We have delivered over many electronic product designs, including hardware and software device solutions across industries ranging from consumer electronics through industrial automation and data acquisition. Our success is due to a combination of engineering excellence, best-practices in project management, and strong relationships with Sparton, Applied Micro.
We provide electronic design services for many industries, IoT, smart home, Wireless, Medical, Robotics, and High-Performance Computing.
Our services include:
FPGA Design
PCB Design
Embedded Software Development
Signal Integrity Analysis
Analog Design
Power Design
Turnkey Product Design
Internet of Things Design
RF and Wireless Design
DSP Algorithm Development
PCB Layout
Device Drivers
I've been involved in new product development (NPD) in one form or other my entire career and maintain a strong passion for creating and delivering innovative money-making new products to the market. Over the years I’ve had the opportunity to learn what works and what doesn’t at a variety of companies. My journey started at Motorola, was refined at Cypress Semiconductor, and subsequently put to test at a variety of companies after that. These set of notes is a high-level distillation of that learning. While most of my direct experience is in semiconductors, based on what I’ve seen the lessons can be applied in a wide variety of industries. For those interested in additional details of project management or problem solving refer to those respective workshop notes on Slideshare.
Pre-shipment inspection report on July 27th,2016河 黄
An inspection was conducted on three orders of hangbags from a factory in Guangzhou, China. Several defects were found, including stuck zippers, open seams, and untrimmed threads. Samples from orders 10878 and 18678 failed the inspection due to defect rates exceeding the allowed quality limits. The factory agreed to rework the defective items from order 10878. Overall, the inspection results for the three orders were rejected.
This document provides an overview of a course on product design and development. It discusses key topics like product definition, characteristics of successful product development, who is involved in design and development, typical duration and costs, and challenges. The course will cover structured product development methods using step-by-step processes and industrial examples. It will also address organizational realities that can impact projects.
A Study Report on Value Analysis and Value Engineering (VAVE)Avijeet Suryavanshi
This Project Report presents the basic fundamental of value engineering that can be implemented in any product to optimize its value. A case study of L&T Technology Services is discussed in
which the material, design of components is changed according to the value engineering methodology. In the present case study, it is observed that the unnecessary increase in cost is due
to the use of expensive material, increase in variety of items and thereby increasing the inventory and so on. Therefore, selected some components and applied value engineering technique for the cost reduction of these components.
Value Engineering is an effective tool in identifying areas where cost reduction can be achieved.
In order to effectively do this, various approaches in specific areas of focus are discussed in this report.
This document discusses different types of manufacturing processes including conversion, fabrication, assembly, and testing. It also describes common process flow structures such as job shops, batch processing, assembly lines, and continuous flow. Process flow design involves mapping the specific steps that raw materials and parts follow through a plant. Key aspects of process design include assembly charts, process flow charts, product-process matrices, and breakeven analysis. The document concludes with an overview of operations technologies including hardware, software, and how technologies can support services.
Here are five possible metrics and units of measure for the customer need "The pen writes smoothly":
1. Friction coefficient - unitless
2. Ink flow rate - grams per minute
3. Starting force - grams of force
4. Line width variation - millimeters
5. Skip rate - number of skips per 100 words
I've been involved in new product development (NPD) in one form or other my entire career and maintain a strong passion for creating and delivering innovative money-making new products to the market. Over the years I’ve had the opportunity to learn what works and what doesn’t at a variety of companies. My journey started at Motorola, was refined at Cypress Semiconductor, and subsequently put to test at a variety of companies after that. These set of notes is a high-level distillation of that learning. While most of my direct experience is in semiconductors, based on what I’ve seen the lessons can be applied in a wide variety of industries. For those interested in additional details of project management or problem solving refer to those respective workshop notes on Slideshare.
Pre-shipment inspection report on July 27th,2016河 黄
An inspection was conducted on three orders of hangbags from a factory in Guangzhou, China. Several defects were found, including stuck zippers, open seams, and untrimmed threads. Samples from orders 10878 and 18678 failed the inspection due to defect rates exceeding the allowed quality limits. The factory agreed to rework the defective items from order 10878. Overall, the inspection results for the three orders were rejected.
This document provides an overview of a course on product design and development. It discusses key topics like product definition, characteristics of successful product development, who is involved in design and development, typical duration and costs, and challenges. The course will cover structured product development methods using step-by-step processes and industrial examples. It will also address organizational realities that can impact projects.
A Study Report on Value Analysis and Value Engineering (VAVE)Avijeet Suryavanshi
This Project Report presents the basic fundamental of value engineering that can be implemented in any product to optimize its value. A case study of L&T Technology Services is discussed in
which the material, design of components is changed according to the value engineering methodology. In the present case study, it is observed that the unnecessary increase in cost is due
to the use of expensive material, increase in variety of items and thereby increasing the inventory and so on. Therefore, selected some components and applied value engineering technique for the cost reduction of these components.
Value Engineering is an effective tool in identifying areas where cost reduction can be achieved.
In order to effectively do this, various approaches in specific areas of focus are discussed in this report.
This document discusses different types of manufacturing processes including conversion, fabrication, assembly, and testing. It also describes common process flow structures such as job shops, batch processing, assembly lines, and continuous flow. Process flow design involves mapping the specific steps that raw materials and parts follow through a plant. Key aspects of process design include assembly charts, process flow charts, product-process matrices, and breakeven analysis. The document concludes with an overview of operations technologies including hardware, software, and how technologies can support services.
Here are five possible metrics and units of measure for the customer need "The pen writes smoothly":
1. Friction coefficient - unitless
2. Ink flow rate - grams per minute
3. Starting force - grams of force
4. Line width variation - millimeters
5. Skip rate - number of skips per 100 words
Purpose Statement:
To provide an overview of Design for Manufacturing and Assembly (DFMA) techniques, which are used to minimize product cost through design and process improvements.
Advanced Manufacturing Technology, Adoption and Benefitsi4VC
This document discusses the adoption of new manufacturing technologies. It defines advanced manufacturing technologies and explains that adopting new technologies is crucial for business competitiveness in the face of rapid technological change. The document outlines factors to consider in the decision to adopt new technologies, including product/market reasons, financial reasons, and management/organizational reasons. It also discusses project management for new technologies and accounting for technology investments.
This project aimed to reduce internal rejections like piston rod burn, low tension, and others during the manufacturing process at Gabriel India Ltd. in Parwanoo. The student analyzed defects using fishbone diagrams to identify causes like improper cleaning, misalignment, and loose bolts. Measures like using a 4-bolt indexing fixture instead of 2-bolts and changing the part direction sequence helped eliminate piston rod burn and reduced rejections due to low tension. The project helped track root causes of defects and suggest solutions, while giving the student experience with quality analysis tools.
Integrating Stage Gate with Product Development Models and the CMMI WB v2.2Tim Kasse
The document discusses various product development lifecycle models and how they relate to stage gate processes. It provides high-level definitions and diagrams of common models including waterfall, V-model, incremental development, spiral development, and evolutionary development. It also summarizes typical models used for smaller, less complex, or safety critical projects such as agile software development, prototyping, and concurrent engineering lifecycles. Contact information is provided for Tim Kasse, the principal consultant.
Definition of Automation
Automated Manufacturing Systems
Types of Manufacturing Automation
Levels of Automation
Computerized Manufacturing Support Systems
Reasons for Automation
Automation Strategies-The USA Principle
Ten Strategies for Automation and Process Improvement
Automation Migration Strategy
Benefits of Automation
References
The document discusses best practices for product design and development. It outlines key aspects of the process including identifying customer needs, establishing target specifications, concept generation, concept selection, concept testing, and setting final specifications. It also describes an evaluation framework that allows companies to compare their performance to industry benchmarks and best practices. The framework is used to develop an improvement plan by assessing a company's current situation, identifying gaps compared to best practices, and determining priorities based on business strategy and best practices.
This document discusses key aspects of product design and development. It defines product, product development process, and design process. It outlines the six phases of product development and different types of products. The document also discusses product conceptual design, form and function, fundamental design rules, concurrent engineering approach, and composition of effective design teams.
This document describes a mini CNC machine project created by Shakti Patel at Parul University. The project uses an Arduino UNO to control stepper motors and a servo motor to move a cutting head along X, Y, and Z axes. Open source software like Inkscape, CAMotics, the Arduino IDE, and Processing are used to design models, generate G-code instructions, and control the hardware. The project aims to build a basic low-cost 2D CNC machine within constraints of understanding CNC models and integrating different software and hardware components.
This document provides an overview of non-destructive testing (NDT) methods, focusing on visual inspection. It defines visual inspection as the oldest and most basic NDT method, using only the naked eye to look for flaws. The document distinguishes between unaided visual inspection, using only the eye, and aided visual inspection, which employs optical or mechanical instruments like borescopes, microscopes, calipers and feeler gauges to enhance inspection capabilities. It provides examples of different optical and mechanical aids used to conduct aided visual inspections.
02 Raspberry Pi GPIO Interface on Node-RED (Some correction)Mr.Nukoon Phimsen
The document discusses using the Raspberry Pi's GPIO pins to control hardware interfaces with Node-RED. It provides examples of creating Node-RED flows to:
1. Control an LED by setting a GPIO pin as a digital output and toggling it on and off.
2. Control LED brightness using PWM by setting a GPIO pin as a PWM output and changing the duty cycle.
3. Read input from a binary sensor by setting a GPIO pin as a digital input and reading its state.
4. Read temperature from a 1-Wire temperature sensor connected to the Raspberry Pi's 1-Wire bus using a Node-RED 1-Wire node.
The term Industry 4.0 was mentioned for the first time in Germany, in 2011, as a proposal for the development of a new concept of economic policy based on high-tech strategies .
These technologies are changing the role of employees and the work they do, allowing interactions between the different elements of the industrial company, throughout the value chain, since suppliers to customers.
The document provides a summary of a report analyzing the design for manufacturing and assembly (DFMA) features of an HP Deskjet printer. Key DFMA guidelines considered include minimizing parts, using standard parts, facilitating part handling, and encouraging modular assembly. The report examines the printer's design for automation and assembly, use of plastics, fastening methods, and sheet metal components. Figures are included to illustrate how the printer's design incorporates various DFMA principles such as pyramidal assembly, symmetry, and avoiding part jamming.
This document provides an overview of soldering, including definitions of key terms, components, and processes. It discusses the four main elements of soldering - iron, solder, flux, and electronic components. It describes the soldering process and important considerations like cleanliness, temperature control, and tip maintenance. Overall, the document serves as a guide to best practices for successful hand soldering of electronic components.
1. The document discusses preparing a Welding Procedure Specification (WPS) for welding stainless steel alloys like 321, 316, and 347 that are commonly used in boilers.
2. It analyzes the mechanical and thermal properties of the materials and optimizes existing WPS methods to minimize defects after welding and maintain material strength.
3. The author prepares the WPS based on parameters like preheating temperature, electrode type, welding position and technique, and evaluates the strength, microstructure, and properties of the welded materials.
The document discusses improving the quality of SMT solder paste printing processes using Six Sigma methodology. It describes how the DMAIC process was used to identify key printing parameters, conduct experiments to understand their impact, and optimize the process. Testing found the average paste thickness increased from 137.95μm to 144.98μm while reducing variation. Process capability improved from 1.16 to 3.16 indicating a significant quality enhancement.
NX is one of the world’s most advanced and tightly integrated CAD/CAM/CAE product development solutions. Spanning the entire range of product development, NX delivers immense value to enterprises of all sizes. It simplifies complex product designs, thus speeding up the process of introducing products to the market.
This document discusses quality 4.0 and the new role of quality through quality by discovery. It begins by outlining the agenda, which includes details on quality 4.0, continuous quality management systems, and the new role of quality achieved through quality by discovery. It then discusses perspectives on quality 4.0 and how continuous quality management systems can integrate real-time information across the product lifecycle from R&D to manufacturing to supply chain to customers. The document also discusses how quality is evolving from quality by inspection to quality by design to quality by empowerment and discovery. It outlines the value propositions of quality 4.0 in improving human intelligence, decision making, transparency and anticipating changes. The document concludes by discussing how quality
This document discusses automated guided vehicles (AGVs) which are programmed to move materials between workstations on a factory floor. It describes the components, classifications, navigation methods, and control systems of AGVs. It also provides two case studies, one on developing an AGV to change sprinklers in irrigation and another on implementing an AGV system to transport goods in a hospital. The document aims to provide an overview of AGVs, their applications, and examples of their use.
This document lists many shortcut keys available in Altium Designer for navigating the environment, accessing panels and menus, editing schematics and PCB designs, and using other tools. It includes shortcuts for common commands like save, print, zoom and pan, as well as shortcuts specific to schematic editing, PCB layout, the CAMtastic CAM editor, and more. Shortcuts are provided for commands, navigation, selection, placement and editing of objects, layer and design rule management, and other frequent tasks in Altium Designer.
Purpose Statement:
To provide an overview of Design for Manufacturing and Assembly (DFMA) techniques, which are used to minimize product cost through design and process improvements.
Advanced Manufacturing Technology, Adoption and Benefitsi4VC
This document discusses the adoption of new manufacturing technologies. It defines advanced manufacturing technologies and explains that adopting new technologies is crucial for business competitiveness in the face of rapid technological change. The document outlines factors to consider in the decision to adopt new technologies, including product/market reasons, financial reasons, and management/organizational reasons. It also discusses project management for new technologies and accounting for technology investments.
This project aimed to reduce internal rejections like piston rod burn, low tension, and others during the manufacturing process at Gabriel India Ltd. in Parwanoo. The student analyzed defects using fishbone diagrams to identify causes like improper cleaning, misalignment, and loose bolts. Measures like using a 4-bolt indexing fixture instead of 2-bolts and changing the part direction sequence helped eliminate piston rod burn and reduced rejections due to low tension. The project helped track root causes of defects and suggest solutions, while giving the student experience with quality analysis tools.
Integrating Stage Gate with Product Development Models and the CMMI WB v2.2Tim Kasse
The document discusses various product development lifecycle models and how they relate to stage gate processes. It provides high-level definitions and diagrams of common models including waterfall, V-model, incremental development, spiral development, and evolutionary development. It also summarizes typical models used for smaller, less complex, or safety critical projects such as agile software development, prototyping, and concurrent engineering lifecycles. Contact information is provided for Tim Kasse, the principal consultant.
Definition of Automation
Automated Manufacturing Systems
Types of Manufacturing Automation
Levels of Automation
Computerized Manufacturing Support Systems
Reasons for Automation
Automation Strategies-The USA Principle
Ten Strategies for Automation and Process Improvement
Automation Migration Strategy
Benefits of Automation
References
The document discusses best practices for product design and development. It outlines key aspects of the process including identifying customer needs, establishing target specifications, concept generation, concept selection, concept testing, and setting final specifications. It also describes an evaluation framework that allows companies to compare their performance to industry benchmarks and best practices. The framework is used to develop an improvement plan by assessing a company's current situation, identifying gaps compared to best practices, and determining priorities based on business strategy and best practices.
This document discusses key aspects of product design and development. It defines product, product development process, and design process. It outlines the six phases of product development and different types of products. The document also discusses product conceptual design, form and function, fundamental design rules, concurrent engineering approach, and composition of effective design teams.
This document describes a mini CNC machine project created by Shakti Patel at Parul University. The project uses an Arduino UNO to control stepper motors and a servo motor to move a cutting head along X, Y, and Z axes. Open source software like Inkscape, CAMotics, the Arduino IDE, and Processing are used to design models, generate G-code instructions, and control the hardware. The project aims to build a basic low-cost 2D CNC machine within constraints of understanding CNC models and integrating different software and hardware components.
This document provides an overview of non-destructive testing (NDT) methods, focusing on visual inspection. It defines visual inspection as the oldest and most basic NDT method, using only the naked eye to look for flaws. The document distinguishes between unaided visual inspection, using only the eye, and aided visual inspection, which employs optical or mechanical instruments like borescopes, microscopes, calipers and feeler gauges to enhance inspection capabilities. It provides examples of different optical and mechanical aids used to conduct aided visual inspections.
02 Raspberry Pi GPIO Interface on Node-RED (Some correction)Mr.Nukoon Phimsen
The document discusses using the Raspberry Pi's GPIO pins to control hardware interfaces with Node-RED. It provides examples of creating Node-RED flows to:
1. Control an LED by setting a GPIO pin as a digital output and toggling it on and off.
2. Control LED brightness using PWM by setting a GPIO pin as a PWM output and changing the duty cycle.
3. Read input from a binary sensor by setting a GPIO pin as a digital input and reading its state.
4. Read temperature from a 1-Wire temperature sensor connected to the Raspberry Pi's 1-Wire bus using a Node-RED 1-Wire node.
The term Industry 4.0 was mentioned for the first time in Germany, in 2011, as a proposal for the development of a new concept of economic policy based on high-tech strategies .
These technologies are changing the role of employees and the work they do, allowing interactions between the different elements of the industrial company, throughout the value chain, since suppliers to customers.
The document provides a summary of a report analyzing the design for manufacturing and assembly (DFMA) features of an HP Deskjet printer. Key DFMA guidelines considered include minimizing parts, using standard parts, facilitating part handling, and encouraging modular assembly. The report examines the printer's design for automation and assembly, use of plastics, fastening methods, and sheet metal components. Figures are included to illustrate how the printer's design incorporates various DFMA principles such as pyramidal assembly, symmetry, and avoiding part jamming.
This document provides an overview of soldering, including definitions of key terms, components, and processes. It discusses the four main elements of soldering - iron, solder, flux, and electronic components. It describes the soldering process and important considerations like cleanliness, temperature control, and tip maintenance. Overall, the document serves as a guide to best practices for successful hand soldering of electronic components.
1. The document discusses preparing a Welding Procedure Specification (WPS) for welding stainless steel alloys like 321, 316, and 347 that are commonly used in boilers.
2. It analyzes the mechanical and thermal properties of the materials and optimizes existing WPS methods to minimize defects after welding and maintain material strength.
3. The author prepares the WPS based on parameters like preheating temperature, electrode type, welding position and technique, and evaluates the strength, microstructure, and properties of the welded materials.
The document discusses improving the quality of SMT solder paste printing processes using Six Sigma methodology. It describes how the DMAIC process was used to identify key printing parameters, conduct experiments to understand their impact, and optimize the process. Testing found the average paste thickness increased from 137.95μm to 144.98μm while reducing variation. Process capability improved from 1.16 to 3.16 indicating a significant quality enhancement.
NX is one of the world’s most advanced and tightly integrated CAD/CAM/CAE product development solutions. Spanning the entire range of product development, NX delivers immense value to enterprises of all sizes. It simplifies complex product designs, thus speeding up the process of introducing products to the market.
This document discusses quality 4.0 and the new role of quality through quality by discovery. It begins by outlining the agenda, which includes details on quality 4.0, continuous quality management systems, and the new role of quality achieved through quality by discovery. It then discusses perspectives on quality 4.0 and how continuous quality management systems can integrate real-time information across the product lifecycle from R&D to manufacturing to supply chain to customers. The document also discusses how quality is evolving from quality by inspection to quality by design to quality by empowerment and discovery. It outlines the value propositions of quality 4.0 in improving human intelligence, decision making, transparency and anticipating changes. The document concludes by discussing how quality
This document discusses automated guided vehicles (AGVs) which are programmed to move materials between workstations on a factory floor. It describes the components, classifications, navigation methods, and control systems of AGVs. It also provides two case studies, one on developing an AGV to change sprinklers in irrigation and another on implementing an AGV system to transport goods in a hospital. The document aims to provide an overview of AGVs, their applications, and examples of their use.
This document lists many shortcut keys available in Altium Designer for navigating the environment, accessing panels and menus, editing schematics and PCB designs, and using other tools. It includes shortcuts for common commands like save, print, zoom and pan, as well as shortcuts specific to schematic editing, PCB layout, the CAMtastic CAM editor, and more. Shortcuts are provided for commands, navigation, selection, placement and editing of objects, layer and design rule management, and other frequent tasks in Altium Designer.
Module 1 getting started with altium designerAris Gardelis
This document provides an overview of the Altium Designer environment and user interface. It describes the main elements of a project and how it links design documents. It explains how to navigate projects and open existing designs. The document editor is outlined, including menus, toolbars, panels and shortcut keys. Working with multiple design documents and customizing the interface are also covered at a high level.
The document provides 17 productivity tips for using Altium Designer, an electronic design automation software. It describes tips such as how to walk through nets to check a design, manage layer sets, use net name prefixes to set up classes, find unconnected nets, place drill drawings, close out test point errors, and more. The tips are meant to improve efficiency and help hide some less known features of the software. It concludes by providing additional resources for more Altium Designer tips and tutorials.
Rapid, iterative prototyping best practicesfirehosegames
The document discusses best practices for rapid, iterative prototyping including setting aside 1/3 of development time for prototyping, assembling a small team with the right tools to quickly test ideas, and getting frequent user feedback to iterate designs and add or cut features until reaching a vertical slice prototype that can be stopped and transitioned into full production. Common pitfalls to avoid are scope creep, endless iteration without progress, and failing to manage expectations that some prototypes may be discarded.
This document provides an overview of the PCB editor basics in Altium Designer, including:
- The user interface and view commands for navigating PCB designs
- The different types of PCB design objects that can be used such as tracks, pads, vias, arcs, strings and their properties
- How to place and edit these different object types using their corresponding dialog boxes
- Additional topics covered include favorites, snippets, selection tools, and shortcuts for common tasks in the PCB editor
The document provides an overview of an introduction to the MPLAB integrated development environment presented by Microchip Technology. The summary covers:
1) The presentation will explain what MPLAB IDE is used for and walk through a simple project to demonstrate how it eases the embedded design cycle.
2) It will select a device, create a project, select language tools, add files to the project, create code, build the project, and test the code with a simulator.
3) This allows users to get familiar with the basic components of MPLAB and demonstrates how to assemble a project framework, build an application, and test it in the simulator.
Build Your Own PCB with EAGLE - Getting Start with EAGLE Premier Farnell
The document provides an overview of the EAGLE CAD software for designing printed circuit boards (PCBs). It describes the main modules of EAGLE, including the layout editor, schematic editor, and autorouter. It outlines the different versions of EAGLE, such as the free Light version and the full-featured Professional version. It also gives brief descriptions of the EAGLE user interface and how to create an EAGLE project.
This document provides instructions for designing a printed circuit board (PCB) using Proteus software. It describes how to:
1. Install Proteus and open the ISIS and ARES applications for schematic design and PCB layout respectively.
2. Design a schematic in ISIS by adding components, connecting them, and specifying footprints.
3. Transfer the schematic ("netlist") to ARES and redo the schematic for layout.
4. Route tracks between components manually and generate a power plane for the ground connection.
5. View and print the final PCB layout, then etch it onto a copper board by transferring the print and dissolving unwanted copper
Este documento fornece instruções passo a passo para operar um software de projeto de circuitos impressos. Ele explica como criar o contorno da placa, colocar componentes, marcar ligações e rotear automaticamente o projeto. O documento também discute como criar novos componentes, adicionar texto e salvar o trabalho.
This document discusses the different types of layers used in a printed circuit board (PCB) layout. It describes 11 layers: the global layer defines component boundaries; the top and bottom layers are where components are mounted; inner layers separate top and bottom layers in multilayer PCBs; solder mask layers protect copper traces; solder paste layers define solder areas; silk screen layers contain text and markings; assembly layers define component shapes; and drill layers specify hole diameters. Each layer serves a distinct purpose in the PCB design and manufacturing process.
A starter guide how to use Microchip MPLAB IDE for PIC microcontrollers and related tools like MPLAB C18, C30 and C32 compilers, and how to MPLAB features to get connected and integrated with programmer/debugger devices and development kits from Microchip.
for more discussion and articles about different microcontroller platforms and tutorials please visit: http://elrayescampaign.blogspot.ca/
This document provides an introduction to scenario planning as a foresight methodology to help make better decisions. Scenario planning involves listing driving forces, ranking their importance, creating a scenario grid with different outcomes, and imagining possible future worlds. It is used to identify risks and opportunities and stimulate innovation. The goal is not to predict the future but provide structure to think about possible long-term implications. The document outlines the steps to scenario planning and provides an example scenario grid around issues of personal data and privacy in the year 2020. It concludes by encouraging the reader to try scenario planning.
A class to introduce students to designing Printed Circuit Boards (PCBs) using the Eagle software. Reflow soldering with stencil and solder paste will also be covered. This class was originally held by me at One Maker Group.
The lesson should take approximately 6 hours to complete.
The example designs used in this class can be found in the repo here. https://github.com/yeokm1/intro-to-pcb-design-eagle
In this presentation, we will discuss the concept and interrelation between product and process design and product life cycle. We will also talk about key decisions required in process design and evaluation of process design.
To know more about Welingkar School’s Distance Learning Program and courses offered, visit: http://www.welingkaronline.org/distance-learning/online-mba.html
This document discusses printed circuit board (PCB) design. It begins with an introduction to PCBs, describing how they mechanically support and electrically connect electronic components using conductive tracks on insulating substrates. It then discusses the basic materials that make up PCBs like copper foil and plating. The document outlines the main fabrication steps for PCBs which include setting up, imaging, etching, drilling, masking, and electrical testing. It also describes the characteristics of through-hole and surface mount technology. The etching and assembly processes are explained in more detail. Finally, the document provides an overview of PCB design and routing software like EAGLE and includes an example of a power supply board.
1) Process design involves planning the processes that transform inputs like resources, information, and time into outputs like products and services.
2) Product and service design influence and are influenced by process design - decisions in one area impact the other. Processes must be designed to effectively produce the products and services.
3) There are different types of processes like project, jobbing, batch, mass, and continuous, as well as service types like professional and mass service, which vary in factors like volume, variety, and skills required. Process mapping and analysis can improve processes.
The document discusses product design and service operations. It defines product design as concerned with a product's form and functions. The product design process involves concept development, product planning, engineering, and pilot production. It also discusses various aspects of product design like design for function, manufacture, and sales. The document also defines different types of service operations and strategies for scheduling service operations to meet demand fluctuations and customer needs.
The document discusses key concepts in operations management related to product and service design. It defines the product life cycle and describes how organizations develop new products and services to meet customer needs. It also explains how organizations define products through documents like engineering drawings, bills of materials, and work orders to support production.
Embedded design & development company -Embedtronix solutions India | CanadaEmbedTronix Solutions
Embedtronix is an Embedded product and solutions design company with a vision to convert customers’ requirement into world-class products and solutions. We bring on table the right blend of technology, creativity and world-class engineering expertise to design and deliver cutting edge embedded products and solutions. To know More information - http://www.embedtronix.com
We are a software house, a bunch of ingenious young people with knowledge and will to bring your software dreams to reality.
Learn more about us at bitcraft.com.pl
Venture Electronics Technology Limited provides comprehensive electronic manufacturing services including product design assistance, prototyping, manufacturing, supply chain management, and logistics. They have locations in Hong Kong, Wuhan, and Shenzhen and serve customers in industries such as medical, industrial controls, semiconductor, and utilities. Their services include PCB design and layout, mechanical prototyping using methods like 3D printing, and reverse engineering of electronic components and boards.
Optimal Design is an engineering firm that specializes in developing connected devices and integrating sensors and wireless technologies into products. Over the past 15 years, Optimal Design has developed over 150 patents and delivered various products to market. They have experience developing the "Things" in IoT using their in-house capabilities in industrial design, mechanical, electrical, and software engineering to design, prototype, test, and launch new products.
Unizen Technologies provides product engineering solutions and professional services in embedded domains like Internet of Things, lifestyle electronics, industrial automation, and defense/aerospace electronics. They work with customers from concept to production, offering services like product specification, rapid prototyping, software/hardware design, and production support. Their goal is to help customers commercialize ideas quickly with a proven track record of embedded solutions.
Unizen Technologies provides product engineering solutions and professional services in embedded domains like Internet of Things, lifestyle electronics, industrial automation, and defense/aerospace electronics. They work with customers from concept to production, offering services like product specification, prototyping, design, development, testing, and production support. Their goal is to help customers bring ideas to market quickly through quality engineering.
Valdot Technologies is a software development company that offers various IT services including custom and generic software development, software testing, web development, hosting, search engine optimization, and consulting. The company was founded one year ago by former Infosys and HCL employees and has 20 employees working across offices in India and plans to open an office in the US. Valdot works with both domestic and international clients across various industries.
BitCraft is a software development company with over 30 years of combined experience. Their mission is to create innovative solutions through a team of project managers, developers, designers and other professionals. They utilize agile methodologies like Scrum and tools like Jira, Git and Docker. BitCraft provides services like custom software development, dedicated development teams, outsourcing of specialists and full project execution for startups, companies and individuals.
Industrial ProSoft Solutions is an expert in cost reduction through production control software solutions for various industries including aerospace, automotive, chemicals, food and beverage, mining, and others. They provide customized automation software by combining products and technologies to better integrate systems. Their methodology includes project definition, development, testing, training, and maintenance. They have experience in control design, SCADA, process monitoring, robotics, and machine vision to optimize processes and increase productivity.
Embedded software, hardware design and automation softwarePaul Dao
We're looking forward to the new business,long term partnership,long term relationship in software and IT industry.
We're strong in:
- Embedded software
- Instruments control, automation software, automation test architecture
- Mobile solutions includes server side and mobile side
- Hardware design
- System integration
- Home automation based on AllJoyn
Protocols:
GPIB, Ethenet, Bluetooth, CATs, D-Bus AllJoyn, C-Bus, ZigBee, Z-Wave, NI-Visa USB, IEEE 1588, PXI, CRDC
OUTSOURCED PRODUCT DEVELOPMENT | The Dynamic DomainDynamic Domain
Dynamic Domain Corporation, our corporate headquarters is in Northern Virginia minority- owned small business that has made remarkable strides in delivering substantial value to clients – both national and international since its inception. We have partnered with Microsoft, Oracle, Google, Microsystems, and IBM to offer solutions for businesses through cutting edge IT services that aid in improving productivity and profitability of each client’s IT infrastructure.
This document describes Progton, the software services company based out of Bangalore, India.
The slides explain about the journey from start and the projects that are delivered by Progton team, Along with the links to social media handles and contact details to reach out to the team.
The document discusses best practices for accelerating the transformation to mature software manufacturing using DevOps principles. It recommends adopting modern approaches like microservices, serverless architectures, infrastructure as code, and event-driven architectures to increase speed and agility. Automating testing and deployments through continuous integration/delivery (CI/CD) pipelines is key. The document advocates treating infrastructure like code and using tools like AWS CodePipeline and GitLab to enable self-service platforms and faster delivery through automation.
The sector and influence of software product engineering services is growing in this digital era. This growth is being accelerated by technologies such as AI & ML, Internet of Things (IoT), Cloud, and Mobile.
IoT's impact on products design and innovation - LibreCon 2016LibreCon
IoT will impact product design and development in several ways:
1) It will enable new product functionalities and greater reliability as products become connected and intelligent.
2) It presents new challenges around how to utilize and manage the large amount of new data generated from connected products.
3) Managing increasing product complexity as the role of software increases will be critical to maintain design integrity and coordination across outsourced activities.
Rapidsoft Systems - A Great Company for Outsourced Software Development and I...Sandeep Kumar
Rapidsoft Systems Inc, (http://www.rapidsoftsystems.com) is a leading software development company. This is a presentation of the company's core capabilities.
Rapidsoft Systems (www.rapidsoftsystems.com) is a leading product & software development company with expertise in Application development, Web technologies, Networking Applications and Mobile technology across multi platforms. We work with small startups as well as with big Fortune 500 corporations and only company with broad expertise in multiple technologies segments. And unlike any of our competitors, we have the ability to develop both hardware and software, and are fully committed to protecting IPRs of our customers. We are a professionally run midsize software & Product development company with multiple development centers in India and the US.
Rapidsoft’s executive management staff provides the experience and tactical excellence that are needed to achieve our aggressive goals of satisfying client requirements both today and in the future. Many of senior staff members have been at the forefront of technologies for over last two decades, and have written numerous technical and research papers, Internet RFC, standards documents, and have been speakers at prestigious IEEE, ACM and Industry conferences and seminars.
Our customers include many respected International corporations such as Fibernetics Corp Canada, Budweiser, Nokia Corp, Sasken Communications, Pyro Group, Entra Health Systems, USA, Business Standards Limited, India, Vindigo Inc, For-side Japan Limited, Panasonic, Jennifer Oullette Inc., Trafex Australia, VisuTalk, Juniper Networks, A-1Sign, Momenta Technologies, VADz Inc, MobiPixie etc.
We have developed over 150+ Web and over 200+ Mobile applications, executing over 400 + projects in the last seven years.
The company is NJ/US registered C-Corporation and company’s official registered name is Rapidsoft Systems, Inc. and have been operational since 2005. We are a member of NJ Technology Council.
Internet of things - network of things - smart homePaul Dao
The document discusses AllJoyn, an open source framework that enables proximity-based peer-to-peer communication between devices. It provides abstraction layers for service discovery, remote procedure calls, and security. Examples are given for how AllJoyn could be used for onboarding devices to wireless networks, distributing audio/data between devices, remotely configuring devices, and notifying users on devices without displays. A high-level architecture is described where AllJoyn devices form a distributed software bus for publishing, discovering, and using APIs to communicate as services, clients, or peers.
Since 1997, Applied Systems is the leading in developing custom industrial software. We create a wide range of software from PLC programming and IoT solutions to high-level automation systems for machinery-intensive industries. We deliver our knowledge & expertise in the integration of multilevel and multicomponent industrial systems and tend to build long-term partnership with our customers.
Thanks to interacting with people from different cultures, with other legal systems and time zones, we have gained huge experience working in international teams, established our relationships and learnt how to collaborate quickly and efficiently.
New Visions Software provides high quality IT solutions and services including software products, venture projects, and expertise in areas such as research and development, testing, and staffing augmentation. They have over 30 employees across offices in Moscow and Nizhny Novgorod with proven capabilities in industries such as telecommunications, automotive, and financial services.
Similar to Electronics design - Hardware designs (20)
- You can be an entrepreneur for one idea or for a lifetime.
- Building your business block by block
- You as business owner, manager and leader
- Your customers: getting, keeping and growing them
- Financing your startup
- Launch your dream business
Banking and Finance solutions - IBM Mobile First - React NativePaul Dao
This document discusses IBM MobileFirst and React Native frameworks. It provides an overview of IBM MobileFirst for building, integrating, securing and managing mobile applications. React Native is described as a framework for building native Android and iOS apps using React. The document then discusses a sample bank application project that uses these technologies, including a mobile app built with React Native that authenticates with a MobileFirst server through Java adapters. It also outlines some typical screens and features of such a banking mobile app.
HTGSoft's is providing excellent capabilities to communicate with other instruments, devices, especially for data acquisition, testing and measurement, and control applications.
Our group of programmers brings varying expertise to our company and work together to bring you a system that is fully debugged, user friendly, and scalable.
In automation software architecture (we did from specs define to products validate), test automation plus instruments and high speed devices for customer world wide.
Technologies:
• Strong in C language, C++, TCL/Tk, Script, C#, XML, Java, etc.
• Experiences programming with National Instrument tool is Labview/Labwindow.
• Experiences worked on dedicated platform and framework
• Experiences in code validation, drivers modification.
• Good optimization and debugging skills.
Instruments:
We have done automation software projects and worked on instruments Tektronix, JDSU, OTN, ANT20, Thermal Meter, SONET, Optical fiber, Calnex Paragon, Paragon-X, ATM, Router, GPS, Optical Modulation Amplitude (OMA), Optical central wavelenght meter, source for a correct use of the instrumentation, etc.
Protocols:
GPIB, D-Bus AllJoyn, C-Bus, ZigBee, Z-Wave, Ethenet, CATS, NI-Visa USB, IEEE 1588, PXI, TCP, UDP, RTP, SPX, SCTP.
Big Data Analytics solutions, big data architecture,
The Big Data landscape is dominated by two classes of technology: systems that provide operational capabilities for real-time, interactive workloads where data is primarily captured and stored; and systems that provide analytical capabilities for retrospective, complex analysis that may touch most or all of the data. These classes of technology are complementary and frequently deployed together.
For operational Big Data workloads, NoSQL Big Data systems such as document databases have emerged to address a broad set of applications, and other architectures, such as key-value stores, column family stores, and graph databases are optimized for more specific applications. NoSQL technologies, which were developed to address the shortcomings of relational databases in the modern computing environment, are faster and scale much more quickly and inexpensively than relational databases.
Explore new tech innovations and businesses to empower people!
The Internet of Things (IoT) is a vision gaining greater momentum to make the world around us smarter and more interactive. Whether it’s for intelligent homes, autonomous manufacturing, or smart cities, IoT computing is bringing embedded devices, machine-to-machine (M2M) technologies, intelligent systems, smartcards, and other secure endpoints into our everyday life. Advancements in the Java platform are driving and supporting expanded application capabilities for the IoT vision. Java technologies provide an ideal platform for applications in emerging edge environments such as robotics, smartcards, home gateways, telehealth devices, industrial automation, and vehicles.
OpenWRT development solutions - Free wireless router product developmentPaul Dao
HTGSoft develops software applications and chooses OpenWRT as its operating system. OpenWRT is based on Linux and allows for high levels of customization through its package management system. It can be used on low-cost hardware to maximize potential and has features like live updates and over 3,400 packages. HTGSoft builds customized products for clients using OpenWRT for its flexibility, customizability, and ability to run on inexpensive devices.
Automation software - Home automation - Instruments controlPaul Dao
Htgsoft’s advanced software solutions are more complete, more integrated and more open, providing excellent capabilities to communicate with other devices, especially for data acquisition, testing and measurement, and control applications.
Our group of programmers brings varying expertise to our company and work together to bring you a system that is fully debugged, user friendly, and scalable.
In automation software architecture (we did from specs define to products validate), test automation plus instruments and high speed devices for customer world wide.
Technologies:
• Strong in C language, C++, TCL/Tk, Script, C#, XML, Java, etc.
• Experiences programming with National Instrument tool is Labview/Labwindow.
• Experiences worked on dedicated platform and framework
• Experiences in code validation, drivers modification.
• Good optimization and debugging skills.
Instruments:
We have done automation software projects and worked on instruments Tektronix, JDSU, OTN, ANT20, Thermal Meter, SONET, Optical fiber, Calnex Paragon, Paragon-X, ATM, Router, GPS, Optical Modulation Amplitude (OMA), Optical central wavelenght meter, source for a correct use of the instrumentation, etc.
Protocols:
GPIB, D-Bus AllJoyn, C-Bus, ZigBee, Z-Wave, Ethenet, CATS, NI-Visa USB, IEEE 1588, PXI, TCP, UDP, RTP, SPX, SCTP.
Mobile Application Development and Outsourcing Provider:
HTGSOFT have many years experiences in development iPhone/iPad/Android applications. We have deployed many business applications for customers worldwide.
Technologies:
• Experiences in Objective C / Cocoa Framework/ iPhone SDK/Android SDK
• Experiences with XCode, Interface Builder or/and Subversion
• Experiences Implementing the SDK features as GPS/Location will be a great plus
• Experiences with Instruments and/or Shark will be a great advantage.
• Experiences porting applications into iPhone
• Experiences integrating iPhone applications to Apple Store
• Development background with C, C++, .Net, HTML5, SOAP is a plus.
• Experiences working on other mobile platforms such as Windows Mobile, Blackberry SDK, or J2ME is also considered a plus.
• Good optimization and debugging skills
HTGSOFT provides system integration services to help organizations integrate data across multiple systems and agencies. This integration can provide a more holistic view of information and help identify discrepancies. While integration faces political and security challenges, presentation integration allows end-user access to remote data sources. HTGSOFT has experts in various technologies like Microsoft, Java, PHP and databases to complete integration projects.
Building a Raspberry Pi Robot with Dot NET 8, Blazor and SignalRPeter Gallagher
In this session delivered at NDC Oslo 2024, I talk about how you can control a 3D printed Robot Arm with a Raspberry Pi, .NET 8, Blazor and SignalR.
I also show how you can use a Unity app on an Meta Quest 3 to control the arm VR too.
You can find the GitHub repo and workshop instructions here;
https://bit.ly/dotnetrobotgithub
1. WEB:
WWW.HTGSOFT.COM
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EMAIL:
INFO@HTGSOFT.COM
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HIGH
TECHNOLOGY
GENERATION
SOFTWARE
IS
POWERING
YOUR
IDEAS
WEB:
WWW.HTGSOFT.COM
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EMAIL:
INFO@HTGSOFT.COM
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HIGH
TECHNOLOGY
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High Tech Services
HIGH
TECH
GENERATION
SERVICES
ARE
POWERING
YOUR
IDEAS
2. WEB:
WWW.HTGSOFT.COM
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EMAIL:
INFO@HTGSOFT.COM
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HIGH
TECHNOLOGY
GENERATION
SOFTWARE
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POWERING
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IDEAS
WEB:
WWW.HTGSOFT.COM
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EMAIL:
INFO@HTGSOFT.COM
-‐
HIGH
TECHNOLOGY
GENERATION
SOFTWARE
IS
POWERING
YOUR
IDEAS
WEB:
WWW.HTGSOFT.COM
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EMAIL:
INFO@HTGSOFT.COM
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HIGH
TECHNOLOGY
GENERATION
SOFTWARE
IS
POWERING
YOUR
IDEAS
We
perform
all
aspects
of
product
development,
from
electronic
design
to
volume
producLon.
We
have
delivered
over
many
electronic
product
designs,
including
hardware
and
soPware
device
soluLons
across
industries
ranging
from
consumer
electronics
through
industrial
automaLon
and
data
acquisiLon.
Our
success
is
due
to
a
combinaLon
of
engineering
excellence,
best-‐pracLces
in
project
management,
and
strong
relaLonships
with
Sparton,
Applied
Micro.
We
provide
electronic
design
services
for
many
industries,
IoT,
smart
home,
Wireless,
Medical,
Defense,
RoboLcs,
and
High-‐Performance
CompuLng.
Our
services
include:
• FPGA
Design
• PCB
Design
• Embedded
SoPware
Development
• Signal
Integrity
Analysis
• Analog
Design
• Power
Design
• Turnkey
Product
Design
• Internet
of
Things
Design
• RF
and
Wireless
Design
• DSP
Algorithm
Development
• PCB
Layout
• Device
Drivers
Electronic Design Services
3. WEB:
WWW.HTGSOFT.COM
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EMAIL:
INFO@HTGSOFT.COM
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HIGH
TECHNOLOGY
GENERATION
SOFTWARE
IS
POWERING
YOUR
IDEAS
WEB:
WWW.HTGSOFT.COM
-‐
EMAIL:
INFO@HTGSOFT.COM
-‐
HIGH
TECHNOLOGY
GENERATION
SOFTWARE
IS
POWERING
YOUR
IDEAS
WEB:
WWW.HTGSOFT.COM
-‐
EMAIL:
INFO@HTGSOFT.COM
-‐
HIGH
TECHNOLOGY
GENERATION
SOFTWARE
IS
POWERING
YOUR
IDEAS
HTGSOFT
does
more
than
just
electronic
design.
As
a
complete
product
design
consulLng
firm,
we
have
the
capability
to
oversee
all
phases
of
the
design
and
manufacturing
process,
including
industrial
design,
applicaLon
soPware
development,
mechanical
design,
thermal
analysis,
tooling,
prototyping,
pre-‐producLon
validaLon,
ICT
programming
and
test
fixtures,
and
the
transiLon
to
producLon.
We
involve
you
in
design
reviews
along
the
way,
but
we
handle
all
the
heavy
liPing.
Our
professional
project
management
methodologies,
experienced
product
engineering
team,
and
Lghtly
integrated
partner
network
allow
us
to
dramaLcally
accelerate
the
Lme-‐to-‐market
for
prototypes.
• Hardware
and
firmware
electronics
design
• Industrial
design
• ApplicaLon
soPware
and
GUI
design
• Mechanical
design
and
thermal
analysis
• Tooling
and
prototyping
• Pre-‐ProducLon
design
validaLon
• Regulatory
cerLficaLon
• User
and
design
documentaLon
• ICT
programming
and
test
fixtures
• TransiLon
to
producLon,
box-‐build
and
fulfillment
Electronic Product Design & Development
4. WEB:
WWW.HTGSOFT.COM
-‐
EMAIL:
INFO@HTGSOFT.COM
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HIGH
TECHNOLOGY
GENERATION
SOFTWARE
IS
POWERING
YOUR
IDEAS
WEB:
WWW.HTGSOFT.COM
-‐
EMAIL:
INFO@HTGSOFT.COM
-‐
HIGH
TECHNOLOGY
GENERATION
SOFTWARE
IS
POWERING
YOUR
IDEAS
WEB:
WWW.HTGSOFT.COM
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EMAIL:
INFO@HTGSOFT.COM
-‐
HIGH
TECHNOLOGY
GENERATION
SOFTWARE
IS
POWERING
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IDEAS
HTGSOFT’s
Integrated
Design
to
Manufacturing
(IDM)
services
facilitate
the
New
Product
IntroducLon
(NPI)
phase
of
electronic
product
development.
We
are
able
to
transiLon
your
electronic
product
development
from
design
to
manufacturing
faster
by
offering
concurrent
design
engineering,
manufacturing
engineering,
new
product
introducLon,
producLon
ramp,
and
producLon
management
services.
This
service
includes:
• IncorporaLng
specific
manufacturing
requirements
into
the
design
process
• Establishing
and
opLmizing
an
end-‐to-‐end
supply
chain
to
facilitate
manufacturing
• Back-‐end
design
stages
e.g.
compliance
cerLficaLons,
packaging
design,
etc.
• Manufacturing
engineering
to
prepare
the
design
for
volume
producLon
• Defining
fabricaLon/assembly/configuraLon,
test,
and
quality
systems
• ProducLon
pilot,
ramp,
and
management
of
enLre
producLon
process
Integrated Design for Manufacturing
5. WEB:
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EMAIL:
INFO@HTGSOFT.COM
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HIGH
TECHNOLOGY
GENERATION
SOFTWARE
IS
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IDEAS
WEB:
WWW.HTGSOFT.COM
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EMAIL:
INFO@HTGSOFT.COM
-‐
HIGH
TECHNOLOGY
GENERATION
SOFTWARE
IS
POWERING
YOUR
IDEAS
WEB:
WWW.HTGSOFT.COM
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EMAIL:
INFO@HTGSOFT.COM
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HIGH
TECHNOLOGY
GENERATION
SOFTWARE
IS
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IDEAS
HTGSOFT IDM Process
6. WEB:
WWW.HTGSOFT.COM
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EMAIL:
INFO@HTGSOFT.COM
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HIGH
TECHNOLOGY
GENERATION
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IS
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IDEAS
WEB:
WWW.HTGSOFT.COM
-‐
EMAIL:
INFO@HTGSOFT.COM
-‐
HIGH
TECHNOLOGY
GENERATION
SOFTWARE
IS
POWERING
YOUR
IDEAS
WEB:
WWW.HTGSOFT.COM
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EMAIL:
INFO@HTGSOFT.COM
-‐
HIGH
TECHNOLOGY
GENERATION
SOFTWARE
IS
POWERING
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IDEAS
One
Source
Responsibility
• Simplified
and
cohesive
engagement
from
Concept
to
ProducLon
phases
• Our
clients
can
stay
focused
on
their
core
competencies
while
we
manage
all
phases
of
the
project;
we
perform
the
soPware
and
hardware
development,
source
components,
obtain
technical
support
from
technology
partners,
design
to
obtain
industry
and
regulatory
cerLficaLon,
develop
hardware
prototypes,
transiLon
to
and
manage
volume
producLon
Manufacturing
ExperLse
in
the
Design
Engineering
Process
• Focus
on
lowest
designed
unit
cost,
not
just
Bill
of
Materials
(BoM)
cost
and
scale
efficiencies
• Engineered
up-‐front
for
manufacture
at
high
producLon
volumes.
• Deep
industry
partnerships
and
reliable
supply
chain
we
receive
direct
and
rapid
support
from
all
major
semiconductor
and
other
component
suppliers,
have
strong
and
highly
responsive
working
relaLonship
with
our
product
manufacturing
partners.
The HTGSOFT IDM Advantage
7. WEB:
WWW.HTGSOFT.COM
-‐
EMAIL:
INFO@HTGSOFT.COM
-‐
HIGH
TECHNOLOGY
GENERATION
SOFTWARE
IS
POWERING
YOUR
IDEAS
WEB:
WWW.HTGSOFT.COM
-‐
EMAIL:
INFO@HTGSOFT.COM
-‐
HIGH
TECHNOLOGY
GENERATION
SOFTWARE
IS
POWERING
YOUR
IDEAS
WEB:
WWW.HTGSOFT.COM
-‐
EMAIL:
INFO@HTGSOFT.COM
-‐
HIGH
TECHNOLOGY
GENERATION
SOFTWARE
IS
POWERING
YOUR
IDEAS
Specific
Design
Knowledge
in
the
Manufacturing
Process
• Ensure
ProducLon
processes
match
design
complexity
and
quanLty
goals
• Rapid
Pilot,
Ramp,
and
Mass
ProducLon
root
cause
analysis
and
correcLon
• Expedited
and
competent
ProducLon
and
Supply
Chain
problem
miLgaLon
Concurrent
Design
and
Manufacturing
Processes
• Minimize
overall
Time-‐to-‐Market
and
Time-‐to-‐Revenue
(see
diagram
above)
• Reduce
cycle
churn
with
Lghtly
coupled
and
accurate
team
communicaLon
• Shorten
overall
criLcal
path
by
eliminaLng
many
serial
dependencies
The HTGSOFT IDM Advantage
8. WEB:
WWW.HTGSOFT.COM
-‐
EMAIL:
INFO@HTGSOFT.COM
-‐
HIGH
TECHNOLOGY
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SOFTWARE
IS
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IDEAS
WEB:
WWW.HTGSOFT.COM
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EMAIL:
INFO@HTGSOFT.COM
-‐
HIGH
TECHNOLOGY
GENERATION
SOFTWARE
IS
POWERING
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IDEAS
WEB:
WWW.HTGSOFT.COM
-‐
EMAIL:
INFO@HTGSOFT.COM
-‐
HIGH
TECHNOLOGY
GENERATION
SOFTWARE
IS
POWERING
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IDEAS
For
clients
who
need
addiLonal
customizaLon,
HTGSOFT’s
BMS
engineering
team
provides
system
integraLon
services
and
client-‐specific
customizaLons
such
as
a
higher
or
lower
stack
voltage
input,
different
connector
types,
custom
PCB
form
factors,
enclosure
to
IP65,
added
display
capability,
hardware
or
soPware
addiLons,
and
any
other
special
requirements.
Customization Options
9. WEB:
WWW.HTGSOFT.COM
-‐
EMAIL:
INFO@HTGSOFT.COM
-‐
HIGH
TECHNOLOGY
GENERATION
SOFTWARE
IS
POWERING
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IDEAS
WEB:
WWW.HTGSOFT.COM
-‐
EMAIL:
INFO@HTGSOFT.COM
-‐
HIGH
TECHNOLOGY
GENERATION
SOFTWARE
IS
POWERING
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IDEAS
WEB:
WWW.HTGSOFT.COM
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EMAIL:
INFO@HTGSOFT.COM
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HIGH
TECHNOLOGY
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Life
Sciences
Data
AcquisiLon
Instrument
A
client
in
the
medical
technology
industry
required
a
14-‐channel
data
acquisiLon
system
for
a
life
sciences
instrument.
The
design
required
special
consideraLons
to
keep
the
system
noise
very
low.
Design
Features:
Xilinx
Kintex-‐7
FPGA
with
BPI
Flash
for
configuraLon
CFAST
and
SLIM
SATA
solid
state
storage
drives
14
channels
of
14-‐bit,
25MSPS
Analog
to
Digital
conversion
Gigabit
Ethernet,
2xPCIe
(2.5Gbps),
7xUSB,
SATA
(3.0Gbps),
CFAST
(3.0Gbps),
VGA,
and
LVDS
video
interfaces
COM
Express
Single
Board
Computer
(SBC)
6
DC/DC
converters
and
26
linear
regulators
Programmable
power
supply
sequencing
engine
Project Example 1
10. WEB:
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EMAIL:
INFO@HTGSOFT.COM
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HIGH
TECHNOLOGY
GENERATION
SOFTWARE
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POWERING
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IDEAS
WEB:
WWW.HTGSOFT.COM
-‐
EMAIL:
INFO@HTGSOFT.COM
-‐
HIGH
TECHNOLOGY
GENERATION
SOFTWARE
IS
POWERING
YOUR
IDEAS
WEB:
WWW.HTGSOFT.COM
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EMAIL:
INFO@HTGSOFT.COM
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HIGH
TECHNOLOGY
GENERATION
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IDEAS
4K
2D/3D
Video
Processing
System
Designed
an
FPGA-‐based
video
processing
plajorm
for
2D
and
3D
projecLon
systems.
The
plajorm
supported
2K
and
4K
video
resoluLons.
Video
processing
included
color
space
conversion,
chroma
format
conversion,
gamma
correcLon,
geometric
distorLon
correcLon,
and
brightness
uniformity
correcLon.
Design
Features:
Full
image
processing
pipeline
for
video
projecLon
applicaLons
Support
for
projecLng
2K
and
4K
video
resoluLons,
2D
and
3D
video
formats
Geometric
distorLon
correcLon
Four
Altera
StraLx
IV
FPGAs
400
MHz
DDR3
and
300
MHz
RLDRAM
memories
HD-‐SDI,
HDMI
and
LVDS
video
interfaces
Project Example 2
11. WEB:
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INFO@HTGSOFT.COM
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TECHNOLOGY
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IDEAS
WEB:
WWW.HTGSOFT.COM
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EMAIL:
INFO@HTGSOFT.COM
-‐
HIGH
TECHNOLOGY
GENERATION
SOFTWARE
IS
POWERING
YOUR
IDEAS
WEB:
WWW.HTGSOFT.COM
-‐
EMAIL:
INFO@HTGSOFT.COM
-‐
HIGH
TECHNOLOGY
GENERATION
SOFTWARE
IS
POWERING
YOUR
IDEAS
CCD
Camera
We
delivered
a
high-‐speed
HD
camera
design
for
a
customer
in
the
defense
industry.
The
camera
transmits
HD-‐SDI
1080P
video
and
provides
advanced
on-‐camera
video
processing
in
real
Lme
by
using
a
symmetrical
mulL-‐processor
environment.
We
brought
the
design
from
iniLal
architecture
to
field
trials
in
only
6
months.
Design
Features:
Altera
Cyclone
IV
FPGA
CCD
image
sensor
interface
and
control
Pixel
defect
correcLon
and
de-‐mosaicing
Black
level
and
white
balance
correcLon
Gamma
correcLon,
color
correcLon,
saturaLon
adjustment
2D
noise
reducLon
and
image
sharpening
HD-‐SDI
and
Camera
Link
outputs
Project Example 3
12. WEB:
WWW.HTGSOFT.COM
-‐
EMAIL:
INFO@HTGSOFT.COM
-‐
HIGH
TECHNOLOGY
GENERATION
SOFTWARE
IS
POWERING
YOUR
IDEAS
WEB:
WWW.HTGSOFT.COM
-‐
EMAIL:
INFO@HTGSOFT.COM
-‐
HIGH
TECHNOLOGY
GENERATION
SOFTWARE
IS
POWERING
YOUR
IDEAS
WEB:
WWW.HTGSOFT.COM
-‐
EMAIL:
INFO@HTGSOFT.COM
-‐
HIGH
TECHNOLOGY
GENERATION
SOFTWARE
IS
POWERING
YOUR
IDEAS
FDR
InfiniBand
PCIe
Add-‐in
Card
Delivered
an
FDR
InfiniBand
adapter
card
for
a
broadcast
video
server.
The
board
communicates
with
the
external
world
over
dual
FDR
InfiniBand
and
with
the
host
motherboard
over
PCIe
x16
Gen
3.
The
highest
single-‐lane
bitrate
on
the
board
was
14.0625
Gbps.
The
project
was
delivered
on
budget,
on
schedule,
and
100%
funcLonal
with
no
rework
or
modificaLons.
Design
Features:
Mellanox
ConnectX-‐3
(InfiniBand
to
PCIe
adapter)
Four
independent
component-‐based
DDR3
Interfaces
operaLng
at
933MHz
PCI
Express
3.0
Switch
Xilinx
Virtex-‐7
FPGA
for
video
packet
processing
Project Example 4
13. WEB:
WWW.HTGSOFT.COM
-‐
EMAIL:
INFO@HTGSOFT.COM
-‐
HIGH
TECHNOLOGY
GENERATION
SOFTWARE
IS
POWERING
YOUR
IDEAS
WEB:
WWW.HTGSOFT.COM
-‐
EMAIL:
INFO@HTGSOFT.COM
-‐
HIGH
TECHNOLOGY
GENERATION
SOFTWARE
IS
POWERING
YOUR
IDEAS
WEB:
WWW.HTGSOFT.COM
-‐
EMAIL:
INFO@HTGSOFT.COM
-‐
HIGH
TECHNOLOGY
GENERATION
SOFTWARE
IS
POWERING
YOUR
IDEAS
Team Size
Hardware Design: 10 Engineers
Linux & Firmware Development: 13 Engineers
Thanks for view