PMC-Sierra’s POLO 40G breakthrough technology enables volume deployments of 40Gb/s coherent networks

24th May 2011
Source: PMC-Sierra
Posted By : ES Admin
PMC-Sierra’s POLO 40G breakthrough technology enables volume deployments of 40Gb/s coherent networks
PMC-Sierra today announced the industry’s most advanced 40Gb/s System-on-Chip (SoC) solution for coherent optical networking. The PM6373 POLO 40G’s innovative technology enables volume deployments of 40Gb/s coherent for metro, regional and long-haul network build-outs. This advanced SoC architecture doubles line card density and reduces power consumption by more than 50 percent when compared to 40G non-coherent network deployments.
The POLO 40G allows Carriers to address the enormous growth in video and mobile data traffic and enables them to reduce capital and operating expenses by deploying 40Gb/s bandwidth using existing fiber plant. PMC-Sierra’s unique combination of high-performance mixed-signal, digital signal processing (DSP), analog-to-digital convertor (ADC), OTN framing and Swizzle Forward Error Correction (FEC) SoC architecture digitally compensates for optical impairments and improves optical performance by more than 2dB for an additional 25 percent fiber reach extension, which dramatically lowers the cost of transmission.







“Carriers are choosing coherent deployments because it is the most effective technology to increase fiber transmission rates and build all-optical networks,” said Andrew Schmitt, Directing Analyst of Optical at Infonetics Research. “Coherent technology is one of the fundamental technologies of what I call the Optical Reboot: the optical network architecture transformation that will take place this decade.”







PMC-Sierra’s POLO 40G has elevated coherent networking to an unmatched level of integration to meet industry demand for increased fiber transmission rates beyond 10Gb/s. POLO 40G allows Carriers to dramatically lower capital costs by eliminating widely deployed optical equipment such as dispersion compensation management (DCM), dispersion compensated fiber (DCF), and the extensive hands-on operational cost of tuning and managing this equipment. With this solution, OEM line cards can transition from today’s two- or three-slot implementations to single-slot. As a result, Carriers can more than double faceplate density and reduce power consumption by 50 percent, as line card tuneable dispersion compensators (TCMs) are no longer required.







“With the explosion of bandwidth demand driving the need to upgrade existing metro, regional and long-haul fiber infrastructures to 40Gb/s and beyond, POLO 40G will be a key enabler to make the optical build-out a reality,” said Daryn Lau, Vice-President and General Manager of PMC-Sierra’s Communication Products Division. “PMC-Sierra has significant experience in delivering innovative products to enable evolving Carrier network requirements. Our POLO 40G is uniquely positioned to provide the combination of bandwidth per unit, power and cost when compared to existing multi-slot coherent solutions even in cost-sensitive Carrier Ethernet service point-to-point and metro deployments.”







Impairment Compensation, Broad Interoperability, Differentiated Reach Extension







POLO 40G is a single chip CMOS coherent DP-(D)QPSK transmission transceiver that delivers the full set of compensation capabilities, including chromatic dispersion (CD), polarization mode dispersion (PMD), second order PMD (SOP), and high-rate polarization tracking, among others. The platform provides an SFI 5.1 client interface and a fully OIF-compliant line side DP-(D)QPSK interface that seamlessly integrate into MSA optical modules and onto a line card with next generation CFP2 optical modules. POLO 40G also incorporates flash ADC technology with background calibration to maintain operating performance in demanding Carrier environments:







· Full Bit Transparent Operation: Supports all FEC overhead rates between seven percent and 20 percent and backward compatible with legacy 40Gb/scoherent solutions.



· Blind Equalization and Interoperability: Utilizes ITU standard OTL3.4 encoding/decoding for polarization resolve and ITU standard G.709 FEC to drive broad industry interoperability.



· Extended Reach with High Gain 18.8 Percent FEC Option: +2 dB additional OSNR margin provides an additional 25 percent reach extension over all other seven percent enhanced FEC implementations.



· Increased Spectral Efficiency: 40Gb/s DP-(D)QPSK is ready made for future 25GHz ITU grid spacing that doubles spectral efficiency from 0.8Bit/s/Hz to 1.6Bit/s/Hz.




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