Design & Reuse
4896 IP
51
0.0
PowerVR Series9XE Graphic Processor
The PowerVR Series9XE family features include: an advanced scalable compute cluster architecture; high efficiency compression technology including par...
52
0.0
PowerVR Series9XE Graphic Processor
The PowerVR Series9XE family features include: an advanced scalable compute cluster architecture; high efficiency compression technology including par...
53
0.0
PowerVR Series9XE Graphic Processor
The PowerVR Series9XE family features include: an advanced scalable compute cluster architecture; high efficiency compression technology including par...
54
0.0
PowerVR Series9XE Graphic Processor
The PowerVR Series9XE family features include: an advanced scalable compute cluster architecture; high efficiency compression technology including par...
55
0.0
PowerVR Series9XE Graphic Processor
The PowerVR Series9XE family features include: an advanced scalable compute cluster architecture; high efficiency compression technology including par...
56
0.0
PowerVR Series9XEP Graphic Processor
As mobile devices and cars become more sophisticated and capable, end users now demand outstanding graphics capabilities even in cost-sensitive device...
57
0.0
PowerVR Series9XM Graphic Processor
The PowerVR Series9XM family features include: an advanced scalable compute cluster architecture; high efficiency compression technology including par...
58
0.0
PowerVR Series9XM Graphic Processor
The PowerVR Series9XM family features include: an advanced scalable compute cluster architecture; high efficiency compression technology including par...
59
0.0
PowerVR Series9XM Graphic Processor
The PowerVR Series9XM family features include: an advanced scalable compute cluster architecture; high efficiency compression technology including par...
60
0.0
PowerVR Series9XM Graphic Processor
The PowerVR Series9XM family features include: an advanced scalable compute cluster architecture; high efficiency compression technology including par...
61
0.0
PowerVR Series9XM Graphic Processor
The PowerVR Series9XM family features include: an advanced scalable compute cluster architecture; high efficiency compression technology including par...
62
0.0
PowerVR Series9XM Graphic Processor
The PowerVR Series9XM family features include: an advanced scalable compute cluster architecture; high efficiency compression technology including par...
63
0.0
PowerVR Series9XM Graphic Processor
The PowerVR Series9XM family features include: an advanced scalable compute cluster architecture; high efficiency compression technology including par...
64
0.0
PowerVR Series9XMP Graphic Processor
Aimed at the mid-range, PowerVR Series9XMP enables SoC manufacturers to meet rising expectations for low-cost, high-performance designs. Architectural...
65
0.0
PowerVR Series9XTP Graphic Processor
PowerVR Series9XTP is designed to deliver high-performance, complex graphics within strict power budgets. Based on the optimised Furian architecture, ...
66
0.0
GPU Global Solution
IMG B-Series takes all of the advances of IMG A-Series, the fastest GPU IP ever created, and offers new configurations with even higher levels of perf...
67
0.0
DXTP GPU
Designed for efficiency. Programmed for performance.Artificial Intelligence is transforming smartphones, bringing one-click photo enhancements, intell...
68
0.118
UMC 90nm LL-RVT (Low-K) Process with 3.3V device analog esd IO group (with BOAC)
UMC 90nm LL-RVT (Low-K) Process with 3.3V device analog esd IO group (with BOAC)...
69
50.0
512x8 Bits OTP (One-Time Programmable) IP, TSM- 12FFC 0.8V/1.8V Process
The ATO00512X8TS012FFC8EA is organized as 512 bits by 8 one-time programmable (OTP). This is a kind of non-volatile memory fabricated in 12nmFFC stand...
70
10.0
64x8 Bits OTP (One-Time Programmable) IP, UM- 55nm ULP standard CMOS core logic Process
The AT64X8U55ULP6AA is organized as a 64-word by 8 one-time programmable (OTP). This is a kind of non-volatile memory fabricated in 55nm ULP standard ...
71
10.0
64x8 Bits OTP (One-Time Programmable) IP, X-FA- 0.18μm XH018 Modular Mixed Signal Process
The ATO00064X8XH180TG33NA is organized as a 64-bit by 8 one-time programmable (OTP). This is a type of non-volatile memory fabricated in X-FA- 0.18μm ...
72
10.0
256x8 Bits OTP (One-Time Programmable) IP, TSM- 22ULP 0.8V/1.8V process
The AT256X8T22ULP6AA is organized as 256 bits by 8 one-time programmable (OTP). This is a kind of non-volatile memory fabricated in TSM- 22nm ULP CMOS...
73
10.0
768x39 Bits OTP (One-Time Programmable) IP, TSM- 55ULP 0.9V–1.2V / 2.5V Process
The ATO0768X39TS055ULP4NA is organized as 768x39 one-time programmable (OTP). This is a type of non-volatile memory fabricated in TSM- 55nm LP 1.2V/2....
74
10.0
16Kx33 Bits OTP (One-Time Programmable) IP, TSM- 40LP 1.1V/2.5V Process
The ATO016KX33TS040LLP7ZA is organized as 16K-bits by 33 one-time programmable (OTP). This is a type of non-volatile memory fabricated in TSM- 40nm ...
75
10.0
4Kx16 Bits OTP (One-Time Programmable) IP, UM- 110 nm 1.2V/3.3V L110AE Process
The AT4K16U110MAE0DA is organized as a 4K-bits by 16 one-time programmable memory. This is a kind of non-volatile memory fabricated in UM- L110AE proc...
76
10.0
4Kx32 Bits OTP (One-Time Programmable) IP, TSM- 40nm ULP 1.1V/2.5V Process
The AT4K32T40ULP7ZC is organized as 4K-bits by 32 one-time programmable (OTP). This is a type of non-volatile memory fabricated in TSM- 40nm ULP stand...
77
10.0
4Kx8 Bits OTP (One-Time Programmable) IP, GLOBA-FOUNDR---® 22nm FDX 0.8V/1.8V Process
The AT4K8G22FDX0AA is organized as a 4K-bits by 8 one-time programmable memory. This is a kind of non-volatile memory fabricated in GLOBA-FOUNDR---® ...
78
10.0
8Kx8 Bits OTP (One-Time Programmable) IP, VI- 0.15µm 1.8V/5V BCD GIII Process
The AT8K8V150BCD0DB is organized as an 8K-bit by 8 one-time programmable (OTP). This is a kind of non-volatile memory fabricated in VI- 0.15μm BCD GII...
79
10.0
1x64 Bits OTP (One-Time Programmable) IP, Globa-Foundr--- 22nmFDX 0.8V/1.8V Process
The AT1X64G22FDX0AA is organized as a 1 by 64 one-time programmable (OTP). This is a kind of non-volatile memory fabricated in Globa-Foundr--- 22nm FD...
80
6.0
2-ch 16-bit stereo Audio ADC
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81
6.0
2-ch 16-bit stereo Audio ADC
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82
6.0
2-ch 24-bit 192KSPS Audio DAC
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83
6.0
2-ch 24-bit 192KSPS Audio DAC
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84
6.0
2-ch 24-bit 192KSPS Audio DAC; TSMC 40nm LP
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85
6.0
10-bit dual-port 30MHz ~ 85MHz LVDS Tx;
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86
6.0
10/100 Base-TX Fast Ethernet PHY; SMIC 40nm LL
SP-10_100_Ethernet-S40LL is a single-port DSP-based Fast Ethernet Transceiver. It contains all the active circuitry required to convert data stream to...
87
6.0
10/100 Base-TX Fast Ethernet PHY; TSMC 55nm GP
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88
6.0
10/100 Ethernet PHY for TSMC 22nm ULP
10 100ETHERNET-T22ULP18 is a single-port DSP-based Fast Ethernet Transceiver. It contains all the ac?tive circuitry required to convert data stream to...
89
6.0
10/100 Ethernet PHY, TSMC 28nm HPC+
-10 100ETHERNET-T28HPCP18 is a single-port DSP-based Fast Ethernet Transceiver. It contains all the ac?tive circuitry required to convert data stream ...
90
6.0
24-bit 192KSPS Audio DAC
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91
6.0
24-bit 192KSPS Audio DAC;
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92
6.0
16-bit 48KSPS stereo Audio ADC
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93
6.0
16-bit 48KSPS stereo Audio ADC;
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94
6.0
Single port 10/100 Fast Ethernet Transceiver - TSMC12nm FFC
SP-10 100ETHERNET-T12FFC is a single-port DSP-based Fast Ethernet Transceiver. It contains all the active circuitry required to convert data stream t...
95
6.0
MIPI D-PHY Receiver with PPI
SP_MIPI_DPHY_RX_PPI _T28HPCP is a MIPI D-PHY Receiver, which complies with MIPI D-PHY specification version 1.2. This D-PHY design receives data from ...
96
6.0
MIPI Rx D-PHY
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97
6.0
USB 2.0 PHY; SMIC 40nm LL
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98
6.0
USB 2.0 PHY; SMIC 55nm LL
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99
6.0
LVDS 10 bits dual port transmitter
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100
0.0
104x1 Bits OTP (One-Time Programmable) IP, VI- 0.15μm 1.8V/6V BCD G2 EPI Process
The ATO00104X1VI150BIO2N2B is organized as a 104-bit by 1 one-time programmable (OTP). This is a kind of non-volatile memory fabricated in VI- 0.15μ...