ArchiVision Directory

Hier zijn enkele belangrijke verschillen tussen de verschillende Lake Architectures van Intels CPU's Alder Lake Hybride architectuur : introduceerde het concept van Performance-cores (P-cores) en Efficiency-cores (E-cores) die samenwerken voor optimale prestaties en energie-efficiëntie. Productieproces : Intel 7 (10nm Enhanced SuperFin) Belangrijkste kenmerken : markeerde een significante verschuiving in Intels CPU-ontwerpfilosofie. Raptor Lake Verfijnde architectuur : gebouwd op Alder Lake, voornamelijk gericht op het verhogen van het aantal P-cores voor verbeterde single-threaded prestaties, vooral cruciaal voor gaming. Kernarchitectuur : P-cores zijn Raptor Cove (verfijnd van Alder Lake's Golden Cove) en de E-cores zijn Gracemont. Productieproces : Intel 7 (10nm Enhanced SuperFin) Belangrijkste kenmerken : verbeterde P-core prestaties met hogere single-threaded prestaties terwijl nog steeds de voordelen van de hybride architectuur worden benut. Verfijnde energie-efficiëntie ...

Here are some key differences between the different Lake Architectures of Intels CPUs Alder Lake Hybrid Architecture: Introduced the concept of Performance-cores (P-cores) and Efficiency-cores (E-cores) working together for optimal performance and power efficiency. Manufacturing Process: Intel 7 (10nm Enhanced SuperFin) Key Features: Marked a significant shift in Intel's CPU design philosophy. Raptor Lake Refined Architecture: Built upon Alder Lake, primarily focusing on increasing the number of P-cores for improved single-threaded performance, especially crucial for gaming. Core Architecture: P-Cores are Raptor Cove (refined from Alder Lake's Golden Cove) and the E-Cores are Gracemont. Manufacturing Process: Intel 7 (10nm Enhanced SuperFin)   Key Features: Enhanced P-core performance with higer single-threaded performance while still leveraging the benefits of the hybrid architecture. Refinded power efficiency and performance optimizations. Support for both DDR4 a...

RISC vs. CISC: A Comparative Analysis RISC (Reduced Instruction Set Computer) and CISC (Complex Instruction Set Computer) are two primary architectural approaches used in computer processors. They differ significantly in their design philosophies and performance characteristics. ARM (like Apple M series and Qualcomm Snapdragon) adopts a RISC (Reduced Instruction Set Computing) philosophy, whereas x86 (like Intel and AMD) is based on a CISC (Complex Instruction Set Computing) approach. These divergent strategies influence the efficiency and performance of processors and their application in various computing environments. RISC Architecture Emphasis on software: RISC relies heavily on software optimization to achieve high performance. Simple instruction set: A limited number of simple, fixed-length instructions. Single-cycle execution: Most instructions can be executed in a single clock cycle. Large number of registers: More registers reduce memory access and improve performance. ...

Before there was China the country consisted of several powerful dynasties and empires. The leaders wanted to overwhelm their neighbors with their magnificence and greatness. They did this, by building the Chinese pyramids. These look a bit like the pyramids of Egypt and probably built in this time segment. Only the style and the way they were build are differed from those of the Egyptians. It' a striking fact that they used earth to build the floors and walls. This has been proved by numerous excavations. The fact is that, when dirt is well and long enough dammed, that there can be made very solid structures. The structures seams also be waterproof. The walls and floors where build so strong that the pyramids stand still today. Wood and stone constructions are nothing against it. Labor by slaves Throughout the whole day the earth was dammed by slaves with simple tools. They dammed long enough until they obtained a perfect hardness. With this technique of building, with earth,...