Layout - pa recimo raspored slotova, polozaj ATX i EPS konektora, prazan prostor na IO panelu (mogli su USB-a staviti, barem 4 komada), kako stuc rece, polozaj bakterije (mada meni osobno to nista ne znaci).
Hladjenje - zujalica i nepostojanje heatpipeova na perjanici ponude?

Mislio sam da pričaš o IX48 layoutu. IP43 ima malo lošiji layout, no to je ipak samo entry level ploča, tako da ni od hlađenja na njoj nemožeš očekivati čuda.

S druge strane, IX48 ima bolje hlađenje, sa heatpipeovima (komada dva), doduše uz zujalicu.

S obzirom da se ovdje radi o verziji ploče sa DDR3 memorijom, po običaju, Abit izdaje i DDR2 verziju s pasivnim hlađenjem kao u IX38 QuadGT/Max slučaju.

Također, slažem se da su opet zaribali stvar sa škrtarenjem USB portovima na IO backpanelu.

Baterija? Gdje bi ju trebao staviti? Možda usred ploče da ti bude "lakše" sa dual slot karticama?
Je, sigurno...na rubovima ploče je dostupna i uz popunjene PCI utore. A na IX48 imaš i CCMOS tipku na IO panelu.

Čini mi se da je ta zujalica malo previsoka i da bi mogo bit problem s njom?

Nitko nije niti rekao da ocekuje cuda, ali cinjenica JEST da Abit ima ispodprosjecno rjeseno hladjenje od konkurenata. To je moja poanta, nista drugo.
Bolje, ali ne i dobro... nisam doduse skuzio pajpove, ali zujalica je neoprostiva, a ni hladjenje naponskog dijela mi naizgled ne ulijeva neko povjerenje. Inace, Abit je (po meni) uvijek brljavio s hladjenjem ploca, a vrlo cesto su rezultati bili losa ucinkovitost i buka. Da ne spominjem grafulje (dok su jos izlazile pod njhovim brandom), ali ajde, onda se jos nije patilo toliko na buku. Npr. ova ploca je cisti primjer zbrljavljenog hladjenja - ako instaliras sve ventilatore, zavrsis sa plocom sa 5 (!) zujalica. No dobro, mozda rezultat toga bude nesto niza cijena nego kod konkurencije.
Velim, meni nebitno... ali kad si vec spomenuo, sto fali mjestu gdje 90% ploca ima smjesteno bakteriju?

Pa ja se recimo ne sjecam kad sam zadnji put uopce vadio bakteriju...mislim da je to bilo na Asus TUSL2-C...a hladjenje ploce, ekipa niste culi za µGuru? Pa tu se svi ventovi elegntno spice na 40-70%, tojest mozes za svakog odrediti njegov parametar(moja ima kontrolu max 5 ventova+CPU) i problem rijesen, buke nema ni sa 7-8 ventova. ^SU^ mislio sam da je to bar tebi poznato iako nase oldskul IC7/-G/-MAX3 nisu imale te chipove onboard...ali vjeruj mi ja na ovoj imam cijelu vojsku ventova sto malih i velikih i svi su utisani, PWM i NB hladni ;)

Ma znam ja dobro sta je uGuru, ali prica s ventilatorima je za mene proslo svrseno vrijeme i nikad vise nebih kupio plocu sa ventilatorima. Ionako sam sve ploce koje sam imao (a da su imale ventilator) prije ili kasnije upasivio i nikad nisam imao problema. A veliki dio ploca koje su imale ventilatore su bili bas Abit, dok je npr. Asus sve furao na pasivu.

Hehe, ja cu si ipak kupit ovu IX48 GT3 pa kud puklo. Znaci IX38 QuadGT i Traceri idu very very soon na lager ;)

Envidija najavila SLI na X58 chipsetu :beer:

nVidia MCP7A: GeForce 9300 i 9400 IGP
 

After being delayed for what seems an eternity, nVidia finally took the wraps of its 'next-gen' integrated graphics for Intel S775 processors (except 1,600MHz FSB models). A badly kept secret, nVidia will be launching a couple of 9-series SKUs which feature the fastest IGP the company has ever released. Delving into a modicum of detail, two new GPUs will be rolled out: GeForce 9300 and GeForce 9400 - codenamed MCP7A.

MCP7A represents a discrete GeForce 8400 GS amalgamated on to the single-bridge chipset, bringing 16 stream processors to the fore. The IGP derives its bandwidth from system memory, and nVidia's designed an all-new memory-controller that can interface with either DDR2 or DDR3, although not both concurrently. We expect the majority of initial boards to ship with ultra-cheap DDR2 compatibility. Interestingly, nVidia has eschewed the SidePort memory technology inherent on AMD's 790GX boards, which adds around 10 per cent extra performance by having a DRAM device integrated on to the motherboard.

Chewing through a maximum TDP of 32W for chipset, MCP7A will harness Hybrid SLi, where a discrete card can be added to improve performance. On first glance the multimedia feature-set looks strong, natively supporting DisplayPort, HDMI (v1.3a), DVI, VGA, and 7.1-channel LPCM sound. nVidia's VP3 engine is integrated to help decode of high-definition codecs. nVidia also brought the inevitable PhysX and CUDA to our attention.

Cutting to details, GeForce 9300 will ship with a 450MHz core and shaders running at 1,200MHz whilst the range-topping GeForce 9400, using the same guts, will clock in at 580MHz core and 1,400MHz shaders. The chipset provides a single x16 Gen 2.0 graphics connection, but it doesn't support Hybrid Power, where a discrete card can be switched off and video routed through the IGP in instances where big-bore 3D power isn't needed. It all looks promising on paper, as many things do, and nVidia reckons that GeForce 9300 boards will etail for comfortably less than $100 (£55) and GeForce 9400 for not much more.

Asus P5N7A-VM

http://www.max-save.org/pix/k90yeg7_thumb.jpg



Gigabyte GA-E7AUM-DS2H

http://www.max-save.org/pix/9026jzo_thumb.jpg



ECS GF9300T-A

http://www.max-save.org/pix/pyk65u_thumb.jpg

Izvor: Hexus

Foxconn Concerto G45 ploča s X4100 IGPom
 

Foxconn's Concerto board comes on a black/brown 6-layer PCB measuring the full 30x24cm ATX format. The layout that Foxconn has gone for is extremely impressive. The six SATA ports controlled by the ICH10R Southbridge are located on the lower right hand edge of the board, stacked two upon two and rotated on the vertical; this keeping the cables free from any of the onboard slots or devices. Just below this are three momentary switches; one for Power On, one for Reset and one to clear the CMOS. The CPU itself is fed voltage through a 6-phase solid state voltage regulation system. Foxconn has added into this board for the onboard graphics system a DVI-I port along with a HDMI interface. Since the G45s IGP is capable of running these outputs, it’s good to see them actually being used.

http://pce.hostili.com/images/Inteltlln_thumb.jpg
http://pce.hostili.com/images/Intelv2rbt3_thumb.jpg

Due to the very early nature of the motherboard and the BIOS, overclocking was extremely poor. In fact, it was extremely unstable above the 400MHz bus clock. 425MHz caused system crashes and refused to load Vista at all. The X4100 GPU, while lacking any real gaming functions, it does has a lot of hardware based encode and decode functions built into it. Furthermore, its new DVMT sharing manages memory much better than previous Intel chipsets, limiting the stress on the system memory and keeping more total memory for system tasks rather than just stripping off a chunk like nVidia or ATi IGPs do; this regardless of how much they actually need at the time.

Izvor: TweakTown

Manite se tih ploca :D, nego hoce li bit kakvih pojeftinjenja? :)

Trebali bi do kraja godine skresati koju cijenu i predstaviti još par modela prije Nehalema, ali nekak se vuku s tim.:)

ECS Atom 330 Dual Core P945GC
 

Intel Atom is the brand name for a line of x86 and x86-64 CPUs from Intel, formerly known under the code-names Silverthorne and Diamondville. These processors were initially designed for ultra-mobile PCs, smart phones, and other portable low-power applications. These little processors; however, became so popular that they actually moved into the desktop PC arena. Take this mainboard from ECS for example. It comes with an integrated Dual Core Atom 330 processor. It has integrated sound, 10/100 Ethernet and integrated graphics. Really all you need to do is insert a slice of DDR2 533 memory and connect a HD, and you are on the web ... browsing at fairly normal speeds, listening to songs, or watching a DVD ... heck it all works fine on that Intel Atom 330 for sure. Next to that, the power consumption is obviously amazing. The platform completely maxed out merely utilizes 55 Watts, and half of that your PSU will account for all by itself. Interesting for sure, as really these mainboards, including the processor, only cost somewhere inbetween 75 maybe 99 USD.

The processor is soldered onto the PCB (Socket 437 processor) and functions at a FSB 533MHz system bus and thus has an equal integrated DDR2 533 memory controller. The new Atom 330 CPU is basically the same as its single-core counterpart, the only difference being that it will be equipped with two cores each running at 1.6 GHz, 2x512KB (1MB) of L2 cache and a power draw of get this ... only 8W. It is still manufactured on a 45nm process technology, and as stated will have a FSB of 533MHz. There are only two logical cores, yet each core is HyperThreading (offering four virtual cores (threads) to a compatible OS). The Atom also supports 64-bit processing, executive disable bit and it is halogen and lead-free. This little bugger comes with Integrated Intel Graphics Media Accelerator 950 (GMA950) with a max Dynamic Video Memory of up to 8MB.

http://pce.hostili.com/images/Atom2qbt_thumb.jpeg http://pce.hostili.com/images/Atomv24qca_thumb.jpeg

Izvor: Guru3D

Mmm, ovaj atomko je bas njami :D

Detaljan pregled G45 čipseta i ploča baziranih na istom
 

The G45 is very similar to the P45, with the addition of integrated graphics. These boards target essentially the same market, but G45 board will likely not be as targeted towards overclocking and may be a little cheaper. The major advantage of G45 will be for people who don't want any sort of 3D graphics on their desktop. While Intel continues to advance their graphics subsystem performance, the performance still just isn't there for any but the simplest of 3D tasks. These boards should really go into systems that focus on 2D operations like office applications, internet, and general communication packages. If you've got a 3-series motherboard today, the 4-series equivalent shouldn't be any faster in non-gaming/video decoding applications (although it will use less power thanks to the 65nm manufacturing process).

G45 being Intel's first 65nm IGP, it's also Intel's last IGP. After G45, there will be no more integrated graphics chipsets - Intel's graphics cores will simply be integrated onto the CPU package and eventually the CPU die itself. G45 is Intel's first chipset to include support for full hardware H.264/MPEG-2/VC-1 decode acceleration, including the entire H.264 decode pipeline (CABAC/CAVLAC entropy decoding included). This support puts Intel's integrated graphics on-par with the feature set of ATI/NVIDIA IGPs as well. It gets even better for home theater PC enthusiasts: G45 continues Intel's recent tradition of including support for 8-channel LPCM audio output over HDMI, a feature that has been around since the G965 days. nVidia supports 8-channel LPCM audio output over HDMI with its chipsets while AMD only offers 2-channel LPCM.

The first incarnation of G45 had horrible Blu-ray playback issues, it just didn't work. Since then Intel has gone through numerous driver revisions and we're finally at the point where, with the latest drivers (15.11.2.1554) that Blu-ray acceleration just works. It's supremely disappointing that it took Intel this long to fix these issues but they are at least finally taken care of. With a Celeron Dual Core E1200 processor, CPU utilization while playing a Blu-ray movie goes down tremendously, especially during H.264 playback. On faster CPUs the end result is even more manageable.

http://pce.hostili.com/images/Intel01el5b.jpg

ASUS P5Q-EM

The P5Q-EM is a feature rich G45 board featuring an OC friendly BIOS, Gigabit LAN via the almost universal Realtek RTL8111C, IEEE 1394a support, full RAID support along with six SATA ports via the ICH10R, PATA support comes by way of the Marvell 6102, and HD audio via the Realtek ALC1200. While still not perfect, we were able to attain 455FSB with our Q9300 and 485FSB with the E8600 with aggressive timings and 4GB. We hit a 412FSB wall with the integrated graphics set, not bad at all actually.

http://pce.hostili.com/images/Intel025fi1_thumb.jpg

Gigabyte GA-EG45M-DS2H

Gigabyte decided to take an opposite turn when it came to deciding on the discreet graphics capability for this board. The x16 graphics slot is not run off the MCH that would have provided a true x16 PCIe 2.0 capable slot. Instead, Gigabyte placed an x16 connector on the board that actually runs off the ICH10R at x4 PCIe 1.1 speeds. The digital output is muxed across the x16 lane in the MCH, which prohibits the use of the X4500HD and a discrete GPU at the same time unless you run the dGPU off the Southbridge. Gigabyte also utilizes an excellent four-phase power delivery system along with very good solid capacitors throughout the board that resulted in superb stability throughout our four hundred hour testing regimen. We were able to reach the 407~412FSB range when overclocking with the X4500HD active.

http://pce.hostili.com/images/Intel03xdp0_thumb.jpg

SuperMicro C2SEA

The Super Micro C2SEA is a full size ATX board featuring the G45 chipset but with DDR3 memory support instead of the typical DDR2 configurations we see in this sector of the market. The BIOS is designed in this manner as the board will typically end up in white box systems for large corporate accounts or for those in the retail sector who value stability over pizazz. We have to say upfront, this board was extremely stable if nothing else. This is not a board for those that like to fine tune, overclock, or tinker with a BIOS. It is not sexy, there is no flash here, and the documentation is about as interesting as a tractor maintenance manual. However, it is a perfect board for those who want to set up a board once and then forget about it.

http://pce.hostili.com/images/Intel04lqy2_thumb.jpg

Intel DG45ID

This is a well laid out board for the most part. The board features a three-phase power delivery system that worked well with our test processors that included the dual-core E5200 up to the quad-core Q9300. Intel designed this board to be legacy free as it does not include IDE, floppy, parallel, or PS/2 ports. The BIOS offers very few selections for tuning the board. The automatic fan control system is useless to us but with the right CPU and chassis fans, we can live with it if required. The S3 resume and inductor problems are more troubling as they are not consistent. If we were to change one item on the board, it would be the ability to manipulate CPU voltages. The ability to slightly undervolt/overvolt CPUs is important to a cross-section of consumers that would be in the market for this board.

http://pce.hostili.com/images/Intel05xbxf_thumb.jpg

As a HTPC solution G45 promises to be the chipset we've all been waiting for, but falls short. Honestly the best combination for a HTPC would probably be an Intel P45 based motherboard (G45 would also work) with an AMD Radeon HD 4670 (or its upcoming, passively cooled successor). Power consumption is down since G35, but you're looking at a 8 - 11% reduction in total system power consumption by switching from G35 to G45 thanks to the smaller manufacturing process.

Izvor: AnandTech

Ograničenje voltaže za DDR3 module?
 

Na ploci ASUS P6T Deluxe OC Palm Edition koja podrzava nove Corei7 procesore,pise :'' According to Intel CPU SPEC, DIMMs with voltage setting over 1.65V may damage the CPU permanently. We recommend you to install DIMMs with voltage setting below 1.65V.''
(http://www.techpowerup.com/img/08-10-03/24a.jpg)
Dali to znaci da su korisnici DDR3 modula izigrani i da svoje module nece moci prenjeti na nove x58 ploce?

Preuzeto sa : http://www.techpowerup.com/72933/The...ns_Ground.html

Koliko znam postoji dovoljan broj DDR3 memorija sa 1,5V potrebama, samo su napravljene za mass market, a ne OC.

Oni koji su kupili DDR3 sa većim potrebama struje su nažalost izgubili ovu rundu.

Kao utjeha nama koji još nemamo DDR3 platforme - dolaze nove memorije dobre brzine. Ima link dalje u tekstu.

dakle ovo znači da neće biti ništa od klokanja Nehalema. a ionako je pušiona za igre. preskačem ovu rundu i čekam Sandy Bridge ili novog AMDa

iskreno receno ne vidim zasto bi dimm-ovi zbog svoje voltaze ikako utjecali na procesor. da, proc ima memorijski kontroler, ali on samo kontrolira sta se desava s memorijom, ne i njihovu naponsku regulaciju. To je stvar koja je samo prebacena s NBa u CPU i nist vise.

treba pricekat jos mjesec - mjesec i pol dana da izadu nove igracke i ekipa malo na brzinu "istestira" to sve.

DFI LanParty UT X58 ploča
 

This board will get a similar made by Thermalright cooler as seen on older boards, but this time around DFI has decided to make the coolers themselves to try and reduce costs. It was mentioned that while the cooler will be similar, it will be improved by allowing users to use their own after market or custom cooling equipment or “weapons”, whereas with other brand motherboards that is not always that easy to do. DFI told us that they were not aware of any serious issues and that they’ve tested memory working around 1.8 – 1.9 volts without killing a CPU. DFI has no intention of limiting the amount of voltage to go to the memory on the LanParty UT X58 and stated that they will probably support up to 2.0 – 2.1 volts and are considering providing a warning to users depending on how further testing goes up until when the board goes on sale in November.

http://pce.hostili.com/images/Dqnpc_thumb.png

The LanParty UT X58 will support ATi CrossfireX and nVidia SLi and the final version will have its three PCI-E 2.0 expansion slots running electronically at x16, x8 and x8 lanes. As far as power phases go, the Socket LGA-1366 CPU gets eight phases, two phases for the triple-channel DDR3 memory, two for the Northbridge and also two for the PWM. As far as availability goes, the board should go on sale no later than the end of November after the launch of the first three Intel Core i7 processors and while the price hasn’t been fully decided yet, it should go on sale for “at least” $300 USD – start saving your pennies, as no X58 motherboard is going to be cheap.

Izvor: TweakTown


Pošto (barem prema izvorima Barbare Radulović) Razer već zasigurno pikira DFI-ovu inačicu, nema straha da i drugi proizvođači ne ponude podjednako skup(lje)e i(li) opremljen(ij)e ploče.:)
Od zanimljivijih X58 ploča očekuju se još Asus P6T6 WS Revoution (ovu Bubba nabavlja za Božić:)), Biostar T-Power X58 i Asus X58 Rampage II Extreme.
Eventualno još da u bundle ubace album kakvog black metalcore/death metal benda sa ženskim vokalima i slobodno mogu štampati naljepnice Brutal Edition.:D

Zasto korak dolje ? Ajde, razumio bih x16, x16 i x8 ali ovako... :fiju: Marketinski nepopularan potez. :D
Vjerovatno nemaju dovoljno lajnova pa radije idu sa 1x16 i 2x8 i 1x4 nego 2x16 i 1x4 (plus 1x1) kao dosad.

Možda ako treći ne radi imaš 16x+16x.
Znaš da na ovim našim pločama imaš 16x+4x ako treći ne radi,a tada 16x+1x+1x.

E, to bi svakako bilo za pozdraviti!:D
:goood:

aukurac ova P6T6 izgleda prebrutalno... a moja p5k je i dalje ruzna u 3 strine... :(

Asus P6T6 WS Revolution ima dva NF200 chipseta:

vezano uz gornji post, posto P6T6 WS Rev nema niti jedan PCI-E x1 port, zanima me da li se pci-e x1 deviceovi mogu jednako koristiti i preko punog X16 slota? ne zanima me teorija već da li je tko isprobao u stvarnosti. hvala.

ps ne usmjeravajte me na googlanje

Da, isprobano vise puta...

nasao na wikiju ovo: PCIe slots come in a variety of physically different sizes referred to by the maximum lane count they support, ie. x1, x2, x4, x8, x16 and x32. A PCIe card will fit into a slot of its size or bigger, but not into a smaller PCIe slot.

ali sam skeptican prema wikiju otkada su frendovog poznanika iz šale proglasili antipapom i sada je ostalo tako zastalno Mirko Krav Fabris (Pope Krav I) :D

hvala na infou!

Piše u tekstu vezanom za ploču da je to prema nVidiji najbolji raspored za Triple-SLi. Dal je ili nije - totalno svejedno.:)

zasad lose zvuci za overkolkere i nehalem
http://www.bug.hr/vijesti/index.asp?id=92305

Intel X58: Workaround for VDimm problem: 1, 2
Pitanje je kaj je ovoga istina i kaj bude iz svega na kraju ispalo.:)

EDIT:
Will high VDimm cause damage? The answer to that question is not so simple actually. Our answer at this time is Yes and No. In actuality the correct answer depends on the available BIOS options, BIOS settings, memory selection, and final voltage settings. Intel’s stance is clear on this subject, run VDimm higher than their 1.50V~1.65V guidelines and you will affect the life span of the processor. Put simply, if you go crazy with VDimm, let’s say around 2.0V~2.2V without additional tuning, then expect to greatly reduce the processor lifespan to a few weeks or maybe days.

The base secret (there are more) is maintaining correct amplitude levels, something we will discuss at product launch. For now, high VDimm is not necessarily the true problem here, but it is the quickest way to damage/destroy an i7 if the system is not properly tuned. We highly recommend keeping VDimm at or below Intel’s recommendations along with proper BIOS settings for the long-term health of the i7. Upcoming DDR3 products from the major memory suppliers will all support low voltage DDR3-1066~DDR3-1600 operation with fairly aggressive timings. In addition, the vast majority of JDEC spec DDR3 memory currently on the market will operate fine on the X58, albeit at slightly higher memory timings in some cases.

With the right board, cooling, and BIOS settings, 1.7V~1.8V should be fine (no promises yet) and will allow the upcoming low-voltage, high clock speed DDR3 DIMMS to reach the 1866~2200MHz level. This should satisfy most performance enthusiasts, but probably not the extreme clockers who will try for more. For the rest of us, this platform offers simply amazing bandwidth and latency numbers with tri-channel DDR3 1066 or DDR3 1333. In fact, we think tri-channel DDR3-1333 at 5-5-5-12 timings or DDR3-1500~DDR3-1600 6-6-5-15 settings (1.65V) will provide optimal memory bandwidth, write speeds, and latencies for 95% of the users at this point. So, unlike the P45/X38/X48 platforms, having low-speed rated DDR3 is not going to be a hindrance to extracting fantastic performance from a i7/X58 setup.

Izvor: AnandTech

http://www.tweak.dk/nyheder2.php?id=18212 Njamiiiiiiiiiiiiii

Bolesnjava :care::care:

Možda, ali kaj onda reći za Asus WS s prijašnje stranice. Sama preporučena cijena od ~600 jura ju po stupnju "bolesnoće" stavlja ispred svih ostalih X58 modela.
Ova DFI bude se kolko god dobra bila našla u rangu s ovakvim (~€250 do €350 rang) i sličnim pločama, dok "bolesnjava" ide neke druge modele.:)

:roller::roller::roller::banned:

nVidia GeForce 9300 i 9400 IGP rješenja
 

The GeForce 9300 and 9400 are similar in many ways to the GeForce 8200/8300 from the AMD world, but obviously since we're talking about non-Nehalem Intel platforms they do have a few changes like the inclusion of a memory controller. Like their AMD counterparts however, the GeForce 9300/9400 are single-chip solutions and unlike the 8200/8300 they are built on a smaller 65nm manufacturing process.GeForce 9300 boards should be selling for around $100 on average. While the 80nm GeForce 8200 and 8300 featured 8 SPs, the GeForce 9300 and 9400 have twice that: 16 stream processors. The only difference between the 9300 and 9400 are clock speeds (450MHz/1.2GHz vs. 580MHz/1.4GHz). And just as we saw with the GeForce 8200/8300, we had no problems overclocking our GeForce 9300 to 9400 clock speeds. The 9300 will be the chipset to look at, the 9400 is simply a way of getting more money out of the consumer.

http://pce.hostili.com/images/nidia01ldq3_thumb.jpg

nVidia can finally offer 780G-like performance with the GeForce 9300, and in some cases significantly outperform it. The G45 comparison doesn't even make sense to mention here, nVidia is beyond significantly faster in most cases. We finally have a reasonable integrated graphics solution for Intel processors. Motherboards based on the GeForce 9300 chipset are available starting today. We tested two boards in-house: the Asus P5NA-VM and the MSI P7NGM.
The Blu-ray decode quality of the GeForce 9300 is identical to the GeForce 8200, which in turn is identical to the G45 and AMD's 780G - as you'd expect. We've also got full hardware decode for MPEG-2, VC-1 and H.264 on the GPU itself which results in very low CPU utilization numbers while playing back Blu-ray and other supported HD content.

http://pce.hostili.com/images/nidia02id1t_thumb.jpg

Recenzije MCP7 ploča: Zotac GeForce 9300 i ECS GF9300TA

Izvor: AnandTech, Guru3D i Bit-Tech

DFI LanParty JR GF9400–T2RS GeForce 9400 ploča
 

DFI is first to release a GF9400 (MCP7A-U) mainboard that supports the LGA775 Core 2 family of processors.
The model name is DFI LP JR GF9400–T2RS. The MCP7A-U (GF9400) runs at a higher GPU CLK compared to the MCP7A-S (GF9300).

http://pce.hostili.com/images/Dyh3_thumb.jpg

• Intel Core 2 Duo and Quad Core
• NVIDIA MCP7A-U
• DDR2 Support
• Solid Capacitors
• 1 x16 Gen2 PCIE Slots and Hybrid SLI
• 1 x2 PCIE Slot and 1 PCI Slot
• 4 phase Digital PWM with 12 MOSFET
• 1 GbE LAN ports by VSC8601 GbE PHY
• ALC885 for 8 channels HD audio
• 245x245mm uATX 4 layers PCB in Black

Izvor: OCWorkbench

ECS X58B-A Black Series LGA 1366 ploča
 

At just $260 the ECS X58B-A Black Edition should certainly appeal to more cost concious upgraders. The board has a simple design – six phase power regulation and just one phase for north bridge and another for all six memory slots. ECS claims support for an impressive DDR3-1600 XMP, although we’ll have to see for ourselves if this works. ECS does include solid aluminium capacitors and environmentally sealed chokes, but the MOSFETs are old school and there’s no attempt for fancy power regulation like other companies are now using.

There are two Realtek Gigabit Ethernet chipsets that include the usual teaming function, as well as Realtek ALC888S High-Definition sound. The JMicron JMB362 chipset offers a couple of eSATA ports, but there is only the base level six SATA included. There’s simple onboard power and reset buttons and clear CMOS button on the rear I/O, in addition to a two digit POST LED readout, a pair of PCI-Express 2.0 x16 slots, one x4 slot, two x1 slots and one PCI. The board is also both SLIi and CrossFire multi-GPU certified as well.

http://pce.hostili.com/images/Intelq0jz_thumb.jpg

Izvor: Bit-Tech

Huh.., ova ploča ima skoro pa savršeni raspored. Samo je baterija na lošem mjestu a sve ostalo su dobro posložili.
Sata konektori dobro pozicionirani, u slučaju dual slot grafi još uvjek ostaje jedan PCI i jedan x4 PCI Express a i područje oko socketa je čisto.
Hlađenje bi isto trebalo biti dobro, bar se tako čini.

Kada bi se to moglo očekivat da će biti dostupno u našim trgovinama ?

Možda krajem ove (ovisi o našim dućanima i zainteresiranosti), ali najvjerovatnije sljedeće godine.