2018 Conference Papers

09.00 – Chairmans welcome

The Move to 5G – Name, BT

Sync Evolution in the Vipnet Network over the Next 5 Years – Robert Mlinaric,A1 Croatia

Moving from 4G to 5G – New Sync Requirements and Testing Demands -Dmitry Shevchenko,Company?

Simulation of Transport of Synchronization over a Network of Enhanced PTP and Enhanced SyncE Clocks – Geoffrey Garner, Huawei

Timing Beyond the Base Station – Tim Frost, Calnex

Does PTP Synchronization Get Easier When Network Speed Increases – Karim Traore, Cindy Peng, George Zampetti , Microsemi

Mitigating the Impact of Network Asymetry – Michael Mayer, Huawei Canada Research centre

Are broadcast signals a usable time reference alternative to GNSS – Mike Ellis, BBC

Miffed at MiFID Auditing Paper Clocks in the Real World – Christian Farrow, Chronos Technology

Accurate Time Dissemination in Telecommunication Networks, Deutsche Telekom

5G Network Synchronization in BackhaulFronthaul and New Frame Structure for use in Autonomous Driving – Prof. Mustafa Ergen , Turk Telekom

PTP PhaseTime Synchronization Trial in FranceEurope Results Problems faced and lessons learned – Daniel Philip VENMANI, Orange Labs

Technical Developments of the Galileo Architecture in a Competitive GNSS world – Edrich Yau, European Space Agency

PTP Telecom Profile Interworking Use Cases – Pedro Antao ,Company?

Supporting LTE-FDD andor APTS Over Existing Cable Network – Yair Neugeboren, Nir Laufer , ARRIS

Sync Over Packet for 5G Era – Sergiy Bityukov, UTSTARCOM

Practical Implementations of Monitoring Phase in 5G eNodB – Ericsson

Ticking Together The Importance of Interoperability Testing in Clock Synchronization – Carsten Rossenhövel , EANTC

Difficulty in Designing Redundant Networks where PTP and The Other Services Coexist – Yosuke Kurata, SEIKO

The Good the Bad and the Ugly – Phase Holdover Performance of Super High Performance Quartz Oscillators Versus Rubidium Atomic Clocks – Nir Laufer, Oscilloquartz

Tips for Time Phase Sync – Ahmed Medhat , Oscilloquartz

Next Generation RRU Synchronization and Clocking Challenges – Rakon

Solving 5G Performance Synchronization Challenges – Nazariy Tshchynskyy , SiTime

Can Dumb Clients Make Smart Synchronization Decisions – Microsemi

Simulation of a Chain of Hybrid Clocks -Kishan Shenoi, Qulsar

PTP Equipment Performance Study – Hai Pham and Marina Gertsvolf, NRC CNRC

Practical Implementation of a IEEE 1588 Based Synchronization Distribution System – Daniel Gallant , Silicon Labs

COSECTIME – coordinated secure timing for digital power transmission systems – Harald Hauglin, Tim Dunker – COSECTIME

IEEE 1588 Security MACsec and the Possible Effects on Time Accuracy – Eric Percival , Calnex

Protecting Time-aware Real-Time Traffic in the Smart Grid ,Mikel Rodriguez,Soce

Combining Resilience and Performance ePRTC PRTC-B Hardened GNSS – Lee Cosart , Microsemi

Gateway Clock A New Class Of PTP Device – Samer Darras& Barry Dropping ,Microsemi

Hybrid OCXOs as synchronisation reference clocks addressing harsh environmental conditions – Cyril DATIN , Rakon

Precise frequency sources meeting 5G holdover requirements – A. Kotyukov, A. Nikonov, Yu. Ivanov Morion, Inc. Russia

UTC as a Time Reference for Industry -Elizabeth Laier English, Peter Whibberley, Conway Langham, David Hicks, Simon Ashford, Ali Ashkhasi, Marivon Corbel , National Physical Laboratory

Highlights from the OPNT Test Results at a US Tier-1 Telecom Lab – Marc Weiss , OPNT

Robustness Upgrading of GNSS Receiver and GNSS DO – Kunihoko Hashimoto , FURUNO ELECTRIC CO., LTD

Ionosphere and Multipath Effects in Dual-Band Multi-GNSS Timing – Paula Syrjärinne , UBlox

PRTC Class B – A New PRTC Option for Evolving Time Services Needs – George Zampetti , Microsemi

Keeping Time with GNSS – Kenneth Hann , Oscilloquartz