Renesas Electronics Corporation

The M16C/65C Group is supported only for customers who have already adopted these products. The RX651 Group is recommended for new designs.

The M2006-03 is a VCSO (Voltage Controlled SAW Oscillator) based clock generator PLL designed for frequency translation and jitter attenuation of a master reference clock in a cable modem termination system (CMTS). External loop filter components allow tailoring of the PLL loop response. The M2006-03 includes a phase-slope limiting feature to prevent disruptive output clock phase changes upon input reference reselection.

The M2050/51/52/53 is a VCSO (Voltage Controlled SAW Oscillator) based clock PLL designed for FEC clock ratio translation in 10Gb optical systems such as 10GbE 64b/66b. It supports both mapping and de-mapping of 64b/66b encoding and FEC (Forward Error Correction) clock multiplication ratios. The ratios are pin-selected from pre-programming look-up tables.

The M2053 is a VCSO (Voltage Controlled SAW Oscillator) based clock PLL designed for FEC clock ratio translation in 10Gb optical systems such as 10GbE 64b/66b. It supports both mapping and de-mapping of 64b/66b encoding and FEC (Forward Error Correction) clock multiplication ratios. The ratios are pin-selected from pre-programming look-up tables.

The M3004204 series is a 4Mbit high performance non-volatile MRAM with speed up to 108MHz. The M3004204 offers superior reliability and greater than 20-year data retention (at 85°C). It does not require backup battery or capacitor(s) compared to non-volatile SRAM. The M3004204 supports Quad SPI, SDR and DDR interface. It operates at 3V typical from -40°C to +105°C (industrial plus version) and offered in an SOIC or DFN (WSON) package.

The M3008204 series is a 8Mbit high performance non-volatile MRAM with speed up to 108MHz. The M3008204 offers superior reliability and greater than 20-year data retention (at 85°C). It does not require backup battery or capacitor(s) compared to non-volatile SRAM. The M3008204 supports Quad SPI, SDR and DDR interface. It operates at 3V typical from -40°C to +105°C (industrial plus version) and offered in an SOIC or DFN (WSON) package.