Acme Revival is an independent repair network that operates separately from the manufacturers whose devices we service. Our independence enables a repair model that exists beyond manufacturer-controlled strategies, while preserving the ability to work with manufacturers where appropriate.
EndRun Technologies LLC is a U.S. manufacturer specializing in high-precision time and frequency synchronization equipment for mission-critical electronic and network infrastructure. Founded in 1998, it designs and manufactures GPS-synchronized NTP network time servers, IEEE-1588/PTP grandmaster clocks, precision time and frequency standards, timing modules, and signal-distribution equipment. Its products are used in computer networks, telecommunications, financial trading systems, power utilities, satellite earth stations, broadcast facilities, military/test-range applications, and other environments requiring highly accurate and stable synchronization. EndRun is particularly known for its Sonoma network time servers, Meridian II and Tycho II Precision TimeBase systems, GPS-derived timing accuracy, oscillator/holdover options, and security-hardened network synchronization products.
The external GPS/GNSS antenna or coaxial downlead develops an open circuit, short circuit, damaged connector, or abnormal current condition. EndRun equipment commonly reports ANT, OPEN, or SHRT faults and may lose satellite synchronization as a result.
The receiver cannot acquire or maintain usable GPS/GNSS satellite signals despite normal operation. Common hardware causes include a degraded antenna, damaged coaxial path, failed low-noise antenna electronics, or deterioration in the receiver RF section.
The disciplined oscillator drifts far enough with age that its electronic frequency-control DAC reaches its high or low correction limit. EndRun states that this is normally an end-of-life condition appearing after many years of operation and ultimately requires oscillator replacement.
The internal OCXO, TCXO, rubidium, or other reference oscillator stops operating correctly or becomes unstable beyond the control system's usable range. EndRun identifies the OSC condition as a fatal receiver fault requiring service.
The phase-locked loop between the system/reference oscillator and the receiver or other timing clocks loses lock. This produces unstable or unavailable precision timing outputs and is identified by EndRun as a fatal PLL hardware fault.
An internal primary or redundant power supply ceases producing its required output, causing a PRIPS or SECPS alarm and potentially loss of operation if redundancy is unavailable. Power-overload conditions within configured chassis hardware can also trigger EndRun's PWR fault.
The system processor or GPS subsystem loses electrical communication with the internal GPS receiver. EndRun documents RCVC/COM faults across several timing platforms and directs persistent cases to factory service.
The GPS receiver or timing subsystem cannot successfully configure its FPGA during startup or operation. EndRun classifies the FPGA condition as a fatal fault because the affected timing hardware cannot perform its required processing.
The timing subsystem cannot successfully write to or verify its FLASH nonvolatile parameter storage. EndRun states that this should not occur during normal operation and treats a persistent FLSH fault as a hardware/service condition.
Connect with a technician.
Orders can typically be cancelled 24 hours prior to shipping
Get a real-time offer. Enter the make and model to begin.
Acme offers several ways to pay your service or repair balance.
Securely powered by 
This service is provided by Community Federal Savings Bank (“CFSB”), member FDIC, for which GoCardless Ltd acts as a third-party servicer.
Payable to ACME REVIVAL INC, write EndRun Technologies in memo line, and mail your check to: 191 University Blvd. Suite 340, Denver, CO 80206. Payment are collected every weekday excluding federal holidays.
