20 Hz - 20 kHz): +0.02, -0.55 dB Signal/Noise Ratio: 100.9 dB(A) Distortion: 0.0014 % Stereo Separation: 97.4 dB Frequency response: A response which could be considered as practically perfectly flat over the whole audio spectrum. Easily exceeding -1 dB...

• -Performance At 24 Bits/48 KHz
• -Performance At 16 Bits/44.1 KHz
• -Playback Performance At 24 Bits/48 KHz (E-MU 1820 Recording)

most part. Figure 1: Status Tab I would have liked to see some sort of signal quality indication (preferably signal to noise in dB) , and have either signal level and/or quality reflected in the "ToolTip" that appears when you put your mouse pointer over the...

the utility, which is pretty much self-explanatory. Figure 2: Status Tab I still wish that the Signal Strength indication were in dBm and that a Signal to Noise indication in dB were provided instead of the % Signal Strength indication. Yeah, I know it may...

to be as close to 500kbps as possible and the Lost Data to be ideally zero. We usually run the test three times and average the results. 4) SNR (optional) - We prefer to record the Signal to Noise reading in dB, if it's provided by the client adapter's utility...

and LAN partner-to-client and average the results to get the reported numbers. 4) SNR (optional) - We prefer to record the Signal to Noise reading in dB, if it's provided by the client adapter's utility program. If this is not available, we record whatever...

Throughput number to be as close to 500 kbps as possible and the Lost Data to be ideally zero. We usually run the test three times and average the results. 4) SNR (optional) - We prefer to record the Signal to Noise reading in dB, if it's provided by the client...