this could possibly break so many of the basic laws we have....
from x-bit labs:
NVIDIA Introduces nForce core logic [12:15 pm] Gavric
The époque when integrated core logic was associated with low-performance systems seems to be over. Today NVIDIA announced the availability of its first core logic set nForce. We assume that if NVIDIA starts shipping it in mass at a moderate price, this will be just a revolutionary chipset. To support these words, let us place and comment on nForce key characteristics:
It supports AMD Athlon/Duron CPUs with 200/266MHz bus. NVIDIA has already created nForce for Intel’s processors as well, but it can’t launch this version until it gets a corresponding license from Intel.
It supports up to 1.5GB PC2100/PC1600 SDRAM. In nForce there is a revolutionary TwinBank memory controller which allows to work with the memory by means of a 128bit bus. The core idea of this controller is to unite two independent memory controllers with a 64bit bus. Subsequently, that will increase the memory bus bandwidth till 4.2GB/sec when the system has two and more DIMMs, and the memory latency will be significantly reduced due to the interleaving of controllers requests. The chipset doesn’t support ECC.
DASP technology. Thanks to the DASP technology (Dynamic Adaptive Speculative Pre-Processor), nForce can initially predict what data from memory will used later and place it in an intermediate built-in cache. This allows for more memory latency reduction.
GeForce2 MX integrated graphics core. This graphics core working at 175MHz is built on SMA architecture and is connected with the memory controllers via internal AGP 8x interface. The memory bus bandwidth is higher than that of the CPU bus (with 128bit memory access), so the integrated graphics core is not slowed down by the memory bus like it is in all the other integrated chipsets. As a result, the core is close to conventional GeForce2 MX graphics cards performance. Its built-in RAMDAC works at 300MHz.
It supports external AGP 4x graphics cards.
AMD HyperTransport technology is supported. To connect the North (IGP, Integrated Graphics Processor) and the South (MCP, Media Communication Processor) Bridges, NVIDIA makes use of a high-performance HyperTransport bus boasting a bandwidth of 800MB/sec.
An audio processor unit (APU) is built in. The APU supports 6-channel sound and Dolby Digital. It helps the central processor unit being responsible all the sound processing tasks.
10/100Mbit Ethernet support. Thanks to HyperTransport, nForce provides continuous isochronous Ethernet data processing.
HomePNA, Software modem support.
ATA-100 support.
Six USB ports are supported.
A single look at the impressive list of nForce’s capabilities (such as the fast 128bit memory interface and the DASP technology) is enough to take this chipset as the fastest DDR solution for Athlon platforms.
The first mainboards based on NVIDIA nForce will be introduced by ASUS, MSI, Gigabyte, ABIT and Mitac.
--------------------------------------------------------------------------------
whether this board is bug-free or not, could change how we view integration, DDR, Nvidia, and so many other things... 6channel sound!!!!
this sounds amazingly like a dream, yet also could turn out a nightmare.
from x-bit labs:
NVIDIA Introduces nForce core logic [12:15 pm] Gavric
The époque when integrated core logic was associated with low-performance systems seems to be over. Today NVIDIA announced the availability of its first core logic set nForce. We assume that if NVIDIA starts shipping it in mass at a moderate price, this will be just a revolutionary chipset. To support these words, let us place and comment on nForce key characteristics:
It supports AMD Athlon/Duron CPUs with 200/266MHz bus. NVIDIA has already created nForce for Intel’s processors as well, but it can’t launch this version until it gets a corresponding license from Intel.
It supports up to 1.5GB PC2100/PC1600 SDRAM. In nForce there is a revolutionary TwinBank memory controller which allows to work with the memory by means of a 128bit bus. The core idea of this controller is to unite two independent memory controllers with a 64bit bus. Subsequently, that will increase the memory bus bandwidth till 4.2GB/sec when the system has two and more DIMMs, and the memory latency will be significantly reduced due to the interleaving of controllers requests. The chipset doesn’t support ECC.
DASP technology. Thanks to the DASP technology (Dynamic Adaptive Speculative Pre-Processor), nForce can initially predict what data from memory will used later and place it in an intermediate built-in cache. This allows for more memory latency reduction.
GeForce2 MX integrated graphics core. This graphics core working at 175MHz is built on SMA architecture and is connected with the memory controllers via internal AGP 8x interface. The memory bus bandwidth is higher than that of the CPU bus (with 128bit memory access), so the integrated graphics core is not slowed down by the memory bus like it is in all the other integrated chipsets. As a result, the core is close to conventional GeForce2 MX graphics cards performance. Its built-in RAMDAC works at 300MHz.
It supports external AGP 4x graphics cards.
AMD HyperTransport technology is supported. To connect the North (IGP, Integrated Graphics Processor) and the South (MCP, Media Communication Processor) Bridges, NVIDIA makes use of a high-performance HyperTransport bus boasting a bandwidth of 800MB/sec.
An audio processor unit (APU) is built in. The APU supports 6-channel sound and Dolby Digital. It helps the central processor unit being responsible all the sound processing tasks.
10/100Mbit Ethernet support. Thanks to HyperTransport, nForce provides continuous isochronous Ethernet data processing.
HomePNA, Software modem support.
ATA-100 support.
Six USB ports are supported.
A single look at the impressive list of nForce’s capabilities (such as the fast 128bit memory interface and the DASP technology) is enough to take this chipset as the fastest DDR solution for Athlon platforms.
The first mainboards based on NVIDIA nForce will be introduced by ASUS, MSI, Gigabyte, ABIT and Mitac.
--------------------------------------------------------------------------------
whether this board is bug-free or not, could change how we view integration, DDR, Nvidia, and so many other things... 6channel sound!!!!
this sounds amazingly like a dream, yet also could turn out a nightmare.