Multi-Standard Modem

 

Power Line Communication Multi-Standard PHY

 

Inomize has its silicon-proven technology, ready-to-use multi-standard PLC modem PHY and fully integrated analog front end (AFE) for Power Line Communication application,

available for you.

 

Our PLC modem PHY products, which currently support proprietary enhanced features, were carefully designed to support any future standards developments.


Inomize’s multi-standard PLC modem PHY provides a viable and ideal solution to different needs in multiple markets and applications, and is fully compliant with the following standards:

G3-PLC (ITU-T G.9903), PRIME (ITU-T G.9904), NB-PLC (IEEE 1901.2), G.hnem (ITU-T G.9955).


Read more - PLC – IPHY100

 

Ultra-low power consumption wireless multi-standard modem PHY

 

Inomize has its silicon-proven technology, ready-to-use multi-standard PLC modem PHY and fully integrated analog front end (AFE) for Power Line Communication application, available for you.

 

Our wireless modem PHY products, which currently support proprietary enhanced features, were carefully designed to support any future standards developments.

Inomize’s multi-standard wireless modem PHY provides a viable and ideal solution to different needs in multiple markets and applications and is fully compliant with the following standards:

MR-FSK (IEEE 802.15.4g), MR-OFDM (IEEE 802.15.4g), WMBUS (EN13757-4), DASH-7 (IEC 18000-7).


Read more - Wireless – IPHY200

Multi-Standard Modem

PLC - IPHY100

Power Line Communication Multi-Standard PHY

 

Inomize has its silicon-proven ready to use multi-standard PLC modem PHY and fully integrated analog front end (AFE) for Power Line Communication application - available for you.

 

Our PLC modem PHY products, which currently support proprietary enhanced features, were carefully designed to support any future standards developments.

 

Inomize’s multi-standard PLC modem PHY provides a viable and ideal solution to different needs in multiple markets and applications, and is fully compliant with the following standards:

G3-PLC (ITU-T G.9903), PRIME (ITU-T G.9904), NB-PLC (IEEE 1901.2), G.hnem (ITU-T G.9955).


Inomize Multi-Standard PLC modem PHY Overview:

 

Key Features:

  • Integrated solution for PLC transceiver PHY, analog and digital

  • Flexible PHY/MAC interface

    • Requires minimal software involvement

    • Short TX-RX-TX turnaround times

    • Supports clear channel assessment (CCA) function

  • Enhanced performance PLC analog front end:

    • Bandwidth 9-500kHz, CENELEC, FCC and ARIB

    • 12 bits A/D and D/A converters, SNDR 72dB

    • Low sensitivity: -87dBV/500kHz with SNR=15dB

    • Superior interference immunity

  • Optional interface for external PLC analog front end

  • Optional proprietary FEC for enhanced performance

  • Supported standards

    • G3-PLC (ITU-T G.9903) - “Narrow-band OFDM PLC transceivers for G3-PLC networks” (2012)

      • Multiple band plans support: CENELEC A/B/C/D,BCD/BD and FCC

      • OFDM, modulations: ROBO, DBPSK, DQPSK, D8PSK

      • Convolutional FEC and Reed-Solomon

      • Adaptive tone map control

    • PRIME (ITU-T G.9904) – “Narrow-band OFDM PLC transceivers for PRIME networks” (2012)

      • CENELEC A band

      • OFDM, modulations DBPSK, DQPSK, D8PSK

      • Convolutional FEC

    • IEEE 1901.2 - “Low Frequency (less than 500 kHz) Narrow Band PLC for Smart Grid Applications” (2012)

      • Multiband plans support: CENELEC and FCC

      • OFDM, differential and coherent modulations

      • Differential modulations: ROBO, DBPSK, DQPSK, D8PSK

      • Coherent modulations: ROBO, BPSK, QPSK, 8PSK, 16QAM

      • Convolutional FEC and Reed-Solomon

      • Adaptive tone map control

    • G.hnem (ITU-T G.9955) - “Narrow-band OFDM PLC transceivers PHY” (2012)

      • Multiband plans support: CENELEC and FCC

      • OFDM, modulations: BPSK, QPSK, 16QAM

      • Convolutional FEC and Reed-Solomon

      • Adaptive tone map control

 

 

System Block Diagram:

 

 

PLC Modem Block Diagram:

 

 

FPGA Development Board:

FPGA development card is available based the latest Xilinx kintexTM 325T.

 

 

Multi-Standard Modem

Wireless - IPHY200

Ultra-low power consumption wireless multi-standard modem PHY

 

Inomize has its silicon-proven technology, ready-to-use multi-standard PLC modem PHY and fully integrated analog front end (AFE) for Power Line Communication application -- available for you.

 

Our wireless modem PHY products, which currently support proprietary enhanced features, were carefully designed to support any future standards developments.

Inomize’s multi-standard wireless modem PHY provides a viable and ideal solution to different needs in multiple markets and applications and is fully compliant with the following standards:

MR-FSK (IEEE 802.15.4g), MR-OFDM (IEEE 802.15.4g), WMBUS (EN13757-4), DASH-7 (IEC 18000-7).


Inomize Multi-Standard wireless modem PHY Overview:

 

Key Features:

  • Integrated solution for RF transceiver PHY, analog and digital

  • Dual modulation support (including mode switch): OFDM, FSK

  • Flexible PHY/MAC interface

    • Requires minimal software involvement

    • Supports clear channel assessment (CCA) function

    • Short TX-RX-TX turnaround times

  • Enhanced performance RF analog front end:

    • RF bandwidth: 150-960MHz

    • Single-ended LNA and PA

    • Baseband bandwidth up to 550KHz

    • 12 bits A/D and D/A converters, SNDR 72dB

    • High interference rejection, high linearity

    • Low sensitivity, total NF 4dB, -128dBm for 2FSK with data rate of 4.8kbps

    • Wide range output power: -18…+20dBm

    • Optional interface for external RF analog front end

    • Optional proprietary FEC for enhanced performance

    • Low power consumption

  • Supported standards

    • MR-FSK (IEEE 802.15.4g )  - “Low-Data-Rate, Wireless, Smart Metering Utility Networks” (2012)

      • Multi data rate support 2.4-400kbps

      • Wide modulation index range support: 0.25-2.5

      • Convolutional FEC: RSC/NRNSC

      • Dual modulations: 2FSK/4FSK

      • Mode switch support

    • MR-OFDM (IEEE 802.15.4g )  - “Low-Data-Rate, Wireless, Smart Metering Utility Networks” (2012)

      • Multi data rate support 50-800kbps

      • FFT 16/32/64/128

      • OFDM, modulations: BPSK/QPSK/16QAM

      • Convolutional FEC

      • Robust channel estimation

    • WMBUS (EN13757-4) - “Communication systems for meters and remote reading of meters” (2011)

      • Multi data rate support: 2.4-100kbps

      • Support modes: S, T, R, C, N and F

      • Manchester, 3/6 and NRZ codes

      • Auto packet format detection  (A / B)

      • Auto mode detection (C / T)

    • DASH-7 (IEC 18000-7) - “Information technology — RFID for item management, active air interface communications at 433 MHz” (2009)

      • Data rate support 27kbps

      • Wake up signal transmission/detection

      • Auto-ID detection: Interrogate / Tag

 

 

FPGA Development Board:

FPGA development card is available based the latest Xilinx kintexTM 325T

 

 

System Block Diagram:

 

 

Wireless Modem Block Diagram: