Monday, December 13, 2010

AppliedMicro Debuts 100G OTN Muxponder

AppliedMicro introduced a 100G Muxponder (multiplexing transponder) solution for Optical Transport Networks (OTN) featuring an integrated framer/mapper PHY and the company's "SoftSilicon" flexibility . The 100G Muxponder can multiplex any combination of 10G and 40G client signals into a 100G OTN signal (OTU4).


The solution unifies AppliedMicro's TPO404 OTU4 multiplexer and PQ60T 10-40G mapper/framer with a common Application Programming Interface (API) that enables efficient integration and maintenance efforts for equipment vendors. AppliedMicro's 100G Muxponder supports any combination of signals from 10G and 40G Ethernet to legacy OC192/OC768 SONET/SDH, as well as 8G and 10G Fibre Channel. It also provides interoperability with all major forward error correction (FEC) schemes in long-haul optical network architectures. The company is offering reference platforms for 100G blades and systems. Pin-outs and data sheets are now available.
http://www.apm.com

  • In November, AppliedMicro introduced a family of 100 Gbps optical network processors for the Packet-Optical Transport System (P-OTS) and IP-over-DWDM transport markets. Leveraging SoftSilicon programmable technology developed by TPack, the new devices support the recently-adopted 100GE (IEEE ) and OTU4 (ITU-T) interface standards. The first two new devices in the family, TPOT414 and TPOT424, are 100G transponders for metro/core OTN and packet networks. The devices interface directly to CFP or MSA-168 type optical modules for standalone transponder applications or for line cards in larger systems. AppliedMicro said its SoftSilicon technology enables the same device to be configured to run as an 100GE-OTU4 transponder or as an OTU4-OTU4 transponder. The soft approach also enables flexibility as specs are updated.


  • Earlier this year, AppliedMicro acquired TPACK A/S, a developer of programmable chip solutions for packet transport networks, for $32 million in cash plus up to $5 million in cash earn-outs depending on performance milestones over the next eighteen months. TPACK, which is based in Copenhagen, Denmark, developed a "SOFTSILICON" solution implemented in Altera FPGA devices. The SOFTSILICON products are used in 10, 40 and 100 Gbps OTN switching and routing network equipment.

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