TSMC IP Cores

The MIPI D-PHY Tx IP Core fully complies with version 1.2 of the D-PHY specification.

• MIPI D-PHY
• TSMC
• 28nm
• HPC+
• In Production

The DisplayPort v1.4 Tx PHY IP in 12FFC is a modernistic technology designed to be integrated into chip designs for various devic…

• TSMC
• 12nm
• FFC
• In Production

eDP/DP Tx PHY is designed for chips that perform eDP/DP data communication while operating at low power consumption.

• TSMC
• 22nm
• ULP
• In Production

1-VIA’s VSCOM4L400ALDO0V6 IP is a linear Low-Dropout (LDO) voltage regulator providing precise and programmable voltage regulatio…

• TSMC
• 16nm

1-VIA’s VSCOM4L400ALDO0V9 IP is a linear Low-Dropout (LDO) voltage regulator providing precise and programmable voltage regulatio…

• TSMC
• 16nm

The WEA48S55T is a broadband fractional–N frequency synthesizer with integrated phase sync function.

• TSMC
• 55nm
• GP
• Silicon Proven

1-VIA’s VSCOM4l400ABG IP is a 1.8V low-noise unbuffered programmable 0.6 and 0.8V Bandgap Voltage References (BGR) with eight 50u…

• TSMC
• 16nm

The AT256X8T40G6AA is organized as 256 bits by 8 one-time programmable (OTP).

• TSMC
• 40nm
• G
• Silicon Proven

The AT256X8T22ULP6AA is organized as 256 bits by 8 one-time programmable (OTP).

• TSMC
• 22nm
• ULP
• Silicon Proven

The AT4K32T40ULP7ZC is organized as 4K-bits by 32 one-time programmable (OTP).

• TSMC
• 40nm
• ULP eFlash
• Silicon Proven

The AT1X64T180MM0AB is organized as one by 64 bits one-time programmable (OTP).

• TSMC
• 180nm
• BCDG2
• Silicon Proven

The Fractional-N Frequency Synthesizers generate a stable clock from low frequency reference clock.

• TSMC
• 40nm
• ULP
• In Production

The High Stability Oscillators generate 150MHz - 160MHz output frequency with an accuracy of +/-2% or +/-3% or +/-5%.

• TSMC
• 40nm
• ULP
• In Production

The DDR PHY IP supports DDR5/ DDR4/ LPDDR5, provides low latency, and enables up to 5400MT/s throughput.

• Controller + PHY + 1
• LPDDR5
• TSMC
• 12nm
• FFC
• In Production

The Integer PLLs generate a stable clock from low frequency reference clock.

• TSMC
• 40nm
• LP
• In Production

PPA optimized for short reach connectivity

• PHY
• TSMC
• 7nm
• N7+
• Silicon Proven

Analog-PLL For Spread Spectrum Clock on TSMC 28nm HPC+

• TSMC
• 28nm
• HPC+
• Available on request

Ultra-Low-Power Bluetooth Dual-Mode RF Transceiver IP in TSMC 40nm Logic LP processes node, The Radio Support standards like Blue…

• TSMC
• 40nm
• G
• In Production

TSMC 180nm 5V Bandgap

• TSMC
• 180nm
• BCDG2

The AT1K32T40ULP6AA is organized as a 1K-bit by 32 one-time programmable (OTP).

• TSMC
• 40nm
• ULP
• Silicon Proven