Notes: The difference between P5K and P5KR is that P5KR supports RAID. Note that P5KR's southbridge supports only 4 SATA drives perhaps because of the PCB design (the same PCB as P5K).
Notes: The best motherboard for overclocking. Problems on ICH9R (non-working SATA ports and RAID) are reported. The power consumption of this motherboard is 20W to 40W higher than the other P35 motherboards. Unlike P5B Deluxe, DTS Connect is not supported.
Notes: The difference between (D)S3L and (D)S3 is 4 vs. 6 phase power, 4 SATA vs. 6 SATA, ALC888 vs. ALC889A and a coaxial S/PDIF out internal header with (D)S3L but no S/PDIF out internal header with (D)S3.
Notes: The difference between the S3 and the DS3 is that the DS3 comes with all solid capacitors and an eSATA bracket (Windows Vista is required for Hot Plug).
Notes: The difference between Blitz Formula and Blitz Extreme is that Blitz Extreme supports DDR3 and eSATA. Some notable features are CrossLinx Technology supporting dual PCI Express x8 link, Fusion Block System (water cooling ready), 2 phase DDR2, SupremeFX II Audio Card, External LCD Poster.
Specs: P35 + ICH9. Passive/Passive. FSB 1333/1066/800MTps. DDR2-1066/800/667, 4 DIMMs, 8GB max and DDR3-1333/1066/800, 2DIMMs, 4GB max. PCIe x16/PCIe x1/PCI: 1/3*/3. PATA/SATA/eSATA: 1/4/2 (eSATA sharing controller with SATA), no RAID, coaxial & optical S/PDIF outs, no IEEE 1394
BIOS: FSB: ?, CPU: ?, DRAM: ?, NB: ?, Max FSB:
Notes: The difference between the S3 and the DS3 is that the DS3 comes with all solid capacitors and an eSATA bracket (Windows Vista is required for Hot Plug).
Specs: P35 + ICH9R. Passive/Passive. FSB 1333/1066/800MTps. DDR2-1066/800/667, 4 DIMMs, 8GB max and DDR3-1333/1066/800, 2DIMMs, 4GB max. PCIe x16/PCIe x1/PCI: 1/3*/3. PATA/SATA/eSATA: 1/8/2 (eSATA sharing controller with SATA), RAID 0/1/10/5, coaxial & optical S/PDIF outs, no IEEE 1394
BIOS: FSB: ?, CPU: ?, DRAM: ?, NB: ?, Max FSB:
Notes: The difference between the DS3 and the DS3R is the southbridge ICH9 vs. ICH9R and the additional storage controller (JMB368 vs. JMB363), hence 4 vs. 8 SATA ports.
Notes: The available memory multiplier (BIOS F4a) is:
FSB 800 processors: 1.66, 2
FSB 1066 processors: 1, 1.25, 1.5, 2
FSB 1333 processors: 1, 1.2, 1.6
This means that you need very fast memory modules to overclock a FSB 800 processor. The only difference between the GA-G33M-S2 and the GA-G33M-DS2R is that the DS2R has all solid capacitors and its southbridge is ICH9R with 6 SATA ports.
Notes: At first the board may look great, but there are many shortcomings.
Overclocking FSB 800 processors is very limited for the same reason as GA-G33M-DS2R.
The PCI Express x16 slot is connected to ICH9 and runs only at x4 because the PCI Express x16 link of GMCH is used for the HDMI transmitter
The LAN controller is connected to the PCI bus that is considerably slower than a PCI Express Gb LAN.
The IGP does not currently support Blu-ray/ HD DVD format playback due to the driver limitation. Remember that Intel is notorious for poor driver development.
The next generation chipset codenamed Eaglelake is to be release in Q2 2008. The technologies introduced in the previous top-end chipset X38 (DDR3-1333, PCI Express 2.0) will be introduced to the mainstream chipsets of this series. The manufacturing process may be 65 nm. Integrated graphics will incorporate the long-awaited HDMI with hardware video decode engine.
Models
Eaglelake-P with discrete graphics
Eaglelake-G with integrated graphics
Eaglelake-Q for buiness platforms
Northbridge
Eaglelake-P, Eaglelake-G
FSB 1333MHz, support for Wolfdale & Yorkfield
DDR2-800 and DDR3-1333
PCI Express 2.0 x16 graphics with links 16 or 8,8
Southbridge
ICH10
SATA
RAID, FIS-based port multiplier
6 PCI Express 1.1 lanes
10 Gb LAN controller, wireless LAN controller, hardware firewall
No support for LPC I/F (Low Pin Count Interface)
Integrated Graphics
Integrated DisplayPort, HDMI, DVI and HDCP keys
Hardware decode for H.264 and VC-1. Intel Clear Video technology
The successor to the Core microarchitecture, codenamed Nehalem, is expected to debut in Q4 2008. Some of the main features of the Nehalem processor are:
45 nm manufacturing process developed in the Penryn processor.
LGA1366 and VRM 11.1
A new processor bus, called CSI (Common System Interface), that features point-to-point serial bus topology, similar to PCI Express or HyperTransport (AMD adopted it a long time ago!).
Dynamically scalable architecture
Integrated triple-channel memory controller supporting DDR3-1600 (80% bandwidth increase from the dual-channel DDR3-1333)
______ Chipset ¯¯¯¯¯¯
Tylersburg, for extreme users, to be release in H1, 2008
Summitlake, for mainstream users, to be release in Q1, 2009
Northbridge
Tylersburg IOH (I/O Hub)
Bloomfield (quad-core) support
CSI
No memory controller
Dual PCI Express 2.0 x16 Graphics
Summitlake GMCH (Graphics and Memory Controller Hub)
nForce4 chipset was first introduced in October 2004 for AMD (vanilla, ultra, SLI) and then for Intel (SLI) in April 2005. The SLI technology was supported in dual x8 mode at first. The dual x16 support was added later for both AMD and Intel. Then southbridge in the Intel Edition changed to a lighter version but with HD Audio support (SLI XE, Ultra).
Models
nForce4 for Intel (codenamed Crush 19) currently comes in four flavors (listed in the chronological order):
nForce4 SLI for performance gamers, released on April 5, 2005
nForce4 SLI X16 for enthusiasts, released on August 8, 2005 along with SLI X16 for AMD
nForce4 SLI XE for performance gamers, released on January 17, 2006
nForce4 Ultra for performance users, released on January 17, 2006
Chipset
nForce4 SLI (C19 + MCP04)
No support for the Core 2 family
FSB 1066/800/533MTps
DDR2-667/533/400 up to 16GB, 4 DIMMs
20 PCI Express lanes with 5 flexible links 16,1,1,1,1 or 8,8,1,1,1
2 x PATA, 4 x SATA at 3.0Gbps, RAID 0/1/01/5/JBOD, NCQ, Hot-Plug
Native Gb LAN, AC'97 Audio, 10 x USB 2.0
TCP/IP Acceleration
nForce4 SLI X16 (C19 + CK804)
Support for the Core 2 family except for quad-core
FSB 1066/800/533MTps
DDR2-667/533/400 up to 16GB, 4 DIMMs
40 PCI Express lanes with 9 flexible links such as 16,16,2,1,1,1,1,1,1. One x16 link from SPP and the other x16 from MCP
2 x PATA, 4 x SATA at 3.0Gbps, RAID 0/1/01/5/JBOD, NCQ, Hot-Plug
Native Gb LAN, AC'97 Audio, 10 x USB 2.0
TCP/IP Acceleration
nForce4 SLI XE (C19 + MCP51)
No support for the Core 2 family
FSB 1066/800MTps
DDR2-667/533/400 up to 16GB, 4 DIMMs
20 PCI Express lanes with 5 flexible links 16,1,1,1,1 or 8,8,1,1,1
2 x PATA, 4 x SATA at 3.0Gbps, RAID 0/1/01/5/JBOD, NCQ, Hot-Plug
Native Gb LAN, HD Audio, 8 x USB 2.0
nForce4 Ultra (C19 + MCP51)
Support for the Core 2 family except for quad-core
FSB 1066/800MTps
DDR2-667/533/400 up to 16GB, 4 DIMMs
20 PCI Express lanes with 5 fixed links 16,1,1,1,1
2 x PATA, 4 x SATA at 3.0Gbps, RAID 0/1/01/5/JBOD, NCQ, Hot-Plug
Native Gb LAN, HD Audio, 8 x USB 2.0
SPP
C19
NVIDIA's first northbridge for the Intel platform. Used in the entire families of nForce4 and nForce 500 Series for Intel. The chipset bears several different part numbers (C19 SLI, NF4-SLI-SPP-A3, NF4-U-SPPN-C1, NF4-SLI-SPPN-C1 or NF4-SLI-SPPX16N-C1, NF570-SLI-SPP-N-C1 or NF590-SLI-SPP-N-C1), but all of them are functionally identical as the NF4-SLI-SPP-A3 can be used interchangeably with each of the rest.
FSB 1066/800MTps
DDR2-667/533/400 up to 16GB, 4 DIMMs
20 PCI Express lanes with 5 links 16,1,1,1,1 or 8,8,1,1,1
MCP
MCP04
Functionally the same as CK804 apart from non-support for PCI Express
No PCI Express lane
2 x PATA, 4 x SATA at 3.0Gbps, RAID 0/1/01/5/JBOD, NCQ, Hot-Plug
Native Gb LAN, AC'97 Audio, 10 x USB 2.0
TCP/IP Acceleration
CK804
The same as the nForce4 single chipset for AMD
20 PCI Express lanes with 5 links 16,1,1,1,1
2 x PATA, 4 x SATA at 3.0Gbps, RAID 0/1/01/5/JBOD, NCQ, Hot-Plug
Native Gb LAN, AC'97 Audio, 10 x USB 2.0
TCP/IP Acceleration
MCP51 (a.k.a. nForce 430)
Developed in the IGP project C51 and used in a broad range of motherboards for both AMD and Intel.
No PCI Express lane
2 x PATA, 4 x SATA at 3.0Gbps, RAID 0/1/01/5/JBOD, NCQ, Hot-Plug
nForce 570 SLI for performance gamers, released on June 5 2006
nForce 590 SLI for enthusiasts, released on June 5 2006
Chipset
nForce 570 SLI (C19 + MCP51)
Identical with nForce4 SLI XE except for the official support for Core 2
Support for the Core 2 family except for quad-core
FSB 1066/800MTps
DDR2-667/533/400 up to 16GB, 4 DIMMs
20 PCI Express lanes with 5 flexible links 16,1,1,1,1 or 8,8,1,1,1
2 x PATA, 4 x SATA at 3.0Gbps, RAID 0/1/01/5/JBOD, NCQ, Hot-Plug
Native Gb LAN, HD Audio, 8 x USB 2.0
nForce 590 SLI (C19 + MCP55P/PXE)
Support for the Core 2 family including quad-core
FSB 1066/800MTps
DDR2-667/533/400 up to 16GB, 4 DIMMs, supporting SLI-ready memory with EPP up to 800MHz
48 PCI Express lanes with 11 flexible links such as 16,16,8,1,1,1,1,1,1,1,1. One x16 link from SPP, the other x16 link and the x8 link (for physics card) from MCP
1 x PATA, 6 x SATA at 3.0Gbps, RAID 0/1/01/5/JBOD, NCQ, Hot-Plug
Dual native Gb LAN, HD Audio, 10 x USB 2.0
FirstPacket Technology, DualNet with Teaming, TCP/IP Acceleration
LinkBoost Technology (MCP55PXE only). This feature was removed in Q2 2007 (perhaps because of instability problems and no performance gain) and hence the MCP was replaced by MCP55P.
SPP
C19
The same chipset as nForce4 for Intel
FSB 1066/800MTps
DDR2-667/533/400 up to 16GB, 4 DIMMs
20 PCI Express lanes with 5 links 16,1,1,1,1 or 8,8,1,1,1
MCP
MCP51 (a.k.a. nForce 430)
Developed in the IGP project C51 and used in a broad range of motherboards for both AMD and Intel.
No PCI Express lane
2 x PATA, 4 x SATA at 3.0Gbps, RAID 0/1/01/5/JBOD, NCQ, Hot-Plug
Native Gb LAN, HD Audio, 8 x USB 2.0
MCP55P/PXE
Developed for nForce 500 Series for AMD and Intel and used also in nForce 680i SLI.
28 PCI Express lanes with 6 links 16,8,1,1,1,1
1 x PATA, 6 x SATA at 3.0Gbps, RAID 0/1/01/5/JBOD, NCQ, Hot-Plug
Dual native Gb LAN, HD Audio, 10 x USB 2.0
FirstPacket Technology, DualNet with Teaming, TCP/IP Acceleration
The latest NVIDIA chipsets for the Intel platform, nForce 600i Series, was released on November 8, 2006, along with the new GeForce 8 Series GPUs that first support DirectX 10. The small letter "i" indicates that it is for the Intel platform. (The small letter "a" is added for NVIDIA chipsets for AMD.)
Models
The series comes in four flavors and replaces nForce 500 Series for Intel:
nForce 650i Ultra for performance users, released on November 8, 2006
nForce 650i SLI for performance gamers, released on November 8, 2006
nForce 680i LT SLI for extreme gamers, released on March 26, 2007
nForce 680i SLI for enthusiasts, released on November 8, 2006
Chipset
nForce 650i Ultra (C55 + MCP51)
FSB 1333/1066/800MTps
DDR2-800/667/533 up to 32GB, 4 DIMMs
18 PCI Express lanes with 3 fixed links 16,1,1
2 x PATA, 4 x SATA at 3.0Gbps, RAID 0/1/01/5/JBOD, NCQ, Hot-Plug
Native Gb LAN, HD Audio, 8 x USB 2.0
FirstPacket Technology
nForce 650i SLI (C55 + MCP51)
FSB 1333/1066/800MTps
DDR2-800/667/533 up to 32GB, 4 DIMMs
18 PCI Express lanes with 4 flexible links 16,1,1 or 8,8,1,1
2 x PATA, 4 x SATA at 3.0Gbps, RAID 0/1/01/5/JBOD, NCQ, Hot-Plug
Native Gb LAN, HD Audio, 8 x USB 2.0
FirstPacket Technology
nForce 680i LT SLI (C55 + MCP55P)
FSB 1333/1066/800MTps
DDR2-800/667/533 up to 32GB, 4 DIMMs, supporting SLI-ready memory with EPP up to 800MHz, ECC or Non-ECC,
46 PCI Express lanes with 9 flexible links such as 16,16,8,1,1,1,1,1,1, one x16 link from SPP and the other x16 link and the x8 link from MCP
1 x PATA, 6 x SATA at 3.0Gbps, RAID 0/1/01/5/JBOD, NCQ, Hot-Plug
Dual native Gb LAN, HD Audio, 10 x USB 2.0
FirstPacket Technology, DualNet with Teaming, TCP/IP Acceleration
nForce 680i SLI (C55 + MCP55P/PXE)
FSB 1333/1066/800MTps
DDR2-1200/800/667/533 up to 32GB, 4 DIMMs, supporting SLI-ready memory with EPP up to 1200MHz, ECC or Non-ECC
46 PCI Express lanes with 9 flexible links such as 16,16,8,1,1,1,1,1,1, one x16 link from SPP and the other x16 link and the x8 link from MCP
1 x PATA, 6 x SATA at 3.0Gbps, RAID 0/1/01/5/JBOD, NCQ, Hot-Plug
Dual native Gb LAN, HD Audio, 10 x USB 2.0
FirstPacket Technology, DualNet with Teaming, TCP/IP Acceleration
LinkBoost Technology (MCP55PXE only). This feature was removed in Q2 2007 (perhaps because of instability problems and no performance gain) and hence the MCP was replaced by MCP55P.
The only difference between the 680i LT SLI and the 680i SLI is that the 680i SLI supports DDR2-1200 SLI-Ready memory, although the functions of the 680i LT SLI chipset is more limited in its reference board.
SPP
The improvements over the nForce 500 series chipsets are FSB 1333MHz, support for DDR2-800 and DDR2-1200, and notably excellent overclocking performance. All of them are ascribed to the new C55 SPP.
C55
The chipset bears several different part numbers (C55-P-N-A2, C55-SLIX8N-A2, NF650I-U-N-A2, NF650I-SLI-N-A2 or NF680ILT-SLI-N-A2, C55-SLIX16N-A2 or "NF680I-SLI-N-A2), but all of them are functionally identical as the earliest part number C55-P-N-A2 was used in the entire lineup of the 600i Series. However the part number C55-SLIX16N-A2 or NF680I-SLI-N-A2 used in 680i SLI may be a selected C55 with better overclocking ability.
FSB 1333/1066/800MTps
DDR2-800/667/533 up to 32GB, 4 DIMMs, supporting SLI-ready memory with EPP up to 1200MHz, ECC or Non-ECC
18 PCI Express lanes with 4 links 16,1,1 or 8,8,1,1
MCP
The MCPs used in the nForce 600i Series are the same as the nForce 500 Series for Intel. For your reference, I will repeat their brief specs:
MCP51 (a.k.a. nForce 430)
Developed in the IGP project C51 and used in a broad range of motherboards for both AMD and Intel.
No PCI Express lane
2 x PATA, 4 x SATA at 3.0Gbps, RAID 0/1/01/5/JBOD, NCQ, Hot-Plug
Native Gb LAN, HD Audio, 8 x USB 2.0
MCP55P/PXE
Developed for nForce 500 Series for AMD and Intel and used also in nForce 680i SLI.
28 PCI Express lanes with 6 links 16,8,1,1,1,1
1 x PATA, 6 x SATA at 3.0Gbps, RAID 0/1/01/5/JBOD, NCQ, Hot-Plug
Dual native Gb LAN, HD Audio, 10 x USB 2.0
FirstPacket Technology, DualNet with Teaming, TCP/IP Acceleration
LinkBoost Technology (MCP55PXE only).
Remarks
Many nForce 600i Series chipset motherboards are NVIDIA reference design boards. That is, NVIDIA designs the board, has the board built by a manufacturer (Foxconn) and branded for each manufacturer, thus quality and product control is maintained by NVIDIA. The only difference between these boards is packaging, accessories and warranty. The other motherboards are ODM (Original Design Manufacturer) designed. Source: NVIDIA press briefing
Notes: The TR is physically the same board as the AR. However it comes with a 2 year warranty (vs. a lifetime warranty of the AR) and with fewer accessories (no paper manual, no Serial port bracket, no IEEE 1394 bracket, no USB bracket, 2 SATA data cables (vs. 6) 1 SATA power cable (vs. 3), no RAID driver floppy disk).
eVGA nForce 680i SLI 122-CK-NF63-TR
Notes: The 122-CK-NF63-TR and 122-CK-NF68-TR are identical. The 122-CK-NF63-TR is a special part number for 680i motherboards used in promotion bundles with certain Intel Core 2 CPU's from selected e-tailers."
Notes: The T1 is physically the same board as the A1. However it comes with a 2 year warranty (vs. a lifetime warranty of the A1) and with fewer accessories (no paper manual, no Serial port bracket, no IEEE 1394 bracket, no USB bracket, 2 SATA data cables (vs. 6) 1 SATA power cable (vs. 3), no RAID driver floppy disk).
Notes: The board uses the same PCB as the 680i SLI but with the green color. The features of MCP55P disabled in this board are the third PCIe x16 slot at x8, one of the two Gb LAN (hence DualNet Technology) and 2 USB 2.0 ports. The other difference is the lack of a passive solution, LED post code display, onboard power and reset buttons and a speaker. BIOS overclocking options are coarser than those of the 680i SLI.
Notes: The TR is physically the same board as the AR. However it comes with a 2 year warranty (vs. a lifetime warranty of the AR) and with fewer accessories.
Notes: The only difference between the non-Plus and the Plus is that the Plus version comes with all solid capacitors, there is no functional difference between them. The reason why this board is cheaper than the non-Plus is that the northbridge is nForce 650i SLI SPP, a part number cheaper than 680i SLI SPP (but functionally identical) and the southbridge is nForce 590 or 570 SLI (for AMD), identical with 680i SLI MCP. Cf. ASUS FAQ
Notes: The difference between Striker Extreme and Striker is that the Extreme comes with 2 eSATA ports and EL I/O in the rear panel, Onboard LED, Q-Fan Plus and Array Microphone.
Notes: The difference between the Platinum and the FI is that the Platinum comes with a heat-pipe, all solid capacitors, an eSATA port in the real panel, a coaxial S/PDIF out in the real panel, and extra accessories.
NVIDIA will launch two new chipsets C72 and C73 supporting PCI Express 2.0 and 45 nm processors in Q4 2007. C72 supports FSB 1333 and DDR2-1066, while C73 supports FSB 1600 and DDR3-1600. Each has two variants P supporting SLI x8 and XE supporting 3-way SLI x16. Actually C72 is merely the existing nForce 650i/680i SLI chipset coupled with the PCI Express 2.0 switch chip NF200 (BR04) which can transfer one PCI Express 1.1 x16 to two PCI Express 2.0 x16 or even four PCI Express 2.0 x8. On the other hand C73 natively supports PCI Express 2.0 3-way SLI x16.
NVIDIA's first Intel platform IGP chipset GeForce 7-Series GPU and nForce 6-Series MCP (codenamed MCP73) features better gaming performance and lower cost than Intel IGP chipset motherboards. It is essentially NVIDIA's existing GeForce 7-Series GPU and nForce 6-Series MCP (MCP68) chipset for AMD processors with a (single-channel) memory controller and a front-side bus added. Manufactured with TSMC 80 nm.
Models
Starred models are aimed at OEM vendors.
GeForce 7150 and nForce 630i (codenamed MCP73U), released on September 25, 2007
GeForce 7100 and nForce 630i (codenamed MCP73PV), released on September 25, 2007
GeForce 7050 and nForce 630i (*) (codenamed MCP73S), released on September 25, 2007
GeForce 7050 and nForce 610i (codenamed MCP73V), released on September 25, 2007
nForce 630i (*) (codenamed MCP73D), released on September 25, 2007
Chipset
GeForce 7150 and nForce 630i (MCP73U)
FSB 1333/1066/800MTps
Single-channel DDR2-800
18 PCI Express lanes with links 16,1,1
1 x PATA, 4 x SATA at 3.0Gbps, RAID 0/1/01/5/JBOD, NCQ, Hot-Plug
Specs: RC410 + ULi M1573. Passive/None. FSB 1066/800/533MTps. Eithersingle-channel DDR-400/333/266, 2 DIMMs, 4GB max orsingle-channel DDR2-667/533, 2 DIMMs, 4GB max (whence the name "Twins"). 1 x VGA, 1 x component video. PCIe x16/PCIe x1/PCI: 1/1/2*. PATA/SATA: 2/4, SATA at 1.5Gbps, RAID 0/1/01/JBOD, NCQ, no Hot-Plug, 10/100Mbps LAN, no S/PDIF, no IEEE 1394
Specs: RC410 + SB450. Passive/None. FSB 1066/800/533MTps. Single-channel DDR2-667/533/400, 2 DIMMs, 2GB max (whence the name "Twins"). 1 x VGA, no TV-out (need an optional bracket for composite/S-/component video). PCIe x16/PCIe x1/PCI: 1/0/2. PATA/SATA: 2/2, SATA at 1.5Gbps, RAID 0/1, no NCQ, Hot-Plug, 10/100Mbps or PCI Gb LAN, 5.1 Ch. AC'97 or 7.1 HD Audio, coaxial & optical S/PDIF in & out via header[/b], no IEEE 1394
Specs: RS600 + SB600. Passive/Passive. FSB 1066/800/533MTps. DDR2-800/667/533 up to 16GB, 4 DIMMs. 1 x VGA, 1 x HDMI, 1 x DVI (via the included HDMI to DVI connector), no TV-out (need an optional bracket for composite/S-/component video). PCIe x16/PCIe x1/PCI: 1/2*/1. PATA/SATA: 1/4, RAID 0/1/01, optical S/PDIF out, no IEEE 1394
BIOS: FSB: 500MHz, CPU: 1.70V, DRAM:2.50V, NB: 2.088V, Max FSB: 374MHz (E4300, x9, a user)
Notes: A minor problem is that the SATA1 port is blocked when GeForce 8800 GTS is inserted.
Specs: RS600 + SB600. Passive/Passive. FSB 1333(OC)/1066/800/533MTps. DDR2-800/667/533, 4 DIMMs, 8GB max. 1 x VGA, 1 x DVI (HDCP-compliant), no TV-out. PCIe x16/PCIe x1/PCI: 1/1/2*. PATA/SATA: 1/4, RAID 0/1/01, no S/PDIF
BIOS: FSB: 650MHz, CPU: ?, DRAM:2.04V, NB: 1.4V, Max FSB: 390MHz (E6300, x7, OCWorkBench, onboard video on)
Notes: HDMI Audio controller is embedded in the chipset that supports HDMI signal through DVI-D port by using the ATI DVI-HDMI adapter (P/N 6141054300G) (not bundled).
Specs: PT880 Pro (overclocked?) + VT8237A. Passive/None. FSB 1066/800/533MTps. EitherDDR-400/333/266, 2 DIMMs, 2GB maxorDDR2-667/533, 2 DIMMs, 2GB max. 1 x AGP, 1 x PCI-E x16 @4, no PCI-E x1, 4* x PCI. PATA/SATA: 2/2, SATA at 1.5Gbps, RAID 0/1/JBOD, no NCQ, Hot-Plug, 10/100Mbps LAN, no S/PDIF (need an optional bracket), no IEEE 1394
Notes: This motherboard is a revision of 775Dual-VSTA. The difference is that 775Dual-VSTA uses PT880 Pro/Ultra, while 4CoreDual-VSTA uses PT880 Ultra, and 4CoreDual-VSTA supports quad-core processors.
Specs: P4M800 Pro + VT8237R Plus. Passive/None. FSB 1066/800/533MTps. Single-channel DDR2-533/400, 2 DIMMs, 2GB max. 1 x VGA. 1 x AGP, no PCI-E x16, no PCI-E x1, 3* x PCI. PATA/SATA: 2/2, SATA at 1.5Gbps, RAID 0/1/JBOD, no NCQ, Hot-Plug, 10/100Mbps LAN, 5.1 Ch. AC'97 Audio, no S/PDIF (need an optional bracket), no IEEE 1394
Specs: P4M800 Pro + VT8237R Plus. Passive/None. FSB 1066/800/533MTps. Single-channel DDR-400/333, 2 DIMMs, 2GB max. 1 x VGA. 1 x AGP, no PCI-E x16, no PCI-E x1, 3* x PCI. PATA/SATA: 1/2, SATA at 1.5Gbps, RAID 0/1/JBOD, no NCQ, Hot-Plug, 10/100Mbps LAN, 5.1 Ch. AC'97 Audio, no S/PDIF (need an optional bracket), no IEEE 1394
Specs: P4M800 Pro + VT8237R Plus. Passive/None. FSB 1066/800/533MTps. Single-channel DDR2-533/400, 2 DIMMs, 2GB max. 1 x VGA. 1 x AGP, no PCI-E x16, no PCI-E x1, 3* x PCI. PATA/SATA: 2/2, SATA at 1.5Gbps, RAID 0/1/JBOD, no NCQ, Hot-Plug, 10/100Mbps LAN, 5.1 Ch. AC'97 Audio, no S/PDIF, no IEEE 1394
Specs: P4M800 Pro + VT8237R Plus. Passive/None. FSB 1066/800/533MTps. Single-channel DDR2-533/400, 2 DIMMs, 2GB max. 1 x VGA. 1 x AGP, no PCI-E x16, no PCI-E x1, 2 x PCI. PATA/SATA: 2/2, SATA at 1.5Gbps, RAID 0/1/JBOD, no NCQ, Hot-Plug, 10/100Mbps LAN, 5.1 Ch. AC'97 Audio, no S/PDIF (need an optional bracket), no IEEE 1394
Specs: P4M800 Pro + VT8237R Plus. Passive/None. FSB 800/533MTps. Eithersingle-channel DDR-400/333, 2 DIMMs, 2GB maxorsingle-channel DDR2-533/400, 2 DIMMs, 2GB max. 1 x VGA. 1 x AGP, no PCI-E x16, no PCI-E x1, 3* x PCI. PATA/SATA: 2/2, SATA at 1.5Gbps, RAID 0/1/JBOD, no NCQ, Hot-Plug, 10/100Mbps LAN, 5.1 Ch. HD Audio, no S/PDIF (need an optional bracket), no IEEE 1394
Specs: P4M800 Pro + VT8237R Plus. Passive/None. FSB 1066/800/533MTps. Single-channel DDR2-533/400, 2 DIMMs, 2GB max. 1 x VGA. 1 x AGP, no PCI-E x16, no PCI-E x1, 3* x PCI. PATA/SATA: 2/2, SATA at 1.5Gbps, RAID 0/1/JBOD, no NCQ, Hot-Plug, 10/100Mbps LAN, 5.1 Ch. AC'97 Audio, no S/PDIF, no IEEE 1394
Specs: P4M800 Pro + VT8237R Plus. Passive/None. FSB 1066/800/533MTps. Single-channel DDR2-533/400, 2 DIMMs, 2GB max. 1 x VGA. 1 x AGP, no PCI-E x16, no PCI-E x1, 3* x PCI. PATA/SATA: 2/2, SATA at 1.5Gbps, RAID 0/1/JBOD, no NCQ, Hot-Plug, 10/100Mbps LAN, 5.1 Ch. AC'97 Audio, no S/PDIF, no IEEE 1394
Notes: The only difference between R1.0 and R2.0 is that the R1.0 has an internal serial port header, while the R2.0 has a serial port in the rear panel.
Notes: The SE is a cut-down version of the vanilla in that the SE supports only 2GB max memory, lacks the JMB363 SATA controller and has a different audio codec without an internal S/PDIF header.
Specs: P4M890 + VT8237A. Passive/None. FSB 1066/800/533MTps. Single-channel DDR2-533/400, 2 DIMMs, 4GB max. 1 x VGA. PCIe x16/PCIe x1/PCI: 1/1*/2. PATA/SATA/eSATA: 2/3/1, 2 SATA are 1.5Gbps, RAID 0/1/JBOD, no NCQ, Hot-Plug, 10/100Mbps LAN, AD1986A 5.1 Ch. HD Audio, no S/PDIF (need an optional bracket), no IEEE 1394. ASUS Digital Home
Specs: P4M900 + VT8237A. Passive/None. FSB 1066/800/533MTps. Single-channel DDR2-667/533/400, 2 DIMMs, 4GB max. 1 x VGA. PCIe x16/PCIe x1/PCI: 1/1*/2. PATA/SATA/eSATA: 2/3/1, 2 SATA are 1.5Gbps, RAID 0/1/JBOD, no NCQ, Hot-Plug, PCI Gb LAN, AD1986A 5.1 Ch. HD Audio, no S/PDIF (need an optional bracket), no IEEE 1394. ASUS Digital Home
The current MoDT motherboards with proper chipsets will support not only Core Duo/Solo processors (codenamed Yonah, Socket M, 479 pins) but also mobile Core 2 Duo processors (codenamed Merom) as Yonah is already with VRM11.
Models
The supporting chipsets are the following members of Mobile Intel 945 chipset family released in January 6, 2006.
Mobile Core 2 Duo, Core Duo, Core Solo including LV (low voltage) and ULV (ultra low voltage).
FSB 667/533MTps
DDR2-667/533/400 up to 4GB, 2 DIMMs
ICH7-M
1 x PATA, 2 x SATA at 1.5Gbps
No RAID, AHCI (NCQ, Hot-Plug, but no eSATA)
4 PCI Express lanes
ICH7-M DH
1 x PATA, 2 x SATA at 1.5Gbps
RAID (0/1), AHCI (NCQ, Hot-Plug, but no eSATA)
6 PCI Express lanes
Mobile GMA 950 (945GM only)
250MHz core render clock, 200MHz core display clock at 1.05V
945GT Express chipset
This is a desktop version of 945GM Express.
945GT MCH
Mobile Core 2 Duo, Core Duo, Core Solo (standard voltage)
FSB 667/533MTps
DDR2-667/533/400 up to 4GB, 2 DIMMs
ICH7R, ICH7-M or ICH7-M DH
GMA 950
400MHz core render clock, 320MHz core display clock at 1.5V
Remarks
Since FSB is limited to 667MTps. the performance of Mobile Core 2 Duo is considerably lower than Desktop Core 2 Duo despite the fact that the two chips are identical architecturally. For example, Overall SysMark Score is:
322 for Core 2 Duo E6600 (desktop), 2.40GHz, $379
260 for Core 2 Duo T7600 (mobile), 2.33GHz, $637
243 for Athlon 64 X2 4600+, 2.40GHz, $255
These numbers are cited from AnandTech articles.
Motherboards supporting mobile processors are also pricier than motherboards supporting desktop processors.
Specs: 945GT + ICH7-M DH. Passive/None. FSB 667/533MTps. DDR2-667/533/400, 2 DIMMs, 4GB max. 1 x VGA. PCIe x16/PCIe x1/PCI: 1/1*/2. PATA/SATA: 1/2, SATA at 1.5Gbps, RAID 0/1, no S/PDIF (need an optional bracket), no IEEE 1394. Support for Intel Viiv
Notes: Manual, page 1, says, "two SATA ports with maximum transfer rate up to 3.0 Gb/s each", that contradicts the specification of ICH7-M DH (Intel ICH7 Family Datasheet, page 186).
Intel mobile processors moved to the new Santa Rosa platform in May 2007 with the new Socket P (the same 479 pins as Socket M) and the new Mobile Intel 965 Express chipset family.
So far there has been announced no desktop motherboard for Socket P except for some mini-ITX motherboards. This is expected because recent desktop Core 2 Duo processors (in particular of FSB 800MHz) run cool enough for SFF systems and there is no need of mobile processors.
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