Beethoven Вђ“ Moonlight Sonata 3rd Movement Link
It remains one of the most challenging pieces in the standard repertoire. Its influence is seen in the works of later Romantic composers like Chopin and Liszt, who embraced its "Sturm und Drang" (Storm and Stress) philosophy. To play it is to balance on the edge of chaos, making it the definitive example of Beethoven's ability to turn personal turmoil into architectural brilliance.
The movement is written in sonata-allegro form and is famous for its rapid, ascending arpeggios that span the entire keyboard. These "explosions" end with two sharp, percussive chords—Sforzando hits—that sound like cracks of thunder. Key features include: Beethoven – Moonlight Sonata 3rd Movement
The Storm Beneath the Moonlight: Beethoven’s Moonlight Sonata , 3rd Movement It remains one of the most challenging pieces
Random adjectives, desperate efforts to “humanize” the tech resulted in this huge review to contain next to no information at all.
There is no easy way to say this: software RAID 0 on PCIe is simply retarded.
Thanks for your thoughts
Now just make it affordable
Well, for enterprise it is very affordable for what you get. If you are concerned about consumers/enthusiasts I can see where you are coming from, but this is not meant for them. Next year, however, we may be seeing performance like this trickle down.
More than likely next year
As an enterprise product I can see it as a high-end workstation device but not a server device. The lack of RAIDability seems to limit its use to caching and high-speed scratch work area.
I’ve been informed that PCIe hardware RAID will be available on the Skylake CPU and the Xeon version when it comes out later. Now we’re talking………
so this is a preview, not a review… where are the comparisons to P3700 and PM951?
I don’t have access to those drives. We reviewed the P3700 in another system. Because of that as well as a change in our testing methodology, we cant not graph them side by side. Looking at the P3700’s specific review you can gauge for yourself the approximate performance difference between the two.