they are virtually the same with HyperTransport being better, doesnt matter though because both cpu's can't catch up to HT and QPI's speed
The Intel X35 Core i7 motherboards are great, and very fast with DD3 memory and QPI.
Front Side Bus (for older Intel CPUs). Hypertransport (for AMD) and CSI (for newer Intel CPUs)
The software must be designed for that type of technology. This can be determined by looking on the product package for the Intel MMX, Intel SSE, Intel SSE2, Intel SSE3 or AMD 3DNow!, HyperTransport!, or PowerNow! symbols.
Motherboard? or the connection technology? Older processors FSB, qpi, HT. newer Intel processors PCIE.
The technology that replaced the 64-bit Front Side Bus (FSB) is Intel's QuickPath Interconnect (QPI). QPI utilizes a point-to-point connection and supports multiple data lanes, with configurations typically offering 16 lanes for high-speed data transfer. This allows for improved bandwidth and reduced latency compared to the traditional FSB architecture. QPI is primarily used in Intel's multi-core processors, enhancing communication between the CPU and other components.
In its simplest form on a single-processor motherboard, a single QPI is used to connect the processor to the IO Hub (e.g., to connect an Intel Core i7 to an X58). In more complex instances of the architecture, separate QPI link pairs connect one or more processors and one or more IO hubs or routing hubs in a network on the motherboard, allowing all of the components to access other components via the network.
One can compare Intel CPUs on various technical websites such as cpubenchmark and also on Intel's own website. These will show what each CPU is capable of doing.
qpi is a new type of bus for cpu's, replacing the traditional front side bus. it stands for quick path interconnect
Intel Processor Comparison depends on your Ram and hard disk storage. It also allows you to browse the internet, chat online, share and edit photos and videos, online games, and much more
HiI think that we can compare Intel Core i3-2357M with AMD E-450
HyperTransport technology has limitations in terms of scalability, as it may struggle to support high-end server configurations with multiple processors and large amounts of memory. Additionally, it can be challenging to integrate HyperTransport into existing systems due to compatibility issues with older hardware. Lastly, HyperTransport may not be as energy efficient as other interconnect technologies, which could impact overall system performance.
CAN ANY ONE EXPLAIN HOW DOES THIS TECHNOLOGY WORKS AND WHAT DOES IT INVOLVES