Imagine SELOPT-NET-SFP-SM SFP MODULE, SINGLEMODE, FOR SELENIO...

• Full-duplex 155/622 Mb/s SONET/SDH optical interface (OC-3/STM-1, OC-12/STM-4)
• Two independent WAN interfaces per network module (option)
• Full-duplex 35/45 Mb/s PDH electrical interface (E3/DS-3)
• One GigE connection for Ethernet Bridging across WAN
• GFP/ATM Encapsulation
• Redundant SMPTE-2022 IP transport
• Up to 240 video channels, 16 VLAN IDs

Module
Each Selenio SEL-2NET1 module is factory-configured with one active WAN interface for use with an E3, DS3, OC3, or STM-1 network. The Selenio chassis supports up to four SEL-2NET1 or SEL-MDX modules.

Option Keys
Optional software keys can be used to enable an OC-12/STM-4 interface, a second WAN interface, and local data networks to be bridged across WAN links.

Front Module Connectivity
The Selenio SEL-2NET1 application module is internally interconnected with the controller modules for 100Base-T for control and monitoring and 1000Base-T for video/data applications. The primary and backup reference signals are also distributed.

Back Module Connectivity
The Selenio SEL-2NET1 networking application module provides connectivity for two HD-BNC PDH receiver connectors, two HD-BNC PDH transmitter connectors, two Rx/Tx SFPs (SFPs not included), and two RJ-45 Ethernet connectors.

SFPs
Various SFPs are available for a variety of applications.

Additional Features:

• Interfaces
  • Back-module SONET / SDH full duplex ports
    • OC-3/STM-1or OC-12/STM-4
    • SFP socket for each port
      • Short Reach (multi-mode)
      • SONET IR-1 or SDH S1-1 (Single mode)
      • STM-1e electrical
  • Back-module DS-3 / E3 full duplex ports 4x BNC (2x Rx and 2x Tx)
  • Back-module Gigabit Ethernet (10/100/1000) electrical ports 2x RJ-45
  • MI connection for primary and redundant Data Ethernet compressed video data
  • MI connections for Selenio standard control connections
• WAN support
  • Up to two WAN interfaces
  • Automatic Protection Switching (APS) support
  • Each WAN channel is independent of the other channel
  • For each WAN channel, either the optical or the electrical interface can be active
  • SONET / SDH WAN Operation
    • SONET or SDH signaling
    • Concatenated streams only, no channelization
    • Internal or Loop timing with Stratum 3 clock hold-over and free run
    • External Loop-Back of WAN signals
    • Status monitoring (Loss of signal, frame, BIP-8, FEBE, etc.)
    • Error localization signaling (AIS, RDI, etc.)
  • DS-3 WAN Operation
    • Software selectable Line Build Out attenuation of outputs
    • C-bit Parity of M23 emulation mode of overhead bits
    • Full-duplex, receive only, or transmit only operation
    • External loop-back test mode
  • E3 WAN Operation
    • ITU G.751 or G.832 mode of overhead bits
    • Full-duplex, receive only or transmit only operation
    • External loop-back test mode

• Data Encapsulation
  • ATM or GFP encapsulation
  • ATM Mode
    • ATM cell encapsulation on SONET/SDH according to ITU-T I.432
    • ATM cell direct mapped encapsulation on DS-3/E-3 as according to ITU-T G.804
    • HEC correction
    • Status – Loss of cell delineation, HEC error
    • Up to 240 VPI/VCI channels in each direction across all interfaces
    • AAL-5 encapsulation of 188-byte Transport Stream data according to ITU-T J.82
    • AAL-1 encapsulation of 188-byte Transport Stream data according to ITU-T J.82 with (128,124) FEC
    • AAL-5 encapsulation of Ethernet data according to RFC 1483 in VC mode
  • GFP Mode
    • GFP encapsulation on SONET/SDH according to ITU-T G.7041 GFP-F
    • Ethernet encapsulation on GFP according to ITU-T G.7041
    • SMPTE 2022-2 encapsulation of 188-byte Transport Stream on IP on Ethernet
    • SMPTE 2022-1 FEC
• Data Routing and Policing
  • Ethernet data piping from back module interface over WAN interface
    • Each input Ethernet interface is associated with a single WAN interface in either trunk mode or access point mode
    • In access point mode, all Ethernet packets are assigned to a single channel
    • In trunk mode, up to 16 VLAN IDs (including the untagged packets) can be assigned to different channels transmitted over the WAN interface
    • Each channel is assigned a configured data rate and a single one can be marked as best effort (in which case it will be given any remaining bandwidth on the channel)
  • MPEG-2 Transport Stream
    • Up to 240 streams can be transmitted across the two WAN interfaces
    • Up to 240 streams can be received across the two WAN interfaces
    • Each channel can be assigned to either WAN interface
    • Data smoothing of up to 60 ms of IP jitter or 16 ms of ATM jitter can be tolerated on the WAN or backplane interface
    • CBR streams are smoothed to less than 500 ns of jitter and VBR streams are rate-capped
    • Streams are policed at their configured data rate

Specifications and designs are subject to change without notice