I denne udviklingsverden har næsten alle en smartphone eller en tablet-enhed. Vi elsker alle sådanne enheder, da de gør det muligt for os at forblive forbundet. Selv folk uden smartphones har lyst til at købe en. Hvad er det første, du vil bede om på din smartphone? Helt sikkert dens ydeevne. Vi har brug for, at vores enheder yder bedre. I disse moderne tider bruger vi det meste af vores tid med vores enheder (som smartphones, tablets, iPads osv.). Disse enheder kan afslutte det meste af vores forretning. Behandlingshastigheden på vores enhed burde være god til det. Til dette er det vigtigste at overveje processoren på vores smartphone.

Liste over tablet- og mobilprocessorer^{(List of Tablet and Mobile Processors)}

Du har måske mange spørgsmål, før du vælger en ideel processor. Nogle af dem kan være:^{(You might have many questions before choosing an ideal processor. Some of them may be:)}

1. Hvad er nogle af de bedste processorer til smartphones og tablets?
2. Hvad er nogle af de hurtigste mobile processorer?
3. Hvad er god behandlingshastighed?
4. Hvad er nogle af de gode tablets og smartphones?

Læs hele artiklen for at finde svarene på egen hånd. Dette kan hjælpe dig med at vælge en god smartphone.

Fordele ved en højtydende processor:^{(Advantages of a high-performance processor:)}

• Udfører simple opgaver hurtigere
• Yder godt selv til krævende applikationer
• Multitasking-funktioner
• Spiloplevelse i høj kvalitet

Flere kerne-processorer

I dag indeholder de fleste af vores enheder Octa-core eller Quad-core processorer^{(Octa-core or Quad-core processors)} . Den vigtigste komponent er kernen, der læser og udfører operationer på data. Enheder startede med single-core processorer. Senere producerede ingeniører kraftige processorer ved at inkludere flere kerner i en enkelt enhed. Dette introducerede dual-core enheder. Så opstod Quad-core processorer (fire kerner). I dag er der Hexa-core (seks kerner) og Octa-core (otte kerner) processorer til tablets og mobile enheder.

Fordele ved flere kerner

Hvis dit system har mange kerner, kan det opdele det arbejde, du beder din enhed om at udføre. Så fordelen er, at dine applikationer fungerer hurtigere på din gadget. Du kan tage HD (high-definition) fotografier og videoer og afspille dem jævnt, hvis din enhed har en god processor.

Er en Octa-core processor dobbelt så kraftig som en Quad-^{(Quad-core one)} core processor ?

Nej, en Octa-core processor er ikke altid hurtigere end en Quad-core processor. Dette er kun sandt, når det kører et program, der udnytter dets kapacitet, eller når du udfører flere opgaver. For eksempel kan en kerne fungere, når du surfer på nettet, mens en anden er i venteposition. Når der kommer et opkald, får standby-kernen chancen for at arbejde. Både din browsing og dit opkald forløber ubesværet ved brug af flere kerner. I dag^(Nowadays) udnytter mange apps flere kerner og yder bedre. Men den faktiske hastighed afhænger af hukommelsen, den grafiske processor og operativsystemet på din enhed.

Processorer, der bruges i smartphones og tablets

1. Qualcomm Snapdragon

Det er en USA-baseret organisation. Qualcomm var det primære mærke, der præsenterede CDMA - innovation på markedet. Det fremstiller processorer til mobile gadgets, satellittelefoner og så videre. Det er generelt kendt for sit Snapdragon -mærke, som fremstiller bærbare processorer og LTE - modems.

Qualcomm opnåede først berømmelse og styrke efter at have frigivet den oprindelige 1 GHz- processor. På det tidspunkt havde de fleste mobiltelefoner kun 512 MHz behandlingshastighed. Vil du have den ultimative oplevelse? Vælg en Snapdragon- smartphone.

I øjeblikket kommer Snapdragon -processorer under fire serier.

Qualcomm 200-serien:^{(Qualcomm 200 Series: )}

• Qualcomm 205

Qualcomm 400-serien:^{(Qualcomm 400 Series: )}

• Snapdragon 427
• Snapdragon 430
• Snapdragon 435
• Snapdragon 450

Qualcomm 600-serien:^{(Qualcomm 600 Series: )}

• Snapdragon 625
• Snapdragon 626
• Snapdragon 630
• Snapdragon 636
• Snapdragon 650
• Snapdragon 652
• Snapdragon 653
• Snapdragon 660

Qualcomm 800-serien:^{(Qualcomm 800 Series:)}

• Snapdragon 820
• Snapdragon 821
• Snapdragon 835
• Snapdragon 845

Qualcomm Snapdragon -processorer giver en avanceret ydeevne. Processoren kan udføre forskellige opgaver på samme tid. De kan også håndtere tung behandling, hvilket er særligt nyttigt til gaming. Desuden^(Besides) genererer Snapdragon- processorer en minimal mængde varme. Normalt er Snapdragon- processorer højere i omkostninger.

Snapdragon-telefoner:^{(Snapdragon Phones:)}

a) Asus ROG Phone 2 (Qualcomm Snapdragon 855 Plus)

• RAM: 8GB/12GB
• Lagerplads: 128/256/512GB/1TB
• Batteri: 6000 mAh
• Skærm: 6,59 tommer

b) OnePlus 7 Pro (Qualcomm Snapdragon 855)

• RAM: 6GB/8GB/12GB
• Lagerplads: 128/256 GB
• Batteri: 4000 mAh
• Skærm: 6,67 tommer

c) Sony Xperia Z4 (Qualcomm Snapdragon 810)

• RAM: 6GB/8GB/12GB

2. Apple-processorer

Apple laver ingen mikrochips. De laver aftaler med producenter. Hovedsageligt fremstiller Samsung og TSMC unikt sammensatte processorer til Apple .

Serie af Apple-processorer:^{(Series of Apple Processors: )}

iPhones, iPad, iPod contact og Apple TV bruger A-serien af ​​Apple - processorer.

'En serie:^{(‘A’ series: )}

• Apple A4
• Apple A5
• Apple A5X
• Apple A6
• Apple A6X
• Apple A7
• Apple A8
• Apple A8X
• Apple A9
• Apple A9X
• Apple A10 Fusion
• Apple A10X Fusion
• Apple A11 Bionic

Telefoner med Apple-processorer:^{(Phones with Apple Processors:)}

a) iPhone 11 Pro (Apple A11 Bionic-chip)

• RAM: 4GB
• Lagerplads: 64/256/512 GB
• Batteri: 3.046 mAh
• Skærm: 5,85 tommer OLED-skærm

b) iPhone 8

• RAM: 2GB
• Lagerplads: 64/256 GB
• Batteri: 1821 mAh
• Skærm: 4,7 tommer

c) iPhone XR (Apple A12 Bionic-chip)

• RAM: 3GB
• Lagerplads: 64/128/256 GB
• Batteri: 2942 mAh
• Skærm: 6,1 tommer

Andre Apple-processorer^{(Other Apple Processors)}

Apple bruger også S-serien^{(S series)} (til Apple-ure), T-serien^{(T series)} (TouchID-sensorer i MacBook Pro), W-serien^{(W series)} (bruges i høretelefoner og AirPods ) processorer.

3. Intel-processorer

Intel er et amerikansk multinationalt selskab. Det producerer lavt strømforbrug og lavpris 32 og 64-bit chips til mobiltelefoner og tablets under navnet " Atom ."

Intel Atom- processorer er fra nu af i Atom X5- og X7-arrangement. Disse chips er 64-bit Quad-core processorer med hastigheder fra 1,6 GHz til 2,4 GHz .

Tabletter som Microsoft Surface , ASUS , Dell , Lenovo , HP bruger de nyeste Atom- processorer. ASUS ZenFone er det førende mærke, der bruger Atom - processoren. 12-tommer Apple MacBooks og HP Chromebooks bruger Intel Core M-processorer^{(Intel Core M processors)} .

4. Nvidia-processorer

Nvidia Corporation er også en amerikansk-baseret organisation. Det virker til at lave processorer til spilleenheder og mobiltelefoner. Nvidia skaber chips til mobiltelefoner, tablets og mobiltelefoner under mærket Tegra .

Tegra X1 er en af ​​de mest avancerede processorer af Nvidia Tegra - chips.

Tegra 4 , Tegra 4i og Tegra K1 – brugt i mange smartphones og tablets.

Tegra 4 – Brugt i HP Slatebook , ASUS Transformer PAD , Xiaomi Mi3 , Toshiba Excite og så videre.

Tegra 4i – Bruges i Blackphone.

Tegra K1 – Bruges i Google Nexus 9 , Acer Chromebook (version 13 og 14).

Tegra processorer^{(Tegra processors)}

• Tegra 1
• Tegra 3
• Tegra 4
• Tegra 4i
• Tegra K1
• Tegra X1

5. MediaTek-processorer

MediaTek er et taiwansk halvledermærke, der giver processorer til mobiltelefoner og andre elektroniske gadgets. Den seneste MediaTek- processor kan prale af op til 3 GHz hastighed. De kommer i en række forskellige kerner, for eksempel Dual-Core (2 kerner), Quad-Core (4 kerner), Hexa-Core (6 kerner) og Deca-Core (10 kerner).

MediaTek Helio X20

De seneste processorer fra MediaTek til smartphones og tablets er Helio X20 og Helio X25 . MediaTek- processorer er for det meste velkendte hos kinesiske producenter. Xiaomi . Asus , Lenovo , Amazon Fire HD og QMobile bruger MediaTek - processorer i deres tablets.

Helio X30 og Helio X27 er Deca-core-processorer med to dobbeltkerner og en enkelt dobbeltkerne, der arbejdes inde i processoren.

6. HiSilicon

Huawei ejer processormærket HiSilicon . Organisationen er den største producent af integrerede kredsløb i Kina^(China) .

HiSilicon-processorer:^{(HiSilicon Processors:)}

• Kirin 620
• Kirin 650
• Kirin 910
• Kirin 920
• Kirin 930
• Kirin 950
• Kirin 960
• K3V1
• K3V2
• K3V2E

Telefoner med HiSilicon^{(Phones with HiSilicon)}

a) Huawei Mate 30 (HiSilicon Kirin 990 5G)

• RAM: 6GB/8GB
• Lagerplads: 128GB
• Batteri: 4200 mAh
• Skærm: 6,62 tommer

b) Huawei P30 Pro (HiSilicon Kirin 980)

• RAM: 6GB/8GB
• Lagerplads: 128/256/512 GB
• Batteri: 4200 mAh
• Skærm: 6,47 tommer

7. Samsung-processorer

Exynos er et mærke af Samsung Electronics , som gør processorer afhængige af et ARM - design. Hvis du vil have en kraftfuld ydeevne, så køb en smartphone med Exynos .

Exynos processorer^{(Exynos processors)}

• Exynos 3 single
• Exynos 3250
• Exynos 3470
• Exynos 3475
• Exynos 4210
• Exynos 4212
• Exynos 4415
• Exynos 5250
• Exynos 5260
• Exynos 5410
• Exynos 5420
• Exynos 5422
• Exynos 5430
• Exynos 5433
• Exynos 5800
• Exynos 7420
• Exynos 7570
• Exynos 7580
• Exynos 7650
• Exynos 7870
• Exynos 7880
• Exynos 8890
• Exynos 8895

Telefoner med Exynos^{(Phones with Exynos)}

a) Samsung Galaxy S10+ ( Exynos 9820 )

• RAM: 8/12 GB
• Lagerplads: 128/512GB/1TB
• Batteri: 4100 mAh
• Skærm: 6,8 tommer

b) Samsung Galaxy Note 10+ ( Exynos 9825 )

• RAM: 12 GB
• Lagerplads: 256/512 GB
• Batteri: 4300 mAh
• Skærm: 6,8 tommer

Samsung Galaxy S6 og S6 edge bruger Exynos 7420 , en Octa-core processor.

Samsung bruger nu både Exynos- og Qualcomm -modeller til deres enheder. Samsung S7 og S7 Edge bruger både Exynos og Qualcomm .

8895  er en af ​​de nyeste processorer i Exynos 8 -serien. Processoren har en Octa-Core , der kan køre ved 2,3 GHz hastighed. Processoren understøtter 3D-spil og 4K UHD ( Ultra-High-Definition ). Galaxy S8 og S8+ smartphones bruger Exynos 8 Octa 8895.

Træf et godt valg!

Har du gennemgået hele artiklen? Det er fantastisk! Nu er det på tide, at du træffer et godt valg og køber en fantastisk telefon. Husk også, at ydeevnen også er baseret på RAM , GPU og operativsystem.

Anbefalede:^{(Recommended:)}

• Tjekliste før køb af en brugt skærm^{(Checklist Before Buying a Used Monitor)}
• Bedste mobiltelefoner under 8.000 i Indien^{(Best Mobile Phones Under 8,000 in India)}
• CPU-kerner vs tråde forklaret - Hvad er forskellen?^{(CPU Cores vs Threads Explained – What’s the difference?)}

Har du nogle forslag til mig? Efterlad dem i kommentarfeltet. Ønsker du yderligere information, kan du altid kontakte mig. Jeg er altid tilgængelig for at afklare dine tvivl.

List of Tablet and Mobile Processors

In this developing world, almoѕt everyone has a smartphone or a tablet device. We all love such devices as theу enable us to stay connected. Even people without smartphones have the urge to buy one. What is the first thing you would ask for on your smartphone? Cеrtainly, its performance. We need our deviсes to perform better. In these modern times, we spend most of our time with our devices (like smartphones, tablets, iPads, etc.).  These devices can finish most of our business. The processing speed of oυr device should be good for that. For this, thе main thing tо consider is the processor of our smartphone.

List of Tablet and Mobile Processors

You might have many questions before choosing an ideal processor. Some of them may be:

1. What are some of the best processors for smartphones and tablets?
2. What are some of the fastest mobile processors?
3. What is good processing speed?
4. What are some of the good-performing tablets and smartphones?

Read the full article to discover the answers by yourself. This can help you choose a good smartphone.

Advantages of a high-performance processor:

• Performs simple tasks more quickly
• Performs well even for demanding applications
• Multitasking capabilities
• High-quality gaming experience

Multiple Core Processors

Nowadays, most of our devices contain Octa-core or Quad-core processors.  The most important component is the core that reads and performs operations on data. Devices started with single-core processors. Later on, engineers produced powerful processors by including more cores in a single device. This introduced dual-core devices. Then Quad-core processors (four cores) thus emerged. Today there are Hexa-core (six cores) and Octa-core (eight cores) processors for tablets and mobile devices.

Advantages of Multiple Cores

If your system has many cores, it can split the work you’re requesting your device to do. So, the advantage is that your applications perform faster on your gadget. You can capture HD (high-definition) photographs and videos and smoothly play them if your device has a good processor.

Is an Octa-core processor twice as powerful as a Quad-core one?

No, an Octa-core processor is not always quicker than a Quad-core processor. This is true only when it runs an application that utilizes its capacities or when you’re performing multiple tasks. For instance, one core might be working when you are surfing the web while another is on hold. When a call comes in, the standby core gets the chance to work. Both your browsing and your call proceed effortlessly by the use of multiple cores. Nowadays, many apps take advantage of multiple cores and perform better.  But the actual speed depends on the memory, the graphic processor, and the operating system of your device.

Processors used in Smartphones and Tablets

1. Qualcomm Snapdragon

It is a US-based organization. Qualcomm was the primary brand that presented CDMA innovation in the market. It manufactures processors for mobile gadgets, satellite telephones, and so forth. It is generally known for its Snapdragon brand, which manufactures portable processors and LTE modems.

Qualcomm first attained fame and strength after it released the initial 1 GHz processor. At that time, most cell phones had just 512 MHz processing speed. Want the ultimate experience? Choose a Snapdragon smartphone.

Presently, Snapdragon processors come under four series.

Qualcomm 200 Series:

• Qualcomm 205

Qualcomm 400 Series:

• Snapdragon 427
• Snapdragon 430
• Snapdragon 435
• Snapdragon 450

Qualcomm 600 Series:

• Snapdragon 625
• Snapdragon 626
• Snapdragon 630
• Snapdragon 636
• Snapdragon 650
• Snapdragon 652
• Snapdragon 653
• Snapdragon 660

Qualcomm 800 Series:

• Snapdragon 820
• Snapdragon 821
• Snapdragon 835
• Snapdragon 845

Qualcomm Snapdragon processors give a high-end performance. The processor can perform various tasks at the same time. They can also handle heavy processing, which is particularly useful for gaming. Besides, Snapdragon processors generate a minimal amount of heat. Usually, Snapdragon processors are greater in cost.

Snapdragon Phones:

a) Asus ROG Phone 2 (Qualcomm Snapdragon 855 Plus)

• RAM: 8GB/12GB
• Storage: 128/256/512GB/1TB
• Battery: 6000 mAh
• Display: 6.59 inch

b) OnePlus 7 Pro (Qualcomm Snapdragon 855)

• RAM: 6GB/8GB/12GB
• Storage: 128/256GB
• Battery: 4000 mAh
• Display: 6.67 inch

c) Sony Xperia Z4 (Qualcomm Snapdragon 810)

• RAM: 6GB/8GB/12GB

2. Apple Processors

Apple does not make any microchips. They make deals with manufacturers. Mainly, Samsung and TSMC make uniquely assembled processors for Apple.

Series of Apple Processors:

iPhones, iPad, iPod contact, and Apple TV use the A series of Apple processors.

‘A’ series:

• Apple A4
• Apple A5
• Apple A5X
• Apple A6
• Apple A6X
• Apple A7
• Apple A8
• Apple A8X
• Apple A9
• Apple A9X
• Apple A10 Fusion
• Apple A10X Fusion
• Apple A11 Bionic

Phones with Apple Processors:

a) iPhone 11 Pro (Apple A11 Bionic chip)

• RAM: 4GB
• Storage: 64/256/512GB
• Battery: 3,046 mAh
• Display: 5.85-inch OLED Display

b) iPhone 8

• RAM: 2GB
• Storage: 64/256GB
• Battery: 1821 mAh
• Display: 4.7 inch

c) iPhone XR (Apple A12 Bionic chip)

• RAM: 3GB
• Storage: 64/128/256GB
• Battery: 2942 mAh
• Display: 6.1 inch

Other Apple Processors

Apple also uses S series (for Apple watches), T series (TouchID sensors in MacBook Pro), W series (used in earphones and AirPods) processors.

3. Intel Processors

Intel is an American multinational company. It produces low power consumption and low cost 32 and 64-bit chips for cell phones and tablets under the name “Atom.”

Intel Atom processors are as of now in Atom X5 and X7 arrangement. These chips are 64-bit Quad-core processors with speeds from 1.6 GHz to 2.4 GHz.

Tablets such as Microsoft Surface, ASUS, Dell, Lenovo, HP use the most recent Atom processors. The ASUS ZenFone is the leading brand that uses the Atom processor. 12-inch Apple MacBooks and HP Chromebooks use Intel Core M processors.

4. Nvidia Processors

Nvidia Corporation is also an American-based organization. It works in making processors for gaming units and cell phones. Nvidia creates chips for cell phones, tablets, and cell phones under the brand Tegra.

Tegra X1 is one of the most advanced processors of Nvidia Tegra chips.

Tegra 4, Tegra 4i, and Tegra K1 – utilized in many smartphones and tablets.

Tegra 4 – Used in HP Slatebook, ASUS Transformer PAD, Xiaomi Mi3, Toshiba Excite, and so on.

Tegra 4i –Used in Blackphone.

Tegra K1 –Used in Google Nexus 9, Acer Chromebook (version 13 and 14).

Tegra processors

• Tegra 1
• Tegra 3
• Tegra 4
• Tegra 4i
• Tegra K1
• Tegra X1

5. MediaTek Processors

MediaTek is a Taiwanese semiconductor brand giving processors to cell phones and other electronic gadgets. The most recent MediaTek processor boasts up to 3 GHz speed. They come in a variety of cores, for example, Dual-Core (2 core), Quad-Core (4 core), Hexa-Core (6 core), and Deca-Core (10 core).

MediaTek Helio X20

The most recent processors from MediaTek for smartphones and tablets are Helio X20 and Helio X25. MediaTek processors are, for the most part, well known with Chinese makers. Xiaomi. Asus, Lenovo, Amazon Fire HD, and QMobile use MediaTek processors in their tablets.

Helio X30 and Helio X27 are Deca-core processors with two double core and a solitary, double core worked inside the processor.

6. HiSilicon

Huawei owns the processor brand HiSilicon. The organization is the biggest integrated circuit manufacturer in China.

HiSilicon Processors:

• Kirin 620
• Kirin 650
• Kirin 910
• Kirin 920
• Kirin 930
• Kirin 950
• Kirin 960
• K3V1
• K3V2
• K3V2E

Phones with HiSilicon

a) Huawei Mate 30 (HiSilicon Kirin 990 5G)

• RAM: 6GB/8GB
• Storage: 128GB
• Battery: 4200 mAh
• Display: 6.62 inch

b) Huawei P30 Pro (HiSilicon Kirin 980)

• RAM: 6GB/8GB
• Storage: 128/256/512GB
• Battery: 4200 mAh
• Display: 6.47 inch

7. Samsung Processors

Exynos is a brand of Samsung Electronics which makes processors dependent on an ARM design. If you want a power-packed performance, buy a smartphone with Exynos.

Exynos processors

• Exynos 3 Single
• Exynos 3250
• Exynos 3470
• Exynos 3475
• Exynos 4210
• Exynos 4212
• Exynos 4415
• Exynos 5250
• Exynos 5260
• Exynos 5410
• Exynos 5420
• Exynos 5422
• Exynos 5430
• Exynos 5433
• Exynos 5800
• Exynos 7420
• Exynos 7570
• Exynos 7580
• Exynos 7650
• Exynos 7870
• Exynos 7880
• Exynos 8890
• Exynos 8895

Phones with Exynos

a) Samsung Galaxy S10+ (Exynos 9820)

• RAM: 8/12GB
• Storage: 128/512GB/1TB
• Battery: 4100 mAh
• Display: 6.8 inch

b) Samsung Galaxy Note 10+ (Exynos 9825)

• RAM: 12GB
• Storage: 256/512GB
• Battery: 4300 mAh
• Display: 6.8 inch

Samsung Galaxy S6 and S6 edge use Exynos 7420, an Octa-core processor.

Samsung now utilizes both Exynos and Qualcomm models for their devices. Samsung S7 and S7 Edge use both Exynos and Qualcomm.

8895 is one of the newest processors in the Exynos 8 series. The processor has an Octa-Core capable of running at 2.3 GHz speed. The processor supports 3D gaming and 4K UHD (Ultra-High-Definition). Galaxy S8 and S8+ smartphones use Exynos 8 Octa 8895.

Make a good choice!

Have you gone through the entire article? That’s great! Now it is time that you make a good choice and buy a great phone. Also, remember that the performance is also based on the RAM, GPU, and operating system.

Recommended:

• Checklist Before Buying a Used Monitor
• Best Mobile Phones Under 8,000 in India
• CPU Cores vs Threads Explained – What’s the difference?

Have any suggestions for me? Leave them in the comment box. If you want some additional information, you can always contact me. I am always available to clarify your doubts.

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