10G Full Rate Error Meter 4 Channel USB HID Or USB-COM
10G Full Rate Error Meter 4 Channel USB HID Or USB-COM
Basic performance features:
1. Four-channel parallel PG and ED; Single-ended clock output.
2, PG and ED support rates range from 0.622 to 11.7 Gbps (up to 15G, optional).
3, support code type: PRBS7 / PRBS 9 / PRBS 15 / PRBS 23 / PRBS 31.
4, Support continuous error detection and timing error monitoring.
5, communication mode: USB HID (no drive) or USB-COM.
Technical specification:
| No. | parameter | minimum | typical | maximum | unit |
| 1 | Data rate | 0.622 | 0.622,1.25,2.125,2.488,2.5,3.07,3.125,4.25,5.0,6.144,6.25,7.5,8.5 ,9.953,10.00,10.3125,10.52,10.709,11.09,11.32,11.7 | 11.7 | Gbps |
| 2 | Number of channels | 4 (4-channel electrical port, PG and ED supported) | |||
| 3 | Code type | PRBS7,PRBS9,PRBS15,PRBS23,PRBS31 | |||
| 4 | Rise and fall time (20% to 80%) | 18 | 23 | ps | |
| 5 | Pattern reversal | Supports signal reversal at the transmitting and receiving ends | |||
| 6 | Signal differential output amplitude | 200 | 600 | 1000 | mV |
| 7 | Data output jitter (RMS) | 1.5(10.3125G) | ps | ||
| 8 | Data input/output interface | Differential, AC coupling, 50 ohm impedance, SMA | |||
| 9 | Clock output | 100 | 156.25 | 156.25 | MHz |
| 10 | Data signal input sensitivity | 50 | mVpp | ||
| 11 | Data output eye graph crossing point (difference) | 49 | 50 | 52 | % |
| 12 | USB HID response time | 10 | ms | ||
| 13 | Operating temperature | 10 | 25 | 50 | °C |
| 14 | Operating voltage (AC) | 180 | 220 | 250 | V |
A Four-Channel Bit Error Rate Tester is an instrument used to assess the Bit Error Rate (BER) in a digital communication system. BER refers to the proportion of bits transmitted that have errors during digital communication.
A four-channel error meter usually has four independent channels, each used for analog or detecting the transmission and reception of digital signals. They are called "sending channels" and "receiving channels". The sending channel is responsible for generating and transmitting the digital signal, while the receiving channel is used to receive and analyze the received signal to determine the bit error rate.
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