・Any change to the silicon requires

・Any change to the silicon requires retest even if no change is made to the Wireless USB MAC, PHY, and USB controller or associated logic.
*Silicon changes can increase noise thresholds, cross-talk, power consumption, etc. which can adversely impact USB performance.
シリコンへの変更は、ワイヤレスUSB MAC、PHY、およびUSBコントローラまたは関連するロジックに変更がなくても、再テストが必要である。
*シリコンの変更は、USBの性能に悪影響を及ぼすノイズしきい値、クロストーク、消費電力等を増加することがある。

ผลลัพธ์ (อังกฤษ) 1:

• Any change to the silicon requires retest even if no change is made to the Wireless USB MAC, PHY, and USB controller or associated logic. * Silicon changes can increase noise thresholds, cross-talk, power consumption, etc. which can adversely impact USB performance.Changes to the silicon, wireless USB MAC, PHY, and USB controller or associated logic changes without, should be retested.Silicon changes to increase noise thresholds negatively affecting the performance of USB, crosstalk, power consumption, etc.;

ผลลัพธ์ (อังกฤษ) 2:

-Any Change to the silicon Requires Retest even if no Change IS made ​​to the Wireless USB MAC, PHY, and USB controller or Associated Logic.
* Silicon changes CAN Increase noise Thresholds, Cross-Talk, power consumption, etc. Which CAN Adversely impact USB performance.
Changes to the silicon, wireless USB MAC, even without changing PHY, and a USB controller or associated logic requires retesting.
* Change of silicon, it is possible to increase adversely affect noise threshold, crosstalk, power consumption, etc. on the performance of the USB.

ผลลัพธ์ (อังกฤษ) 3:

And change to the silicon Any psychological retesting requires no change is made even if the Wireless USB MAC, PHY, USB logic controller and associated fields or at Silicon changes can increase, cross talk noise thresholds, power consumption, etc which can change impact on output performance USB.
silicon USB MAC PHY, wireless and a logic controller related USB changes or not, it is necessary to retest. AtThe change of the threshold, the noise can have an adverse effect on the performance of USB crosstalk, which may result in the increase of power consumption, and the like.