Our main criticism with Biostar in the past is PCIe and feature placement.  On one series of products, Biostar has to a certain extent listened – the Z68 series have spaces between the PCIe x16 and space for a PCIe 1x and PCI.  However, the video outputs on the TZ68A+ are all spread out – meaning a lack of USB ports (two USB 2.0, two USB 3.0), only 2.1 channel audio, and no space for multiple LAN connections.  The SATA ports are also odd:

The TA990FXE however goes the other way – the video outputs are nicely positioned, as well as the SATA ports.  But the board offers four full length PCIe all next to each other and no other PCIe available if two dual slot GPUs are used.

Jetway has been producing motherboards for quite a while – if you’ve ever searched Newegg, you’ll find a few products in various categories and price points.  In terms of recent developments, Jetway has surprisingly produced a P67 and a Z68 board – what they deem their ‘Hummer’ series for their enthusiast consumers.  Two main features stand out when looking at the board – one if they have the rights to use the Hummer name in North America, and two that the memory compatibility is only to DDR3-1333 MHz.  You would expect higher-end products for enthusiasts to support the higher end memory speeds, but it’s up to the consumer to decide if they need it apparently. (Apologies for the images, Jetway decided to put a highly reflective glass in front of all their motherboards.)

Jetway have a series of Q67 products, mainly aimed at business and industry: one in particular has up to 10 COM ports possible – at the expense of only having one SATA port.  For AMD, they actually had a Hudson-D3 platform at the booth – again with the Hummer branding, and with 1333 MHz memory compatibility.  Though one thing I do like is that the extra power for the PCIe is at the bottom – as is becoming more common, the PSU is at the bottom of the case, so having this extra 4-pin power at the bottom of the board makes sense.

Giada is a division of the Shenzhen Jiehe Technology Development (JEHE) company based in China.  They have been selling in Asia for a while, and I noticed them starting to sell product over at Newegg for the US market.  So out of curiosity, I stopped by the booth at Computex to examine their range of products and a talk with the sales rep.  Giada’s current situation is to slowly move into various low-level motherboard segments within North America – currently they focus on mini-ITX platforms and the OTX form factor for all-in-one PCs (which is contrary to Intel trying to utilise thin mini-ITX).

For mini-ITX, Giada had an H55, H61 and H67 motherboards on show, all using one PCIe x16 and mini-PCIe.  At first glance the only thing that looks fairly odd is that the SATA ports are found just inside the DIMM slots, presumably making it hard to fit in cables if the slots are filled with memory and/or a large GPU is used.  An E350 Fusion board was also on the show, offering two mini-PCIe, using SO-DIMM memory and a rather odd SATA positioning as well.  I would also point out only one fan header on most of these models, suggesting that no serious coolers or fan controls would be present.

There was an ATX size Z68 on show, but apparently Giada has no intention of releasing this in North America just yet.  From the design, it doesn’t look too bad for the color scheme – there didn’t see much in the way of power delivery for overclocking however, and presumably no support for memory greater than 1333 MHz.

These days the reverse has happened. High end USB sticks now look a lot like small SSDs. USB 3.0 SSDs were either too bulky to carry around or weren’t that impressive from a performance standpoint, but SuperTalent just showed me one that is quite tempting.

This is the SuperTalent USB 3.0 Express RC8, it’s a USB stick that has a SF-1222 controller just like the previous generation of high end SSDs:
With four NAND devices on board, the RC8 actually has 8-channels feeding two die per package. Two channels are routed to each device, hence the use of BGA NAND vs. TSOP. SuperTalent uses 25nm IMFT NAND for the drive.

Performance as a result is quite impressive. Over USB 2.0 you’re looking at a maximum of around 40MB/s, but over USB 3.0 you can hit 200MB/s with highly compressible data:

Worst case performance for incompressible sequential writes over USB 3.0 is still only 32MB/s thanks to the one-die-per-channel architecture (as well as inherent SF limitations). Read speed is still excellent however at nearly 180MB/s.

The performance characteristics make this drive less ideal for copying large compressed videos to, but great for general use. In fact, running/installing applications or even running a full OS environment from the drive is likely a pretty good experience.

SuperTalent will offer the RC8 in 25GB, 50GB and 100GB capacities (with 32GB, 64GB and 128GB of NAND on board).
Expect availability starting late this month and pricing to be inline with standard SF-1222 based SSDs (~$110 for the 50GB drive).

You get a standard Windows 8 desktop as well as the new tiled start screen. USB devices will work and MS even did a demo of copying files off of a USB thumb drive.

NVIDIA had a Kal-El based notebook and tablet on display. Microsoft showed task manager displaying all four threads during H.264 decode acceleration.

MSI’s Z68A-GD80 (G3) features new circuitry and switches between the CPU socket and the x16 slots that will apparently allow the motherboard to operate at PCIe Gen 3 speeds. The problem seems confined to the switches that motherboard makers use to automatically divide the 16 PCIe lanes coming from the CPU into 1 x16 or 2 x8. MSI claims that when Ivy Bridge comes out, the Z68A-GD80 (G3) will be fully PCIe Gen 3 compliant.

Of course MSI had a Socket-2011 X79 motherboard on display in addition to a pair of Socket-FM1 Llano boards. I’m hearing late summer for the desktop Llano launch at this point.

Those of you waiting for Bulldozer performance results from Computex, I’m afraid we’re not going to see anything representative of final hardware. I did hear that the upcoming B2 stepping would restore performance to Bulldozer’s original targets, however it’s unclear how those compare to Sandy Bridge. The other thing I did hear at the show floor regarding Bulldozer was about its clock speed. Current B1 stepping parts are easily hitting 3.8GHz which is what the high end SKU may actually ship at (with turbo support up to 4.2GHz). I’m waiting for more confirmation but it sounds like Bulldozer will at least clock very high.

Given the current price of memory, Patriot expects the default configuration for SNB-E systems to be a kit of four 4GB DIMMs for a total of 16GB. Sandy Bridge E isn’t expected until the Fall at the earliest so memory pricing isn’t certain, but Patriot expects a 16GB SNB-E memory kit to sell for around $130 when Division4 is released later this year.

Intel had a number of Sandy Bridge motherboards on display that conform to the Thin Mini-ITX standard. Most of the boards use Intel’s H61 chipset.

The cooling system is also standardized. Below is an example of the cooling solution Intel will be selling in Q4 of this year:

Intel also had a number of all-in-one cases available. While most weren’t all that elegant looking, this model from Loop looked very Apple-like:

There were a number of DC power adapters on display, ranging from 150W to 180W. The power connector is also a standard.

Going forward as the majority of desktops move to even lower TDPs, these DIY all-in-one systems may end up becoming more popular. One major issue I see right away is the lack of support for discrete graphics. Go far enough into the future and perhaps that won’t be so important, but today it’s not fun driving a high resolution panel off of SNB integrated graphics. I do hope that as Intel pushes for this standard it doesn’t forget that discrete GPUs are still quite necessary for many users in 2011. Maybe we’ll eventually get that upgradable 27-inch iMac that I was asking for recently.

The bay can accept either GoFlex compatible drives or, with the swap of an insert, standard 2.5″ SATA drives. With a standard 2.5″ drive in place, the bay can also accept another 2.5″ drive internally.

The GoFlex or standard SATA drive plug into a PCB backplane which connects to your SATA controller via a standard SATA cable. No word whether or not Antec’s solution will support 6Gbps SATA at this point or how well tested it is with SSDs.

Antec expects GoFlex to debut in cases by the end of the year, perhaps on the new Solo II.

In the past OCZ used a PCI-X RAID controller to keep costs down, but that’s now gone. OCZ won’t disclose the name of the controller vendor but a quick look at the card shows that it’s native PCIe. The RevoDrive 3 itself is a PCIe 2.0 x4 card, however OCZ wouldn’t confirm whether or not the controller was running at 2.0 or 1.0 speeds – just that the interface wasn’t a bottleneck.

The other big improvement is that OCZ made some modifications to both the SandForce and on-board RAID controller firmware to allow everything from SMART data to TRIM to be passed through to the system host. In the past RevoDrive users were stuck with a PCIe card that couldn’t be TRIMed, but with the 3 you get full TRIM support. Formatting the drive under Windows 7 or deleting files off of will result in those LBAs being TRIMed by the SF controllers.

OCZ is promising up to 900MB/s reads and 700MB/s writes (highly compressible of course). Random writes are spec’d at up to 120,000 for 4KB transfers. OCZ expects the 240GB capacity to sell for $599.

In addition to the standard RevoDrive there’s an X2 version with twice the controllers:

With four controllers the RevoDrive 3 X2 is good for up to 1.5GB/s reads and 1.2GB/s writes. OCZ is quoting up to 200,000 4KB random write IOPS. Again all of these figures are using highly compressible data. Just like the base RevoDrive 3, TRIM/SMART reporting are now supported on the x2.

Capacities start at 240GB ($699) and go all the way up to 960GB.

It’s Indilinx’s first 6Gbps controller, good for up to 520MB/s reads and 410MB/s writes (but “only” 20K 4KB random write IOPS). The reference drive features two supercaps as its power loss protection circuitry. Everest will start at 64GB and be available in configurations of up to 1TB at customer request.

Given that OCZ owns Indilinx, I’m expecting some pretty aggressive pricing from these controllers. Still no word on a new consumer based Indilinx drive. OCZ did have a Vertex Plus on display, which is the old Barefoot controller but with new firmware that allegedly improves performance up to 500%. I have yet to test the aforementioned firmware so I’m not really sure how accurate the claims are.

It’s clear that Indilinx based drives aren’t going to be outperforming SandForce anytime soon, but the question is whether or not they’ll get good enough to be a value alternative.