September 26, 2013
OE Solutions and AimValley demonstrate OC-48 TSoP Smart XFP™
By OE Solutions
GWANGJU, Korea and HILVERSUM, The Netherlands, September 26, 2013 – OE Solutions and AimValley extend their portfolio of TSoP Smart Transceivers to include OC-48 over Ethernet.
In Carrier Ethernet networks the TSoP Smart XFP™ and Smart SFP™ enable operators to migrate and integrate their SONET/SDH transport network into a single technology packet network using cost-effective and low footprint modules.
Network operators that plan to upgrade their networks from SONET to Ethernet packet switched technology need to consider how to migrate their customers’ services.
The TSoP protocol offers network operators an interesting solution for upgrading their network from SONET to Packet, while preserving SONET connectivity for their customers. The upgrade to Ethernet is done by adding TSoP Smart SFPs and XFPs on the newly installed Ethernet switch equipment. The TSoP Smart Transceiver processes the SONET/SDH signal with full transparency, maintaining payload structure, protection protocols and synchronization end-to-end; this simplifies the configuration and service turn-up of SONET/SDH connections across a packet network
The TSoP Smart Transceivers can be used in several applications where existing services need to be preserved during network migration. The TSoP module enables efficient and cost-effective migration of a SONET access network to Carrier Ethernet, eases the upgrade of SDH microwave links to Gigabit Ethernet packet radio and makes efficient use of DWDM wavelengths possible by adding a TSoP module to a switched Ethernet muxponder card in a WDM system.
“With our new XFP module we can support much higher bandwidths. We have set the next step in the Smart Transceiver revolution by supporting up to 10G wire speed packet processing on our new platform. This will open up a whole new range of applications”, says John Kwak, Director of Business Development at OE Solutions.
The TSoP Smart XFP™ is sampling with OC-48/STM-16 optical interface per ITU-T and GR-CORE specifications and will support various optical reaches over Extended Temperature range.
OE Solutions and AimValley will demonstrate the new TSoP Smart XFP™ module at the Ethernet & SDN expo in New York, October 2-3, 2013.
For more information see www.smartsfp.com or contact us at firstname.lastname@example.org.
About OE Solutions
OE Solutions is a leading supplier of opto-electronic transceiver solutions for both broadband wireless and wireline markets. OE Solutions provides solutions for wireless backhaul, Metropolitan Area Networks (MANs), Local Area Networks (LANs), Storage Area Networks (SANs), Passive Optical Networks (PONs), and HD Video Transport. The company is specialized in BiDirectional, Single Wavelength BiDi & Industrial Temperature Transceivers for Ethernet, CPRI, OBSAI, and Video. Founded in 2003, OE Solutions has differentiated itself by offering technical excellence and a customer-oriented mindset. OE Solutions has grown over the last decade as one of the key suppliers to many systems companies worldwide. The company has its headquarters in Gwangju Photonics Industry Cluster, South Korea. OE Solutions currently has two local support offices located in New Jersey and California, United States. OE Solutions strives to be the “Global leader of the ‘Video Revolution’ in wireless, wireline, and HD video markets.” More information via www.oesolution.com.
AimValley, founded in 2003, helps companies to get a grip on their telecom and data networking technologies. The company does so by providing state-of-the-art technological solutions for telecommunications and data communication systems providers. AimValley offers a full range of system level services including product definition and architecture, software design, systems testing, hardware design, and factory introduction. From stand-alone consultancy to comprehensive turnkey solutions, AimValley builds on its experience at leading telecom suppliers and technology research labs. More information via www.aimvalley.com.