pocketBERT pB10A offers 10G CDR, BERT, clock synthesis in single handheld package

San Diego-based startup pocketBERT Co. has unveiled its first product. The pB10A is designed to provide 10-Gbps clock and data recovery (CDR), pseudo-random bit sequence (PRBS) generation/checking, and bit-error ratio (BER) calculation in a single 105x144x33-mm unit.
San Diego-based startup pocketBERT Co. has unveiled its first product. The pB10A is designed to provide 10-Gbps clock and data recovery (CDR), pseudo-random bit sequence (PRBS) generation/checking, and bit-error ratio (BER) calculation in a single 105x144x33-mm unit. The pB10A will recover 10-Gbps SONET, Ethernet, and Fibre Channel clock and data streams in the entire data range from 9.95 to 11.3 Gbps. It has its own internal reference clock; however, an external reference clock may be applied if the user desires. In BERT mode, the unit will generate and check such 10-Gbps PRBS patterns as 231–1, 223–1, 27-1, and custom-defined patterns. This mode enables users to evaluate the performance of 10-Gbps components or links (with or without XFP or SFP optical transceivers) as well as perform DWDM tests by generating non-synchronized 10-Gbps traffic. Finally, the clock synthesizer mode enables the pB10A to be used as a frequency source over the range of 10 MHz to 760 MHz. In addition to the features mentioned above, the transmitter offers a polarity inverter and de-emphasis capability. Attributes of the receiver include:
  • single-ended or differential inputs
  • 20 mV input sensitivity
  • Rx lock detect indicator
  • LOS/RSSI
  • polarity inverter
  • ISI compensation.

Users configure and manage the pB10A through a PC. A standalone unit lists for $4150. A full kit, which includes the pB10A, a pre-configured 10.1-inch NetBook, and travel pouch, is available for $4500. Availability is 2-4 weeks ARO.

For more information on test instruments and suppliers, visit the Lightwave Buyer’s Guide.


Sign up for our eNewsletters
Get the latest news and updates
Sponsored
The demands reshaping digital infrastructure are pushing optical communications into a new era of innovation. AI infrastructure is forcing engineers to rethink how data moves ...
A new wave of investment is creating thousands of new job opportunities throughout the southern United States as we migrate from an information-based economy to an AI-powered ...