Sync.Lab is an Ethernet / IP laboratory with advanced synchronization features that replicates actual architectures. It includes Transmission nodes, Master/Slave PTP clocks, WAN emulation, Packet capture appliances and Field Testers that have been designed for experts willing to experiment telecom architectures under real traffic conditions. With Sync.Lab engineer will be able to model and simulate real networks minimizing risks while taking correct buying, configuration and trobleshooting decisions.
Sync.Lab is intended to satify the demands of Telecom Manufacturers, Operators, Research Centers and also is an excellent platform to train the staff that will learn how to install and maintain Ethernet / IP transmission networks using PTP and SyncE clocks.
Sync.Lab is built with a combination of the following ALBEDO components:
ALBEDO telecom will supply original telecomunication books and offer training courses at your presimises or in our headquarters.
TE operators, Power utilities, Airports, Railways and Finance Corporations are adopting PTP as a new paradigm for timing distribution across the existing Ethernet/IP networks. Sync.Lab is a reasonable solution for manufacturers, universities and operators willing to run trials, research programs or learning in a real platform. Every single resource can be spotted and manipulated by the users including reference clocks, traffic load, synchronization profiles, network conditions, frames formats, etc. while a test suite can be run to test and verify every single feature at transmission and timing layers.
Sync.Lab provides valuable insight to design networks and Ethernet and PTP planes. It is possible to verify QoS, find tolerances or testing new appliances. Experts will quickly characterize those resources that are in a good shape and which ones require intervention.
The first step it the analysis of KPI of the network that has to transport in terms of capacity and quality that can be determined executing RFC 2544 and eSAM with Ether.Genius tester
The protocol PTP is designed to work under highly occupied networks that may cause undesired effects such as delay variation that affect Quality. Sync.Lab can emulate data traffic while time messages are transmitted. Engineers can verify if the network are capable to operate properly under different load scenarios.
Several test are possible to verify Boundary Clock (BC), Transparent Clock (TC) and Ordinary Clock (OC). Grandmaster and time distribution network can be verified with two modes: Net.Sync in slave mode (not time reference) and also in pseudo slave. Ether.Genius can play the role of a Grand Master or Slave to substitute a clock under test. It si also possible to know the quality of 1pps output (or any other output signal) from PTP slave.
Engineers, Professionals and Strudents working for: of telecoms willing to experiment on new topologies and protocols.
Sync.Lab is equipped with all network elements to build real networks while simulating real traffic conditions to validate your practices.
|AT.NTIME||ALBEDO Net.Time IEEE 1588-2008 Grandmaster clock. IEEE 1588-2008 protocol monitoring. Dual 10/100/1000 Mb/s RJ-45 electrical ports, dual optical (SFP) ports. PTP message classification and analysis. Includes internal Rubnidim Clock, built in GPS reciver, 2048 kHz, 2048 kb/s, 1544 kHz, 10 MHz, 1 pps / time-of-day inputs. 2048 kHz and 1 pps inputs / outputs. Fault tolerant AC/DC inputs, console cable, GPS antenna and cable, rack mount screws.
|AT.NSYNC||ALBEDO Net.Sync IEEE 1588-2008 Grandmaster / Slave clock emulation. IEEE 1588-2008 protocol monitoring. Dual 10/100/1000 Mb/s RJ-45 electrical ports, dual optical (SFP) ports. PTP message classification and analysis. PDV analysis. PTP TIE, MTIE and TDEV analysis (ITU-T G.8260). Floor delay packet population test (ITU-T G.8260). QoS statistics. RFC 2544 performance test. BER test. Traffic generation. L1-L4 loopback functionality. Traffic statistics. Error analysis. Connectivity test (PING, Trace Route). Analysis filters. Event insertion. Endpoint and pass-through operation modes. Graphical display of events. Report generation and export. Includes internal OCXO timing source. GPS synchronization input. 2048 kHz, 2048 kb/s, 1544 kHz, 10 MHz, 1 pps / time-of-day inputs. 2048 kHz and 1 pps outputs. AC power input, AC power cord, console cable, GPS antenna and cable, rack mount screws.
|AT.NStorm.RCK||NetStorm 19' rack. 2xGigabit Ethernet interfaces electrical and optical (SFPs based) Full Duplex operation at 1 Gbit/s or 1,5 Mframes/s, Traffic impairments can be defined over max. 16 traffic flows Actions: Packet loss, error, duplication, delay, jitter, reordering, bandwidth control. Accuracy better than 10-6 secs. at 1 Gbit/s.
|AT.NHunterk.HH||Net.Hunter hand-held. Battery operated capture device including 2 Line ports (SFP interfaces supporting 10BASE-T, 100BASE-TX, 100BASE-FX, 1000BASE-T, 1000BASE-SX, 1000BASE-LX, 1000BASE-ZX), 2 Mirror ports (RJ45 interfaces including 10BASE-T, 100BASE-TX, 1000BASE-T), aggregation function in one mirror port, storage in internal high speed SDD in PCAP / PCAPNG format with hardware timestamps. Includes AC/DC adapter, transportation bag, two units of RJ45 SFP transceiver (10BASE-T, 100BASE-TX, 1000BASE-T).[REQUIRES: AT.NHunter.SSD120
|AT.EGenius.HH||Ether.Genius hand-held tester. Battery operated. GBE tester with optional E1, data communications and synchronization capabilities includes dual 10/100/1000 Mb/s electrical ports, dual optical ports. QoS statistics, RFC2544 performance test, BER test, continuous / burst / ramp / random traffic generation, traffic statistics, error analysis, connectivity test (PING, Trace Route), analysis filters, event insertion, endpoint and through operation modes, graphical display of events, report generation and export. Includes AC/DC adapter, transportation bag, one RJ-45 patch cable, One BNC-BNC patch cable. SFP transceivers not included.