Category Archives: GDP

GDP 44xx Receivers support a 2nd independent Bit Sync input for each receiver channel. In addition to the RF path to the Data/Clock and/or the Ethernet TMoIP Outputs (IRIG 218-20 & Chpt 10), there is...

GDP Space Systems is excited to provide ground equipment to NASA’s Jet Propulsion Laboratory (JPL) in support of the upcoming Psyche mission. Originally purchased to support previous successful Mars programs, GDP’s telemetry receivers have now...

GDP Space Systems is pleased to announce that it is one of the first companies to adopt and support the new IRIG 218-20 Telemetry over Internet Protocol (TMoIP). Published in February 2020 by the Telecommunications...

Did you know that the latest GDP Space Systems' products can be used to replace legacy components in your ground telemetry systems? If your system has been supporting missions for years but maybe has some...

The traditional coax infrastructure for moving PCM data has outlived its usefulness as data rates approach and exceed 10 Mbps. At these higher data rates, coax cable impedance mismatches, patch panels, coax switches, improper terminations...

Premier Test Ranges are selecting GDP Space Systems' Telemetry Range Management Software (TRMS) to enable the seamless integration and management of new networked telemetry tracking, receiving, and data distribution assets in support of range modernization. TRMS is...

For nearly 50 years, GDP Space Systems has been producing best-in-class products and solutions for signal acquisition, demodulation and data recovery within demanding environments. From world-class Telemetry Receivers and Demodulators to today's latest generation of...

Telemetry receivers may have trouble obtaining an unperturbed high-fidelity signal due to multipath interference distortion. Multipath distortion occurs when a signal, emanating from a source, encounters conditions that cause delayed versions of the original signal...