DWDM Framer Products
There are three DWDM Products:
- MB87Q2091 : 10G Ethernet LAN-PHY Mapper
- MB87Q2010 : 43G Multiplexer/Demultiplexer Chip
- MB87Q2020 : 43G Ultra-FEC Chip
MB87Q2091 : 10G Ethernet LAN-PHY Mapper
PDF PDF MB87Q2091 Fact Sheet [60.0 KB]
The MB87Q2091 enables transport of multiple service types (both synchronous and asynchronous) including 10GE LAN-PHY or WAN-PHY, SDH/SONET STM64/OC-192 and OTN OTU-2 signals. Supporting multiple mapping modes, the device provides maximum flexibility to manage Ethernet LAN/WAN transport over metro and core networks. The MB87Q2091 can be connected to client signals via glueless connection to XFP modules and can be connected directly to 10G and 40G FEC (e.g., MB87Q2010) devices on the network side.
Features
- Multi-standard interfaces
- Two SFI-5s
- Three SFI-4
- Four XFI interfaces
- Multiple supported bit rates
- STM-64 VC4-64c (or STS-192c) / 10GBASE-W (9.95 Gbps)
- 10GBASE-R (10.31 Gbps)
- OTU-2 standard (10.71 Gbps)
- OTU-2 overclocked (11.05 and 11.1 Gbps)
- Multiple supported mapping modes
- OTU-2 Mapper/De-mapper
- 10GBASE-R Mapper/De-mapper
- 2-Channel bi-directional operation
- 21 x 21 10G cross-connect
- Generic AIS detector and generator
- POH, MSOH, RSOH termination
- OPU-2, ODU-2, OTU-2 overhead support
Evaluation and reference design
The MB87Q2091 Development Kit provides a quick and easy means to become familiar with the MB87Q2091 10G Ethernet LAN-PHY Mapper in its multiple configuration modes. The kit includes an evaluation board and PC-based driver software. The evaluation board is populated with an MB87Q2091 device, as well as an accompanying 10G FEC device, and all of the required interfaces to configure and test both devices in a variety of modes. The board also serves as a reference design for 10GE mapping applications, in particular for providing guidance on clock and timing design as well as lay-out for high-speed signals.
PDF PDF MB87Q2091-DK Fact Sheet [85 KB]
MB87Q2010 : 43G Multiplexer/Demultiplexer Chip
PDF MB87Q2010 Factsheet [32.0 KB]
The MB87Q2010 is a device that multiplexes two different kinds of client signals (OC192 / STM-64 / 10Gbps CBR and OTU2) into an OTU3 (FEC) signal on the line side and vice versa. Standard G.709 FEC is supported on all client and line interfaces.
The MB87Q2010 Multiplexer can be connected directly to the MB87Q2020 Ultra FEC device via the SFI-5 line interface.
Client interfaces can be connected directly to the MB87Q0070 Interface Converter via the four separate SFI-5s interfaces. The Interface Converter provides direct connection to XFP Optical modules.
Mapping of 10GbE (LAN) can be supported with an external device mapping the data into a OTU2 frame and connecting to the CO40MUX10 client SFI-5s interfaces.
Features
- Supports CBR-10G tributaries (OC192 / STM-64 / ClearChannel@OC192-rate) and G.709 tributaries (OTU2)
- Data and timing transparent transport of all client signals
- Asynchronous mapping of OC192 / OTU2 signals into ODU3 (OTU3) signals
- Asynchronous demapping of OC192 / OTU2 signals from ODU3 (OTU3) signals ITU-T G.709/798 compliant
- OTU2/OTU3 overhead processing ITU-T G.707/ANSI T1.105 compliant
- Sonet/SDH overhead processing
- Interfaces
- Four SFI-5s (SFI-5 narrow mode) compliant client interfaces
- SFI-5 compliant line interfaces
- CPU interface
- Overhead Exchange Channel
- GPIO interfaces
- Supported client signals: OTU2 (G.709 compliant), Sonet/SDH (OC192/STM-64) and 10Gbps Constant Bit Rate (CBR@OC192-rate)
- Line loop possibilities for testing
- Client loop (ADM)
- Inversion and reversal of data rails
- JTAG (IEEE-1149.1)
MB87Q2020 : 43G Ultra-FEC Chip
PDF MB87Q2020 Fact Sheet [68.0 KB]
The MB87Q2020 is a multi-rate multiple forward error correction code device supporting Sonet/SDH, OTN and ClearChannel signals. The device can be configured in transceiver and regenerator modes at 40/43 Gbit/s data rates.
In transceiver mode either a constant bit rate 40Gbit/s signal (CBR-40G) (Sonet/SDH or clear channel) or an OTU-3 signal can be mapped into and extracted from a line side G.709/798 compliant transmission format. For Sonet/SDH client signals reduced receive and transmit byte processing according to ITU-T G.707/ANSI T1.105 is supported.
In regenerator mode the MB87Q2020 provides full G.709/798 compliant byte processing with several FEC converter options.
Features
- ITU-T G.975 & G.709 compliant
- Reed-Solomon code G.709V compliant proprietary
- ULTRA FEC code
- Low power design
- Extensive bit error statistics
- OTU-3 overhead processing according to ITU-T G.709/798
- Synchronous and asynchronous mapping of single client signals into OTU-3/OTU-3V frames
- FEC bypass function for non-intrusive monitoring purposes
- Provisionable generic AIS detection & insertion on client side
- Internal Backward Indication Channel (BIC)
- Internal and external Overhead Access Channel (OAC)
- ITU-T G.707/ANSI T1.105 compliant Sonet/SDH overhead processing
- LOS detection A1 / A2 framing Scrambling/Descrambling
- Regenerator section features
- B1 performance monitoring (block error, bit error)
- J0 persistency check, extraction, mismatch detection (1/16/64 bytes)
- Generic AIS detection (error tolerant) & generation
- Extensive test features
