- Fully-featured standard IEEE 1588 Grandmaster including phase/Time of Day (ToD) to meet stringent LTE Advanced requirements
- Built-in GNSS receiver
- Robust GNSS backup – time holdover when GNSS reception is lost, using Sync-E or 1588 frequency reference from the network (Assisted Partial Timing Support) to deliver continuous and accurate synchronization to the base station
- Miniature pluggable device fits in any standard SFP port
- Scalable solution supports over 256 slaves
- Part of RAD’s vCPE offering
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MiCLK Data Sheet
MiCLK
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MiCLK
1588 Grandmaster on an SFP with Built-In GNSS
RAD’s MiCLK® is the world’s first Grandmaster on an SFP, allowing easy upgrades for existing base stations and backhaul equipment to support IEEE 1588 for LTE/LTE-A and future 5G deployments.
Highly accurate time distribution closer to the cell site, at a lower cost
Easily plugged into service routers to simultaneously distribute frequency and time, the patented MiCLK eliminates the need to install GPS/GNSS antennas at every cell site while providing highly accurate timing distribution with full network coverage – even in underground and in-building installations. It is also ideal for 4G small-cell deployments. The field-proven MiCLK allows service providers to dramatically reduce installation and engineering costs by eliminating the need for additional space or power requirements.
The field-proven MiCLK allows service providers to avoid spoofing and jamming risks, and dramatically reduces installation and engineering costs by eliminating the need for additional space or power requirements.
- Fully-featured standard IEEE 1588 Grandmaster including phase/Time of Day (ToD) to meet stringent LTE Advanced requirements
- Built-in GNSS receiver
- Robust GNSS backup – time holdover when GNSS reception is lost, using Sync-E or 1588 frequency reference from the network (Assisted Partial Timing Support) to deliver continuous and accurate synchronization to the base station
- Miniature pluggable device fits in any standard SFP port
- Scalable solution supports over 256 slaves
- Part of RAD’s vCPE offering
MiCLK Data Sheet
MiCLK
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Key Take-Aways
Cost efficiency
by bringing PTP Grandmaster closer to the cell site
Timing
and frequency accuracy for LTE/LTE-A and 5G macro and small cells
Superior
backup and resiliency options to ensure optimal service uptime
Full coverage
even in underground and indoor installations
Miniature
pluggable device: no installation, engineering or dedicated training required
vCPE
Flexible virtualization of business CPE functionalities across access, aggregation and core domains.
Timing Synchronization for Mobile Networks
Frequency/phase for LTE/LTE-A macro and small cells with a fully featured PTP Grandmaster, including built-in GPS, Sync-E, IEEE 1588 and backup.
MiCLK Quick Specs
- Fully-featured standard IEEE 1588 Grandmaster including phase/Time of Day (ToD) to meet stringent LTE-Advanced requirements
- Built-in GNSS receiver
- Robust GNSS backup – time holdover when GNSS reception is lost, using Sync-E or 1588 frequency reference from the network (Assisted Partial Timing Support) to deliver continuous and accurate synchronization to the base station
- Miniature pluggable device fits in any standard SFP port
- Scalable solution supports up to 64 slaves
Resources
Data Sheet
- MiCLK
- Fully-featured standard IEEE 1588 Grandmaster including phase/Time of Day (ToD) to meet stringent LTE Advanced requirements
- Built-in GNSS receiver
- Robust GNSS backup – time holdover when GNSS reception is lost, using Sync-E or 1588 frequency reference from the network (Assisted Partial Timing Support) to deliver continuous and accurate synchronization to the base station
- Miniature pluggable device fits in any standard SFP port
- Scalable solution supports over 256 slaves
- Part of RAD’s vCPE offering
MiCLK Data Sheet
MiCLK
MiCLKSuccess!
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RAD in the News
White Papers
- Time Distribution Strategies in Cellular Networks
Time Distribution Strategies in Cellular Networks – White Paper
Time Distribution Strategies in Cellular Networks
This paper reviews the various methodologies currently available for ensuring Time Of Day (TOD) synchronization in cellular networks. It also introduces RAD’s revolutionary Distributed GMTM scheme, designed to deliver superb TOD accuracy at a lower cost in LTE and small cell networks, by bringing Grandmaster functionality closer to the base station in a small form factor device.
What you will learn:
Time Distribution Strategies in Cellular NetworksSuccess!
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MiCLK
Data Sheet
Presentations
RAD in the News
White Papers
Application Briefs