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Title: ¡¾Artificial Intelligence¡¿NCC S1 Neural Network Computing Card [Print This Page]
Author: Firefly Time: 11/22/2018 19:18
Title: ¡¾Artificial Intelligence¡¿NCC S1 Neural Network Computing Card
Based on the AI-specific APiM framework, a modular deep neural network learning accelerator without any external caching can be used for high-performance edge computing, as a vision-based deep learning computing and AI algorithm acceleration. NCC S1 is small in shape, extremely low in power consumption and best peak performance. Equipped with complete and easy-to-use model training tools, network training model instances, and professional hardware platform, it can be quickly applied in the artificial intelligence industry.
[ytube]https://www.youtube.com/embed/ByiEKYXXqRU[/ytube]
5.6Tops Best Peak Performance
Based on the AI-embedded Neural Network Processor (NPU), the NCC S1 possesses 28,000 parallel neural computing cores and supports on-chip parallel and in-situ calculations. Its peak up to 5.6Tops, dozens of times higher than other solutions on the market. It can afford complex high-density calculations for high-performance edge computing field.
AI Processing Framework APiM
Based on AI-specific MPE matrix engine and APiM (AI processing in Memory) framework, it deals with AI in a revolutionary way. Without any instructions, bus and external DDR cache, plenty of data can be directly input or output to the silicon chip by upgrading the network preloading once, which greatly lifts the processing speed of AI and reduces the processing energy consumption.
9.3 Tops/W High Energy Efficiency
The NPU of NCC S1 neural network computing card uses the 28nm process technology. The power is only 300mW when throughput is 2.8 Tops, while the energy efficiency is up to 9.3 Tops/W. It maintains strong computing ability while owning extremely low energy consumption, endowed with great advantages in the edge computing field of terminal equipment.
High-performance Hardware Platform
NCC S1 neural network computing card can be equipped with ROC-RK3399-PC open source main board. On condition that it is stocked with high-performance RK3399 six-core processor and abundant hardware interface, it can rapidly integrate hardware platform for edge computing, set up product prototype, and thus accelerate AI product project process.
Supporting Model Training Tools
Provide the complete and easy-to-use model training tool PLAI (People Learn AI) which based on PyTorch, it can be developed on Windows 10 and Ubuntu 16.04 systems to add custom network models more easily and quickly, which greatly reduces the technical difficulties to applying AI and makes AI technology accessible to more people.
Provide Network Training Model
Support the following three network training model examples such as GNet1, GNet18 and GNetfc with more network instances continuing to emerge subsequently, making it possible to easily test a large number of deep learning applications on the device.
Access Firefly Shop to buy NCC S1 neural network computing card.
Access Firefly Website to know more.
Author: chandong83 Time: 11/28/2018 00:23
Hi
There's no data on this. If I buy it, where can I download it?
Author: kroy Time: 1/8/2019 17:50
This is indeed a great module, but without proper documentation it is useless.
Author: hsedidin Time: 2/24/2019 02:05
How many cameras are supported?
Author: penguin Time: 2/28/2019 14:46
@hsedidin
The images are processed one by one in sequence by the AI chip.
How many cameras do you want to support?
Maybe the service can be modified to process the cameras in turn.
Author: mj07 Time: 3/26/2019 18:01
Hi Hsedidin,
Did you use NCC S1 with camera setup?
Author: Gvozdidir Time: 12/2/2019 22:12
Please send Pinout of NCC S1 module. I want to use this module in the project, but on the site I did not find documentation for it, there are also no schemes on the boards in which these modules can be installed.
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