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CHAINTECH — Interim / Quarterly Report 2019
Dec 16, 2019
52073_rns_2019-12-16_db39f823-e816-4b9e-a3e4-0daf7f87cbe4.pdf
Interim / Quarterly Report
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Chaintech Technology Corporation
Investment orumF
2019.12.16
Declaration
The information in this document won’t contain financial forecasts .
The information in this document was acquired from TSE MOPS and sources available to the company.
Product Portfolio
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Financial Statement
Statement of Comprehensive Income(QoQ)
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Statement of Comprehensive Income2019(YoY)
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2019Q3 Consolidated Condensed Balance Sheets-1
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2018 Q3 Consolidated Condensed Balance Sheets-2
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2018 Q3 Consolidated Condensed Balance Sheets-3
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Financial Ratio
| 2019.9.30 | 2018.12.31 | ||
|---|---|---|---|
| Debt Ratio | 31.10% | 13.92% | |
| Current Ratio | 276.60% | 619.59% | |
| Quick Ratio | 209.72% | 584.66% | |
| AR Turnover | 5.21 | 4.08 | |
| Days sales in AR | 70.05days | 89.46days | |
| Inventory Turnover | 10.24 | 35.28 | |
| Average days in sales | 35.64days | 10.34days | |
| Cash Flow Ratio | 2.40% | 159.19% |
Consolidated Condensed Cash Flow Statements
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Consolidated Condensed Cash Flow Statements
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2019/12/16
13
2020 Prospect
• Expand the AI server market continuously
• Application Technology Dep Invest in software application technology development and AI software and hardware system integration continuously
Invest in AI Focus on AI SERVER SI & Application Technology
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XIDIAN UNIVERSITY -AI computing acceleand technology-a computing acceleration platform project
Project background :
XIDIAN UNIVERSITY is a national key university with information and electronic subjects as the main subject and coordinated development of engineering, science, management and culture. It is directly under the Ministry of education. It is one of the key universities of national advantageous discipline innovation platform project and "211 Project", one of the national innovation and entrepreneurship demonstration bases, the first 35 demonstration software colleges, the first nine demonstration microelectronics colleges and the first nine approved ones One of the first batch of demonstration projects for the construction of first-class network security college Facing the major national strategic development and international cutting-edge development needs, the College of artificial intelligence of XIAN UNIVERSITY deeply implements the spirit of the report of the 19th National Congress and the development plan of new generation artificial intelligence, practices the construction of "Internet + belt and road" and innovation oriented country, and strives to
build a training base for high-end talents in the field of artificial intelligence, a research and Development Center for innovation achievements and a high-level team cultivation platform. Solution plan:
Based on the construction of intelligent education computing acceleration platform of Artificial Intelligence College of XIAN
UNIVERSITY , and combined with the practical experience of similar customers before, siton Heli proposes a complete cluster solution
of management node + computing node (several NVIDIA dgx-1) + storage + Infiniband network.
XIDIAN UNIVERSITY -AI computing acceleand technology-a computing acceleration platform project
NVIDIA DGX-1:
-
-The computing power can reach petaflops -
-8 ×Tesla V100 nvlink interconnection technology -
-NVIDIA CUDA core quantity 40960 -
-Number of NVIDIA sensor cores 5120
Through the GPU cluster solution, siton Heli has successfully built a computing acceleration
Pingsheng for XIAN UNIVERSITY
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PING AN TECHNOLOGY - DGX-1
Project background:
Founded in 2008, PING AN TECHNOLOGY is a wholly-owned subsidiary of Ping An Group Guokang. Your company has branches in Shenzhen, Beijing, Shanghai, Chengdu and Nanjing. Ping An technology develops and operates key pinghao and services of PING AN TECHNOLOGY negative voice, which supports the efficient development of the group's insurance, banking, investment and Internet business. At the same time, it is also a technology incubator of Ping An group. It has strong cloud, artificial intelligence and big materials Research and development capabilities
In the financial industry, time is money, and millisecond determines profitWith lightning insight and decisive execution, profits can be made. The focus is on making informed decisions faster than competitors, which will ultimately be achieved by using big data, and obtaining analysis results faster is a big advantage. With the statistical calculation gradually approaching the limit, the financial industry is focusing on GPU, and banks and investment companies are gradually switching to NVIDIA GPU NVIDIA DGX-1 (the first system developed for in-depth and a-accelerated analysis in the world) to meet the real-time analysis needs, including fraud analysis, risk management and algorithmic transactions.
Core requirements:
1. In portfolio risk management, a trader must extract information and input it into a special system to perform advanced analysis and modeling. When calculating risk, a large number of calculations are needed, which usually takes all night to divide into "lines", and it is difficult to make adjustments in time with market changes. 2. Transaction execution involves figuring out how to find out the best price of a stock in the limit order book. Whether the trading time is hundreds of milliseconds or a minute from now, in the trading gap of more and more specific stocks, we all want to know when the stock price is the highest, now or a few seconds later.
Solution:
In response to the needs of users, siton Heli puts forward the NVIDIA DGX-1 super Thunderhead solution. With the help of advanced GPU and in-depth event processing technology, traders can perform arduous tasks such as data exploration, model development scoring and model consumption on the computing platform
PING AN TECHNOLOGY – DGX-1
Secondly, in the process of trading execution, by mastering the quantitative data supported by the deep learning framework, we can understand the future trend of this threshold stock through the millions of trading data in the past. After the period training of massive data, we can make real-time reasoning on these data, and judge whether we should trade in a few hundred milliseconds, a second or a minute. This kind of intelligence cap improves the potential of algorithmic trading
NVIDIA DGX-1:
-
The computing power can reach 1 PetaFLOPS
-
-8
×Tesla V100 nvlink interconnection technology -
-NVIDIA a CUDA core quantity 40960
-
-Number of NVIDIA sensor cores 5120
Nvlink is a high bandwidth and low energy consumption interconnection technology. With this technology, the interconnection between nvd|agpu and the same generation GPU or other devices in the node can be realized. The total bandwidth of each GPU can reach 300gb / 5, which is about 9 times of the current interconnection of pcle gen3x16 and the hybrid cube GPU topology of DGX-1 orange. The highest bandwidth can be achieved between a group of 8 Tesla v100 of data exchange.
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Product Information
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SITONHOLY Software product
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SITONHOLY Hardware products
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Colorful GeForce RTX 2080 SUPER Gaming ES
| Chipset | GPU Manufacturing Process CUDA cores |
GeForce RTX 2080 SUPER 12nm 3072 |
|
|---|---|---|---|
| Core Clocks |
Base/Boost Clock (Turbo Model) Base/Boost Clock Buswidth |
1650MHz/1815MHz N/A 256Bit |
|
| Memory Clocks |
Memory Clock Memory Config Memory Interface Memory Bandwidth |
15.5Gbps 8GB GDDR6 496GB/S |
|
| Display and |
Video Output Maximum Digital Resolution* |
3DP+1HDMI 7680x4320 |
|
| Connectors | PCI Express NVLink/SLI |
3.0 Yes |
|
| Thermal and Power Specs |
Maximum GPU Temperature Graphics Card Power Power Phase Power connector |
89 C 250W 8+2 8+8Pin |
|
| Cooling | Type Intelligent star-stop fans Heatpipe size & Q’ty |
290+180mm N 3*φ8 |
|
| 3D API | Fan Power Connector DirectX |
DirectX 12 OpenGL 4/5 |
|
| Others | OpenGL Supported NV Technologies Form Factor |
Real-Time Ray Tracing, Ansel, GPU Boost Over Dual slot 31012653mm |
Colorful GeForce RTX 2070 SUPER Gaming ES
| Chipset | GPU | GeForce RTX 2070 SUPER | |
|---|---|---|---|
| ManufacturingProcess | 12nm | ||
| CUDA cores | 2560 | ||
| Core Clocks |
Base/Boost Clock | 1605/1770MHz | |
| (Turbo Model) Base/Boost Clock |
N/A | ||
| Buswidth | 256Bit | ||
| Memory Specs |
MemoryClock | 14Gbps | |
| MemoryConfig | 8GB | ||
| MemoryInterface | GDDR6 | ||
| MemoryBandwidth | 448GB/S | ||
| Display and Ct |
Video Output | 3DP 1.4 +1HDMI 2.0 | |
| Maximum Digital Resolution* |
7680x4320@60Hz | ||
| onnecor s |
PCI Express | 3.0 | |
| NVLink/SLI | YES | ||
| Thermal and Power Specs |
Maximum GPU Temperature |
88 C | |
| Graphics Card Power | 215W(NV) | ||
| Power Phase | 8+2 | ||
| Power connector | 8+8Pin | ||
| Cooling | Type | 3 * Fan(180+290mm) | |
| Intelligent star-stopfans | YES | ||
| Heatpipe size & Q’ty | 3*φ8 | ||
| Fan Power Connector | 8-pin, PWM | ||
| 3D API | DirectX | DirectX12 | |
| OpenGL | OpenGL 4/5 | ||
| Others | Supported NV Technologies |
Real-Time Tracing, Ansel ,GPU Boost |
|
| Form Factor | Dual Slot | ||
| Dimensions | 31012653mm | ||
| Back Plate | Yes |
iGame GeForce GTX 1660 Ti Ultra 6G
| Chipset | GPU | GeForce GTX 1660 Ti | |
|---|---|---|---|
| ManufacturingProcess | 12nm | ||
| CUDA cores | 1536 | ||
| Core Clocks |
Base/Boost Clock | 1500MHz/1770MHz | |
| (Turbo Model) Base/Boost Clock |
1500MHz/1845MHz | ||
| Buswidth | 192Bit | ||
| Memory Specs |
MemoryClock | 12Gbps | |
| MemoryConfig | 6GB | ||
| MemoryInterface | GDDR6 | ||
| MemoryBandwidth | 288GB/S | ||
| Display and |
Video Output | DP+HDMI+DVI | |
| Maximum Digital |
7680x4320@60Hz | ||
| Connector s |
l i Reso ut on* |
||
| PCI Express | 3.0 | ||
| SLI | NO | ||
| Thermal and Power Specs |
Maximum GPU Temperature |
89℃(NV) | |
Graphics Card Power |
120W | ||
| Power connector | 8 PIN | ||
| Cooling | Type | 3*90mm Fan | |
| Intelligent star-stopfans | NO | ||
| Heatpipe size & Q’ty | Φ6*2 | ||
| Fan Power Connector | 4 PIN PWM | ||
| 3D API | DirectX | DirectX12 | |
| OpenGL | OpenGL 4/5 | ||
| Others | Supported NV Technologies |
Ansel ,GPU Boost | |
| Form Factor | Dual Slot | ||
| Dimensions | 31012642mm | ||
| Back Plate | YES |
iGame GeForce RTX 2080 Ti Advanced
| Chipset | GPU Manufacturing Process CUDA cores |
GeForce RTX 2080 Ti 12nm 4352 |
|
|---|---|---|---|
| Core Clocks |
Base/Boost Clock One-key OC |
1350/1635MHz N/A |
|
| Memory Specs |
Memory Clock Memory Config Memory Interface Memory Bandwidth |
14Gbps 11GB GDDR6 616GB/S |
|
| Display and Connecto rs |
Video Output Maximum Digital Resolution PCI E* |
3DP 1.4 1HDMI 2.0 1USB Type-c 7680x4320@60Hz 30* |
|
| xpress SLI |
. Yes |
||
| Thermal and Power Specs |
Maximum GPU Temperature Graphics Card Power Power supply |
89℃(NV) 250W (NV) 8+8pin |
|
| Power Phase | 13+3 | ||
| Cooling | Type Intelligent start-stop fans Heatpipe size & Q’ty Fan Power Connector |
3 * Fan (90mm) YES 5*φ8 8pin, PWM |
|
| 3D API | DirectX OpenGL |
DirectX12 OpenGL 4/5 |
|
| Others | Supported NV Technologies Form Factor Dimensions Back Plate |
Real-Time Tracing, Ansel ,GPU Boost Over Dual Slot 30411852mm YES |