Accelerate Product Development with BCM x Intel® DevCloud for the Edge®
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See Qualifying Products from BCM
To meet the growing demand for IoT, AI, Edge Computing, and 5G applications, while saving our customers time and cost on development, the Intel® Developer Cloud program enables our customers to test drive our qualified products on the Intel® DevClound platform online.
The Intel® Developer Cloud for the Edge is designed to help you evaluate, benchmark, and prototype AI and edge solutions on Intel® hardware for free. Developers can get started at any stage of edge development. By using the free provided tool kit, developers can actively prototype and experiment with AI workloads for computer vision with different Intel® processors, helping you find the sweet spot balance between performance requirements and cost with an interactive simulation before making the purchase.
Learn More on Intel®How it Works?
* An Intel® DevCloud account to login in is required.
Benefits Brought to Customers
Test Before You Buy
Run Test Anytime Anywhere
Test for Diverse AI Applications
Get CPU Performance Benchmark Info
Accelerate Time to Production & Cost Saving
Product Longevity & Support
BCM's Qualifying Products
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| Model Name | EMS-TGL-S15 | EMS-TGL-S45 | BI270-110HD |
| Processor | 11th generation Intel® Core™ i3-1115G4E processor | 11th generation Intel® Core™ i5-1145G7E processor | Intel® Core™ i5-7500T processor |
| Graphics GPU | Intel® UHD Graphics for 11th generation Intel® processors | Intel® Iris® Xe graphics | Intel® HD Graphics 630 |
| RAM | 8GB | 8GB | 8GB |
| Inference Accelerator | Intel® Vision Accelerator Design cards based on Intel® Movidius™ Myriad™ X VPU (x1) |
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| Features | Rugged design, fanless operation, rich external I/O | Rugged design, fanless operation, rich external I/O | Compact, thin box, cost effectiveness |
| Run Sample Applications using Jupyter Notebook on a development server for |
The sample application demonstrates shows how a smart video IoT solution may be created using Intel® hardware and software tools to perform the following actions: | ||
| Accelerated Object Detection - detects any number of objects within a video frame looking specifically for known objects. | |||
| Safety Gear Detection - detects any number of objects within a video frame looking specifically for people, safety vests, and hardhats. | |||
| Store Aisle Monitor - detects any number of people within a video frame and: 1. Draws a box around each detected person 2. Periodically (every 5 seconds) Saves a snapshot image of the frame with inference time and count (filename includes time stamp) 3. Optionally uploads the snapshot image to the Azure cloud |
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| Benchmark Application - The Benchmark python tool provides estimation of deep learning inference performance on the supported devices. | |||
| Pneumonia Classification - This solution uses an inference model that has been trained to classify the presence of pneumonia using a patient's chest X-ray. The results are visualized from what the network has learned using the Class Activation Maps (CAM) technique. |
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| Run Your Own Applications |
Users can also try out your own application on our hardware here at Intel DevCloud for the Edge platform by creating your New Jupyter Notebook. | ||
| Product Spec | Product Spec | Product Spec | |
Applications
Health and Life Sciences
Safety and Security
Retail
Industrial
Manufacturing
Transportation
Sample Solutions
Background:
Traffic congestion is the worst thing of a city and a nightmare for its residents. The problem is only getting bigger with the increase of population and number of vehicles. However, the ongoing traffic congestion problem can be addressed and eliminated with technology by integrating IoT (internet of things) with the cities’ infrastructure and taking steps to ease traffic congestion.
BCM’s solution to the traffic congestion issue tasked by our customer is integrating the powerful EMS-TGL fanless embedded system into the existing traffic monitoring system.
End Customer's Requirements:
Solution and Outstanding Factors:
By integrating the EMS-TGL system BCM solved all issues our end customers had. The EMS-TGL embedded system eliminated the performance issue by delivering outstanding CPU and GPU performance. The EMS-TGL system allows 5G communication, taking advantage of the ultra-fast 5G technology and decrease data transfer speed allowing faster real time results. The thermal issue the customer has also been eliminated with more efficient hardware in the EMS-TGL system. Lastly, the cost for the customer has been cut down due to our unbeatable prices.
Background:
The pharmaceutical industry is one industry that allows zero errors. Any mistake or mishaps can cause illness, money loss, or even worse, death. On top of having zero tolerance for mistakes, the pharmaceutical factories also need high packaging speed. These 2 major factors can be solved with technology by integrating sensors, cameras, powerful computer systems, etc.
BCM’s solution to this issue tasked by our customer is integrating the powerful EMS-TGL fanless embedded system in the existing packaging line.
End Customer's Requirements:
Current Solution:
New Solution with EMS-TGL + IET Modules (additional USB ports) and Outstanding factors:
The EMS-TGL standard SKU meets most requirements from the customer except the additional 4 USB 3.1 ports and 3 USB 2.0 ports. Since the EMS-TGL supports BCM’s IET expansion modules, BCM is able to expand the IO ports based on the customer’s requirements by additional USB ports.
BCM's integration of the EMS-TGL sytem has made it cost effective for our customer. With the low cost, the EMS-TGL does compromise with its performance. The EMS-TGL comes with powerful CPU and GPU performance, more advance than our customer's current solution, while supporting DDR4 DRAM 3200 and NVMe SSD.
Background:
End Customer's Requirements:
Solution with EMS-TGL + IET Modules (additional 8 COM ports):
The EMS-TGL standard SKU already meets most of requirements except the system only provides 3 COM ports. BCM's EMS-TGL supports IET expansion modules, which allows us to expand the IO interface by adding additional 8 COM ports plus 2 USB using the IET modules. The flexibile semi-customization solution brings customers with accelerated project development, reduced development cost, and faster quick time-to-market launch. Customer Evaluation in progress.
Background:
Customer is looking for a computing system to support the driller’s chair/ drilling control system in oil rig environment. Specific requirements include 3 DisplayPorts, supports CCTV IP cameras, wide temperature and more.
End Customer's Requirements:
Example only, not customer's product.
Solution with EMS-TGL:
The EMS-TGL embedded system was proposed as it provides 3 DisplayPorts and support 3 independent displays. It allows 3 unique software applications to be presented on each display. The system also supports fanless operation and wide temperature, wide range DC-in capable for use at industrial environment. Customer Evaluation in progress.
| Product | Description | End Customer | Application | Country |
|---|---|---|---|---|
| EMS-TGL-W85-A1-05R | Standard | G & L | Control Tower in Oil Rig | Norway |
| EMS-TGL-S85-A1-07R | Standard | Far EasTone | Smart City, AI Edge Smart Transportation | Taiwan |
| EMS-TGL-S85-A1-1R | Standard | PRAMAC/PR Industrial | Mobile Robot | Italy |
| EMS-TGL-S85-A1-10R EMS-TGL-S85-A1-17R |
w/ PoE IET Module, support 4 port IEEE 802.3af | JLI Vision | Vision Application (Pharma) | DK |
| EMS-TGL-S45-A1-13R | w/ 4COM IET Module | Gekås | Retail | Sweden |
| EMS-TGL-S15-A1-03R | w/ 4 x USB 3.0 + 3 x USB 2.0 IET Module | NDP | Passport ID Photo Both | Japan |
| EMS-TGL-S15-A1-6R | w/ 1 x HDMI, 2 x RJ45, 2 x COM, 2 x USB 2.0 IET Module | Hardware Solutions | Process control and data collecting in industrial automation | Italy |
Contact us at BCMSales@bcmcom.com or give us a call 949-470-1888
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