- #Silicon image sil3124 softraid 5 controller full
- #Silicon image sil3124 softraid 5 controller software
- #Silicon image sil3124 softraid 5 controller series
Going one step further, I'm guessing that the mystery chip might be a.
The difference, I suspect, is that with ICH9's port-multiplier support, other devices can be used, including simple port multipliers rather than full-blown host-and-branch solutions. That's why SATA6 was labelled as "SATA6/SATA_E1" on the motherboard - with the controller installed the SATA6 channel from the ICH9 would be rerouted to the controller which would then output to SATA_E1 and SATA_E2. The mode of operation is the same: take one SATA line from the ICH9 (SATA6 on the P5K) and split it into two, adding RAID features as well. We have encountered once such example of the latter before: the Asus P5W-DH's Silicon Image 4723 hardware RAID controller, aka ASUS EZ-Backup.
#Silicon image sil3124 softraid 5 controller software
I'm guessing here, but that might be for a SATA to 2-port SATA port multiplier with software RAID functionality, or a SATA to 2-Port SATA storage controller with hardware RAID. In fact, there are some interesting clues in the form of silkscreened labels on the PCB outlines near that area of the motherboard: "EZRAID_SET" on what looks like the PCB pads for a 3x3 jumper block, as well as "SATA_E2" on what looks like the pads for another SATA port, next to "SATA6/SATA_E1", the bottom left-most SATA port. On a side note, I couldn't help but noticing on the Asus P5Ks the solderpads for a small IC and other discrete components just between ICH9 and the SATA ports. and any performance increase is always welcome, all other things being equal :) However, Intel might have tweaked the controller in ICH9 as they did to the DDR2 controller in the P35 MCH. Stele - Tuesday, link Ah yes, forgot about the li'l ICH8 Base :P Thank you!īased on recent findings mentioned in my post in response to yyrkoon above, there may not be any drastic changes to performance as the apparent implementation of command-based switching topology seems to apply only to ICH9's newly-added external port multiplier support.Set-top builders will also be interested in the G35 that will be introduced next quarter. AnandTech readers will likely be most interested in today's P35 chipset and the upcoming X38 chipset that will replace 975X. It and the upcoming Q35 and Q33 are chipsets targeted at the business market.
#Silicon image sil3124 softraid 5 controller series
The current Q series may not be familiar to some readers. All of these new chipset launches are considered by Intel to be the transition to 3 series chipsets, which will pave the way for Intel's move to the 45nm CPU architecture. There will also be a new value G31 chipset that replaces the current 946GZ and the 946GC.
#Silicon image sil3124 softraid 5 controller full
The G35 will likely be of interest to mainstream readers, and we plan full coverage of that launch. Still to come sometime in the 3rd quarter is the introduction of the X38 chipset, which replaces 975x, and the launch of G35, which will replace G965. The official product launch will not happen until Computex which begins on June 4th. The Performance launch is today, May 21st, when reviewers can first talk about performance of the new boards. The P35/G33 OEM launch was scheduled for May 9th, which was the time OEMs were to receive those new chipsets. With the incredible confusion surrounding today's introductions, perhaps it is worthwhile to talk about what was supposed to happen in the series 3 Chipset launch. We will talk briefly about what is new, but reserve board testing to the new P35 Express chipset motherboards that will be of greatest interest to our readers. Since the 945G replacement will mostly be of interest to OEMs like Dell and HP, we will not be evaluating the G33 chipset in this launch review. Today is also the technology launch for the new Intel G33 Express chipset, a graphics chipset that replaces the 945G. Instead the decision was made to refine P965, improve a number of items in that existing chipset, and couple the new P35 Northbridge with a new spin on the Intel ICH Southbridge family to be known as ICH9/R. However, Intel could have pushed P965 to officially support 1333 MHz for both FSB and memory speeds and called it a day with a suffix. In the broad scope of events that would be a natural handle for the P35 introduction. The introduction of the new P35 chipset today will likely be remembered as the time when Intel fully embraces the 1333 FSB.
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