True Circuits develops and markets a broad range of industry leading PLLs, DLLs and DDR PHY hard macros for ICs for the semiconductor, systems and electronics industries. TCI's robust state-of-the-art circuits, methodical and proven design strategy, and close association with the world's leading foundries, IDMs, and design services companies allow the company to quickly and reliably create new and innovative designs in a variety of advanced process technologies. Over the last 27 years, True Circuits has distinguished itself as the technology leader in the timing IP space, and its PLLs and DLLs are used extensively around the world in its customers' products with production volumes well into the billions.
TSMC CLN16FF+LLLVT 16nm Deskew PLL - 300MHz-1500MHz
The Deskew PLL is designed to eliminate the skew between the output of a clock distribution tree and a clock reference.
TSMC CLN16FF+LLLVT 16nm Deskew PLL - 600MHz-3000MHz
The Deskew PLL is designed to eliminate the skew between the output of a clock distribution tree and a clock reference.
TSMC CLN16FF+LLLVT 16nm Deskew PLL - 1200MHz-6000MHz
The Deskew PLL is designed to eliminate the skew between the output of a clock distribution tree and a clock reference.
TSMC CLN16FFCLLLVT 16nm Deskew PLL - 300MHz-1500MHz
The Deskew PLL is designed to eliminate the skew between the output of a clock distribution tree and a clock reference.
TSMC CLN16FFCLLLVT 16nm Deskew PLL - 600MHz-3000MHz
The Deskew PLL is designed to eliminate the skew between the output of a clock distribution tree and a clock reference.
TSMC CLN16FFCLLLVT 16nm Deskew PLL - 1200MHz-6000MHz
The Deskew PLL is designed to eliminate the skew between the output of a clock distribution tree and a clock reference.
TSMC CLN7FFLVT 7nm Deskew PLL - 300MHz-1500MHz
The Deskew PLL is designed to eliminate the skew between the output of a clock distribution tree and a clock reference.
TSMC CLN7FFLVT 7nm Deskew PLL - 600MHz-3000MHz
The Deskew PLL is designed to eliminate the skew between the output of a clock distribution tree and a clock reference.
TSMC CLN7FFLVT 7nm Deskew PLL - 1200MHz-6000MHz
The Deskew PLL is designed to eliminate the skew between the output of a clock distribution tree and a clock reference.
TSMC CLN7FF 7nm Deskew PLL - 200MHz-1000MHz
The Deskew PLL is designed to eliminate the skew between the output of a clock distribution tree and a clock reference.
TSMC CLN7FF 7nm Deskew PLL - 400MHz-2000MHz
The Deskew PLL is designed to eliminate the skew between the output of a clock distribution tree and a clock reference.
TSMC CLN7FF 7nm Deskew PLL - 800MHz-4000MHz
The Deskew PLL is designed to eliminate the skew between the output of a clock distribution tree and a clock reference.
GF L55LPX 55nm DDR DLL - 78MHz-390MHz
The DDR DLL uses a reference clock to establish a time base in order to delay arbitrary (nonperiodic) strobe signals by precise f…
GF L55LPX 55nm DDR DLL - 104MHz-520MHz
The DDR DLL uses a reference clock to establish a time base in order to delay arbitrary (nonperiodic) strobe signals by precise f…
GF L55LPX 55nm DDR DLL - 164MHz-820MHz
The DDR DLL uses a reference clock to establish a time base in order to delay arbitrary (nonperiodic) strobe signals by precise f…
TSMC CLN28HPCLVT 28nm DDR DLL - 180MHz-900MHz
The DDR DLL uses a reference clock to establish a time base in order to delay arbitrary (nonperiodic) strobe signals by precise f…
TSMC CLN28HPCLVT 28nm DDR DLL - 240MHz-1200MHz
The DDR DLL uses a reference clock to establish a time base in order to delay arbitrary (nonperiodic) strobe signals by precise f…
TSMC CLN28HPCLVT 28nm DDR DLL - 379MHz-1895MHz
The DDR DLL uses a reference clock to establish a time base in order to delay arbitrary (nonperiodic) strobe signals by precise f…
TSMC CLN28HPC+LVT 28nm DDR DLL - 195MHz-975MHz
The DDR DLL uses a reference clock to establish a time base in order to delay arbitrary (nonperiodic) strobe signals by precise f…
TSMC CLN28HPC+LVT 28nm DDR DLL - 260MHz-1300MHz
The DDR DLL uses a reference clock to establish a time base in order to delay arbitrary (nonperiodic) strobe signals by precise f…