Apple signs new agreement with Arm that goes past 2040
theverge.com
theverge.com
The ARM architecture is so ubiquitous that everyone wants a piece. I kind of think of ARM as a DMZ: The business model of licensing IP to a broad range of clients means that a lot of companies have a vested interest in ARM remaining a neutral party. We've seen with Nvidia and others that ARM isn't a clean acquisition target, so now everyone gets a place at the table, and thus license security for the long term. It's a bit similar to OpenAI, and how I think that in today's market, no regulator would allow a major tech company to acquire them.
> Up to this point, we have used the words “firewall” and “gateway” rather casually. We will now be more precise. A firewall, in general, consists of several different components (Figure 3.1). The “filters” (sometimes called “screens”) block transmission of certain classes of traffic. A gateway is a machine or a set of machines that provides relay services to compensate for the effects of the filter. The network inhabited by the gateway is often called the demilitarized zone (DMZ). A gateway in the DMZ is sometimes assisted by an internal gateway. Typically, the two gateways will have more open communication through the inside filter than the outside gateway has to other internal hosts. Either filter, or for that matter the gateway itself, may be omitted; the details will vary from firewall to firewall. In general, the outside filter can be used to protect the gateway from attack, while the inside filter is used to guard against the consequences of a compromised gateway. Either or both filters can protect the internal network from assaults. An exposed gateway machine is often called a bastion host.
* https://en.wikipedia.org/wiki/Firewalls_and_Internet_Securit...
* https://archive.org/details/firewallsinterne00ches
Ingham and Forrest wrote a good history of firewalls:
Was Apple trying to get this in specifically before IPO
Only, I'm sure, to the degree it gave them some advantage in negotiating with ARM.
ARM's IPO is troubled, for reasons I haven't been following, but I am sure this helps them.
https://www.gq.com/story/tim-cook-global-creativity-awards-c...
Tim Cook: we are very much focused on the long term.
If ARM ends up being acquired, Apple can unleash the lawyers to demand adherence to their 40 year deal.
Hate to break it to you but it’s not 2003 anymore. It’s barely a 20 year deal.
Not sure that undermines the premise it’s about locking down IP access on Apple’s term’s. An ARM buyer or even just new management will have a harder time coming in and jacking up prices on Apple before 2040.
But Apple doesn't rely on Arm designs for anything? I think it's just sloppy writing, but I'm not sure I'd trust the analysis that follows weak reporting.
Of course they do. ARM started is still offering a lot of embedded design.
Arm was cofounded by Apple, Acorn and VLSI.
https://www.cpushack.com/2010/10/26/how-the-newton-and-arm-s...
What it does is secure their ability to still use ARM for a while.
RISC-V is not yet ready for the high end needs that Apple has. RISC-V doesn't yet have the single core performance nor the ability to scale to many cores like ARM does -- or at least I haven't seen it.
I think that when RISC-V can do this and is competitive with ARM, Apple could look at it. Apple isn't married to ARM forever, remember it used to be Motorola, then IBM PowerPC, then Intel x86 and now ARM.
Given that Apple just did the transition to ARM, I do not expect they will look around for the ARM successor for a while. But a decade from now it wouldn't be surprising for them to consider RISC-V, at that point its capabilities should rival ARM if not exceed it while also being much more easily customized.
Aegis CPU: Ascalon-based Chiplet System Architecture
From that same page.
What about the ISA would make Apple's core designs impractical or less efficient?