Design & Reuse
8413 IP
4451
10.0
Chip-to-Chip IO Buffer - TSMC CLN7FF
Analog Bits’ Chip-to-Chip IO Buffer is a general purpose IO for medium-speed per lane transactions in ultra-short reach environments, using single-end...
4452
10.0
Library of mathematical and floating point (FP) components
Optimized for efficient hardware implementation, the Synopsys Foundation Cores include a library of mathematical and floating point (FP) components th...
4453
10.0
Wide Range Frac-N/SSCG PLL - TSMC 7FF
The programmable Fractional-N divider allows the PLL to lock to an incoming clock source and produce an output clock with a non-integer multiplication...
4454
10.0
Wide Range Integer PLL - GLOBALFOUNDRIES 14LPP
Analog Bits Wide Range PLL addresses a large portfolio of applications, ranging from simple clock de-skew and non-integer clock multiplication to prog...
4455
10.0
Wide Range Integer PLL - Samsung 14LPP
Analog Bits Wide Range PLL addresses a large portfolio of applications, ranging from simple clock de-skew and non-integer clock multiplication to prog...
4456
10.0
Wide Range Integer PLL - TSMC 12 12FFC
The programmable Fractional-N divider allows the PLL to lock to an incoming clock source and produce an output clock with a non-integer multiplication...
4457
10.0
Wide Range Integer PLL - TSMC 16 16FFC
Analog Bits Wide Range PLL addresses a large portfolio of applications, ranging from simple clock de-skew and non-integer clock multiplication to prog...
4458
10.0
Wide Range Integer PLL - TSMC 16 CLN16FF+GL
Analog Bits Wide Range PLL addresses a large portfolio of applications, ranging from simple clock de-skew and non-integer clock multiplication to prog...
4459
10.0
Wide Range Integer PLL - TSMC 16 CLN16FF+LL
Analog Bits Wide Range PLL addresses a large portfolio of applications, ranging from simple clock de-skew and non-integer clock multiplication to prog...
4460
10.0
Wide Range Integer PLL - TSMC 22 CLN22ULL/ULP
Analog Bits Wide Range PLL addresses a large portfolio of applications, ranging from simple clock de-skew and non-integer clock multiplication to prog...
4461
10.0
Wide Range Integer PLL - TSMC 28 CLN28HPC
Analog Bits Wide Range PLL addresses a large portfolio of applications, ranging from simple clock de-skew and non-integer clock multiplication to prog...
4462
10.0
Wide Range Integer PLL - TSMC 28 CLN28HPC+
Analog Bits Wide Range PLL addresses a large portfolio of applications, ranging from simple clock de-skew and non-integer clock multiplication to prog...
4463
10.0
Wide Range Integer PLL - TSMC 28 CLN28HPM
Analog Bits Wide Range PLL addresses a large portfolio of applications, ranging from simple clock de-skew and non-integer clock multiplication to prog...
4464
10.0
Wide Range Integer PLL - TSMC 40 CLN40G
Analog Bits Wide Range PLL addresses a large portfolio of applications, ranging from simple clock de-skew and non-integer clock multiplication to prog...
4465
10.0
Wide Range Integer PLL - TSMC 7FF
Analog Bits Wide Range PLL addresses a large portfolio of applications, ranging from simple clock de-skew and non-integer clock multiplication to prog...
4466
10.0
Wide Range Multi-Output PLL - TSMC CLN7FF
Analog Bits’ Wide Range Multi-Output PLL addresses a large portfolio of applications, ranging from simple clock de-skew and non-integer clock multipli...
4467
10.0
Wide Range PLL - GLOBALFOUNDRIES 65 65G
Analog Bits Wide Range PLL addresses a large portfolio of applications, ranging from simple clock de-skew and non-integer clock multiplication to prog...
4468
10.0
Wide Range PLL - TSMC 6FF
Analog Bits’ Wide Range PLL addresses a large portfolio of applications, ranging from simple clock de-skew and non-integer clock multiplication to pro...
4469
10.0
Wide Range PLL - TSMC CLN3P
Analog Bits’ Wide Range PLL addresses a large portfolio of applications, ranging from simple clock de- skew and non-integer clock multiplication to p...
4470
10.0
Wide Range PLL - TSMC N5
Analog Bits’ Wide Range PLL addresses a large portfolio of applications, ranging from simple clock de-skew and non-integer clock multiplication to pro...
4471
10.0
Wide Range Programable Integer PLL - TSMC CLN2P
Analog Bits’ Wide Range PLL addresses a large portfolio of applications, ranging from simple clock de- skew and non-integer clock multiplication to p...
4472
10.0
Die-to-Die Controller IP
The Synopsys Die-to-Die Controller IP, optimized for latency, bandwidth, power and area, enables efficient inter-die connectivity in server, AI accele...
4473
10.0
Die-to-Die, 112G Ultra-Extra Short Reach PHY in GF (12nm)
The Synopsys XSR PHY IP for 112Gbps per lane die-to-die connectivity enables high-bandwidth ultra and extra short reach interfaces in multi-chip modul...
4474
10.0
Die-to-Die, 112G Ultra-Extra Short Reach PHY in TSMC (12nm, N7, N6, N5)
The Synopsys XSR PHY IP for 112Gbps per lane die-to-die connectivity enables high-bandwidth ultra and extra short reach interfaces in multi-chip modul...
4475
10.0
Differential Clock Receiver - TSMC CLN2P
Analog Bits’ Differential Clock Receiver macro addresses a large portfolio of applications. The Receiver is designed for digital logic processes and u...
4476
10.0
Differential Clock Receiver - TSMC CLN3A
Analog Bits’ Differential Clock Receiver macro addresses a large portfolio of applications. The Receiver is designed for digital logic processes and u...
4477
10.0
Differential Clock Receiver - TSMC CLN3E
Analog Bits’ Differential Clock Receiver macro addresses a large portfolio of applications. The Receiver is designed for digital logic processes and u...
4478
10.0
Differential Clock Receiver to CML - TSMC CLN2P
Analog Bits’ Differential Clock Receiver to CML macro is a receiver including on-chip termination, and addresses a large portfolio of applications req...
4479
10.0
Differential Clock Receiver to CML - TSMC CLN3A
Analog Bits’ Differential Clock Receiver to CML macro is a receiver including on-chip termination, and addresses a large portfolio of applications req...
4480
10.0
Differential Clock Receiver to CML - TSMC CLN3E
Analog Bits’ Differential Clock Receiver to CML macro is a receiver including on-chip termination, and addresses a large portfolio of applications req...
4481
10.0
Differential Clock Receiver to CML - TSMC CLN6FF
Analog Bits’ Differential Clock Receiver to CML macro is a receiver including on-chip termination, and addresses a large portfolio of applications req...
4482
10.0
Differential Clock Reciever - TSMC CLN3P
Analog Bits’ Differential Clock Receiver macro addresses a large portfolio of applications. The Receiver is designed for digital logic processes and u...
4483
10.0
Differential Clock Reciever to CML - TSMC CLN3P
Analog Bits’ Differential Clock Receiver to CML macro is a receiver including on-chip termination, and addresses a large portfolio of applications req...
4484
10.0
Differential Output Buffer - TSMC CLN3P
Analog Bits’ Differential Output Driver macros provide a low noise, high performance differential output clock. The output driver design implements a...
4485
10.0
Differential Output Buffer - TSMC 6FF
Analog Bits’ Differential Output Driver macros provide a low noise, high performance differential output clock. The output driver design implements a ...
4486
10.0
Differential Output Buffer - TSMC CLN3E
Analog Bits’ Differential Output Driver macros provide a low noise, high performance differential output clock. The output driver design implements a ...
4487
10.0
Differential Output Buffer - TSMC CLN3P
Analog Bits’ Differential Output Driver macros provide a low noise, high performance differential output clock. The output driver design implements a ...
4488
10.0
Differential Output Buffer - TSMC CLN4P
Analog Bits’ Differential Output Driver macros provide a low noise, high performance differential output clock. The output driver design implements a ...
4489
10.0
Differential Output Buffer - TSMC N5
Analog Bits’ Differential Output Driver macros provide a low noise, high performance differential output clock. The output driver design implements a ...
4490
10.0
Differential Output Driver - TSMC CLN2P
Analog Bits’ Differential Output Driver macros provide a low noise, high performance differential output clock. The output driver design implements a ...
4491
10.0
Differential Receiver - TSMC 7FF
Analog Bits Differential Signal Receiver macro is a receiver including on-chip termination, and addresses a large portfolio of applications. The Recei...
4492
10.0
Differential Signal Receiver - TSMC 6FF
Analog Bits Differential Signal Receiver macro is a receiver including on-chip termination, and addresses a large portfolio of applications. The Recei...
4493
10.0
Differential Signal Receiver - TSMC N5
Analog Bits Differential Signal Receiver macro is a receiver including on-chip termination, and addresses a large portfolio of applications. The Recei...
4494
10.0
High Performance 1-22.5G PCIe4/SAS4 PHY - TSMC 16FFC
Analog Bits Programmable SERDES provides a Physical Media Attachment (PMA) Layer capable of signaling at multiple data rates and supports multi-protoc...
4495
10.0
High Performance 20GHz C2C PLL - TSMC CLN3A
Analog Bits’ High Speed PLL creates a high speed clock with good duty cycle and jitter characteristics useful for high speed, source synchronous inter...
4496
10.0
High Performance 20GHz C2C PLL - TSMC CLN3E
Analog Bits’ High Speed PLL creates a high speed clock with good duty cycle and jitter characteristics useful for high speed, source synchronous inter...
4497
10.0
High Performance 20GHz C2C PLL - TSMC CLN6FF
Analog Bits’ High Speed PLL creates a high speed clock with good duty cycle and jitter characteristics useful for high speed, source synchronous inter...
4498
10.0
High Performance 20GHz PLL - TSMC CLN4P
Analog Bits’ High Speed PLL creates a high speed clock with good duty cycle and jitter characteristics useful for high speed, source synchronous inter...
4499
10.0
High Performance 20GHz PLL - TSMC CLN5A
Analog Bits’ High Speed PLL creates a high speed clock with good duty cycle and jitter characteristics useful for high speed, source synchronous inter...
4500
10.0
High Precision Temp Sensor - TSMC CLN2P
Analog Bits' High Accuracy Thermometer is a highly integrated macro for monitoring temperature variation on-chip, allowing very high precision even in...