That news... it's quite obvious what's going to happen soon...
Meanwhile the M1 is not just an ARM CPU. That chip is packed with features...
However, architecture alone is not enough... The old concept of Memory<->CPU<->GPU<->VMemory is outdated.
Today, a high bandwidth "central memory" needs to be at the core of the system rather than the processor. To that HBM bus you connect the CPU, GPU and solid-state storage. In that scenario you don't even need to load everything to real memory. Certain stuff could just reside on the storage (basically like a swap file on steroids just implemented on a lower and more efficient level). See also: ULLtra-DIMM
Apple basically already did that with the M1 in certain ways... probably also the reason why the they don't put so much memory into the machines compared to classic x86 setups.
Active Directory is not an argument for a plattform architecture. You can connect a Synology NAS to an AD if you want to... (which I did on my backup NAS).
...or just use RDS or an old-school terminal-server if you run that old software. Network speeds have increased to a level that the bandwidth requirement is neglible. Thanks to GPU acceleration this also doesn't require much ressources anymore...
More and more stuff also works just over browsers... or other plattform agnostic tools. For good reason. The approach to install complex software on clients usually comes with security concerns and high administration efforts (compared to centralized roll-out on e.g. a term server).
To be fair, Intel is carrying that baggage because of their own lazyness. They could have put efforts into various co-processors, hybrid chips, innovative memory/storage solutions,... instead they deliberately chose to just sit on x86. And they messed up even that. intels latest gen CPUs often don't even support DDR4-3200. We are talking about i7's here. What a joke...To be fair, Intel is carrying baggage from the 1980's with the 8086/8088 instruction set. Lot easier to make big leaps when you start from an architectures that's 30 years newer.
Meanwhile the M1 is not just an ARM CPU. That chip is packed with features...
Indeed. More so if the transition to ARM is quick and smooth. That will probably push the rest of the industry over the edge (of x86).You can hate or love Apple, but with the move to ARM they are giving the industry a huge boost. 2020 is the first year in over a decade that I feel like something is really going on in the computer industry.
However, architecture alone is not enough... The old concept of Memory<->CPU<->GPU<->VMemory is outdated.
Today, a high bandwidth "central memory" needs to be at the core of the system rather than the processor. To that HBM bus you connect the CPU, GPU and solid-state storage. In that scenario you don't even need to load everything to real memory. Certain stuff could just reside on the storage (basically like a swap file on steroids just implemented on a lower and more efficient level). See also: ULLtra-DIMM
Apple basically already did that with the M1 in certain ways... probably also the reason why the they don't put so much memory into the machines compared to classic x86 setups.
If Microsoft wants to, they could launch a Windows on ARM VM for Mac... tomorrow.in a world where people want compatibility how are these new Macs going to work in the corporate world on an Active Directory Microsoft Network?
They're NOT. cause they just lost the ability to run or boot windows
The 7 percent Mac share apple had to the 92 percent share of windows will dwindle.
Active Directory is not an argument for a plattform architecture. You can connect a Synology NAS to an AD if you want to... (which I did on my backup NAS).
...or just use RDS or an old-school terminal-server if you run that old software. Network speeds have increased to a level that the bandwidth requirement is neglible. Thanks to GPU acceleration this also doesn't require much ressources anymore...
More and more stuff also works just over browsers... or other plattform agnostic tools. For good reason. The approach to install complex software on clients usually comes with security concerns and high administration efforts (compared to centralized roll-out on e.g. a term server).
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