Subject: Processors, Chipsets, Systems | May 19, 2011 - 06:10 PM | Jeremy Hellstrom
Tagged: sapphire, ion 2, htpc
At an estimated $450, the Sapphire Edge HD mini PC, powered by a dual core Atom D510 1.66 GHz with ION 2 graphics is a pretty good deal for those looking for a nettop. With only 250GB of storage you will probably want this connected to a large storage device either over ethernet or USB, though with services like Google Music Beta, Wolfgang's Vault and YouTube that might not be a problem. From InsideHW's testing you certainly won't have to worry about videos skipping just because your email is open.
"A dual-core CPU that won’t be stricken down by several programs running at the same time, GeForce that chews on any video that you put in front of it, sufficient RAM to make Windows 7 jump around, complete support for all types of video/audio formats and subtitles, and all this for a price of a good Blu-ray player - what else could you wish for?"
Here are some more Systems articles from around the web:
- ECS HDC-I Mini-ITX Fusion Board Review @ Madshrimps
- Gigabyte GA-E350N-USB3 @ iXBT Labs
- ASUS E35M1-I DELUXE @ Tweaktown
- Sony VAIO VPC-L218FX Review @ TechReviewSource
Z68 is what we wanted all along
In reality, this is what we wanted all along. When the Intel P67 chipset launched in conjunction with the Intel Sandy Bridge desktop processors, the combination of the new architecture of the x86 processing cores and the newly revamped overclocking capability (courtesy of the enhanced Intel Turbo Boost technology) made for a lethal configuration. Without a doubt it was the highest performing platform for enthusiasts and gamers and put even more pressure on the AMD CPU division to step up its game. Intel asserted itself again as the dominant CPU vendor.
The other key feature addition to Sandy Bridge was the inclusion of some fairly high performing integrated processor graphics on the CPU die itself, NOT on the chipset. The Intel HD Graphics 3000 / 2000 far exceeds the horsepower of the integrated graphics on the Clarkdale processors but that really wasn't hard to achieve. Along with that added graphical performance was the inclusion of a very interesting feature called Intel Quick Sync that allowed specific applications to take advantage of fixed function hardware on the CPU for incredibly fast video transcoding times.
The problem was that even mainstream users that decided to use a discrete graphics card in their computer rather than depend SOLELY on the integrated graphics of the Sandy Bridge architecture, lost out on the Quick Sync feature all together. Why? The P67 chipset that supported overclocking and other "high-end" features didn't include video output support. The H67 chipset that DOES support video output does not offer overclocking functionality. And since the Quick Sync technology was only available when the integrated graphics were initialized, most of our readers that really wanted to game and use a discrete GPU from NVIDIA or AMD were out of luck.
Today's reveal of the Intel Z68 chipset finally presents a solution that combines the features of the H67 chipset with those of the P67 chipset to create the best option for Sandy Bridge system builders.
Subject: Processors, Chipsets, Mobile | May 9, 2011 - 09:07 PM | Tim Verry
Tagged: PowerVR, Intel, gpu, atom
In a surprising move, Intel plans to move away from using it's own graphics processors with the next "full fat" Atom processors. Intel has traditionally favored its own graphics chipsets; however, VR-Zone reports that Intel has extended it's licensing agreements with PowerVR to include certain GPU architectures.
These GPU licenses will allow Intel to implement a PowerVR SGX545 equivalent graphics core with its Cedarview Atom chips. While the PowerVR graphics core is no match for dedicated GPUs or likely that found in Intel's own Sandy Bridge "HD 3000" series, the hardware will allow Atom powered systems to play video with ease thanks to hardware accelerated decodding of "MPEG-2, MPEG-4 part 2, VC1, WMV9 and the all-important H.264 codec." VR-Zone details the SGX545 GPU as being capable of "40 million triangles/s and 1Gpixles/s using a 64-bit bus" at the chips original 200mhz.
Intel plans to clock the mobile chips at 400mhz and the desktop graphics cores at 640mhz. The graphics cores will be capable of resolutions up to 1440x900 and supports VGA, HDMI 1.3a and Display Port 1.1 connections for video output. DirectX 10.1 support is also stated by VR-Zone to be supported by the SGX545, which means that the net-top versions of Atom may be capable of running the Aero desktop smoothly.
This integration by Intel of a GPU capable of hardware video acceleration will certainly make Nvidia's ION chipsets harder to justify for HTPC usage. ION chipsets will likely reliquish marketshare to cheaper stock Intel Atom platforms for basic home theater computers, but will still remain viable in the more specific market using ION + Atom chips as light gaming platforms in the living room.
Subject: General Tech, Chipsets, Mobile | May 9, 2011 - 10:56 AM | Jeremy Hellstrom
NVIDIA is really making moves towards providing the mobile industry with the computing power to bring on better and faster phones. They took a big hit losing the DMI/QPI license from Intel, though the $1.5 billion court settlement took some of the sting from that loss, the battle essentially spelled the end for NVIDIA's motherboard chipset line. Only being able to make motherboard chipsets for their main GPU competitor, AMD, might be amusing in an ironic sense but not an economically sound decision.
Tegra saw a change in NVIDIA's target market, suddenly they provided a mobile chip that provided very impressive computing power and did not absorb a huge amount of power. With the acquistion of Icera they now have a team designing the chips most necessary for a phone to have, RF and baseband transmission. Perhaps they've a big enough foot in the door of the mobile market that they won't be going anywhere soon.
Icera’s baseband and RF technologies span 2G, 3G and 4G networks. Joining them with our Tegra mobile super chip will result in a powerful combination. Tegra has secured a number of design wins across the mobile device spectrum, and we have extensive relationships across the industry, from device manufacturers to carriers. In short, we can scale Icera’s great innovation. For additional context on Icera’s industry-leading technology, check out this report from Strategy Analytics.
Our OEM partners will reap the benefits of faster time-to-market, better integration and enhanced performance. The deal will also open up a new market to NVIDIA. The $15 billion global market for baseband processors is one of the fastest-growing areas in the industry.
Looking ahead, Icera’s programmable baseband processor architecture will allow NVIDIA and its OEM customers to innovate and adapt signaling algorithms in the rapidly evolving mobile telecommunications market — network responsiveness is critical to delivering on the promise of untethered wireless visual computing. Icera’s highly efficient architecture makes it possible to cleanly integrate their baseband processor into system and software platforms rapidly and, ultimately, into the super chip itself, if that’s the best product approach.
Subject: Motherboards, Chipsets | May 9, 2011 - 09:11 AM | Ryan Shrout
Tagged: gigabyte, z68
The slueths over at VR-Zone have come across some photos of the upcoming Gigabyte Z68 motherboard option, the Z68MX-UD2H-B3. The VRM setup is a 6+1 design which is pretty basic though the inclusion of three full-size PCI Express slots should allow for at least dual-card configurations of SLI and CrossFire and possibly even three cards.
VR-Zone has more info on the configuration options as well:
Moving on we have a header for two front USB 3.0 ports via an Etron host controller, no less than five headers for 10 USB 2.0 ports, seven SATA ports of which three are SATA 3Gbps and four are SATA 6Gbps and for some reason a serial port header.
Around the back we have four USB 2.0 ports, another two USB 3.0 ports using another Etron controller, an eSATA port, a Gigabit Ethernet port, a PS/2 port, 7.1-channel audio with optical S/PDIF out and a set of four display ports consisting of a D-Sub, DVI, HDMI and DisplayPort.
For those of you that love the mATX form factor seeing reasonable designs like this one are good indicators that the Z68 market is going to have just many options as the P67 one did.
Subject: General Tech, Graphics Cards, Chipsets | May 3, 2011 - 11:54 AM | John Davis
Tagged: ubuntu, rhel, Red Hat, opensuse, linux, driver, catalyst, ati, amd
In a previous article we stated:
"Highlights of the Linux AMD Catalyst™ 11.4 release include: This release of AMD Catalyst™ Linux introduces support for the following new operating systems Ubuntu 11.04 support (early look) SLED/SLES 10 SP4 support (early look) RHEL 5.6 support (production)"
AMD introduced a new feature into Linux with Catalyst™ 11.4, PowerXpress.
- PowerXpress: Will enable certain mainstream mobile chipsets to seemlessly switch from integrated graphics to the dedicated graphics. *note: This only applies to Intel Processors with on chip graphics and AMD dedicated graphics and must be switched on by invoking switchlibGL and switchlibglx and restarting the Xorg server.
If you are running RHEL 5.6 or SLED/SLES 10 SP4 and need the driver you can get it here.
If you are running Ubuntu 11.04, install the driver under the "Additional Drivers" program.
If you are running a BSD variant you must still use the Open-Source driver "Radeon" and "RadeonHD" as AMD has yet to release a BSD driver.
Be sure to check back to PCPer for my complete review of the 11.4 driver and PowerXpress.
Subject: Graphics Cards, Motherboards, Chipsets | April 28, 2011 - 09:45 AM | Ryan Shrout
Tagged: sli, nvidia, amd, 990x, 990fx, 970
In a move that is long overdue, NVIDIA's Tom Peteresen announced on a blog post that SLI multi-GPU support was finally going to be offered on AMD platforms with the upcoming launch of the AMD 990FX, 990X and 970 chipsets. On previous AMD platforms users have not been able to use multiple NVIDIA graphics cards in SLI because NVIDIA simply did not allow licensing of the technology on them. As of this month, that policy is changing.
According to the post, NVIDIA has had a change of heart and wants to "make sure gamers can benefit from the new CPU competitive landscape and ensure they have NVIDIA SLI – the highest performance, most stable multi-GPU solution - to game on!" The lack of SLI on previous chipsets was the result of Intel being the dominate CPU platform of choice for gamers in recent years.
ASUS, Gigabyte, ASRock, and MSI are going to be the first out of the block with motherboard based on the AMD 990FX, 990X and 970 chipsets with SLI support according to NVIDIA's Petersen.
This doesn't change NVIDIA's stance on the whole licensing and charging motherboard vendors to integrate SLI thing, however. In an ideal world, NVIDIA would have announced that they were opening up SLI to work on ANY motherboard, future or present, that has enough PCI Express slots on them, just like we see today with AMD's own CrossFire technology. Despite pressure to do that, NVIDIA is standing by its current formula and expanding into the realm of AMD chipsets.
Regardless, today is a good day for AMD fans and gamers alike that want more choice and more variety in their system build options for the future. The AMD Llano and Bulldozer-based processors just got a little more gaming friendly.
Subject: Chipsets | February 27, 2011 - 07:35 PM | Ryan Shrout
According to a story posted over at VRZone this weekend, it looks like Intel has not only started shipping the revised, no-more-SATA-bug B3 versions of the Cougar Point chipsets, but has also started sending out the Z68 variant to motherboard vendors. This completely new chipset for the Sandy Bridge platform brings quite a few new features to the table.
Subject: Chipsets | February 15, 2011 - 03:19 PM | Ryan Shrout
Subject: Chipsets | January 31, 2011 - 08:56 PM | Ryan Shrout
Anandtech was able to get some information on the Intel 6-series chipset issue that was revealed earlier today and the problem appears to more technical that originally thought. After some discussion with one of Intel's VPs, the story is revealed.