NPLTime ® offers the financial sector a certified precise time signal, directly traceable to Coordinated Universal Time (UTC) and independent of GPS. The core implementation and additional metrics provide the user with underpinning timing capability for traceable timestamping, latency monitoring and synchronisation. The signal is fully compliant with the MiFID II RTS 25 timing traceability requirement.
The resilient service completely eliminates reliance on GPS and removes susceptibility to jamming, spoofing, urban canyon effects and solar storms. It reduces the costs associated with managing a complex assortment of timing devices and the need to access roof space to locate GPS antennas.
As the home of the UK's National Timescale, UTC(NPL), and the caesium fountain, NPL CsF2 - a primary frequency standard accurate to within one second in 158 million years - NPL is perfectly placed to deliver precision timing services to demanding customers.
Key benefits of NPLTime ®
- Risk mitigation
- Not affected by solar storms, jamming, spoofing
- Resilient close controlled solution
- Simplicity of implementation
- Time is consumed, not managed, leap seconds implemented as part of the solution
- Maximises confidence in data timing
- Ease of audit
- Ensure accurate data release timing
- Enhanced forensic and playback capability
- Enhanced algo optimisation
- Maximises benefit realisation of localised PTP infrastructure upgrades
- Provides both absolute time and sync across implementations
- Eases the requirement internally to achieve compliancy
- Lower cost of infrastructure upgrade
- Inherent synchronisation of multi-location implementations
- NPLTime ® SLA everywhere
- Eases measurement capability
- Network optimisation and latency metrics
- Simplistic tΒ-tΑ latency measurements
Key features of NPLTime ®
- Certified by NPL
- Compliant with MiFID II RTS 25
- Precision timing distribution solution
- No reliance on GPS or internet time
- Directly traceable and certified to UTC at the point of provision, not the source
- Eliminates susceptibility to GPS jamming, spoofing, urban canyon effects and solar storms
- Uses fibre optic links, ensuring maximum resilience and security
- Provides enhanced synchronisation
- No roof access required
- Built-in redundancy
- Continuous monitoring and audit of traceability to UTC
White paper: NPLTime ® disseminated through the UBS infrastructure
A trial of the NPLTime ® commercial service was conducted at the UBS facility in LD4 Slough, where the signal was consumed and assessed within the UBS infrastructure to validate the source, internal distribution architecture and systems, and timestamping solutions. This white paper outlines the implementation and results of the trial from the NPLTime ® Distribution hub located at Telehouse, Docklands, and delivered to Slough on TMX Atrium connectivity.
The trial was carried out over a leap second implementation and included a period of fibre outage, demonstrating the resiliency of the service and engineered redundancy solutions. The time offset of the signal from UTC (Coordinated Universal Time) was measured by transportable disciplined caesium clocks from the National Physical Laboratory (NPL).
The NPLTime ® commercial service provides a time signal to the end user over optical fibre that is independent of GPS and certified by NPL as being traceable to UTC(NPL) at the end user. A trial of the service was conducted at the UBS facility in the LD4 datacentre in Slough, where the signal was consumed and assessed within the UBS infrastructure to validate the source, internal distribution architecture and systems, and timestamping solutions. The solution was proven to be capable of achieving approximately 100 nanosecond synchronisation to UTC(NPL).
With MiFID II due to be in place within two years, NPL and ICE have carried out a proof-of-concept to assess the NPLTime ® service for its suitability for the impending regulations.
Precision timekeeping underpins the modern world. Applications from telecommunications to satellite navigation, surveying and transport systems are underpinned by precise timing, and to enable these systems to operate correctly the same stable and accurate reference time scale must be in use everywhere.
There is no single master clock for the world - the consequences of it failing would be far too severe. Instead, the international time reference is maintained by 70 time laboratories around the world and is based on the average of some 400 atomic clocks. That diversity provides both resilience (the loss of a single clock or even a national time laboratory would have little effect) and accessibility (each major industrial nation contributes to the timescale, and hence has direct access to atomic time).
- This week's Economist explains how NPLTime enables the financial sector to comply with upcoming European legislation.
- Dr Leon Lobo will be presenting at the next Exchange Forum on 12 November 2015 in London.
- Dr Leon Lobo will be presenting on 'UTC: Where compliance starts' on 10 November 2015 in London.
- Article in Electronic Engineering Journal about time and how NPL helps to measure it.
- Write-up of Dr Leon Lobo's lecture to IET on quantum time.
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