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PM5333 ARROW 8xFE 8 Channel 10/100 Ethernet over SONET/SDH Mapping Device
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Symbols/Footprints
Features
- Maps up to eight channels of full-duplex 10/100M Ethernet into 622 Mbps SONET/SDH
- Supports multiple encapsulation protocols for worldwide interoperability including GFP, LAPS, and flexible HDLC
- Performs virtual and contiguous concatenation according to ITU-T G.707 and ANSI T1.105
- Supports selection of STS-1/VC-3 virtual concatenation, VT1.5/VC-12 virtual concatenation or STS-3c on a per port basis
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- Generates and terminates High-Order and Low-Order SONET/SDH POH
- Supports bandwidth provisioning in arbitrary steps of 1.6 Mbit/s (VT1.5) or 2.2 Mbit/s (VC-12)
- Supports fully integrated hitless Link Capacity Adjustment Scheme (LCAS)
- Supports up to 64 ms of differential delay
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ETHERNET SUBSYSTEM
- Provides integrated IEEE 802.3 compliant media access controllers (MAC)
- Provides IEEE 802.3 compliant Ethernet management interface (MDIO)
- Supports interfacing to full duplex 10/100M connections via SMII or SSSMII
- Supports per Ethernet port loopback enabling S/W based client side fault isolation and monitoring
- Supports loss-less IEEE 802.3 local flow-control
- Provides per port Ethernet Statistics using 32-bit counters for frames and 40-bit counters for octets to ensure rollover compliance of 58 minutes as per IEEE 802.3
- Supports frame delineation and generation with configurable IPG, preamble and CRC
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- Supports transparent transmission of VLAN tagged Ethernet frames
- Supports frame sizes of 64 bytes to 9632 bytes
- Supports programmable frame truncation from 1518 bytes to 9632 bytes
- Supports programmable depth fullpacket store-and-forward buffers for burst tolerance and rate adaptation
- Supports up to 512 Kbytes ingress buffering per port
- Supports 23 Kbytes egress buffering per port
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ENCAPSULATION
- Supports the following encapsulation protocols on a per port basis:
- ITU-T G.7041 Generic Framing Procedure (frame-based)
- ITU-T X.86 Link Access Procedure for SDH (LAPS)
- Flexible HDLC
- Supports insertion and extraction of GFP Client Management Frames (CMF)
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- Supports insertion and extraction of LCP, NCP and BCP control frames
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SONET/SDH SUBSYSTEM
- Supports up to 8 virtual concatenation groups (VCGs)
- Support High-Order (STS-1-Xv/VC-3-Xv & STS-3-Xv/VC-4-Xv) and Low-Order (VT1.5-Xv/VC-12-Xv) Virtual Concatenation
- Supports STS-1/STM-0, STS-3c/STM-1 Contiguous concatenation
- Supports High-Order POH processing and pointer interpretation for STS-1, STS-3c, AU-3 and AU-4
- Supports Low-Order POH processing and pointer interpretation for VT1.5, TU-12 and TU-3
- Provides on-chip data and clock recovery and clock synthesis for SONET/SDH ESSI interfaces
- Supports High-Order POH insertion and extraction
- Supports Low-Order POH insertion and extraction
- Supports the following mapping formats:
- C-12/ VC-12/ TU-12/ TUG-2/ TUG-3/ VC-4/ AU-4/ STM-1
- C-12/ VC-12/ TU-12/ TUG-2/ VC-3/ AU-3/ STM-1
- C-3/ VC-3/ TU-3/ TUG-3/ VC-4/ AU-4/ STM-1
- C-3/ VC-3/ AU-3/ STM-1
- C-4/ VC-4/ AU-4/ STM-1
- VT1.5 SPE/ VT1.5/ STS-1 SPE/ STS-1
- STS-1 SPE/ STS-1
- STS-3c SPE/ STS-3c
- Supports LCAS according to ITU-T G.7042
- Provides per-serial link PRBS generation and detection
- Integrated SONET/SDH Timeslot Interchange (STSI)
- STS-1/AU-3 granular during SONET/SDH (AU-3) operation
- AU-4 granular during SDH (AU-4) operation
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GENERAL
- Provides SMII, or source synchronous (SS-SMII) ports for connection to external Ethernet PHYs
- Provides an MII Ethernet Management Interface (MDIO) for control and configuration of external Ethernet PHYs
- Provides working and protect LVDScompatible CML interfaces:
- 777.6 MHz Serial TelecomBus link with 8B/ 10B-based encoding
- 622 MHz SONET/SDH Serial Interface (SSI) link with scrambled NRZ coding
- Provides a general purpose 16-bit µp interface for configuration, management and statistics gathering
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- Provides an IEEE 1149.1 compliant JTAG test port for boundary scan
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PACKAGING
- Low power 1.2 V core with 2.5/ 3.3 V CMOS/ TTL I/O, 2.5 V SSTL_2 digital I/O
- 27 x 27 mm 672 ball FCBGA package
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- Industrial temperature range (-40 °C to +85 °C).
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Applications
- Access and Metro Ethernet Add-Drop Multiplexers (ADM)
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- Multi-service Provisioning Platforms (MSPP)
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