Your argument would have more validity if HP had just announced a new series of $1000+ single and dual socket workstations without adding TBolt.
Actually, for HP to apply the same principle further upscale merely enforces what I'm saying.
Since they announced very low end systems - systems that will probably cost less than any TBolt peripheral - it doesn't have much to support it.
Correct! The performance parameters for a "low end" machine simply don't justify the additional expense of a high end interface. And we will see if Apple follows this same principle when they next update the MacBooks...will they have a TB port on them or not?
When the Intel chipset supports TBolt natively, then one could make valid criticisms if HP fails to simply put a port on the bulkhead.
Sure, except I'm not criticizing HP.
In any case, that's already the situation we see with PCs getting an eSATA port, which is similarly a "high performance" oriented feature. Of course, the reason why it has appeared is because the eSATA is effectively dirt cheap because there's a free SATA connection on the motherboard, and adding the cable to an external port helps that product compete more favorably on a geeky "Features List" comparison checklist.
And, by the way, where were you when Apple completely failed at "supplier push" with FW800?
Ummmm....was too busy in Apple HQ deleting all of the hate mail that you were sending Steve Jobs every day...?
Actually, the "supplier push" example of FW800 is a good example of why HP has the luxury to choose to sit back and wait. PC refresh cycles are frequent enough that a vendor isn't going to effectively incur any meaningful loss of product sales for failing to jump on the latest 'unobtanium' product right away - - particularly on their product lines' low end tier.
-hh