Madereva na ID au jina la kifaa

Inajulikana kifaa: 165022367

Mwisho inayojulikana dereva: 23.12.2020

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Sharp Promises to Start Selling Its PN-K321 Betimes

Official announcement of a new professional monitor from Sharp earlier in November grasped all analysts and customers into anticipation. This was dictated by the fact that PN-K321 (the codename of a new model) was claimed to employ IGZO semiconductors in their framework. The implementation of IGZO technology implied the launch of a product with a really high resolution. Sharp managed to successfully introduce this technological 'know-how' into its monitor and claimed the maximal resolution for PN-K321: 3840x2160.



Sharp PN-K321 features 32-inch display with 16:9 aspect ratio. It is known to support Ultra HD format that is still rarity in this segment. The display is based on IGZO semiconductors that are a combination of indium, gallium, oxide and zinc. They ensure wide viewing angles and brilliant color rendering. Brightness index is recorded at 250 cd/m2.


The model accommodates two built-in stereophonic speakers, the overall power of which equals to 4W, 3.5 mm audio slot, …

Lenovo ThinkVision P24h and P27h Monitors with Super Slim Bezels

Lenovo product line has been refilled with two IPS-panel models – ThinkVision P24h and ThinkVision P27h. These products differ in the diagonal, being 23.8 and 27 inches respectively, though both of them offer the 2560 × 1440 pixels resolution and a 6 ms response time.



The novelties are equipped with one Type-C USB, two HDMI ports, a USB hub and a size-conscious stand.


ThinkVision P24h and ThinkVision P27h are designed with super slim bezels, which allow multi-screen setting up. Simultaneously they remove glares, render 99 % of the sRGB colour gamut and are perfect solutions for photo and design professionals.


These Lenovo monitors will be available in March 2017. ThinkVision P24h will cost $259, and the price of ThinkVision P27h will be equal to $329.

The Latest Brix Gaming VR Systems Let Users Try Benefits of Modern Games

Though Brix is well-known due to its devices, which do not require powerful processors and discrete video cards, new Brix Gaming VR products – GB-BNi7HG6-1060 and GB-BNi5HG6-1060 – allow running default apps and at the same time enjoy high frame rate while playing latter-day games.



Brix Gaming VR models of the new generation feature the Intel HM175 Gigabyte motherboard, Intel Core i7-7700HQ (GB-BNi7HG6-1060) and Core i5-7300HQ (GB-BNi5HG6-1060) CPUs of the Kaby Lake-H family, a GeForce GTX 1060 graphics accelerator, offering 6 GB of GDDR5 memory. Other specs include Intel Dual Band Wireless-AC 8265 (Wi-Fi/Bluetooth) and Intel I219-LM (Gigabit Ethernet) network adapters, and also a Realtek ALC255 audio controller. The external power supply is meant for the ultimate 9.23 А/180 W capacity.


Brix Gaming VR systems are performed in identical cases, being 110 mm long, 110 mm wide and 220 mm high. Air flows from the bottom upwards; and the cooling system is low-noise, …

Processors, orodha ya wazalishaji

Kwenye ukurasa huu unaweza kupata orodha ya wazalishaji Processors madereva unaweza kushusha kwenye tovuti yetu. Kwa ajili ya bora kutafuta kufaa dereva nje ya 654963 inapatikana katika database yetu, kuchagua mtengenezaji wa Processors kutoka 25142 iliyotolewa katika sehemu hii.

DevID : : Processors

Processor ni sehemu muhimu ya PC vifaa, laptop, simu ya vifaa, mashine virtual, mtandao kuhifadhi, na programmable mantiki mtawala. Yeye ni kuwajibika kwa ajili ya utendaji wa mfumo mzima na uhusiano kati yake vipengele mbalimbali hasa.

Ufanisi wa processor inategemea sheria ya uzalishaji wa teknolojia ya mchakato, micro-usanifu, CPU frequency, matumizi ya nguvu na utendaji wa computational kokwa. Juu ya ufanisi wa kwanza vigezo mbili kwa ushawishi katika njia yoyote haiwezekani, lakini kwa kuongeza utendaji wa wengine inawezekana kama wewe kushusha madereva kwa ajili ya wasindikaji na kufanya faini marekebisho ya kila kazi.

Leo, kama miaka mingi iliyopita - mapambano kwa ajili ya matumizi, kuna mbili kubwa mtengenezaji ya wasindikaji: Intel na AMD. Hizi mbili ya makampuni ya mara kwa mara na furaha watumiaji wa ngazi mbalimbali (beginner, mtaalamu wa ngazi ya, kukubali, wapimaji) nguvu zaidi mifano na zaidi ya utendaji ya kuvutia. Licha ya kuibuka kwa teknolojia mpya na mafanikio ya utekelezaji ya makala mpya kwa ajili ya mojawapo ya uendeshaji wa processor ni wa kutosha kwa configure mazingira yafuatayo (mara nyingi kwa njia ya interface graphical, kwa mfano, BIOS/UEFI BIOS):

  • mfumo basi frequency (CPU Clock). Overclock CPU hadi baadhi ya kiwango cha utendaji, unaweza moja kwa moja au manually configure thamani ya saa mzunguko wa mfumo wa mabasi;
  • msingi voltage/CPU cores. Msingi voltage wakati wa uendeshaji katika lilipimwa kasi ni kawaida kati ya 1.5-1.75 V. Kwa madhumuni ya overclocking, voltage lazima kuongeza (kikomo–. hadi 1.85 V);
  • cache kumbukumbu. Yoyote ya kisasa ya CPU ni pamoja na vifaa high-kasi cache kumbukumbu. Kazi yake kuu ni kuhifadhi mara kwa mara kutumika data na maelekezo bila kuchelewa kutoa huduma kwao. Kwa ajili ya optimizing uendeshaji wa cache kumbukumbu jibu madereva maalum kwa ajili ya CPU;
  • matumizi ya nishati. Karibu wote wasindikaji karibuni ni pamoja na vifaa kuokoa nishati mifumo ya, kama vizuri kama kazi ya kinga. Kwanza iliyoundwa na kupunguza matumizi ya nishati ya chini ya digrii mbalimbali ya mzigo CPU na ya pili ni iliyoundwa na kulinda chip kutoka overheating katika voltages juu/masafa na kugeuka mbali vitengo katika upeo mzigo au rahisi;
  • mdudu fixes na uppdatering GUI - BIOS Update. Kuweka hii inahusisha kuhamisha programu kutoka microcode BIOS na processor katika kesi ya kugundua makosa katika kazi CPU. Kawaida ya makosa wanaona na watengenezaji wenyewe na madhumuni ya kuondoa yao ni iliyotolewa updated firmware interface.
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Maarufu dereva jamii Processors

  • AMD K8 Processor

    Mtengenezaji: Advanced Micro Devices

    Mfumo wa uendeshaji: XP64 WinALLx86

    Tarehe dereva: 2006-05-27

    Toleo dereva: 1.3.2.0

    Shusha

  • AMD K8 Processor

    Mtengenezaji: Advanced Micro Devices

    Mfumo wa uendeshaji: XP64 WinALLx86

    Tarehe dereva: 2006-05-27

    Toleo dereva: 1.3.2.0

    Shusha

  • AMD K8 Processor

    Mtengenezaji: Advanced Micro Devices

    Mfumo wa uendeshaji: XP64

    Tarehe dereva: 2006-05-27

    Toleo dereva: 1.3.2.0

    Shusha

  • AMD Processor

    Mtengenezaji: Advanced Micro Devices

    Mfumo wa uendeshaji: XP XP64

    Tarehe dereva: 2007-08-10

    Toleo dereva: 1.0.0.0

    Shusha

  • AMD K8 Processor

    Mtengenezaji: Advanced Micro Devices

    Mfumo wa uendeshaji: XP64 WinALLx86

    Tarehe dereva: 2006-05-27

    Toleo dereva: 1.3.2.0

    Shusha

  • AMD K8 Processor

    Mtengenezaji: Advanced Micro Devices

    Mfumo wa uendeshaji: XP64 WinALLx86

    Tarehe dereva: 2006-05-27

    Toleo dereva: 1.3.2.0

    Shusha

  • AMD K8 Processor

    Mtengenezaji: Advanced Micro Devices

    Mfumo wa uendeshaji: XP64 WinALLx86

    Tarehe dereva: 2006-05-27

    Toleo dereva: 1.3.2.0

    Shusha

  • AMD K8 Processor

    Mtengenezaji: Advanced Micro Devices

    Mfumo wa uendeshaji: XP64

    Tarehe dereva: 2006-05-27

    Toleo dereva: 1.3.2.0

    Shusha

  • AMD K8 Processor

    Mtengenezaji: Advanced Micro Devices

    Mfumo wa uendeshaji: XP64 WinALLx86

    Tarehe dereva: 2006-05-27

    Toleo dereva: 1.3.2.0

    Shusha

  • AMD K8 Processor

    Mtengenezaji: Advanced Micro Devices

    Mfumo wa uendeshaji: XP64 WinALLx86

    Tarehe dereva: 2006-05-27

    Toleo dereva: 1.3.2.0

    Shusha

  • AMD K8 Processor

    Mtengenezaji: Advanced Micro Devices

    Mfumo wa uendeshaji: XP64

    Tarehe dereva: 2006-05-27

    Toleo dereva: 1.3.2.0

    Shusha

  • AMD K8 Processor

    Mtengenezaji: Advanced Micro Devices

    Mfumo wa uendeshaji: XP64 WinALLx86

    Tarehe dereva: 2006-05-27

    Toleo dereva: 1.3.2.0

    Shusha

  • AMD K8 Processor

    Mtengenezaji: Advanced Micro Devices

    Mfumo wa uendeshaji: XP64 WinALLx86

    Tarehe dereva: 2006-05-27

    Toleo dereva: 1.3.2.0

    Shusha

  • AMD K8 Processor

    Mtengenezaji: Advanced Micro Devices

    Mfumo wa uendeshaji: XP64 WinALLx86

    Tarehe dereva: 2006-05-27

    Toleo dereva: 1.3.2.0

    Shusha

  • AMD K8 Processor

    Mtengenezaji: Advanced Micro Devices

    Mfumo wa uendeshaji: XP64

    Tarehe dereva: 2006-05-27

    Toleo dereva: 1.3.2.0

    Shusha

  • AMD K8 Processor

    Mtengenezaji: Advanced Micro Devices

    Mfumo wa uendeshaji: XP64 WinALLx86

    Tarehe dereva: 2006-05-27

    Toleo dereva: 1.3.2.0

    Shusha

  • AMD Processor

    Mtengenezaji: Advanced Micro Devices

    Mfumo wa uendeshaji: Vista XP64 Vista64 XP

    Tarehe dereva: 2007-08-10

    Toleo dereva: 1.0.0.0

    Shusha

  • AMD K8 Processor

    Mtengenezaji: Advanced Micro Devices

    Mfumo wa uendeshaji: XP64

    Tarehe dereva: 2006-05-27

    Toleo dereva: 1.3.2.0

    Shusha

  • AMD K8 Processor

    Mtengenezaji: Advanced Micro Devices

    Mfumo wa uendeshaji: XP64

    Tarehe dereva: 2006-05-27

    Toleo dereva: 1.3.2.0

    Shusha

  • AMD K8 Processor

    Mtengenezaji: Advanced Micro Devices

    Mfumo wa uendeshaji: XP64

    Tarehe dereva: 2006-05-27

    Toleo dereva: 1.3.2.0

    Shusha