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Blog Archive

Showing posts with label Controllers. Show all posts
Showing posts with label Controllers. Show all posts

Monday, 16 January 2012

IDT at CES : Touchscreen Controllers and Display Port Solutions

Home theater enthusiasts might identify IDT (Integrated Device Technology) with the HQV benchmark and video processor. That division of IDT was sold off to Qualcomm last September. But, that didn't stop us from stopping by IDT's CES suite to understand the reasons and also find out more about the products introduced by them at CES in the CE market.

While application processor manufacturers get a lot of attention for their SoCs, a good CE product needs more than just a good app processor. How many times have we seen a good tablet let down by sub-standard touchscreens or bad audio? It is quite interesting to analyze the mixed-signal ICs behind these technologies. IDT provides multiple mixed-signal solutions for touchscreens, audio codecs, video display controllers and power management solutions.

Capacitive Touch Controllers

Last year, IDT demonstrated the first PureTouch capacitive touch screen controllers, and this CES, they showed off a few design wins.

 


The Hanvon e-Reader (popular in the Chinese market) uses two LSD6107 controllers to provide the two sliders on either side of the e-Ink screen.

This year, IDT launched and demonstrated their next-gen PureTouch single layer multi-touch capacitive touch screen controller. Most capacitive touchscreens are dual layer (for a good overview of the various touch technologies available, refer to this (PDF) short course slides). By using a state machine design rather than a microcontroller, IDT claims both power consumption and cost are reduced compared to other competing solutions.

Display Port Solutions

Display Port is stepping up its game by offering more features necessary for the PC market. With eDP (Embedded Display Port), they are also targeting tablet panels (which are predominantly LVDS based right now).

IDT presented two innovations in this space. The first one invovled timing controllers for the PSR (power self refresh) panels which retain a displayed frame in a local buffer and can put the source driver in low power mode if the screen contents are not changing. Thus, the driver doesn't need to really keep refreshing the display's frame buffer again and again. This is part of the eDP 1.3 specifications and IDT is currently sampling this timing controller.

For desktop displays, IDT was also demonstrating a  member of the IDT PanelPort ViewXpand family, the IDT VMM1400 multi-monitor controller. It allows the user to connect up to four monitors with different resolutions over a single Display Port connection. A three monitor setup with this controller was also on display at the Display Port booth.

In addition, IDT also demonstrated some of their power management solutions (where they are trying to integrate more functionality in order to reduce BOM cost of the system) and advances in the audio codec lineup.

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Wednesday, 11 January 2012

OCZ Z-Drive R4 CloudServ (RM1616) Features Sixteen SandForce Controllers

The Z-Drive R4 is a PCIe SSD available in 4 and 8-controller versions targeted squarely at the enterprise. Apparently some of OCZ's customers wanted an even beefier version, which OCZ has delivered in the form of the Z-Drive R4 CloudServ (RM1616). Featuring sixteen SandForce SF-2582 controllers, the RM1616 supports up to 16TB of NAND on a single, double slot, PCIe card. The interface remains PCIe x8 although the connector is physically a x16 interface.

The RM1616 is organized into two 8-controller sets, each behind an OCZ VCA chip. 

Gallery: OCZ Z-Drive R4 CloudServ (RM1616) Features Sixteen SandForce Controllers

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Thursday, 2 June 2011

Computex 2011: OCZ Z-Drive R4 88, Eight SF-2281 Controllers in RAID-0

OCZ's consumer accessible PCIe SSD line is the RevoDrive, but if you're an enterprise customer and want a custom configuration OCZ will build you a Z-Drive. To show you how far OCZ is willing to go, it announced a brand new Z-Drive at Computex: the R4 88.

Take eight SF-2281 controllers, put them all in a RAID-0 on a PCIe x8 card with an as-of-yet unknown controller and you've got the Z-Drive R4 88:

OCZ will be offering two types: the C Series and the R Series. The C Series has less over provisioning and lacks any polymer capacitors for power loss protection, while the R Series has more NAND set aside as spare area and comes equipped with some form of protection against sudden power loss.

OCZ had a 3U Colfax server with multiple Z-Drive R4 88s running an Iometer 4KB random read test, the end result was a single server that delivered more than 1 million IOPS. The drive is spec'd for up to 2.9GB/s reads and 2.7GB/s writes. Obviously as an 8-way RAID-0 there are reliability concerns and I'm not exactly sure the type of enterprise customer that would deploy such a thing, but it's a neat drive to look at nonetheless.

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