is in many ways a 32-bit PDP-11. It had a more orthogonal set of instructions than many processors that came before (such as 8080) and after (e.g. x86). That is, as a rule, it was possible to freely combine operations with operands, and not to be limited to the use of certain address modes with certain instructions. This property has made programming relatively easy for humans, as well as making it easier to write code generators for compilers. The 68,000 instruction set can be divided into broad categories: Downloading and Storing (MOVE) Arithmetic (ADD, SUB, MULS, MULU, DIVS, DIVU) Bit Displacement (ASL, ASR, LSL, LSR) Bit Rotation (ROR, ROL, ROXL, ROXR) Logical Operations (AND, OR, NOT, EOR) Type Transformation (from word to word and vice versa) Conditional and unconditional branches (BRA, Bcc - BE, BNE, BHI, BHI, BHI, BHI, etc.) , RTS) Stack management (LINK, UNLK, PEA) Causing and responding to Interruption Processing Exceptions There is no equivalent of x86 CPUID instructions to determine that the processor or MMU or FPU is present. 68050 and 68070 This section does not provide any sources. Please help improve this section by adding links to reliable sources. Non-sources of materials can be challenged and removed. (October 2013) (Find out how and when to delete this template message) There was no 68050, although at one point it was a project in Motorola. Odd release numbers have always been a reaction to questions raised within the previous even pro-world part; therefore, it was generally expected that the 68050 would reduce energy consumption by 68040 (and therefore heat scattering), improve the processing of exceptions in the FPU, use a smaller function size, and optimize the microcode in accordance with the program of using instructions. Many of these optimizations have been included since 68060 and were part of its design goals. For a number of reasons, it is likely that the 68060 was in development, that the Intel 80486 was not progressing as fast as Motorola anticipated it would be, and that the 68060 was a demanding project, the 68050 was canceled early in development. There is also no revision of the 68060 as Motorola has been in the process of moving from 68,000 and 88k processor lines to its new PowerPC business, so the 68070 has never been developed. If that were the case, it would be a revised 68060, probably with a superb FPU (the pipe was widely speculated on Usenet). Motorola basically used even numbers for major changes to the CPU core, such as the 68,000, 68020, 68040 and 68060. 68010 was a revised version of 68,000 with minor changes to the core, and also 68030 was revised 68020 with some more powerful features, none of them significant enough to as a major upgrade to the kernel. Kernel. was a processor with the designation 68070, which was licensed and a slightly slower version of the 16/32-bit 68000 with the main controller DMA, I2C host and on the chip serial port. This 68070 was used as the main processor in the Philips CD-i. This processor was, however, manufactured by Philips and is not officially part of the Motorola 680x0 lineup. The last generation of the 4th generation 68060 provided equivalent functionality (though not a compatibility set of instructions) for most of the Intel P5 microarchitecture functions. Other variants of the XT/370 personal computers and AT/370 PC based on IBM-compatible mainframes each included two modified Motorola 68000 processors with custom microcodes to follow the S/370 mainframe instructions. After the demise of the 68,000 core processors, the 68,000 family was used to some extent in microcontrollers and built-in versions of microprocessors. These chips include those listed according to the others above, i.e. CPU32 (aka 68330), ColdFire, KVIC and DragonBall. With the advent of FPGA technology, the international hardware development team has re-created 68,000 with many improvements as the FPGA core. Their core is known as the 68080 and is used in Amiga accelerators under the Vampire brand. Magnetic Scrolls used a subset of instructions of 68,000 as the basis for a virtual machine in their text adventures. Desktop Competitors During the 1980s and early 1990s, when 68,000 were widely used in desktop computers, it mostly competed with the x86 intel architecture used in IBM-compatible PC. A generation of 168,000 processors mostly competed with the 16-bit 8086, 8088 and 80286. Generation 2 competed with the 80386 (the first 32-bit x86 processor), and Generation 3 vs. 80486. The fourth generation competed with the P5 Pentium line, but it was not as widespread as its predecessors, since much of the old 68,000 market was either non-existent or almost so (as was the case with Atari and NeXT), or a transformation into new architectures (PowerPC for Macintosh and Amiga, SPARC for the Sun, and MIPS for Silicon Graphics (SGI)). Built-in main article: - Types of microcontrollers there are dozens of processor architectures that are currently successful in built-in systems. Some are microcontrollers that are much simpler, smaller and cheaper than 68,000, while others are relatively complex and capable of running complex software. The built-in versions of the 68,000 often compete with processors derived from PowerPC, ARM, MIPS, and SuperH architectures. Inquiries : cpu-world.com - Motorola 68000 microprocessor family 2012-11-17 - cpu-world.com - Motorola 68010 (MC68010) family 2012-11-17 - Motorola 68020 (MC8010) Family 2012-11-17 cpu-world.com - Motorola 68020 (MC8020 68020) family microprocessor 2012-12-12 cpu- world.com - MC68EC020FG16 2012-11-17 - cpu-world.com - Motorola 68030 (MC68030) микропроцессор микропроцессор 2012-11-17 cpu-world.com - Motorola 68040 (MC68040) family of microprocessors, 2012-11-17 - b c d freescale.com - User guide M68040, 2007-05-08 - b c cpu-world.com - Motorola 68060 family, 2012-11-22 - b c freescale.com - M68060 User Guide, 2010-07-28 - Archive.org - Amiga Format Review 68LC060-based accelerator board - Implementation of IBM System 370 Via Co-Microprocessors/The Co-Processor... - IPCOM000005967D - IP.com. Priorartdatabase.com. received 2020-07-23. Scott Mueller PC Modernization and Repair, Second Edition, Ke Books, 1992, ISBN 0-88022-856-3 pages 73-75, page 94 - Bon, Gunnar von. APOLLO 68080 - High performance processor. www.apollo-core.com. Received 2017-09-29. This article is based on materials taken from the Free Online Computing Dictionary before November 1, 2008 and included in accordance with the relic terms of GFDL, version 1.3 or later. Howe's bibliography, Dennis, ed. (1983). Free online computing dictionary. Imperial College, London. . Received on September 4, 2007. External Wikibooks Links have a book on the theme: 68,000 Assembly BYTE Magazine, September 1986: 68,000 Family extracted from how much for ipad mini 2 trade in. how much is a battery for ipad mini 2. how much for a used ipad mini 2

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