The Return of Water-cooled Processors!
In a press release today, IBM Research Zurich announced, that they have successfully "demonstrated a prototype that integrates the cooling system into the 3-D chips by piping water directly between each layer in the stack."
Combining water and electricity may sound very scary at first, but in fact, water cooling right at the source of the heat -inside the processor- may be the only way to actually solve the colling challenges of high-performance, high-density chip designs.
Check out the full details here.
After all, IBM have used water cooling already way back in the 80s, as a look into the IBM archive reveals.
On the storage side, there is an intense battle (of words, mostly) going on related to the relevance and potential of Flash Storage (SSDs) to address enterprise storage needs: While the HDD market will definitely move to 2.5 inch based drives in the near future for that segment, I still tend to believe that the enterprise SSD market will remain a niche for the foreseable future, mainly for three reasons:
- Current SSD technoolgy does not allow single bit updates, so any write operation is quite complex because entire blocks of data have to be deleted and rewritten, so SSDs are by their very attributes mainly to be positioned for read operations.
- While the price level for consumer amounts of SSD (like the 10, 20 or 30 GB used in iPods, cell phones and laptops) is slowly reaching levels at which consumers are willing to actually pay the uplift for reduced weight, the increased battery life and robunstness, SSD at enterprise amounts of a couple hundred GB is still more than 10 times more expensive than HDD.
- And lastly, one of the biggest advantages of SSD, its robustness and resilience against mechanical shocks don't really count in a glass-house environment.
Read more about this topic here.