Basically I, for one, accept the choice of hardware that has been made, and try to find the positive from THAT perspective.
What's positive about the chosen HW path? :confused:
The price for a X1000 system is higher than a massive *Power8* system from Tyan, while it's beaten by a decade old G4 laptop in most CPU intensive benchmarks that has been made public. Sam460 is slower than a 2004 Pegasos2 and a system will land at about a thousand Euros. The "X5000" coming in 2015/2016(?) is basically a 64-bit beefed up "G3" and will probably all in all be more of a side-way move than a move forward compared to the X1000, and IIRC it will *not* be considerably cheaper.
Meanwhile, the world has moved on to 2014. X86 is today several computer ages ahead from what is being discussed here. *Dimensions* apart, at the fraction or the cost!
Heck, even ARM is way ahead. Last year Apple released their first products based on their custom ARM architecture "Cyclone", developed completely in-house (ironically probably by CPU architects from PA-Semi/PA6T such as Jim Keller), which is actually *wider than Haswell* (
image) based CPU's from Intel, such as Core i3/i5/i7. The Cyclone was actually a desktop class architecture, in a mobile CPU package. This year (2014) they released products based upon the *second* version of "Cyclone" (name of this architecture is AFAIK still unknown), and an iPhone 6 produces a spec int value just shy of a 2.5 GHz *G5* CPU. This should put things into perspective! Passively cooled, powered by a tiny pocket battery.
Remember AMD, the Intel competitor, those who bought ATI (Radeon)? In May this year (2014) they publicly demonstrated their first "Opteron A" series of ARM SoC chips (4-8 64-bit Cortex A57 cores, 8 x SATA3, 2 x PCIe 3 x4 slots (or 1 x x8), Up to 128GB DDR3/4 RAM). In 2015, AMD will be releasing their "Skybridge" line of CPU's, which will be the first pin compatible x86 and ARM (Cortex A-57 based) CPU's. In 2016 they will release *their* custom Desktop Class ARM CPU, the "K12" (development lead by Jim Keller).
During the last couple of years there has been many interesting HW solutions based upon Cortex-A8, Cortex-A9, Cortex-A15, and now the 64-bit Cortex-A57 is rolling out. We are talking *extremely* cheap but still very potent HW, the *perfect* hobby machines. And not to mention the x86 desktop/laptops!
So again, please tell me, what are the "positive things" you focus on regarding the OS4 HW path, really?
:confused: