Dot Pitch

Service

Ordforklaring

Forskrifter

Natural Color -

Farvestyrings system

For bedre billede Rettigheder

Skærmbilledet er sammensat af røde, grønne og blå punkter. Jo tættere punkterne står, des højere er opløsningen. Afstanden mellem to punkter af samme farve kaldes 'Dot Pitch'. Enhed: mm.

Lodret Frekvens

Skærmen skal kaldes frem flere gange hvert sekund for at danne og vise et billede for brugeren. Frekvensen af denne gentagelse per sekund kaldes Lodret Frekvens eller Gentagelsesfrekvens. Enhed: Hz.

Eksempel: Hvis det samme lyssignal gentages 60 gange i sekundet, så kaldes det 60 Hz. I den situation kan man se flimmer på skærmen. For at undgå dette problem anvendes en flimmerfri mode med en lodret frekvens på mere end 70 Hz.

Vandret Frekvens

Den tid, det tager at scanne én linje, der går fra højre kant til venstre kant af skærmen vandret, kaldes den Vandrette Cyklus. Det inverse tal for Vandret Cyklus kaldes Vandret Frekvens. Enhed: kHz.

Interlace og Non-Interlace Metoder

Når skærmens vandrette linjer fra top til bund vises i rækkefølge, kaldes det Non-Interlace metode, mens det kaldes Interlace metode, når lige og derefter ulige linjer vises. Non-Interlace metoden anvendes for de fleste skærme for at opnå et klart billede. Interlace metoden er den samme metode, som anvendes for TV.

Plug & Play

Dette er en funktion, som giver den bedst mulige skærmkvalitet for brugeren ved at gøre det muligt for computer og skærm automatisk at udveksle informationer. Denne monitor opfylder den internationale standard VESA DDC for Plug & Play funktionen.

Opløsning

Antallet af vandrette og lodrette punkter, der anvendes for at danne skærmbilledet, kaldes 'opløsning'. Dette tal angiver billedets nøjagtighed. Høj opløsning er velegnet for multi-tasking, idet skærmen er i stand til at vise flere billedinformationer.

Eksempel: Hvis opløsningen er 1024 x 768 betyder det, at skærmbilledet er sammensat af 1024 vandrette punkter (vandret opløsning) og 768 lodrette punkter (lodret opløsning).

DS17BSDS/EDC, DS15ASDS/EDC specifications

Samsung has solidified its position as a leader in the semiconductor industry with its innovative approach to manufacturing and design. Among the cutting-edge offerings are the Samsung DS15ASDS/EDC and DS17BSDS/EDC semiconductor products, which are at the forefront of advanced material technology and design efficiency.

The Samsung DS15ASDS/EDC is tailored for robust applications, combining high speed and energy efficiency. It is engineered using the latest 7nm process technology, which enhances its performance while minimizing power consumption. This makes it an ideal choice for high-performance computing, AI applications, and data center solutions. The chip features advanced thermal management systems, ensuring reliability even in demanding environments. Additionally, its integrated power management unit ensures optimal power distribution, which is critical for maximizing performance and minimizing waste.

On the other hand, the DS17BSDS/EDC focuses on versatility and scalability, catering to a broader range of applications, from mobile devices to embedded systems. It is designed with a modular architecture that allows for easy integration and customization, providing manufacturers with the flexibility to tailor the chip's capabilities. The DS17BSDS/EDC boasts enhanced security features, including hardware-level encryption and secure boot capabilities, addressing the growing concerns around data privacy and infrastructure integrity.

Both models incorporate Samsung's proprietary technologies, such as Dynamic Voltage Frequency Scaling (DVFS) and Adaptive Thermal Control, which work in tandem to dynamically adjust performance and power usage based on real-time workloads. This adaptability is crucial in optimizing performance while maintaining energy efficiency.

With integrated graphics support and advanced connectivity options, including high-speed interfaces, these devices are well-equipped to meet the current demands for high-definition content and fast data transfer rates. The advancements in electromagnetic compatibility (EMC) further ensure that these products perform reliably in various environments while maintaining compliance with international standards.

Samsung's commitment to innovation and quality in the design of the DS15ASDS/EDC and DS17BSDS/EDC embodies their dedication to advancing technology and meeting the ever-evolving demands of the semiconductor landscape. These devices pave the way for future advancements in multiple sectors, ensuring that Samsung remains at the forefront of the industry.