Designed with the end-to-end solution in mind, the CCM8910 includes built-in functions such as bit-error-rate (BERT) and sophisticated clock and data recovery circuitry for user data. Integrated system features such as I/Q mismatch correction and DC offset re-moval simplify system design and reduce overall system costs. Integrating full duplex operation into a single piece of silicon for high speed networks, running from DC to Gi-gabit data rates, CarrierComm’s flexible and programmable architecture allows system designers to optimize power consumption, symbol rates, and coding/puncture rates, ultimately enabling higher levels of integration and bringing the benefits of Moore’s law to network communications.
- Matched Filters
- Equalizer
- Modulator/Demodulator
- Interleaver/Deinteleaver
- Encoder/Decoder
- User Interface
- Power Consumption:approximately 2 Watts at SDH rates
- Package: 388 pin BGA
- Supports BPSK modulation up to 256 QAM
- Data rates up to 800 Mbps supported
- Symbol rates of 120 Mbaud available
- BERT (Bit Error Rate Tester) for remote link diagnostics
- Digital Timing and carrier recovery
- Predistortion to remove nonlinearities
- Convolutional/TCM and Reed Solomon code rates programmable
- SONET compliant user data clock recovery
- Up to 180 MHz sample clock
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- Broadband Wireless
- Fiber Optic
- Satellite
- Cellular Basestations
- High-speed satellite communications
- High-capacity wireless internet infrastructure
- Point-to-point wireless networks
- Fiber Optic FDM Transport
- Integrated full duplex single chip modem
- Minimizes power consumption
- Minimizes BOM costs
- Maximizes reliability
- Mature design enables rapid product development
- Evaluation kit supports demo, performance testing, lab testing
- Optimizes link capacity and bit error rate performance
- Embedded BERT for remote link diagnostics
- Monitors errors of link or channel
- Supports data rates up to 800 Mbps
- Can support BPSK to 256 QAM Modulation
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 CCM8910 Product Brief
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TNS8820
Company