VeriSilicon Microelectronics (Shanghai) Co., Ltd. (VeriSilicon, 688521.SH) is a leading public company that provides custom silicon solutions, leveraging its comprehensive and proprietary portfolio of semiconductor IPs.
VeriSilicon possesses six categories of in-house processing IPs, namely Graphics Processing Unit (GPU) IP, Neural Network Processing Unit (NPU) IP, Video Processing Unit (VPU) IP, Digital Signal Processing (DSP) IP, Image Signal Processing (ISP) IP, and Display Processing IP, as well as more than 1,700 analog and mixed-signal IPs, RF IPs, and interface IPs.
Leveraging its own IPs, VeriSilicon has developed a wealth of software and hardware custom chip design platforms targeting Artificial Intelligence (AI) applications, covering always-on ultralight spatial computing devices such as smartwatches and AI/AR glasses, high-efficiency edge computing devices such as AI PCs, AI phones, smart cars, and robots, as well as high-performance cloud computing devices like data centers and servers.
In response to the trend of System-on-Chip (SoC) evolving towards System-in-Package (SiP) driven by the demand for large computing power, VeriSilicon put forward the concepts of "IP as a Chiplet”, "Chiplet as a Platform", and "Platform as an Ecosystem”. The company keeps advancing the R&D and industrialization of its Chiplet technologies and projects from the perspective of interface IP, Chiplet architecture, advanced packaging technology, and others for AI-Generated Content (AIGC) and autonomous driving solutions.
Under its unique “Silicon Platform as a Service” (SiPaaS) business model, VeriSilicon serves a broad range of market segments, including consumer electronics, automotive electronics, computer and peripheral, industrial, data processing, Internet of Things (IoT), among others. Its main customers include fabless, IDM, system vendors (OEM/ODM), large internet companies, and cloud service providers.
Founded in 2001 and headquartered in Shanghai, China, VeriSilicon has 9 design and R&D centers, along with 11 sales and customer service offices worldwide. VeriSilicon currently has more than 2,000 employees.
SMIC 0.18um 3.3v-1.8v Power Regulator
Power Regulator, also called Voltage Regulator, is an on-chip device which converts an external high voltage power supply into su…
SMIC 0.18um 3.3v-1.8v Power Regulator
Power Regulator, also called Voltage Regulator, is an on-chip device which converts an external high voltage power supply into su…
Designed for audio clock generation, this PLL integrates a phase frequency detector (PFD), a loop filter (LP), a voltage control …
SMIC 0.18um 11Bit 4Msps R2R DAC
SMIC18_R2RDAC_02 is a 11bit 4MHz DAC IP.
SMIC 0.18um 24Bit Sigma-Delta DAC
The SMIC18_DAC_01B specifies the design of a high-performance 24-bit stereo Audio DAC for portable digital audio systems.
The USB1.1 PHY is an IP version of USB transceiver designed in standard logic to interface the physical layer of Universal Serial…
SMIC 0.13um 3.3V Trimming Block
This IP is suitable for voltage trimming.
SMIC 0.13μm 1.62~3.3v->1.2v 230mA Power Regulator
Targeted in SMIC 0.13μm 1.2v/3.3v logic process, current design of Power Regulator is to provide 1.2v power supply which is regul…
The S13V33_PGA_01 integrates: one MIC input gain boost amplifier, two 2-channel programmable gain amplifiers, two 3-1 input signa…
This PLL is designed for audio clock generation.
The S13V33_DLL_04 generates 4-channel fixed timing delay.
The S13V33_DAC_01D specifies the design of a high-performance 24-bit stereo Audio DAC for portable digital audio systems.
SMIC 0.13um 10Bit 2Channel 24MHz
The VeriSilicon S13V33_ADC_06 IP includes an embedded 10bit 48MHz ADC IP(ADC_03).
The VeriSilicon S13V33_ADC_03 IP is a 10 bit, low power, and pipeline analog to digital converter capable of running at up to 50M…
The LVDS transmitter converts 28-bit data into 4-pair LVDS data stream.
This is a 32768Hz crystal oscillator specifically designed for ultra-low power application.
This IP is a programmable Analog PLL suitable for high speed clock generation.
The present IP is a Voltage Detector (VDT) circuit.
The present Power-On-Reset circuit generates system reset pulses (RST) when both the 2.5V and 1.2V power suppliers are turned on.
The present Power-On-Reset circuit generates system reset pulses (RST) when the 3.3V power supplier is turned on.