Experience precision synchronisation with the OCP-TAP Timecard, whether you choose the Rubidium, Cesium, or Quartz OCXO option. Elevate your timekeeping capabilities and achieve a new level of precision in critical industries with this exceptional product.
Why OCP-TAP Timecard?
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Community Driven
Developed out of the OCP-TAP eco-system.
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Deployed at Scale
Design choice of Hyperscalers such as Meta
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Modular Design
Interchangeable Oscillators and GNSS modules
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<200ns holdover
Best in class holdover options with the Microchip MAC-SA55
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100% Open Source
Everything is open from the FPGA to the PCB
What's the difference between editions?
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Microchip MAC SA-53
- Holdover < 300ns
- < 5E-11 monthly aging (frequency drift per month)
- < 5E-11 frequency change versus temperature change (-40 to +75 °C)
- < 300 ns Holdover ability over 24 hours (typical, static temperature)
- Remote monitoring and control (RS232 and USB)
- 1 PPS disciplining from externally supplied signal (phase and frequency calibration)
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Microchip MAC-SA55
- Holdover < 200ns
- < 5E-11 monthly aging (frequency drift per month)
- < 5E-11 frequency change versus temperature change (-40 to +75 °C)
- < 200 ns Holdover ability over 24 hours (typical, static temperature)
- Remote monitoring and control (RS232 and USB)
- 1 PPS disciplining from externally supplied signal (phase and frequency calibration)
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Rakon OCXO
- Frequency (Fn): 10, 12.8 or 20 MHz
- Holdover: 24-hour (≤1.5 µs, 4°C external temperature variation)
- Frequency stability (FvT): 0.5 ppb pk-pk
- Operating temperature: -40 to 85°C
- Compensated ageing: ±0.02 ppb/day
- Free running output: Squarewave with ageing compensation in holdover mode
- Voltage supply: 3.3 V
- I²C bus device status and commands
Design your OCP-TAP Timecard
Regular price
£6,500.00
Regular price
Sale price
£6,500.00