진보된 마이크로 장치는 짧게 유망하다 궁극 탐구의 자유의 아무것도 디지털 오락 경험 새로운 것을 통해 소프트웨어 제품은을 위해 이용할 수 있게 했다 다운로드 독점적으로를 위해 창 비스타. 그리고 뿐만 아니라 이것, 그러나 AMD 살아있는! 탐험가는 비스타의 가정 우수한 궁극적인 SKUs와 독점적으로 통합하기 위하여 디자인된다. 잔여 제한은 신청이 ADM 가공업자에서만 달릴 사실이다. AMD 에 자유 접근을 전달하는 계획 소프트웨어 사는 모든 고객을 위해 AMD 살아있는! PC. CPU 제작자에 따르면 AMD 현상은 9000의 시리즈 쿼드 중핵 가공업자 정상에 동의어 일 것이다 경험 탐험가의.

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과정의 안으로 제비가 있다 창 배경에서의 어떤 몫을 사용하여 달려기 계속해서지 어느 것 창 자원 항상.

가공 이들은 우리 모두, 그것들중 하나에 대부분의 시간에 아니다 충분히 사용이 이다 과정은 wmpnscfg.exe이다

wmpnscfg.exe는 무엇인가?

wmpnscfg.exe는 때 새로운 것 사용자를 기민한 이용된다 매체 device is found on the network. When wmpnscfg is notified that a new media device is available on the network, it displays a popup in the system tray that informs the user about the availability of the new device. (more…)

Tags: availability, how to, media, Microsoft, Network, program, startup, system, task…

Mark Russinovich, one of our Technical Fellows and a prominent member of the Windows community, posted today on a topic that’s received much discussion in the past few days — that being the manner in which Windows Vista throttles network traffic on gigabit Read More……(read more)

Mark Russinovich, one of our Technical Fellows and a prominent member of the Windows community, posted today on a topic that’s received much discussion in the past few days — that being the manner in which Windows Vista throttles network traffic on gigabit Ethernet networks when the user is engaged in multimedia playback.

As Mark puts it, “many people have correctly surmised that the degradation in network performance during multimedia playback is directly connected with mechanisms employed by the Multimedia Class Scheduler Service (MMCSS), a feature new to Windows Vista.” This throttling of network traffic is mainly apparent on networks with infrastructure allowing gigabit throughput and is experienced by a user receiving, as opposed to sending, data.

The explanation is quite technical and rather esoteric, but the gist is that when receiving data on faster networks, the number of system interrupts is increased and because network-driven system interrupts are handled at higher priority than media playback, multimedia playback can be affected if the number of network-driven interrupts outpaces content refilling the multimedia playback buffer. Mark’s full explanation is quite a bit more detailed — I’ve only described it here in outline.

While this behavior is by design, the throttling

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