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Silicon Valley has claimed fame for decades as a major home to technical product development. This is true not only for software businesses but also for engineering firms dedicated to the creation of advanced electronic products.

Electronic engineering now impacts nearly every industry:

• Medical devices for monitoring and diagnostics
• Communications devices from satellites to smartphones and voice assistants
• Automotive industry including accessories, GPS systems, safety features, and entire electronic vehicles.

Applying the right technology to each application can present a challenging environment for electronic engineers, with the continuing evolution of components and capabilities offered by sophisticated development tools and materials.

San Jose provides a thriving business climate for technology product development across many market sectors.

Wireless Product Development

Wireless products have taken hold not only with now-indispensable smartphones and other mobile devices but also throughout every industry. Creating electronics that power wireless products now requires a commitment to research and development to develop wireless products that incorporate:

• Miniaturization to accommodate devices such as smartphones, industrial automation, and wearable technology
• Reliable components that can withstand variations in temperature and extreme environments for industries such as aerospace and defense
• Bluetooth low energy (BTLE) technology
• Embedded software for mobile devices
• Security functions that are upgradable when new vulnerabilities are encountered

Wireless product development requires adherence to industry standards to ensure compatibility with the range of devices to be supported. This includes operational features, testing methodology, along with the use of reliable, high-quality components.

Automotive Product Development

Gone are the days when “shade tree mechanics” could open the hood of any car and resolve any problems with a few hand tools. Today, computers and printed circuit boards have taken the place of many mechanical functions. Trouble-shooting engine or other automotive components now requires sophisticated diagnostic equipment and a thorough understanding of technology.

Recent developments in convenience and safety features are only made possible through the adoption of electronics in automotive products.

• Miniaturized cameras that provide front, rear, side, and even top views of vehicle surroundings
• GPS systems that not only assist drivers with directions and traffic notifications but also inform dispatchers and emergency responders with precise vehicle locations
• Blind-spot detection systems that help avoid collisions

Sensors located throughout vehicles now inform drivers when tire pressures are low, when outside temperatures could present road hazards, and when drivers are too close to obstacles.

Technology has now opened markets to much more than vehicle accessories and features.

Fully electronic vehicles (EVs) are now taking a larger market share of new vehicles sold, with projected sales reaching 12 million by 2025. With increased battery capacity, improved manufacturing methodologies, and consumer concerns about environmental impact, the future of EV sales is poised to compete with internal combustion vehicles on an economic front as well. Increased demand and improved automotive electronics will drive costs down while efficiency and driving range are increased.

Medical Product Development

Electronics are playing an ever-expanding role in keeping earth’s population healthy, increasing longevity, and improving the quality of life. Medical electronics are critical in many aspects of healthcare.

Internal Function and Monitoring

Internal electronics are helping more patients with monitoring, controlling, and improving internal functions:

• Pacemakers
• Implantable Defibrillators
• Cochlear implants
• Internal brain stimulators

Each of these devices provides incredible value to the patient, and failure of the electronics is obviously not acceptable. Design of the circuitry and construction of these small medical products is critical in every phase of development:

• Conception
• Design
• Prototype development
• Testing
• Product development

Implanted electronics are subject to stringent testing, FDA approvals, and evaluation for tolerance within the human body. Any toxicity or incompatibility with bodily fluids or internal organs could result in a need for removal at best, or tragedy in more severe cases.

Every material and adhesive used in these medical electronics must consider these factors during design and production. Other factors influencing electronic design include exposure to electromagnetic fields and RF radiation.

Diagnostic Medical Electronic Products

Technology has produced some of the most impressive diagnostic medical electronics. These incredible tools enable physicians to diagnose and treat an enormous variety of medical issues.

Magnetic Resonance Imaging (MRI): MRIs provide images of internal organs from muscles to brain tissue, utilizing powerful magnetic fields to “slice” through layers of tissue to reveal incredible detail for diagnosis of patient complaints. Although the methodology utilizes magnetic fields, measurements are powered by medical electronics.

CT scans: These have been in use for medical diagnostics since 1979. CT scans work by utilizing an array of X-rays from different angles to produce a cross-section view of a particular area of the body. CT scans also utilize electronic technology to provide valuable information to physicians – without surgery. This technology has become so widely used that millions of CT scans are performed worldwide each year.

Diagnostic equipment is a significant and valuable application for medical electronics.

Medical Instrumentation and Monitoring

Walk into any emergency room or hospital room, and medical electronics will be in use everywhere. These include:

• Blood pressure monitors
• Blood oxygen sensors
• Heart monitors and EKG equipment
• Defibrillators

These medical devices serve a critical function in providing information to nurses and physicians, benefiting patients.

Medical electronics save lives on a daily basis. Performance is crucial – failures could mean death for patients with implanted devices, or misdiagnoses if sophisticated testing equipment malfunctions.

Advances in medical electronics are only limited by the knowledge and creativity supplied by medical science and skilled electronics engineers.

SunMan Engineering – Quality Products and Service

San Jose consistently ranks high among U.S. cities for the best places to start a new business. Since 1990, SunMan Engineering has been providing our clients with high-quality electronic development from our home in Silicon Valley.

SunMan Engineering takes your electronic development project from concept to finished product. Call us today for the best in electronic design, prototypes, and technology solutions.

There is a growing need for printed circuit board design and layout in many industries:

• Communications and Information Technology
• Aerospace
• Military and defense systems
• Medical devices
• Consumer goods – from appliances and toys to security systems

Industrial electronics have also generated demand for new printed circuit board development due to the Internet of Things (IoT). IoT has created new capabilities for manufacturing machinery to communicate via electronic sensors, even notifying maintenance teams or operators when problems are detected or service is needed.

Printed circuit boards (PCBs) and other electronics are a primary product of San Jose and the Silicon Valley. PCBs of every size, type, and function are produced for a wide range of industries.

Printed Circuit Board Services in San Jose

Developing printed circuit boards is a complex and multi-phase process, requiring sophisticated software tools, experienced engineers, and continuously-evolving technology. New materials and components are introduced regularly, as new products create the need for:

• Higher performance
• More complex circuitry
• Miniaturization of components and PCBs
• High-strength, low-weight devices

Printed Circuit Board Layout

San Jose PCB designers and manufacturers must offer various services to provide leading-edge designs and products to clients. Among these services is PCB layout.

PCB layout involves the design of how components required for the circuit will be structured for the board. This in itself can be a complex phase of PCB development, including multiple factors:

• Component placement: How to most effectively place each component, avoiding any incorrect placement that could cause conflicts or undesirable impact to the circuit’s performance or operation.
• Routing: Efficient routing of the circuit (vias) between components, including the path through boards that may contain dual-sided or multi-layered surfaces.
• Verification: Using PCB layout/design software, preliminary analysis and testing of the circuit can be performed before the board is manufactured.

PCB layout is a critical phase of board development. Correct initial layout saves time in PCB design and avoids potential problems in operation after construction. This can save considerable time and cost in redesign to correct such issues.

Board Level Design

San Jose electronic engineering services working with board level designs have numerous factors to consider when designing circuits for a new board or product:

Type of board

Will the circuit require a single-sided, double-sided, or multi-layer board? This decision will affect the design significantly in how routings/vias will be performed for the board’s components.

Multi-level boards add complexity and introduce the need for additional analysis and testing of designs. Layers also impact the manufacturing process and cost of the board due to the complexity of fabricating boards with multiple (even many) layers. Also referred to as “stack-up,” the properties of multiple layers are an important element of the board’s construction during the design phase.

Trace construction

Traces that provide the conductive properties of the board are important considerations for board level design.

Material

Does the substrate material require flexibility, or is a rigid material more in order for this board level design? Board core materials (substrates) can vary widely in printed circuit boards. Materials used will impact the quality of the final product, including the board’s lifespan, reliability, and performance.

Via Types and design impact

Vias are the method that allows connectivity between board components. There are multiple types of vias, each with its own properties and design considerations:

• Through-hole vias: Connections are made through holes between layers.
• Blind vias: Holes access an interior layer from an exterior layer, but not through the entire board. Once the board layers are laminated together, these vias are invisible, giving them the “blind” designation.
• Buried vias: Vias that are maintained within layers of the board with no route to the exterior layers are referred to as buried vias, since they cannot be seen from either the top or bottom layers.
• Microvias: These are the most common vias in today’s modern board level design. Microvias can reduce the number of layers in the PCB design and allow for higher density in via routing. Microvias also provide a better platform for miniaturization, ideal for devices such as smartphones.

Components

Using high-quality and time-proven components contribute to board reliability and performance. There are millions of components available to PCB design engineers, making effective selection a key factor in the end product.

Manufacturing

The principle of Design for Manufacture (DFM) also plays a role in board level design. If a design will work, but requires costly and complex manufacturing processes, it may not be economically feasible, or the manufacturing error rate may not be acceptable.

Integrity of power and signal

Electronic performance such as signal rise and fall times, impedance, and others should be evaluated through simulations and testing results to ensure quality and performance.

Cost

Regardless of how efficient, sophisticated, and technically advanced the PCB design may be, if it exceeds the budget, it may not be acceptable. All aspects of the design that influence cost must be considered to provide a viable product.

Boards that may be expected to require maintenance or repair in the future should consider that characteristic in board level design, to permit easy access to components for replacement or upgrades.

PCB Prototyping

When designing a printed circuit board, PCB prototyping is a valuable step for San Jose electrical engineering businesses for thorough analysis of the design. What appears to be a solid design and reliable configuration may prove to have serious problems in performance, quality, or consistency in practice.

Manufacturing a prototype PCB is the most effective way to prove the board functions as specified with no circuit conflicts or defects.

SunMan Engineering Does It All

SunMan Engineering is your one-stop shop for all your printed circuit board needs. Our engineers have the experience to take your project from concept, to prototype, to finished product. We’ve been producing high-quality results for our clients since 1990, and we can do the same for your company.

Make SunMan Engineering your electronic engineering resource in San Jose. Contact us today to discover how our engineers will transform your concept into reality.

It’s no secret that Silicon Valley is a hotbed of technology, providing companies from all business sectors with electronics that power everything from televisions to satellites and automobiles.

Electronic engineering is an industry in itself, with many specialized services covering design, development, testing, and final product development. Electronic engineering in San Jose offers clients a full range of services and applications.

Wireless Design Services in San Jose

Many businesses are dependent on wireless design services. Communications technology is continuously growing, with companies integrating wireless functions through the Internet of Things (IoT) that enables high-speed communications between cell phones, machines on factory production floors, children’s toys – even home doorbells and appliances.

Designing compact, efficient wireless electronics is a very specialized field, requiring knowledge of various technologies and wireless fundamentals to make the right design choices:

• Wi-Fi connection speed: This is critical where real-time communication is required.
• Bandwidth requirements: Data capacity can be a major factor in some applications.
• Operating range: Distance requirements and network design will impact range options. WiFi has increased range over Bluetooth, but it consumes more power. Pros and cons must be weighed to meet the prospective use of the product.
• Power availability and consumption: Components utilized and battery size or weight.
• Cost: Effective choice of quality, reliable components and total cost of the end product.
• Security: Hackers and cybercriminals never rest from their attempts to penetrate even the least likely electronic device, from voice recognition assistants to smartphones. In fact, the incidence of vulnerabilities in wireless devices has increased significantly in recent months. Security is a key element in the development of wireless devices.
• Compatibility: Many devices are designed today to be accessible from computers, tablets, or smartphones, making compatibility a major consideration.

Electronic Circuit Design

There are many firms in San Jose providing electronic circuit design. This aspect of electronic engineering involves a great deal of expertise not only in how the circuit is designed but also to ensure the product provides the desired functions consistently. There are other factors important in electronic circuit design.

Circuit Design Factors

Tools in use: Circuit designers today have various sophisticated tools available that offer many advantages:

• Evaluation and analysis of design before any manufacturing begins.
• Speed prototyping and detect errors or problems with design that shrinks design time and reduces development costs.
• Aid in selecting components to avoid conflicts or incompatibility.
• Generate templates and manufacturing specifications.

Complete range of services: Taking the project from concept to design to end product often includes multiple service providers such as subcontractors or off-shore manufacturers. This can extend development time, increase costs, and reduce quality.

It is preferable to deal with a supplier who can manage and provide solutions for the entire design and development processes.

Certifications: Many electronic circuits such as those developed for medical devices or aerospace applications can require validation, stress testing, and certifications. Where needed, it’s important to verify in advance that final designs can meet all such requirements.

Electronic circuit designs involve many considerations:

• Size – depending on the end product, size and weight of the manufactured design/board must be considered.
• Materials – the type of board materials that will accommodate the components and circuit design.
• Components – reliability and compatibility with the expected environment, such as temperature, vibration, and stress tolerance.
• Test plans – test conditions, duration, and acceptance conditions.

FPGA Design Services

Field-programmable gate array (FPGA) design services are an additional technology provided by San Jose electronic design firms. These FPGA devices are aptly named to indicate that their configuration may be changed after manufacturing “in the field” by engineers or even by customers.

Introduced as early as 1985, FPGA circuits have increased in popularity and use due to their very nature of flexibility in function and circuit modification. FPGAs are integrated circuits composed of user-programmable interconnects with internal hardware blocks so that they are readily reconfigured to meet changing requirements.

This architecture makes FPGA design different from traditional electronic circuit design, with designers utilizing specialized software design tools such as hardware description language (HDL) to generate FPGA configurations.

FPGA design includes technical decisions on the part of the designer, depending on the specifications and application:

Power consumption – FPGAs typically consume more power due to the increased number of transistors for logic functions that make them programmable. Designing an efficient FPGA is, therefore, a complex engineering activity requiring specific knowledge and experience.

Applications – FPGAs are used increasingly in such technology industries as energy and automotive applications. Energy sources such as solar or wind can utilize programmable functions to adapt to changing weather conditions. Advanced automotive safety features such as adaptive cruise control, security features, and blind spot monitoring can react to changing conditions due to the functionality of FPGA circuit designs.

Designing and implementing FPGA electronic circuits requires thorough understanding of the technology and its capabilities, as well as its properties.

What Makes a San Jose Electronic Design Company Different?

With the variety of electronic engineering firms populating the San Jose area, what makes one stand out from the others? The difference is in:

Experience: Does the candidate design firm have a track record of proven results and satisfied clients? Where wireless devices and IoT technology are part of the project, does the design company have full knowledge and experience in those areas?

Application of technology: What tools do project managers and electronic designers have to create reliable circuit designs, test printed circuit boards and components, and built quality products?

Range of services offered: Can a single provider carry the project from inception and design to development of the end product? What is the timeline offered to ensure applicable speed to market?

SunMan Engineering for Electronic Engineering Solutions

SunMan Engineering has been providing our customers with high-quality technology services and products since our founding in 1990. Our services include:

• Product Architecture
• Product Development
• Product Prototyping
• Firmware and Software Development

SunMan’s skilled engineers have developed solutions for over 250 technology clients with more than 1550 development projects.

Make SunMan Engineering your first call for complete electronic engineering services in the San Jose and Silicon Valley area. Contact us today to discuss your technology needs. 

Printed circuit boards (PCBs) are critical components of nearly any product that requires electric power or batteries – they house the circuits that make toys, mobile devices, computers, appliances, automobiles, aircraft, and so much more – tick.

PCB design services in San Jose provide a complete array of services needed to architect and manufacture boards and circuits efficiently to provide customers of all types with efficient, cost-effective printed circuit boards.

PCB Layout

PCB layout is a critical phase of board-level design for San Jose electronic engineering firms.

Designing a PCB requires consideration of a variety of elements in board architecture:

• Familiarity with design automation tools to transform an initial schematic into a layout
• Knowledge of components, including cost, function, and availability
• Mechanical/physical constraints for board placement that impact layout
• Parts placement and connectivity

PCB Layout Considerations

San Jose electronics engineers have several key factors to consider in PCB layout:

• Component conflicts that may be present from those on the same side or opposite side of the board.
• Awareness of any constraints that may influence the selection of materials or components.
• Size and shape required for the finished board.
• Identify performance criteria and ensure stakeholder acceptance – this must be clear before layout and design begin, as it could have a significant impact on material and component selection.
• Electromagnetic interference generated by trace placements or conflicting components.
• Impact onboard functionality.
• Complete board failure.
• Avoiding rework or problems in manufacturing the board.

A PCB designer does not want to get messages during the manufacturing process that the specifications for trace widths are incompatible with their capabilities, or that pad diameters are incompatible with drill sizing.

Before today’s electronics designers in San Jose became experienced in DFM standards and equipped with CAD programs specifically designed for PCB design; this occurred all too frequently.

PCB design is an iterative process. Changes are inevitable as the design progresses, often consisting of hundreds or even thousands of components. Layout and board-level design results are enhanced considerably through the use of Electronic Computer-Aided Design (ECAD) tools that streamline the process and notify designers of potential problems.

Engineers benefit greatly from such DFM and PCB layout software tools, but experience with the programs provides the best results. Experienced engineers learn to optimize the features and settings provided by these applications.

Board Level Design

Designing printed circuit boards can be a complex process, especially when functionality calls for more than a standard two-sided square or rectangle board with no size constraints. PCB design services in San Jose understand the full range of nuances when designing boards:

Size Constraints

Design must match the requirements of the end product – shape, weight, and functionality. If more components are required than a single substrate will accommodate, designs will need to include multi-layer PCBs, calling for experienced engineers equipped with software design tools.

Layering will introduce the issue of vias – type, number, and interconnectivity.

Materials to be Utilized

There are a variety of board materials available, each with their own attributes, pros, and cons. Depending on the board functionality and expected environment for the application, the selection of board material can be very important. Components to be utilized are another critical factor. There is an enormous selection of components to select from, and more are being produced regularly. PCB layout must take component compatibility and cost into consideration, as well.

Cost may be an important issue for many applications, limiting the selection of materials. Some applications may call for PCB flexibility, requiring specialized materials and manufacturing processes.

Manufacturability

The most elaborate and trouble-free design may be useless if it cannot be manufactured successfully and within the project budget. Software tools that take Design for Manufacturing (DFM) considerations into account can help in verifying that the design can be manufactured repeatedly and within the manufacturer’s abilities.

Placement of Components

Order and location of components should follow best practices and consider the recommended order of placing connectors first, followed by power circuits, precision circuits, and other critical circuits, then other components. Additional consideration must be given to required power levels, routing factors, and susceptibility to electromagnetic noise.

Placement and Component Orientation

Take placement and organization of components into consideration so that soldering can be performed efficiently without manufacturing errors. Like DFM considerations, lay out components to facilitate and reduce the complexity of board assembly.

Power and Ground Planes

Placement of power and ground planes can make a significant difference in preventing board bowing that can damage the board by causing movement of components.

Signal Quality and Interconnect Impedance

Proper management of signal strength and quality is essential in many electronics applications. Voltage variances can cause changes in impedance that impact signal quality. The efficient routing of critical signals is important to minimize impedance vulnerabilities.

Environment

One important variable for board-level design in San Jose is how and where the board will be used. Will there be temperatures that could affect components or electronics performance? Will the board be subjected to impact or vibration, and to what extreme?

Success Factors

What tests are required? What makes the delivered board successful, and what constitutes a rejected design? Project goals are typically to produce a board that provides all requirements consistently, yet can be manufactured in the most efficient way possible and at the lowest possible cost.

PCB Prototype

Board manufacturability and performance cannot be validated until a prototype PCB is created for thorough testing. PCB prototype services include transforming a design into a working product so that any issues can be detected and functionality can be verified.

Electronics Engineering in San Jose – From Concept to Completion

Electronics engineers in San Jose take your project through every phase of PCB development:

• PCB layout
• Proof of concept
• Working PCB prototype service
• Design for Manufacturing (DFM)
• Testing and assurance of PCB reliability and repeatability

Taking all levels of projects from concept to completion with the fastest time to market and a cost-effective solution is how professional engineers and PCB designers keep customers coming back. Customers’ expectations are always high, and expert teams work hard to communicate effectively with all stakeholders on every project.

Turn to the electronics experts in San Jose to talk with experienced engineers about your PCB project needs.

Recent global concerns related to a pandemic virus that threatens millions of individuals have demonstrated the criticality of reliable and flexible electronic devices:

• Wireless communications that enable employees to work from home
• Medical devices that save the lives of thousands of recovering patients
• Communications systems that keep all parties informed of high-risk areas and progress in controlling the spread of disease

Without effective communications and sophisticated medical equipment, the outcome of such widespread health problems could be even more tragic. Electronic engineering in San Jose plays an essential role in the development and manufacturing of products that make these products and services a reality.

Wireless Design Services

San Jose and the Silicon Valley region have long been recognized as the home of many high-tech industries, especially in the fields of electronic circuit design, computer technology, and wireless design services, so much so that industry showcases navigate to the area repeatedly.

• Wireless communications capabilities are now embedded in a growing family of devices, as the Internet of Things (IoT) and Industrial Internet of Things (IIoT) spreads throughout our daily lives. Everything from automobile key fobs to voice assistants utilizes increasingly sophisticated software technology, enabled by miniaturized complex wireless design circuits.
• Enterprise-critical applications can now be managed remotely in the cloud, with robust yet secure applications controlled from laptop computers, tablets, and smartphones.
• Service technicians are notified directly via wireless messages when manufacturing machines need maintenance – from the machines themselves, equipped with wireless sensors.
• Drones of all sizes and capabilities have been put into use for everything from entertainment to news coverage and national defense.

Putting wireless technology to work for businesses, defense, aeronautics, government agencies, and consumers is no simple accomplishment. It requires a variety of skills and processes to create a viable product:

• Wireless design services
• Circuit design
• Product prototyping
• Testing and trouble-shooting
• Design for Manufacturing (DFM)
• Final product approval and development

Each of these processes requires technical expertise, specialized software and design tools, and experience, to take the project from concept to working product.

Wireless design services in San Jose encompass a variety of technologies:

• WiFi – WiFi technology is constantly changing, providing more connectivity and reliability for both home and business applications. Creating an efficient wireless network includes everything from electronic circuit design of devices, to type and position of access points, to complete network design.
• RF Antenna Design and Modeling
• Bluetooth connectivity
• Cellular Technologies
• GPS systems for personal or automotive implementations

Designing communications that maximize the use of the right technology for an application requires both practical and technical expertise to develop the right solution. Electronic engineering services in San Jose and Silicon Valley have all the qualifications to meet the requirements of any wireless design project.

Getting Electronic Circuit Design Right the First Time

San Jose electronic engineers understand that redesign and remanufacturing electronic circuits are more expensive the farther in the process that problems are discovered – and hopefully long before the product reaches the intended market.

To ensure products perform as designed and provide reliable service, engineers utilize advanced tools and best practices to create solutions for a variety of technical applications:

• Analog, digital, and mixed designs
• Bluetooth and 802.11 designs for wireless systems
• Graphics solutions for video applications
• Advanced control systems and embedded microprocessor designs

Developing problem-free prototypes that are ready for all required test environments means pooling technical expertise, experience, and software tools that detect problems before the prototype is even manufactured.

A thorough understanding of each aspect of electronic circuit design is critical in preventing bug-filled prototypes or worse – bug-filled finished products.

With the steadily increasing demand for miniaturization in electronic products for consumer goods, communications devices, and aeronautics, it’s even more important that engineers stay current on design techniques and newly-developed components.

FPGA Design Services – San Jose Has the Technology

Field-programmable gate array (FPGA) design services incorporate functionality that can be modified in the field (as indicated by the “field-programmable” designation). Providing FPGA design in electronics offers the important ability to reconfigure an embedded circuit’s functions without remanufacturing or replacing the circuit or printed circuit board that houses the FPGA design.

FPGA design services in San Jose support customer requirements for circuits that must be modifiable at the point of use once, a limited number of times, or whenever the need arises for changing the circuit logic or function.

FPGAs have been in use for several decades, but continuous advances in design and manufacturing capabilities have led to increased density and performance. There are multiple types of FPGAs, making selection of the best FPGA design service in San Jose critical in arriving at the best solution for any application:

• Symmetrical array
• Row-based architecture
• Hierarchical programmable logic devices (PLDs)

There are also different classes of FPGAs that define the technology that applies to the programming of the array.

• SRAM – Static RAM that is programmable during design, but loses its program when powered off, requiring a reload and an external source for program storage.
• Antifuse – CMOS that retains programming when powered off, but cannot be reprogrammed once the FPGA program has been loaded.
• Flash –  these do not lose their program when powered off, but can only be reprogrammed a limited number of times, due to the inherent charge buildup.

San Jose electronic engineering services in San Jose can select the best type and class of FPGA architecture that will provide the functionality and performance required for any specific application.

San Jose Is Your Premier Electronic Design Source

San Jose electronic engineering services have the experience, technology, and tools to take your electronics project requirements from vision to finished product. The experienced team of engineers in San Jose offers customers a complete range of services, including:

• Electronic engineering services
• Wireless design services
• FPGA design service
• Electronic circuit design

From product architecture to development to prototyping, San Jose provides a complete turnkey solution to your electronic engineering requirements. Software and firmware development are also an essential factor in their complete portfolio of services.

Contact the electronics experts in San Jose today to discuss your project with an experienced team of electronic engineers.