Oscilloquartz edgeSync™ Data Sheet

OSA 5412
Compact highspeed PTP grandmaster, NTP
server, SB/MB-GNSS receiver

5G Mobile Telecom Defense Data center Smart grid Transportation Financial Broadcast

Benefits Overview Most critical applications rely on highly

precise phase, frequency and time-
z Leading edge GNSS receiver The number of applications that require of-day synchronization. With our OSA 5412
Enables ePRTC/PRTC-A/-B and ensuring cost-effective, accurate and
accurate phase, frequency and time- of-day
grandmaster clock functionality for reliable synchronization distribution for
frequency, phase and time-of-day synchronization at the edge of mobile
next-generation technologies is no longer
delivery using multiple constellations and backhaul networks is continuously increasing.
a challenge. This family of IEEE 1588v2
multi-band GNSS receiver options Achieving the levels of accuracy required by
Precision Time Protocol (PTP) grandmaster
z Multisource ePRTC combiner introducing these applications in a cost-effective way
devices supporting 10Gbit/s as well as 1Gbit/s
redundancy to ePRTC systems by has become a major challenge for network
interfaces with hardware timestamping has
combining up to five phase and frequency operators.
been optimized for deployment at the network
references
edge. What’s more, with its NTP server and
z Reference Validator provides cross GNSS receiver capabilities, our OSA 5412 is also
reference validation for ePRTC multi- ideal for deployment in legacy synchronization
source combiner. With three or more architectures. Our OSA 5412 ensures reliable
phase references, validator is able to
and precise synchronization that complies
distinguish and invalidate the faulty
with the most stringent demands. To meet all
source
installation demands, two ordering options are
z High performance NTP server supporting available: one with all connectors at the front
up to 500,000 TPS
and one with connectors at the rear side and a
z Unique flexibility display at the front.
Can be used as PTP grandmaster clock,
APTS, boundary clock and slave clock
mode as well as NTP server
z Extended holdover performance
High-end quartz and rubidium oscillator
options
z High-availability
Automatic clock selection, self-calibrating
delay asymmetry compensation, power
supply redundancy and DoS protection
z Syncjack™ technology
Built-in synchronization accuracy
monitoring and assurance functionality
z Operational simplicity
Ensemble Controller, including Ensemble
Sync Director, for superior management
and synchronization monitoring
capabilities

Oscilloquartz zero-trust multisource aPNT+™ platform

OSA 5412

High-level technical PTP profiles

specifications L2 (Ethernet) and L3 (IP) default profiles
z

z Telecom profiles
OSA 5412 z Enterprise hybrid profile
z Power and utility profiles
z OCXO, high-quality OCXO, high-quality DOCXO
and rubidium z Broadcast profiles
z Multiple 1G/10G ports
NTP server
z Up to 1536 unicast slaves @128pps
z High capacity server
z Hot-swappable redundant PSU
z Hardened NTP responder
Operation modes z Hardware timestamping
z ePRTC, PRTC A and PRTC B z NTP/PTP/Sync-E/SSU
supported simultaneously
z PTP GM, BC type D, slave, probe
z PTP to NTP conversion
z NTP server
z NTP authentication
Built-in GNSS receiver
Syncjack™ technology
z Embedded L1 multi- constellation receiver (GPS/
GALILEO/ BEIDOU/GLONASS ) z Frequency and phase accuracy measurements
z Optional multi-band, multi-constellation receiver z TE, TIE and MTIE calculation
for enhanced accuracy z PTP message transport analysis
z Jamming, spoofing detection z PTP network analysis
 OSA 5412

Applications in your network

Synchronization and time-as-a-service applications with the highest availability
z Timing distribution at the edge of mobile backhaul and fronthaul networks for frequency and phase
synchronization
z Cable networks (DOCSIS 3.1/4.0) synchronization
z Synchronization delivery within buildings for indoor small cell radio base stations
z Synchronization of legacy network architectures based on NTP
z Time as a service into data center, financial, health and media networks
z Modernized power utility networks
z Modernized digital broadcasting studios

Power
utilities
NTP and SDH/SONET
timing delivery
Ensemble Controller and
Synchronizing Ensemble Sync Director
professional broadcast

PTP time-as-a-
service
Timing
distribution
Cable network network
timing
Multi-technology
grandmaster
Macro cell
timing OSA 5412

In- and outdoor

small cell timing
Finance

1
OSA 5412

Product specifications
Product variants
OSA 5412 quartz OSA 5412 quartz HQ+ OSA 5412 quartz HQ++ OSA 5412 rubidium

Clock OCXO High-quality OCXO High-quality DOCXO Rubidium

Multi-band GNSS (*) (*) (*) (*)

Hot-swappable Hot-swappable Hot-swappable Hot-swappable

PSU redundant PSU redundant PSU redundant PSU redundant PSU
(AC/DC) (AC/DC) (AC/DC) (AC/DC)

*Note: please, consult factory

Main applications
z 1-step and 2-step clock
z ePRTC , PRTC-A and PRTC-B
z Up to 16 master/BC IP addresses
z 1588v2 PTP grandmaster clock (up to 1536 PTP
z Up to 16 VLANs (IEEE 802.1Q customer-tagged) and
unicast clients at 128pps)
stacked VLANs
z 1588v2 PTP boundary clock (up to 1536 PTP unicast
z Support for multiple profiles simultaneously
clients at 128pps)
z Support for PTP IPv4/IPv6 on the same port
z G.8273.2 boundary clock class D
z Support PTP (TAI) and arbitrary (ARB) timescales
z 1588v2 APTS clock
z Support master and slave on any port
z 1588v2 PTP slave clock
simultaneously
z Fan-out of multiple physical synchronization
z Up to three stacked VLANs per flow (Q-in-Q
output interfaces
service provider tagged)
z NTP server
z ICMP/DSCP/TOS
z Synchronization protocol and physical signal
z Configurable static routes and default getaways
conversion
z Enhanced PTP GM/BC/Slave statistics,
z Sync probe – Syncjack™ monitoring and
performance monitoring (15min and 24h),
assurance
threshold crossing alarm (TCA) and SNMP traps
PTP features z In-house best-in-class clock recovery algorithms
z PTP profiles support: z DoS protection using hardware access control list
z ITU-T G.8265.1 frequency delivery profile (IP
(ACL) and traffic rate limiting
unicast over IPv4/IPv6) z Operates as single or double attached clock in
z ITU-T G.8275.1 time/phase delivery profile
PRP IEC 62439-3 network
(Full timing support - Ethernet multicast)
NTP features
z ITU-T G.8275.2 time/phase delivery profile
z Stratum 1 NTP server when locked to GNSS
(APTS)
z PTP enterprise profile (Mixed multicast and
z NTP v1, v2, v3, v4 and SNTP over IPv4/IPv6
unicast over IPv4/IPv6) z NTP unicast/multicast/broadcast
z IEEE 1588 2008 PTP default profile over IPv4/IPv6 z Symmetric key and Autokey authentication
multicast z TIME & DAYTIME protocols
z IEEE 1588 2008 PTP default profile over Ethernet z NTP peering
multicast (Annex F) z NTP selectable timescale (UTC/GNSS/local)
z PTP power and utility profiles: IEC/IEEE 61850-9-3,
z Hardware timestamping
IEEE C37.238-2011, IEEE C37.238-2017 z Accuracy within +/–100nsec from UTC
z PTP broadcast and media profiles: SMPTE ST
z Up to 16 NTP server IP addresses
2059-2 AES67
z Up to 300,000 delay requests / delay
z Support PTP and NTP on same Ethernet port
responses in multicast and hybrid PTP profiles z PTP to NTP translation
OSA 5412

z Up to three stacked VLANs per flow (Q-in-Q PPS in/out

service provider tagged) z 2x PPS input and output (user configurable)
z Enhanced NTP statistics and client lists z User configurable input and output delay
z Up to 8,000 transactions per second compensation
z PTP backup in case of GNSS outage z SMA-F connector (50ohm)
z Up to 500.000 transactions per second without z Output squelch option
authentication z PPS configurable width
Synchronization interfaces (onboard) Time-of-day (ToD) in/out
z Synchronous Ethernet (SyncE) over Ethernet z 2xToD+PPS input/output (user configurable)
interfaces
z ITU-T G8271 compliant
z 2x BITS-in and 2x BITS-out (2.048MHz, E1 or T1 (DS1)
including SSM) z ToD formats – NMEA 0183 ($GPZDA sentence),
ITU-T G.8271 and CCSA
z 2x PPS in/out
z RS422 over shielded RJ-45
z 2x time-of-day (ToD) + PPS in/out
z PPS configurable width
z 2x CLK 10MHz input (10/2.048MHz) / output (10MHz)
z Output squelch option
z Antenna input for embedded GNSS receiver
GNSS receiver
Ethernet ports
z Hardware-based timestamping (PTP & NTP) Single-band receiver
z 2x 100/1000BaseT copper ports z Multi-constellation GNSS L1 72 channels receiver
z One copper port is PoE driver (802.3af class 2, z GPS (L1C), GLONASS (L1OF ), GALILEO, BeiDou (B1l),
6.49W max) QZSS (L1C/A), SBAS (L1C/A: WAAS, EGNOS, MSAS,
z Up to 8x 1GbE/100Mb FE (SFP)/10GbE (SFP+), user GAGAN)
configurable per port z Three concurrent GNSS constellations
z All fiber ports support SM/MM colored/non-
colored SFP and copper SFP Multi-band GNSS receiver option
z Per-flow hardware-based policing and scheduling z Provides enhanced accuracy for ePRTC and
z Configurable link asymmetry delay compensation PRTC-B
z Multi -band, multi-constellation 184-channel GNSS
Synchronous Ethernet (SyncE) receiver
z Supported by all Ethernet interfaces in fiber and z GPS (L1C/A L2C), Galileo (E1B/C E5b), GLONASS
copper modes (L1OF, L2OF), BeiDou (B1l, B2l), QZSS (L1C/A L2C),
z Compliant to ITU-T G.8261/G.8262/G.8262.1/G.8264 SBAS (L1C/A: WAAS, EGNOS, MSAS, GAGAN)
z Ethernet synchronization message channel z Four concurrent GNSS constellations
(ESMC) ) and enhanced ESMC with enhanced SSM z Jamming and spoofing detection
codes
z Sync-E for time holdover during GNSS outage Common GNSS receiver features
z Skyview and GNSS satellites status
BITS in/out z Configurable SNR, elevation and PDOP masks
z 2x BITS input and output over shielded RJ-48 z User-configurable antenna cable delay
z User-configurable: E1, T1 (DS1), 2.048MHz compensation
z G.823 / G.824 sync interface compliant z Advanced interference detection
z Synchronization status message (SSM) z Support fixed positioning – single satellite mode
z BITS input for time holdover during GNSS outage z Advanced spoofing and interference detection
z Output squelch option mitigation
z EEC/SEC/SSU filtering options z Voltage to antenna +5VDC
z Antenna connector SMA-F (50ohm)
OSA 5412

CLK in/out Assured PNT(aPNT) solution

z 2x CLK 10MHz input (10/2.048MHz) / output (10MHz) z Multiple backups to GNSS including PTP, SyncE, CLK
(user configurable) BITS and local oscillator
z SMA-F connector (50ohm) z PRTC can automatically select between 3
z Output squelch option available input references
z Frequency outputs are automatically selected
OLED display module between 3 available input frequency references
z Optional OLED display (reverse mounting) z Improved holdover with HQ+/HQ++/rubidium
z Press buttons oscillator
z Status LED’s z Atomatic switchover in case of jamming/
spoofing/intererence detection
z USB type A/serial connectors
z ePRTC combines GNSS/PTP/PPS+ToD with cesium
clock from improved accuracy in locked mode
and extended holdover in case of GNSS outage
z Interoperable with OSA 5405 smart antenna
z PTP and GNSS assurance using ENC Sync director

Holdover performance
Clock Aging / day (after 30 days) Temperature stability

OCXO
Quartz ±5x10-10 ±50x10-10
Stratum 3 / G.812 Type III

High-quality OCXO
Quartz HQ+ ±2x10-10 / ±1x10-10* ±2x10-10
G.812 Type I

High-quality DOCXO
Quartz HQ++ ±5x10-11/ ±1x10-11 * ±1x10-11
Stratum 2 / G.812 Type II

Rubidium
Rubidium ±5x10-12 ±2x10-10/±2x10-11 **
Stratum 2 / G.812 Type II

*Note: Effective daily aging after device has been powered for one month and locked to GPS for three days, for the following three days
**Note: effective temperature stability after compensation

200nsec 400nsec 1.1usec 1.5usec 5usec 10usec 16ppb

Quartz 1 hours 2 hours 4 hours 5 hours 8 hours 14 hours 1 month

Quartz HQ+ 4 hours 8 hours 14.5 hours 16.5 hours 1.5 days 2 days 0.5 years

Quartz HQ++ 10 hours 17 hours 1.5 days 2.2 days 4.4 days 6.6 days >1.5 years

Rubidium 1 day 1.8 days 3.5 days 4 days 8 days 12 days >5 years

Note: The above are typical values (1 sigma confident) assuming controlled temperature environment, after the device has been powered for one
month and locked to GPS for 72 hours. Due to the excellent temperature stability of the HQ++, the HQ++ holdover will outperform the Rubidium
holdover when significant temperature variations are presented.
OSA 5412

Sync signal conversion

CLK OUT
SyncE Tx BITS OUT PTP NTP PPS OUT ToD
(10MHz)
GPS/GNSS       

SyncE Rx     n/a freq. n/a

BITS IN     n/a freq. n/a

CLK IN     n/a freq. n/a

PPS IN       

PTP       

GM / PRTC frequency and time accuracy z Clock analysis for up to four PTP clock probes –
z While locked to GNSS: packet TE, TIE and MTIE
z Calculation of packet maximum, constant and
z Phase and time
dynamic TE, TIE and MTIE between physical
z <15nsec RMS from UTC
reference signal and timestamps within the PTP
z Single band GNSS, PRTC-A: ±100nsec from UTC
packets
z Multi band GNSS, PRTC-B: ±40nsec from UTC z Support for active and passive probe mode
z Frequency – exceed PRC / G.811 frequency z Programmable reference signals including
accuracy SyncE, BITS, PPS, GNSS and CLK
z MTIE mask and Time Error threshold alarms
GM/ePRTC frequency and time accuracy
based on SNMP traps
z While locked to GNSS and connected to ePRC: z TE/TIE raw data collection and export to server
z Phase and time – ePRTC / G.8272.1 phase z Daily MTIE and TE performance monitoring
z accuracy: ±30nsec from UTC reports
z Holdover: z PTP network analysis including PTP network probe
z 100nsec over min 25 days (guaranteed) with z Packet delay and packet delay variation
ePRC+(typical 30 days) performance statistics
z 100nsec over min 45 days (guaranteed) with z Delay asymmetry
SePRC(typical 55 days) z Network usability statistics (FPP based on
z Up to five phase/frequency references to ePRTC G.8261.1)
Multisource combiner z Packet loss statistics

z Programmable reference signals including

Syncjack™ monitoring and assurance tools
SyncE, BITS, PPS, GNSS and CLK
z Clock accuracy for up to two clock probes –
computing TE, TIE and MTIE of physical clocks
z All probes include enhanced sync assurance
statistics, performance monitoring (15min & 24h),
z Calculation of maximum, constant and
including data export, threshold crossing alarm
dynamic TE, TIE and MTIE between physical (TCA) and SNMP traps
source and reference signals
z Programmable source and reference signals
z User-configurable MTIE masks
including SyncE, BITS, PPS, GNSS and CLK
Low-touch provisioning
z MTIE mask and time error threshold alarms

based on SNMP traps

z Text-based configuration files
z TE/TIE raw data collection and export to server
z FTP/SFTP/SCP for configuration file copy
z Daily MTIE and TE performance monitoring
z Remote software upgrade
reports
OSA 5412

Management and security Standards compliance

z ITU-T G.8261, G.8262, G.8264, G.703, G.704, G.781,
Local management G.812
z Serial port (RS232 over RJ45) for CLI z ITU-T G.8272, G.8273.2
z ITU-T G.8265.1, G.8275.1, G.8275.2
Remote management
z IEC60068-2-1
z Local LAN port (100/1000BaseT over RJ45) using
CLI, SNMP and Web GUI interfaces
z IEC 60068-2-2, IEC 60068-2-78, IEC 60068-2-6,
IEC 60068-2-27, IEC 61810-1
z Support for IPv4 and IPv6
z IEEE 1588v2 (PTP), 802.1Q (VLAN), 802.1ad, 802.1p
z Barrier free GUI (Priority)
z Maintains in-band VLAN and MAC-based z RFC 2863 (IF-MIB), RFC 2865 (RADIUS), RFC 2819
management tunnels (RMON)
z Static routes & configuration of default getaways z RFC 1059 (NTPv1), RFC 1119 (NTPv2), RFC 1305
z Fully interoperable with Adtran FSP 150 and Adtran (NTPv3), RFC 5905 (NTPv4), RFC 4330 (SNTPv4)
FSP 3000 products
z Supported by Ensemble Controller, including Regulatory compliance
Ensemble Sync Director and GNSS assurance z CE compliance (directive 2011/65/EU)
z RoHS compliance (directive 2011/65/EU)
Management protocols
z LVD compliance (directive 2014/35/EU)
z Telnet, SSH (v1 / v2)
z WEEE compliance (2002/96/EC)
z HTTP / HTTPS (TLS 1.2)
z VCCI compliance
z SNMP (v1 / v2c / v3)
z EMC compliance ( 2014/30/EU)
Secure administration z NEBS level 3 compliance (GR-1089-CORE/GR-63-
z Configuration database backup and restore CORE)
z System software download via FTP, HTTPS, SFTP or
z IEEE 1613, IEC 61850-3
SCP (dual flash banks) z Power: ETSI 300 132-2, BTNR2511, ETS 300-019,
z Remote authentication via RADIUS/TACACS+ ETS 300-019-2-[1,2,3], ANSI C84.1-1989
z SNMPv3 with authentication and encryption
z Safety: UL/TUV IEC 62368-1 , 21CFR1040.10, EN 60825
z Access control list (ACL)
z EMI: EN 55022 2010 Class A, EN550035,EN 61000-3-
2-2006, EN 61000-3-3 2008, EN 300 386 v1.6.1 2012,
z ICMP filtering and rate limiting FCC 47FR Part 15 , 2014 Class A, ICES-002 2012
z Automatic certificate enrollment with full Class A
integration into PKI
Power supply
IP networking z Hot-swappable, modular AC-PSU: 100 to 240VAC
z DHCP (47 to 63Hz) with over-voltage and over-current
z ARP cache access control protection
z RIPv2 and static routes z Hot-swappable, modular DC-PSU: -48 to -60VDC
z IPv6 NDP address resolution (tolerate -36 to -72VDC) with over-voltage and
over-current protection
z RIPng for IPv6
z Hot-swapable, high-voltage DC-PSU: 90 to
z ICMP 250VDC with over-voltage and over-current
protection
System logging z Power consumption (with OLED display and two
z Syslog, alarm log, audit log and security log PSUs, without LCs or SFPs and Vin=48V):
z Configurable system timing source – local / NTP / z OSA 5412 Quartz: 36W (typical), 40W (max.)
PTP / PRTC (GNSS) z OSA 5412 Quartz HQ+: 38W (typical), 44W (max.)
z User configurable time zone & daylight saving z OSA 5412 Quartz HQ++: 40W (typical), 48W (max.)
time
z OSA 5412 Rubidium: 42W (typical), 50W (max.)
OSA 5412

Environmental
z Dimensions: 443mm x 44mm x 250mm /17.44” x
1.73” x 9.84” (W x H x D), ETSI-complaint
z Weight: 4.15 - 5.2Kg
z Operating temperature (ambient):
z Quartz, Quartz HQ+, Quartz HQ++: -40 to +65°C

(hardened environment)
z Rubidium: -20 to +65°C

z Optional versions for -5 to 55°C

z Storage temperature: -40 to +70°C (GR-63-CORE)

z Humidity: 5 to 100% (with condensation)

Optional accessories
z Single and multi-band GNSS (GPS/
GLONASS/BEIDOU/GALILEO/SBAS/QZSS)
antenna kits 10 / 20 / 60 / 120 / 150m
(32.8ft / 65.6ft / 196.85ft / 393.7ft / 492.1ft), including
indoor and outdoor cables, roof antenna, lighting
protector and mounting kit
z Anti-jamming/anti-spoofing signal band
GNSS(GPS/GLONASS/BEIDOU/GALILEO/SBAS/QZSS)
antenna
z 1:2 / 1:4/1.8 GNSS (GPS/ GLONASS/BEIDOU/GALILEO)
splitters
z GNSS window antenna
z Cables and adapters accessory kit

Updated June 24, 2024

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Specifications subject to change without notice. Adtran and the other trademarks listed at www.adtran.com/trademarks are registered trademarks of Adtran, Inc. or its affil-
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