你好英镑,
抱歉对对齐的混乱。我们将很快释放更新的软件,并使用对齐工具来简化此过程。
首先,你能澄清一下你的背面的意思吗?
您是否可以访问用户指南?对齐过程在安装部分中解释(第5章)。
您是否有适合V3000的精密支架?请注意,支架可以安装在任一方向上,具体取决于杆的哪一侧是最佳的。
![图片](https://d1okf4ta8xniw3.cloudfront.net/original/3X/4/7/47c540435426af8dd8219103e6ce9028bd50447b.png)
如果您计划今天且没有对齐范围或管的V3000对齐V3000,则应该可以这样做,从而提供安装人员可以从设备后面获得清晰的视图。在1250米的V3000到V3000链路的视觉对齐期间,我拍摄了以下图像:
![图片](https://d1okf4ta8xniw3.cloudfront.net/original/3X/c/e/ce2fc6ec2e4cfa352f06114da906a6af96260081.jpeg)
你应该能够看到一个以中心为中心的建筑物。
Please bare in mind, the unit will perform an optimal beam selection during link acquisition. Once the link has acquired, this beam selection will remain static. Therefore, once alignment is complete, I would recommend bouncing the wireless link to trigger a beam selection in the final aligned state. To bounce the link, perform a dis-association & re-association via the Topology - Links page.
When the link is idle (not transmitting data), the modulation mode will drop to MCS9 and the transmit power will back off. Therefore, following alignment, to gain a realistic picture of power levels and performance vs LINKPlanner, please transmit data across the link.