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I would like to run the DRAC console connection from a number of my servers off of my MacBook Pro. The console display part works fine, but when I get the console up the keyboard mappings from my MacBook are all out of whack. Is there a way to launch the console with an alternate key map or in som. Manually assign the MAC address to your virtual appliance to avoid MAC address changes or conflicts from other systems in the dynamic pool. Additionally, for virtual Cisco Firepower Management Centers, setting the MAC address manually ensures that you will not have to re-request licenses from Cisco if you ever have to reimage the appliance.
The Mac transition to Apple Silicon is a planned two-year process of introducing ARM64-based Apple silicon into the Apple Macintosh line of computers and eliminating Intels x86-64. CEO Tim cook announced the plan in a keynote address at WWDC on June 22, 2020.
This transition marks the third time that Apple has migrated the Macintosh to the new ISA instruction set architecture. The first was the transition from the original Motorola 68000 series Macs architecture to the new PowerPC platform in 1994, and the second was the transition from PowerPC to Intel x86, which was officially announced in June 2005.
Apple first used the ARM architecture in 1993 in its personal digital assistant Newton and has since widely implemented it in other product lines, including the iPhone, iPad, iPod, and Apple Watch. Apple has developed its own ARM chips since 2009.
In 1990, Acorn Computers made Apple the first significant third-party user of its ARM architecture, in the Newton personal digital assistant. The deal transferred the ARM project to a separate legal entity, ARM Holdings, in which Apple received a 43% stake, and ARM was renamed from' Acorn RISC Machine 'to' Advanced RISC Machines'.
Since Apple switched to Intel processors in 2005-2006, all Macintosh computers have used the Intel x86 processor architecture. During his keynote address at WWDC in 2005, Steve jobs noted that Intel processors had outperformed IBMs PowerPC processors in terms of power consumption, and that if Apple continued to rely on PowerPC technology, it would not be able to build future Macs, including high-performance workstations and advanced laptops for the fast-growing laptop market: 'looking ahead, we can imagine some amazing products that we want to build. And we dont know how to build them with the future PowerPC roadmap.'By June 2006, PowerPC processors were still only used in Apples high-end desktop computers and server products. The hardware transition was completed when Intel-based Mac Pro and Xserve computers were announced in August 2006 and shipped by the end of the year.
Apple discontinued support for booting to PowerPC with Mac OS 10.6 'Snow Leopard' in August 2009, three years after completing the transition. Support for PowerPC applications via Rosetta was discontinued with macOS version 10.7 'Lion' in July 2011, five years after the transition was completed.
In 2009, Apple bought processor company P. A. Semi for $ 278 million. At the time, it was reported that Apple bought P. A. Semi for its intellectual property and engineering talent. CEO Steve jobs later stated that P. A Semi will develop a system on chips for Apples iPod and iPhone. Then Apple released a number of products with its own processors.
Rumors that Apple would switch the Macintosh to specially designed ARM processors began to circulate in 2011, when SemiAccurate predicted that it would happen by mid-2013. In 2014, MacRumors reported that Apple was testing a prototype ARM-based Mac with a large Magic Trackpad. In 2018, Bloomberg reported that Apple plans to use its own chips based on the ARM architecture starting in 2020.
In recent years, numerous frustrations and problems related to the pace and quality of development of Intels technologies have been recorded in the media. Apple reportedly had problems with Intel modems for the iPhone in 2017 due to technical issues and missed deadlines. Meanwhile, a 2018 report suggested that problems with Intel chips prompted a redesign of the MacBook. In 2019, Apple blamed a lack of Intel processors for the decline in Mac sales.
By 2020, the Apple A12X processor used in the 2018 iPad Pro was reportedly roughly equal to the performance of the Intels Core i7 processor used in the MacBook Pro at the time.
In the months and weeks leading up to WWDC Apple 2020, numerous media reports were awaiting the official announcement of the transition during this event.
Apple announced its plans to switch the Macintosh platform to Apple silicon in a series of WWDC presentations in June 2020. It is expected that the entire transition of the Macintosh product line will take 'about two years', and the first Macs based on ARM will be released by the end of 2020. A similar language was used during Apples transition to Intel in 2005-2006, and this transition took about a year and a half.
All the first batch of applications included in the macOS Big Sur release are compatible with x86-64 and ARM architectures. Other applications are also being made dual-platform, including well-known software packages such as Adobe Photoshop, Final Cut Pro and Microsoft Word.
To enable native x86 software to run on new ARM-based Macs, Rosetta 2 dynamic binary translation software is transparently embedded in macOS Big Sur. Universal binary 2 allows application developers to support both x86-64 and ARM64.
To facilitate software development for future ARM-based Macs, application developers will be provided with a prototype ARM-based Mac for testing purposes. This developers transition kit is a significantly modified version of the iPad Pro hardware inside the Mac mini enclosure.
In an interview shortly after the transition was announced, Apple senior software engineer Craig Federighi praised the developers performance of the Transition Kit DTK, Apples prototype ARM-based Mac, and contributed to expectations of superior performance of future commercial products based on Apple silicon, specifically designed for the Macintosh platform: 'even that DTK hardware that runs on an existing iPad chip that were not going to put into a Mac in the future - its just not there for the transition - the Mac works awfully well on this system. This is not the basis on which to judge future poppies. but it does give you an idea of what our Silicon team can do when they dont even try - and they will try.'
This transition may allow Apple to reduce component costs, as it will no longer need to purchase expensive processors from outside.
Sources estimated a modest negative impact on Intels revenue in the short term, as Apple accounts for 2-4% of Intels annual sales, as well as only 6.9–12% of the PC market in the United States and 7% worldwide. Longer-term speculation has suggested that the switch could prompt other PC manufacturers to rethink their reliance on the Intel x86 architecture, as Macs are often considered the defining trends in the personal computer industry.
The switch could lead to thinner and lighter Mac laptops in the future, thanks to the energy efficiency advantage that Apple processors have over Intels.
Applications created for the iOS platform will be able to run natively on MAC computers with ARM support, which will significantly expand the range of software available for the Macintosh platform.
Switching to proprietary Apple silicon can seriously limit or even completely eliminate Amateur 'Hackintosh' computers, in which macOS is forced to run on commodity PC hardware in violation of license restrictions.
Boot Camp software, which allows Intel-based Macs to initially run Microsoft Windows in an Apple-supported dual boot environment, will not be implemented on future Apple silicon-based Macs. At the end of June 2020, Apple announced that it had 'no plans to directly boot to Windows' on ARM-based Macintosh computers. Apple senior software engineer Craig Federighi suggested that virtualization technology is a viable alternative: 'purely virtualization is the route. Hypervisors can be very efficient, so the need for direct download shouldnt really be a problem.'Microsoft has not commented on whether it will expand its ARM-based Windows license beyond OEM presets.
As with Apples 2005 announcement of its plan to switch to Intel-based processors, concerns were raised and dismissed that Apple would potentially suffer an Osborne effect as a result of this announcement, causing consumer demand to plummet due to the publics prior knowledge of obsolescence. Wired expressed skepticism that Apple developers can elevate smartphone-related processors to Mac Pro performance, and questioned the true duration of Intels binary support on ARM Macs under Apples vague commitment to do so 'for years to come.' On a positive note, Lauren Giret noted that Apple can 'succeed where Microsoft has failed,' thanks to the 'close integration' of Apples hardware and software, and a vast collection of apps that can already run on the new platform.