Orolia EdgeSync User Manual
  1. Manuals
  2. Brands
  3. Orolia Manuals
  4. Switch
  5. EdgeSync
  6. User manual

Orolia EdgeSync User Manual

Network timing edge device
Hide thumbs
Table of Contents

Advertisement

Quick Links

Download this manual
28 September 2021
EdgeSync
Network Timing Edge Device
User Manual
EdgeSync and EdgeSync+
Document Part No: 1244-5000-0050
Revision: 1

Advertisement

Table of Contents
loading
Need help?

Need help?

Do you have a question about the EdgeSync and is the answer not in the manual?

Questions and answers

Summary of Contents for Orolia EdgeSync

  • Page 1 28 September 2021 EdgeSync Network Timing Edge Device User Manual EdgeSync and EdgeSync+ Document Part No: 1244-5000-0050 Revision: 1...

  • Page 2: Table Of Contents

    Applying Power ....................................11 Getting Started ....................................12 Logging in with the console ..............................12 Set up IP address ..................................12 Remote Network Access to EdgeSync ..........................12 HTTP/Web access ......................................... 12 Secure Shell (SSH) access ....................................13 SNMP (v2, v3) ........................................... 13 XML API ............................................
  • Page 3 Alarms/Events Tab ..................................35 Security Tab ....................................37 System Tab ..................................... 38 SNMP Tab ......................................39 Command Reference ................................. 41 EdgeSync Basic Commands ..............................41 Help Command ......................................... 41 History Command ........................................41 Quit Command ......................................... 41 Show commands................................... 41 Show Alarms Command ......................................42...
  • Page 4 GNSS Only mode ........................................50 GNSS Primary, PTP Secondary mode ................................. 50 PTP Primary, GNSS Secondary Mode ................................50 GNSS Interface ..................................... 50 EdgeSync Clock Sync States ..............................51 FREE RUNNING State ......................................51 SYNTONIZING State ......................................51 SYNCHRONIZING State ....................................... 51 HOLDOVER State ........................................
  • Page 5 SMPTE Profile ......................................... 63 Synchronous Ethernet (SyncE) ............................63 What is Synchronous Ethernet? ..................................63 SyncE feature in EdgeSync ....................................64 SyncE in OFF mode ......................................64 SyncE in Master mode ......................................64 SyncE in Boundary Clock Mode ..................................65 SyncE - status ..........................................

  • Page 6: Introduction

    EdgeSync Figure 1 The EdgeSync gets its time from the built-in GNSS receiver or 1PPS/ToD input or IEEE 1588-2008 PTP as input references. PTP algorithms are leveraged to deliver stringent timing for frequency and phase profiles. Outputs include IEEE 1588-2008 PTP, selectable FREQ Out, 1PPS, and Time of Day (ToD).

  • Page 7: Typical Applications

    Table 1 EdgeSync Rear Panel Interfaces Typical Applications EdgeSync is a small form factor IEEE-1588-2008 PTP Edge Grand Master and Boundary Clock that can be used for smart grid transmission and distribution substations. This Multi-Sync Gateway platform is designed for small cell clusters, C-RAN, and edge applications. For more information about PTP, see [1].

  • Page 8: Oscillator Options

    EdgeSync+: HP OCXO oscillator, 8-hour holdover for 1.5 µsec accuracy. PTP Slave Capacity The EdgeSync has two variants that can support different unicast slave capacity (32 or 128) slaves at up to 128 sync / delay packets per second when the Managed Clock Engine (MCE) is operated as a master clock depending on the product SKU.

  • Page 9: Installation

    Area Network (LAN) or Wide Area Network (WAN) dedicated to transporting PTP timing messages. Environmental Requirements The EdgeSync operating temperature is 0°C to 50° C (-32°F to 122° F). Use only shielded cable for all signal wiring, including I/O, clocks and Ethernet. Use the Ground connector to appropriately ground the EdgeSync to earth ground.

  • Page 10: Rack Mounting The Edgesync

    PWR A and PWR B. EdgeSync comes equipped with 2 Phoenix connectors to supply PWR A and PWR B and the user needs to connect the two terminals of it to their DC +/- supplies. The EdgeSync can also be powered by two VAC power sources, with 28 – 40 VAC supply.

  • Page 11: Console

    Console A mini-USB connector labelled Console is available for EdgeSync to have a serial connection to a PC or laptop. The user can connect to EdgeSync console via terminal emulation applications on PC like Tera Term, PuTTy, minicom or Procomm to access the CLI over the serial port.

  • Page 12: Getting Started

    Logging in with the console Log into EdgeSync using the mini-USB console. Default set-up is 115200 baud, 8 bits, no parity, and one stop bit. Login is admin and password are admin. Terminal emulation software like Tera Term, PuTTY, minicom and Procomm can be used for this purpose.

  • Page 13: Secure Shell (Ssh) Access

    Web Interface This chapter deals with the Web Interface of EdgeSync. A topic for each page in the web interface is provided, with an explanation of each tab, button and selection on each page. The Login Webpage and Home Webpage are presented as a starting point for accessing the Web Interface.

  • Page 14: Change Password Webpage

    Clear button – Clear all entries In the case of a forgotten or lost password, the EdgeSync can be reset to factory defaults to recover the default password. The Hard Reset Button section of this User Guide describes how to reset the EdgeSync to factory defaults.

  • Page 15: Home Webpage

    PTP Primary, GNSS Secondary • PTP only, GPS debug (experimental, for Orolia internal use ONLY!) EdgeSync Operating Modes are described in detail and can be managed as described in the EdgeSync Engine Modes Section of this User Guide. orolia.com EdgeSync Manual rev 1 | 15...
  • Page 16 While the engine start is in progress, a label will display “Applying configuration and starting the engine - please wait!!” at the top of the screen. Clock ID • This is this EdgeSync node’s PTP Clock-Id. Time Source • GNSS •...

  • Page 17: Interface Webpage Tab

    Synchronizing – (1pps + ToD) or PTP reference source, timing synchronized to that Holdover – Lost reference source, timing continues with earlier reference EdgeSync Sync States are described in detail in the EdgeSync Clock Sync States Section of this User Guide.

  • Page 18: Interface :: Ptp Timing Ports

    NOTE: Synchronous Ethernet is supported only for 1000 Full Duplex ports Link State Link Up / Link Down Status with Mbps Data Rate and Full Duplex I/O IPv6 Address (Link local) IPv6 address used when PTP::Port::Network Protocol is IPv6 18 | EdgeSync Manual rev 1 orolia.com...
  • Page 19 PassThrough Enable: All packets (including user data) received on the PTP port(s) that is not destined for this EdgeSync will be forwarded from one PTP port to another PTP port. Disable: Only (PTP) traffic destined for this EdgeSync will be processed.

  • Page 20: Interface :: Mgmt Port

    Link UP / Link DOWN Status Six colon separated hexadecimal MAC address display Apply / Clear Apply Button Click for selection and settings to be applied to the EdgeSync MGMT port Clear Button Click to clear the latest changes Ping IP Address Four dot separated octets (0 –...

  • Page 21: Interface :: Gnss

    Holdover: Do not ignore Void flag and treat as not Active Active Clock Class GNSS Active (A) clock class. The allowed Clock Class settings Mapping are defined in IEEE Std 1588-2008, section 7.6.2.4 and Table orolia.com EdgeSync Manual rev 1 | 21...

  • Page 22: Interface: Gnss Visible Satellite Info

    GNSS ToD Baud Rate: 4800 or 9600 Rate Apply / Clear Apply Button Click for selection and settings to be applied to the EdgeSync Clear Button Click to clear the latest changes Table 4 GNSS Options Interface: GNSS Visible Satellite Info Informational parameters of all the visible satellites are displayed on selecting this tab.

  • Page 23: Interface :: Tod/1Pps Output

    • If the Error Tolerance is non-zero, and the MCE is in the Holdover state, the ToD/1PPS signal is stopped as soon as either the estimated error becomes larger than the Error Tolerance or the MCE exits the Holdover state. orolia.com EdgeSync Manual rev 1 | 23...

  • Page 24: Sfp Info

    Select TOD OUT Baud Rate: 4800, 9600, 14400, 19200, 28800, 38400, 57600, or 115200 Apply / Clear Apply Button Click for selection and settings to be applied to the EdgeSync Clear Button Click to clear the latest changes Table 5 ToD/1PPS Output Options...

  • Page 25: Ptp Webpage Tab

    Select Timing Frequency Output: 1544 kHz, 2048 kHz, and 10 MHz. Apply / Clear Apply Button Click for selection and settings to be applied to the EdgeSync Clear Button Click to clear the latest changes orolia.com EdgeSync Manual rev 1 | 25...

  • Page 26: Ptp :: Clock

    PTP Clock priority 1 Clock Priority 2 PTP Clock priority 2 Domain Number Configure the PTP Clock domain number Apply / Clear Apply Button Click for selection and settings to be applied to the EdgeSync 26 | EdgeSync Manual rev 1 orolia.com...

  • Page 27: Ptp :: Port

    Master, Master, Passive, Uncalibrated, Slave} L2 Multicast DA G8275.1 L2 multicast DA for PTP messages selection options: Forwardable, Non-forwardable, Forwardable only, and Non-forwardable only The table show more details for each of these options: orolia.com EdgeSync Manual rev 1 | 27...
  • Page 28 The range is -7 to +7 Announce Interval Configure PTP Announce Interval. The unit is in log to the base 2. For example, value = -4 is 16 packets/second, or value = 0 is 1 packet /second, or 28 | EdgeSync Manual rev 1 orolia.com...

  • Page 29: Ptp :: Unicast

    Differentiated Service Code Point (DSCP) settings for PTP frames for network-wise QoS treatment Apply / Clear Apply Button Click for selection and settings to be applied to the EdgeSync Clear Button Click to clear the latest changes Synchronous Ethernet SSM Channel (ESMC)
  • Page 30 Transmission Duration Unicast transmission duration The range is 60 – 3600 seconds Apply / Clear Apply Button Click for selection and settings to be applied to the EdgeSync Clear Button Click to clear the latest changes MIXED Mode PDelay Auto: pDelay responses will be multicast or unicast depending...

  • Page 31: Ptp :: Unicast Nodes

    Range is -7 to +7 Add Master Node Click for selection and settings to be applied to the EdgeSync Button Delete Master Node Network Address IPv4 address of Master node to be deleted, four dot separate octets (0- 255) or Ethernet address, six dash separated...

  • Page 32: Ptp :: Dataset

    This tab provides profile specific information as shown below (G8275.2 profile, for example). This information will be different based on what PTP profile has been chosen. Figure 19 PTP::Dataset::PTP profile dataset (for G8275.2) 2. PTP (non-profile) dataset Figure 20 PTP :: Dataset::PTP (non-profile) dataset 32 | EdgeSync Manual rev 1 orolia.com...

  • Page 33: Ptp :: Time

    Quality Threshold setting on the PTP :: Config web page for the EdgeSync to remain in Holdover. Apply / Clear Apply Button Click for selection and settings to be applied to the EdgeSync Clear Button Click to clear the latest changes On-board Oscillator...
  • Page 34 1. The range is 1 to 127 Apply / Clear Apply Button Click for selection and settings to be applied to the EdgeSync Clear Button Click to clear the latest changes Table 12 SNTP Options 34 | EdgeSync Manual rev 1...

  • Page 35: Configuration Webpage Tab

    EdgeSync file to upload. UPLOAD button Click to start the upload configuration option Table 133 Configuration Options Alarms/Events Tab Alarms/Events Tab – Provides hardware alarm states and an event log generated by the EdgeSync software. orolia.com EdgeSync Manual rev 1 | 35...
  • Page 36 Figure 24 Alarms Webpage The Alarms section will list all the EdgeSync Alarms and their current status. The following is a list of the EdgeSync Alarms. Alarm Detection Reason System Internal Error Any power or hardware component error detected GNSS Lock/Unlock...

  • Page 37: Security Tab

    Security Tab Security Tab – Currently, this page provides control for https – secure way of accessing EdgeSync over the web. The web access or GUI for EdgeSync is over http protocol which can be either: non-secure (http): Mainly for inside customers’ secure or internal network – does not need SSL certificate secure (https): For improved security, or in public network –...

  • Page 38: System Tab

    Without proper authentication, the client or browser accessing EdgeSync may warn the user that the access is “not secure” since the SSL certificate has not been authenticated. With https, all web transactions are encrypted regardless of SSL certificate is authenticated or not.

  • Page 39: Snmp Tab

    Software Upgrade Display bar to show the upgrade progress Status System Logs Download Download the EdgeSync MCE Event Log to the Host PC. The log file is encrypted and is for Orolia use. System Power Reboot button Reboot the EdgeSync system...
  • Page 40 Clear Button Click to clear the latest changes Table 167 SNMPv2 Options EdgeSync supports SNMP v3 as well and the table below shows the related parameters. SNMPv3 Legend: RO = Read Only, RW = Read/Write, WO = Write Only Labels...

  • Page 41: Command Reference

    Click for selection and settings to be applied to the EdgeSync Clear Button Click to clear the latest changes Table 18 SNMPv3 Options EdgeSync maintains the list of active SNMPv3 users with the user name and their security level at the bottom of the webpage. Command Reference EdgeSync Basic Commands The login credentials for accessing EdgeSync CLI shell is admin/admin.

  • Page 42: Show Alarms Command

    Show Alarms Command show alarms - This command will display any active EdgeSync alarms. If no alarms are present, the Alarm Name and State columns will be blank. Show Status Command show status - This command shows the Managed Clock Engine’s Sync information – EdgeSync Sync Status and EdgeSync Sync State.

  • Page 43: Network Configure Command

    PTP to slave units. This command enables the user to set the date and time (ToD) on EdgeSync manually. The user can enter the wall-clock time for the present date and time with this command with the “set” option. The date command without any parameters will display the current ToD.

  • Page 44: Reboot Command

    - This command will start a log of the Managed Clock Engine’s Sync information in PTP only and PTP primary and GNSS secondary mode. The data points are: EdgeSync Sync Status, EdgeSync Sync State, Steps removed, Offset from master (in ns), Mean path delay (in ns) and the timestamp.
  • Page 45 1 PPS or ToD Input. Symptom Probable Cause Recommended Action Sync Status LED is Off MCE Processor has not Wait approximately 4 minutes completed its boot up process. for the MCE processor to complete booting. orolia.com EdgeSync Manual rev 1 | 45...
  • Page 46 Verify that the PTP Port 1 or mode and is not synchronized Port 2 is connected to a PTP to the PTP Grand Master. Grand Master time source through the RJ45 or SFP connectors. 46 | EdgeSync Manual rev 1 orolia.com...
  • Page 47 On the EdgeSync Front Panel, 1PPS / ToD inputs but has not connect the 1PPS / ToD RJ45 connected the input sources. input source. On the Interface :: GNSS web page, Enable 1PPS In and ToD In. orolia.com EdgeSync Manual rev 1 | 47...
  • Page 48 MGMT Port is on the same Make sure that the IP address network / subnet as the timing of the MGMT port and the ports. addresses of Port 1 and Port 2 are on different networks/subnets. 48 | EdgeSync Manual rev 1 orolia.com...

  • Page 49: Safety Considerations

    The following safety consideration should be used when handling and installing the EdgeSync. • When installing or working on the EdgeSync equipment, ESD wrist straps should be worn. Use the specified power supply and ground for the EdgeSync equipment as stated in the Power • and Ground Connections section.

  • Page 50: Ptp Only Mode

    PRC_DEGRADATION_B (187) or APP_DEGRADATION_B (193), so clock can potentially become a PTP slave if a better clock appears on the network. This mode means that the EdgeSync clock has the GNSS-signal as its primary source of synchronization and the PTP as a backup source, i.e. when no GNSS-signal present.

  • Page 51: Edgesync Clock Sync States

    ToD-input signal and the clock become a PTP master. When the EdgeSync engine is running in GNSS Only mode or PTP Only mode, the clock class is automatically changed to either PRC_SYNC (6) or APP_SYNC (13) and the clock accuracy is set to WITHIN_100_NS.

  • Page 52: Unknown/Error State

    After holdover interval expires, the clock switches to the FREE RUNNING state, and its accuracy is reset to UNKNOWN (0xFE). UNKNOWN/ERROR State The EdgeSync clock has entered a failed or error condition and the sync state is unknown. Unicast Operations By default, unicast operations are disabled and the EdgeSync port operates in multicast mode. After unicast mode is enabled no multicast communications are possible.

  • Page 53: Maintaining Master's List Of Static Slaves

    Unicast BOTH mode of operation The PTP port on EdgeSync can be configured to automatically assume either the role of a unicast Master or a unicast Slave when the port mode is unicast BOTH. For example, if a port is in unicast Master mode and has GNSS reference and if the GNSS reference is lost, it can switch over to unicast Slave to another GM in the network.

  • Page 54: Monitoring Unicast Operations

    The EdgeSync Multi-Sync Gateway has the capability of using both of its Ethernet ports (Port 1 and Port 2) as PTP ports. This opens the possibility of using the EdgeSync as a two-port gateway or boundary clock. For more information about Gateway and Boundary Clocks, see [1].

  • Page 55: The Boundary Clock

    PTP messages from an external Grand Master (GM) Clock. The PTP Clock Webpage is used to set the EdgeSync clock as a boundary clock, described in PTP :: Clock Section of this User Guide. The following figure illustrates the difference between a Gateway Clock and a Boundary Clock. The slaves connected to a Gateway Clock will only recognize the Gateway Clock as a Grand Master and not any other upstream masters.

  • Page 56: Ptp (Slave) Servo Configuration Parameters

    “Full on-path” selection is used along with G.8275.1 profile, where all network elements in the network participate in PTP protocol. Frequency Out The syntonized frequency that will be output on the FREQ Out port on the EdgeSync Front Panel. The valid options are 10MHz (default), 1.54MHz (T1 frequency) and 2.048 (E1 frequency). SNTP Besides PTP timing protocol, EdgeSync supports SNTP (Simple Network Time Protocol) for those applications where very high precision (i.e., sub-microsecond accuracy) synchronization is not a...

  • Page 57: Network Architecture, Deployment Considerations

    SNTP server. EdgeSync can operate as a PTP grandmaster or as a NTP Stratum-1 server, by getting time reference from GNSS and distributing that over the network to PTP slaves or NTP clients. If SNTP is enabled, then EdgeSync can service both, PTP slaves as well as NTP clients.

  • Page 58: Ptp Profiles

    EdgeSync provides the flexibility and ease for customers to select one of the many PTP profiles provided to set the EdgeSync timing engine mode of operation. In the current release, both ports will be set to the same profile and not independently.

  • Page 59: Ieee 1588 Default Profile

    With EdgeSync, the user can select one of these PTP profiles for the timing engine to operate in. To make it user friendly, once the profile is selected, internally EdgeSync software will set up the most of the PTP profile specific parameters to default values for that profile and it is up to the customer if they want to customize it further (like a power user).

  • Page 60: Telecom Profile

    PTP over UDP/IPv4 or UDP/IPv6 and unicast mode of operation. The figure below shows the details of G.8275.2 telecom profile. Figure 33 G.8275.2 PTP Profile In PTP::Clock page, additional configuration parameters are provided that are specific to G.8275.2 profile as shown below. 60 | EdgeSync Manual rev 1 orolia.com...

  • Page 61: G.8265.1 Telecom Profile

    VLAN (i.e., VLAN-id = 0, priority = 4). In PTP::Clock page, additional configuration parameters are provided that are specific to Power Profile v1 as shown below. orolia.com EdgeSync Manual rev 1 | 61...

  • Page 62: Power Version-2 Profile

    In many aspects, this is very similar to the Power v2 profile mentioned earlier. In PTP::Clock page, additional configuration parameters are provided that are specific to the Power Utility profile as shown below. Power Utility: Figure 38 Power Utility Profile - additional configuration parameters 62 | EdgeSync Manual rev 1 orolia.com...

  • Page 63: Smpte Profile

    Synchronization Messaging Channel (ESMC). This ESMC message is to convey the reference clock quality and traceability information in the form of Quality Level (QL). The SyncE feature is considered a physical layer characteristic unlike PTP which is in higher-layer software. orolia.com EdgeSync Manual rev 1 | 63...

  • Page 64: Synce Feature In Edgesync

    SyncE feature can be deployed as described below. The PHY’s used in EdgeSync support SyncE in terms of supporting clock recovery on Ethernet Rx and being able to provide 125MHz clock externally for Ethernet Tx. This is supported with native RJ45 (1000BASE-T) PTP port interfaces and with optical 1GE SFP modules.

  • Page 65: Synce In Boundary Clock Mode

    In this mode of operation, EdgeSync is in GNSS-only operating mode where it gets 1pps and ToD signals from a GNSS receiver (internal or external to EdgeSync), which was originally extracted from GNSS L1 signal. In this mode, the frequency, phase and time references are extracted from GNSS signal, and SyncE is output on both ports for frequency with ESMC/QL message distribution to next downstream L2 network node.
  • Page 66 Figure 44 SyncE in BC mode for G8275.2, ref input on Port-1 SyncE (output) DISABLED Managed Port-1 SyncE (input) Timing Engine ENABLED Port-2 Figure 45 SyncE in BC mode for G8275.2, ref input on Port-2 66 | EdgeSync Manual rev 1 orolia.com...

  • Page 67: Synce - Status

    Figure 46 GM SyncE status output on PTP::Port webpage The above figure is a sample status when EdgeSync is operating as a GM and Port1 is connected to a SyncE slave and Port2 is not connected to a link partner (link down condition). The following describes the different fields in this use case: •...

  • Page 68: Synce - Some Additional Notes

    Figure 47 BC SyncE status output on PTP::Port webpage The above figure is a sample status of SyncE when EdgeSync is operating as a BC, getting the SyncE reference from Port1 and propagating it on Port2. Here, on port-2 a SFP optical module is used instead of the native RJ45 Copper port.

  • Page 69: 5G And Synchronization

    Open RAN, ORAN deployment scenarios EdgeSync is a simple yet powerful and flexible stand-alone timing and synchronization solution for todays and next generation networks. Specifically with the advent of commercial off the shelf hardware (COTS), open-source software and disaggregation concepts and technologies into Radio Access Network (RAN).

  • Page 70: Edgesync For 5G Deployment

    Regardless of whether the network operator deploys a disaggregated multi-vendor or the legacy single-vendor infrastructure, precise timing and synchronization is critical. Shown below is how EdgeSync can be deployed for the different configurations as specified in Synchronization plane (or S-plane) of ORAN Workgroup-4. The configurations are specified as LLS-C1 through LLS-C4, where LLS = low-level split.
  • Page 71 Figure 49 EdgeSync solution for ORAN S-plane The figure below shows other deployment scenarios – for 5G using legacy network architecture for synchronization. Figure 50 EdgeSync solution for 5G RAN (legacy sync) orolia.com EdgeSync Manual rev 1 | 71...

  • Page 72: Physical Interfaces

    Important Note: Do NOT power cycle the EdgeSync until the long push button reset is finished and the system comes back in normal operation mode. This is indicated by the power LED turning green or EdgeSync log on Alarms/Events page indicates that it is ready for operation.

  • Page 73: Management Interface

    RJ45 ports. These ports have been designed for standard SFP 1GE modules and dual-rate SFP+ modules operating at 1GE speed. Orolia has verified the operation with modules from leading vendors as shown below: Finisar: FTRJ8519P1BNL, FCLF-8521-3, FTLF1318P3BTL (available from Orolia as SFP-FIBER-SM)

  • Page 74: Led Description

    FiberStore (FS): H3C SFP-10GSR-85 (SFP+ dual-rate configured for 1GE) NOTE: SFP Copper modules are also available and will work with EdgeSync. The user should be aware that in that case, the PHY is inside the SFP Copper and in most cases will not fully support Synchronous Ethernet feature.

  • Page 75: Power

    Weight: 1.01 kg Part Numbers Part Number Description 100-925-02 EdgeSync, OCXO, 32 PTP Unicast Slaves 100-927-03 EdgeSync+, HP OCXO, 128 PTP Unicast Slaves Glossary Acronyms and Abbreviations 1PPS Pulse Per Second 1 Rack Unit, 1.75 inches or 44.45 millimeters Application Program Interface...
  • Page 76 Simple Network Management Protocol Secure Shell cryptographic network protocol Time of Day Transistor-transistor Logic Time Zone User Datagram Protocol, IPv4. Layer 3 network communication UDP6 User Datagram Protocol, IPv6. Layer 3 network communication 76 | EdgeSync Manual rev 1 orolia.com...

  • Page 77: References

    Data and Time from GPS, NMEA standard References [1] IEEE1588-2008 IEEE Standard for a Precision Clock Synchronization Protocol for Networked Measurement and Control Systems [2] ITU-T G.703, Physical/electrical characteristics of hierarchical digital interfaces orolia.com EdgeSync Manual rev 1 | 77...

  • Page 78: Contact

    Contact Should you have any questions or comments please visit the following link, where you can request product information or technical assistance: orolia.com/support/ You can also email Technical Support directly at: TimingSupport@orolia.com End of document orolia.com sales@orolia.com...

This manual is also suitable for:

Edgesync+

Table of Contents