www.design-reuse-embedded.com
   Founded in 2001, VeriSilicon Holdings Co., Ltd. ( VeriSilicon ) is a fast growing IC (integrated circuit) design foundry providing custom solutions and SoC (System-on-A-Chip) turn key services. VeriSilicon has an extensive track record of accelerating customer designs from initial specification to silicon, achieving first silicon success - on time and on spec - and taking customer silicon through volume production, utilizing its partner network of leading wafer foundries and assembly and test companies in Asia Pacific. In addition to its flexible engagement model, superior supply chain management, and strong service culture, VeriSilicon s market leading licensable digital signal processing (ZSPĀ®) cores and star IP based SoC platforms, along with value-added mixed signal IP portfolio, are the key differentiators for its success in a broad range of application markets, including multimedia, voice and wireless communications. VeriSilicon s global customer base of market leading multinationals and fabless start-up companies benefit from shorter development cycles, reduced cost of ownership, and economies of scale. VeriSilicon currently has research and development centers in Santa Clara, California and Dallas, Texas, U. S.; Shanghai and Beijing, China; with sales and customer support offices in Santa Clara, California, US; Shanghai, Beijing, Shenzhen, China; Tokyo, Japan; Taipei, Taiwan; Nice, France; and Seoul, Korea.   
20 Solutions

1
Display unit and graphics accelerator for IoT and wearables
Vector graphics | Fill/Clear | BLT | Blend | Scale | Any Angle Rotation | Perspective Transformation | Programmable Shader | ARGB8, RGB565, A8 and other optional formats | Color Conversion | On-the-fly compression

2
Embedded Vivante GPU, Vision, and IoT cores
Our impressive range of scalable, licensable Vivante GPU cores addresses the rapidly advancing expectations of the semiconductor marketplace from small form-factor IoT type MCUs with low power consumption to powerful SoCs perfect for automotive and high end multimedia applications.

3
GC Nano Ultra-MCU/MPU OpenGL ES 2.0 GPU for Wearables and IoT
GCNano is a complete OpenGL ES 2.0 GPU architected for MCU / MPU systems with limited power, memory, and bandwidth configurations.

4
GCNano Ultra 3-MCU/MPU OpenGL ES 3.0 GPU for Wearables and IoT
OpenGL ES 3.0/2.0 / 1.1 | OpenVG 1.1 | 720p @ > 60FPS (UI Resolution and Performance) | Up to 400M Pixels/sec | Up to 40M Triangles/sec | Up to 200M Vertices/sec | 1.6 mm2 (28nm)

5
GCNano-MCU/MPU OpenGL ES 2.0 GPU for Wearables and IoT
This is a complete OpenGL ES 2.0 GPU architected for MCU / MPU systems with limited power, memory, and bandwidth configurations.

6
Hantro G1 Multi-format Video Decoder IP
Hantro G1 multi-format hardware decoder brings an unprecedented level of format and resolution support to enable all kinds of video applications. It is also the first hardware decoder in the market to...

7
Hantro G2 Multi-format Decoder
Hantro G2 is a scalable IP solution providing an optimized silicon area depending on target market and performance requirements varying from leading edge 4K@60 fps for e.g. Ultra-HD TV, to industry st...

8
Hantro H1 Multi-format Video Encoder
Hantro H1 multi-format hardware encoder brings an unbeatable performance for any video encoding application. It is also the first hardware encoder in the market to support Google s VP8 video format fo...

9
Hantro H2 HEVC Encoder
Hantro H2 s modern architecture enables 4K resolution encoding at 30 frames per second on a single core running below 300MHz.

10
HD Video Platforms
Pre-productized SoC platforms enable quick turnaround times from a customer specification to fully functional, customized SoC design - for example in a HD video enabled tablet or smart TV.

11
Highly efficient 2-issue, dual-mac superscalar DSP core based on ZSP G3 architecture
ZSP800M is an energy efficient DSP core that can handle complex signal processing and control tasks for high definition audio in mobile tablets, home theater systems, HDTV, set-top box, Blu-ray DVD pl...

12
Highly efficient 2-issue, dual-mac superscalar DSP core with caches based on ZSP G3 architecture
ZSP880M is an energy efficient DSP core designed to handle complex signal processing and control tasks for high definition audio in mobile tablets, home theater systems, HDTV, det-top box, Blu-ray DVD...

13
Highly efficient 4-issue, dual-mac superscalar DSP architecture based on ZSP G1 architecture
ZSP400 is ideal for voice and audio applications that require a balance between area, performance and power. Target products include tablets, handsets, smart phones, toys, hearing aids, VoIP phones, a...

14
Highly efficient 4-issue, dual-mac superscalar DSP core based on ZSP G2 architecture
ZSP500 offers the ideal DSP performance needed for audio, voice and baseband processing in various applications like DTV, IP phones, set-top boxes, mobile handsets and other similar devices.

15
Highly efficient 4-issue, dual-mac superscalar DSP core with caches
ZSP420 is an energy efficient DSP core ideal for voice and audio applications that require a balance between area, performance and power. Target products include tablets, handsets, smart phones, toys,...

16
Highly efficient 4-issue, quad-mac superscalar DSP core based on ZSP G3 architecture
ZSP800 combines the required performance with optimal power to handle complex signal processing and control tasks for mobile baseband processing in wireless handsets (2G, 3G, 4G), modem cards, home en...

17
Highly efficient 4-issue, quad-mac superscalar DSP core with caches based on ZSP G3 architecture
ZSP880 combines the required performance with optimal power to handle complex signal processing and control tasks for mobile baseband processing in wireless handsets (2G, 3G, 4G), modem cards, home en...

18
Highly efficient 6-issue, DSP core with vector processing based on the scalable ZSP G4 architecture
ZSP981 offers an optimal balance of performance, power and area to handle complex signal processing algorithms for new and evolving wireless technologies such as LTE-Advanced, 802.11ac and more. With ...

19
Verisilicon IoT Platform
IoT forms a vast network of devices that sense, communicate or interact with each other. These connected devices are found in various end markets like industrial, consumer, automotive and home.

20
ZSPneo - DSP and MCU capabilities in a single core
ZSPneo is ideal for cost-sensitive applications that require control processing performance above existing 8-bit microcontrollers, but cannot tolerate the cost of 32 bit microcontrollers. ZSPneo provi...

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