Here are the (incomplete) results (the minuses should be plusses of course) Ĥ8k 128 -23 (iPad App)…. I don't understand WHY or IF this would make a difference, but I note the Desktop version has more functionality and, while still requiring a wifi connection to the interface, it is also physically tethered to the to the interface by USB. I was able to get these results, using the Desktop version of the mixer-app that controls the interface, instead of the iPad version. In fact, if I redo the ping without changing the buffer, it reads the same every time. I performed the I/O Plug-in test again yesterday (multiple times) and found that I could get more predictable results by taking more time in between buffer size changes, and refreshing the driver each time. I do have a Novation Interface I could test. Grasping at straws here Could it be a faulty USB lead? Or a too long patch lead from the physical output to the physical input during the ping tests? Should I be using an unbalanced lead for this, rather than the mic lead I'm using? Any suggestions would be greatly appreciated. I can't even find some one who has had the same problem. I've been struggling with this for a week. I've checked that Logic Pro and the XAIR are set to the same sample rate. It's as if the latency is constantly being changed. I make sure I click "Apply Changes" after each buffer size change, and even reset the driver by unchecking then checking the "Enable" box and clicking "Apply Changes". I have tried each of these readings in the recording delay setting, but when I record, there is still a recording latency. These are my I/O Plug-in Ping Test k Recording Delay = -, 512 buffer sizes, some times = -14, -16, -24 These are my Loopback Test k Recording Delay = - , The same thing happens when I perform the Loopback Test, but with different results. at any given buffer size and sample rate. When I perform the I/O Plug-in Recording Delay Test, I get a different reading each time I perform the test. By testing the cable, one can ensure that the network communication will work efficiently.Hi, can any one help me with this? Ideas, thoughts, suggestions? Visual inspection, LED lights, cable testers, ping tests, and Ethernet loopback tests are some of the common methods used to test Ethernet cables. In conclusion, testing an Ethernet cable to ensure it is working can be done through various methods. If the device successfully receives and sends data packets to the switch or modem, it indicates that the cable is working. Then, connect one end of the cable to a device and the other end to a switch or modem. To perform this test, connect both ends of the cable to a loopback plug. If the command prompt displays a message that shows no lost packets, it indicates that the cable is working.Īn Ethernet loopback test verifies that a data signal can go from one end of an Ethernet cable and reach the other end without any interruptions. Then, open the command prompt on the connected device and type “ping” followed by the IP address of the connected device or a website. Connect one end of the cable to a device and the other end to a switch or modem. The tester will usually show the length of the cable, any open circuit or short circuit errors, and if the wire pairs are correctly connected.Ī ping test is a way to check if the cable is transmitting data packets without any loss or latency. The tester will indicate if the cable is faulty or working. Connect both ends of the cable to the tester and turn it on. If the LED lights are blinking, it means that the cable is working.Ī cable tester is a device that tests the connectivity of the Ethernet cable. If the cable has LED lights, plug one end of the cable into a device and the other end into an active network port on a switch. Some Ethernet cables come with LED lights on the connectors that indicate activity. If the cable looks fine, proceed to test it. Check the connectors at both ends for any bent pins or damage, as these can prevent the cable from working. Here are some ways to test Ethernet cables:īefore testing the cable, visually inspect it for any damage or wear and tear. Hence, it is important to test if an Ethernet cable is working before using it to connect to devices. Ethernet cables are used to connect devices to a network and if they are not working, the network communication can be disrupted.
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