Vendor: Tera-Pass Category: Optical Transport

40G OTN Processor, Muxponder

The Apodis IPL4002M OTN processors ASICs are a member of Tera-Pass’ product family for access applications.

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Overview

The Apodis IPL4002M OTN processors ASICs are a member of Tera-Pass’ product family for access applications. Apodis IPL4002M processors support the functionality required by metro, access and enterprise networks. Apodis IPL4002M client-side supports up to 16 multi-service, multi-rate ports and multiplexes them to 4 OTU2/OTU1 (10.7/11.1 G or 2.7G) bearers.

Key features

  • 16 Client Ports support up to 40G of traffic presented through 16 multi-rate and multi-protocol interfaces.
  • 4 Client Signal Processors, each capable of supporting up to 10G of Client Traffic, implement the functionality of various Client-Side protocols, such as Ethernet, SDH/SONET, OTN and more.
  • A Transparent Agnostic Fabric (TAF) provides non-blocking, unidirectional, bi-directional and unrestricted multicast connectivity, supporting ODU-0/1/2/flex granularities.
  • 4 Line Signal Processors, each capable of supporting up to 10G of Line Traffic, implement the functionality of OTU2/OTU1 bearers offering multiple choices of Forward Error Correction (FEC) algorithms. The OTU2 line signals can be configured for PT20 and PT21 multiplexing.
  • A 32-bits parallel control bus supports Intel and Freescale operational modes.
  • An External Overhead Interface (EOI) provides round-robin access to all the GCC channels of OTN signals, to all the DCC channels of SDH/SONET signals and Read/Write (R/W) to the entire overheads of OTN signals. Special built-in logical operators allow to implement additional functions on OTN overhead fields.
  • Apodis OTN processors operate off a single 155.52MHz reference clock. No additional external circuitry is needed to support the wide variety of protocols and bitrates of its Client and Line interfaces. Integrated jitter attenuators with variable filter poles meet the most stringent requirements for Jitter Generation, Accepted Jitter and Transfer Jitter.

Block Diagram

Apodis IPL4002M block diagram

Files

Product Sheet Download

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Specifications

Identity

Part Number
Apodis IPL4002M
Vendor
Tera-Pass

Provider

Tera-Pass
HQ: Israel
Tera-Pass develops advanced Optical Transport Network (OTN) processors that enable Network Equipment (NE) vendors to build optimized, resilient and cost-effective wireline and wireless access and metro systems. Tera-Pass offers a unique combination of both ASIC (Apodis) and IP Core (Gemini, Zephyr, Orion, Scorpion) based product families, enabling its Network Equipment (NE) vendors customers to select the most optimal solution for their needs. The various members of each product family are designed bearing in mind software and hardware commonality, simplifying the transition from one family member to another. Apodis OTN processors are general-purpose devices addressing capacities in the range of 10G-40G. Gemini and Zephyr IP Cores address access and premium services applications. Orion IP Cores address the transport of CPRI signals over OTU2r bearers. Orion IP Cores implement a novel ITU-T endorsed OTN technology that provides a unique solution for the transport of CPRI 4G signals over optical links. Scorpion IP Cores address the transport of Client Services over OSU (Optical Service Units) variable bandwidth containers, following the evolution of the relevant ITU-T standards. Scorpion processors support advanced features such as hitless bandwidth adjustment of the OSUs allocated for the transport of packet-based Client Services. Along with its various product families of OTN processors, Tera-Pass also offers an extensive range of design-support tools and services, intended to simplify and ease the integration of Tera-Pass’ products with our customers’ software and hardware systems.
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Frequently asked questions about Optical Transport IP cores

What is 40G OTN Processor, Muxponder?

40G OTN Processor, Muxponder is a Optical Transport IP core from Tera-Pass listed on Semi IP Hub.

How should engineers evaluate this Optical Transport?

Engineers should review the overview, key features, supported foundries and nodes, maturity, deliverables, and provider information before shortlisting this Optical Transport IP.

Can this semiconductor IP be compared with similar products?

Yes. Buyers can compare this product with similar semiconductor IP cores or IP families based on category, provider, process options, and structured technical specifications.

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