a high bit error rate, or poor speed autoranging algorithm.. It uses the connectionless UDP protocol, which has less overhead and error recovery mechanisms than the TCP protocol (picture a fire hose being turned on vs. a water bucket brigade). Our test setup...

bit error rate, or poor speed autoranging algorithm.. It uses the connectionless UDP protocol, which has less overhead and error recovery mechanisms than the TCP protocol (picture a fire hose being turned on vs. a water bucket brigade). Our test uses Qcheck...

poor speed autoranging algorithm. It uses the connectionless UDP protocol, which has less overhead and error recovery mechanisms than the TCP protocol (picture a fire hose being turned on vs. a water bucket brigade). Our test setup pushes data at a 500 kbps...

routing "engine". It uses the connectionless UDP protocol, which has less overhead and error recovery mechanisms than the TCP protocol (picture a fire hose being turned on vs. a water bucket brigade). Our test setup pushes data at a 500kbps (0.5Mbps) rate for...

routing "engine". It uses the connectionless UDP protocol, which has less overhead and error recovery mechanisms than the TCP protocol (picture a fire hose being turned on vs. a water bucket brigade). Our test setup pushes data at a 500kbps (0.5Mbps) rate for...

whether there is a high bit error rate, or poor speed autoranging algorithm.. It uses the connectionless UDP protocol, which has less overhead and error recovery mechanisms than the TCP protocol (picture a fire hose being turned on vs. a water bucket brigade)....

routing "engine". It uses the connectionless UDP protocol, which has less overhead and error recovery mechanisms than the TCP protocol (picture a fire hose being turned on vs. a water bucket brigade). We are currently in the process of re-evaluating our streaming...