--- These LSIs are limited to the market in Japan. ---
Description
LAPIS Semiconductor developed the original equalizing algorithm, it achieves superior performance in several multipath fading channels. It realizes stable reception even when in Shinkan-Sen moving at speeds up to 300Km/hr and highways.
ML7137 is OFDM demodulate and error correction LSI which receives 2-branch diversity for full segment broadcast.
ML7147 is single-chip LSI that integrates the RF-CMOS tuner newly developed in addition to the OFDM demodulator.
ML7107 is for the OFDM demodulator for one-segment broadcasting and digital radio (one-segment and three-segments reception).
Feature
• ML7137
OFDM demodulator LSI supporting full-segment and one-segment .
- Compliant to full-segment and one-segment broadcasting of ISDB-T(ARIB STD-B31) digital terrestrial television broadcasting.
- Even in the Doppler shift by fast motion or the rapid electric-field fluctuating environment by the trough between buildings, 2 branch substitution diversity algorithm developed originally by LAPIS Semiconductor implements stable reception. Inband noise-removal function is installed, and not only the field reception performance are improved but also the countermeasure to spurious, which poses a problem at the time of set development, becomes easy.
• ML7147
Single-chip LSI that integrates RF tuner and OFDM demodulator
- Compliant to the one-segment broadcasting (partial reception of ISDB-T) of digital terrestrial broadcasting (ARIB STD-B31).
- LAPIS Semiconductor developed an original synchronization and equalizing algorithm that realized an superior performance in fast fading environment.
• ML7107
OFDM demodulator LSI supporting one-segment broadcasting and digital radio (one-segment and three-segments reception).
- Compliant to one-segment broadcasting of ISDB-T(ARIB STD-B31) digital terrestrial television broadcasting and ISDB-TSB(ARIB STD-B29) digital terrestrial voice broadcasting.
- LAPIS Semiconductor developed an original synchronization and equalizing algorithm that realized an superior performance in fast fading environment.
Application
- Cellular phones, PHS
- Car navigation, PND, Car TV, Car tuner
- Portable media player, Bathroom TV
- Portable game, PC
Line-up
| Part Number |
Transmission Standard |
Package | Feature | Supply Voltage (V) |
Power Consumption |
Operating Temperature (°C) |
|---|---|---|---|---|---|---|
| NEW ML7137 |
ISDB-T | 84pin TFBGA | Compliant to one-segment and full segment broadcasting of ISDB-T(ARIB STD-B31) digital terrestrial television broadcasting, 2 branch maximum ratio synthetic diversity, OFDM demodulate, Error correction function, Inband noise remove function, Serial and parallel TS output. | 2.7 to 3.47 1.5 to 3.47 1.1 to 1.3 | 130mW (at 2 branch full segment reception) | -40 to +85 |
| ML7147 | ISDB-T | 61pin W-CSP 80pin WQFN |
Compliant to one-segment broadcasting of digital terrestrial television broadcasting ISDB-T(ARIB STD-B31), RF tuner, OFDM demodulation, error correction function, Serial and parallel TS output | WCSP:2.3 to 3.0 WQFN:2.7 to 3.0 1.5 to 3.6 1.1 to 1.3 |
70mW (1seg at receiving) |
-40 to +90 |
| ML7107 | ISDB-T ISDB-TSB |
53pin W-CSP | Compliant to one-segment broadcasting of digital terrestrial television broadcasting ISDB-T(ARIB STD-B31) and terrestrial for sound broadcasting ISDB-TSB(ARIB STD-B29. OFDM demodulation, error correction function Serial and parallel TS output |
2.5 to 3.3 1.65 to 3.6 1.35 to 1.65 |
18mW (1seg at receiving) |
-25 to +85 |
Benefits
Applying ML7107, ML7137, and ML7147 realizes digital terrestrial receiver application of that the image is not interrupted even in the high-speed transportation with its small size and low power consumption. Moreover, by using LAPIS Semiconductor's evaluation tool and various driver sample software, it contributes to shortening the development period of customer's product
Related Pages
Contact
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