Computer Hardware Design Services

We provide Hardware Design Services as per your Requirements. 2 Layer to 8 Layer Hardware Designs can be created

We deliver comprehensive Computer Hardware Design Services tailored for custom computing solutions, ranging from simple single-board computers to complex multi-processor architectures. Our expertise covers complete system design, high-speed memory interfaces, power distribution, and peripheral integration to ensure optimal computational performance and long-term reliability. Whether you are developing ruggedized industrial PCs, edge-computing devices, or specialized servers, we provide end-to-end engineering to meet your exact processing and form-factor requirements.

Hardware Design Services help businesses develop and design electronic hardware components and systems based on specific project requirements. It includes circuit design, component selection, testing, and optimization to ensure reliable performance. These services support efficient product development, improved functionality, and high-quality hardware solutions for various industries. ⚙️

As part of our integrated ODM Plus Solutions, the R D team of SFO Technologies stays tuned to the technology curve, to innovate, conceptualize and create the technologies, tools, systems and processes needed to create novel products. The focus is on ideas that make products user-friendly, energy efficient, eco-friendly and to bring in value-added features which eventually result in enhanced satisfaction of our customers and the end consumers in our areas of specialization , viz. Healthcare, Transportation, Communications, Aerospace Defence, Energy Industrial. SFO R D Centre is recognized by the Department of Scientific Industrial Research, Government of India. The services are extended to many Fortune 500 companies on advanced technology projects and build-to-spec solutions. The Centre also maintains close association with Government laboratories, leading Universities and institutes to keep abreast on state-of-the-art technology trends.SFO ensures that, all aspects of the product form, fit and function are addressed holistically with a view to enhance user experience and ensure low Total Cost of Ownership. Outcome Driven Innovation SFO practices Outcome Driven Innovation (ODI) in every phase of the Concept to Build Cycle. Whether it is development of the basic Concept to a Prototype or an End to End Service, SFO is known to partner with the customers to handhold up to the phase of Product Certification Services and even to the end of the lifecycle, depending on customer requirements. Our decades of research and innovation expertise demonstrated by the number of patents filed and ready-to- use product building blocks at hand provides customers with the edge to quickly go-to-market, thus gaining the first mover advantage. Manufacturing Oriented Design We are always looking at manufacturability of the design at the concept stage itself. That s why, as part of our End to End Service, we are able to service both New Product Introductions (NPI) and product re-engineering for obsolescence management, using concepts like Design for Supply Chain, Design For Manufacturability, Design for Assembly, Design For Testability and Lean Manufacturing in our robust delivery model. At SFO, we call this Manufacturing Oriented Design (MOD).The various teams within the R D Centre specialize in the design of Electronics circuits, Power supplies, Photonics, Mechanical and Industrial aspects and are experienced in carrying out critical component engineering activities such as BOM Risk Analysis, alternate part finding and ROHS compliance. We also do Reliability Analysis based on Stress testing, MTBF calculation, etc.

Electronics product engineering can be bifurcated into embedded software and hardware design and it is noteworthy that customised hardware design is a need in success of every next-gen product design. With our innovative hardware design best practices and methodologies, we have delivered top-notch hardware design solutions for our clients in various industries such as Consumer Products , Surveillance , Automation and IOT. From designing a system to finding the right partner to manufacture the custom hardware product utilising the best hardware components, we at Glide tackle every challenge for our clients and deliver best in class hardware solutions. We have skilled and experienced hardware engineering team that enables us to provide high speed PCB Design and Hardware Product Design at faster pace.

Specification: Schematic Design and Layout Design Services:Over 28 years experience and over 2000 PCB assembly designs. STEM offers cost-effective embedded hardware development solutions for customers requiring high-reliability coupled with aggressive timelines. STEM has strong expertise in 32-bit microprocessor design and routing constraints with high-speed buses and complex network interfaces. With a full staff of PCB engineers and designers, over two decades of experience and 1,000+ PCB assembly designs, we are fully equipped to meet your requirements. Microprocessor Architectures: Power PC, x86, ColdFire, ARM7, ARM9, ARM11, ARM Cortex-M4, ARM Cortex-A5, ARM Cortex-A8, ARM, Cortex-A9, Cortex-A15, XScale, PowerPC Cost effective ATMEL AVR, PIC and 8031 8 bit low speed processor Touch screen, Ethernet, wireless, GSM/GPRS 3g/4g Modules, GPS Modules PCB Schematic Design: PCB Layout Design Low EMI design Power management Junction temperature sensing and thermal managementInterfaces: Connectivity: USB, Ethernet, CAN, Bluetooth, WiFi, PCIe GSM/GPRS Telematics Serial: UART, SPI, I2C Multimedia: Audio, Video, Camera Storage: SSD, SATA, Flash, SDRAM, SD/MMC UI: LCD, LVDS, HDMI, DVI, Keypad GPIO, A/D, D/A, and analogDesign for Manufacturability: Design for high volume Low cost design Production Test: electrical, functional, boundary scan Bed of nails designLayout: Mixed speed and signal technology High-speed digital and analog Low EMI/RFI design BGA, fine pitch, microVia PCB technology High-density, multi-layer (12+), small form factor PCB Signal Integrity & EMI Control

High-Speed Digital Designs Analog and Mixed Signal Designs Power Electronics RF Designs Obsolescence / Component Engineering

We are engaged in offering exclusive hardware designing for our clients in board and chip designs ranging from high-end microprocessors to small form-factor micro-controllers. All these designing service are rendered using bus technologies such as cpci, pxi, pcie, usb, pc/104, pc104+ isa, vme, vxi, pci, pcc, pmc. Furthermore, we also offer high-end analog circuits to mixed circuit designs & complex digital and fpga/pld cores. All these services are rendered with the support of our professionals and at leading market prices.

CSDES Engineers have extensive knowledge on custom user interface devices, LCD technology, and smart materials design. The custom user interface device includes; display devices, tactile switches, audio, optical devices. The custom LCD parameters; display mode, viewing angle, size, backlighting, connector and mounting method, LCD modules, etc. We provide turnkey solutions for customized display needs. CSD Engineering Service provides innovative and state-of-the-art solutions to solve complex problems in science and technology. CSD Engineering Service has the expertise in the area of smart materials such as magnetostrictive materials, piezo, shape memory alloy etc, MEMS and RF technology.

Develops digital and mixed-signal printed circuit boards (PCBs) from your requirement specifications to production-ready designs. We are generally known for high-end designs but also excel at simpler projects such as 8-bit MCU dev kits and interposer cards. We have an impressive track record for first-time-right designs up to 12-layer, high-speed/high-density boards and back-planes. Services can include prototyping, pre-production design verification, regulatory certification, test fixture development, and transition to offshore manufacturing. Board Design , PCB Layout and Simulation ToolsCadence ORCADCadence Allegro PCB SI (SPECCTRAQuest)Cadence Allegro LayoutMentor DxDesignerMentor HyperLynxMentor PADS and Expedition LayoutMentor Expedition LayoutAltium DesignerPSPICE A/D, HSPICEADS Field Solver, HFSSPolar tools for PCB stackupEagleware GENESYSCorelis Boundary ScanFull hardware bring-up lab with DSO, DMM, Pattern Generators, Logic Analyzers, Rework stationsMS Office for Specs, BOM and Project Management

Densray provides everything you need to create cost effective circuit boards for your product. We will work from your idea or specification and do the component selection, schematic design, PCB design, component procurement, assembly of prototypes, board bring up and validation. You can expect the best engineering practices for DFT, DFM, EMI/EMC, signal integrity and thermal management while we do the development. Densray team is very well experienced in the development of carrier class telecom products involving complex hardware modules. The boards and systems engineered by the team, are extremely reliable, robust and boast of working well under hard environmental conditions. Circuit Design Densray provides the best in cost optimized circuit design. We can also design with specific targets such as low power, low form factor etc. We provide our consultancy services to support the customers in all phases of the hardware design cycle, either for a complete product design or for an individual submodule development. Engineering Review Compliance Densray offers to do the engineering review analysis of your designs to ensure the compliance against Signal integrity, EMI/EMC, DFM, DFT, Thermal Power Integrity specifications. We have expertise in multi-Gbps high speed board designs and will ensure that your boards have excellent signal integrity for the high speed signals over the operating temperature range. Hardware Customization We also offer quick turn-around hardware customization re-engineering of any existing designs, to fit to tailored requirements. This will help the customers to have immediate releases of different design variants to meet the "Time to Market". Our design customization service will also help our customers in optimizing the BOM against Component Obsolecence Cost. Prototyping Validation

ITLPro Solutions offers customers complete Hardware design from concept / feasibility analysis to validation. Our highly experienced team handles the hardware development in areas of Analog Designs, Digital Designs, High Speed Designs, Power Designs, Drives designs, Sensor Designs, Battery Operated Designs, Microprocessor and Microcontrollers operated Design (8/16/32/64 bits design), DSP designs, Compact designs, Design Analysis, Simulation and Proof of Concept, Benchmarking, VLSI design, Sensors design, Wired and wireless Communication design, RF designs etc. for catering the applications to almost anything like Energy Utility, Oil Gas Utility, high Power Machineries to Portable Machineries, Chemical Factories, Process Industry, Transportation Industry, Automations, Medical etc.

Active Computers Your Trusted Partner for Comprehensive IT Solutions in Mumbai Welcome to Active Computers your go to destination for reliable and efficient computer and laptop repair services along with comprehensive Annual Maintenance Contract AMC services Situated in the bustling city of Mumbai we take pride in being your local solution provider for all your IT needs Our Services Computer and Laptop Repair Our team of skilled technicians at Active Computers is dedicated to diagnosing and resolving a wide range of computer and laptop issues Whether it s hardware malfunctions software glitches or performance issues we ve got you covered We use cutting edge diagnostic tools and quality replacement parts to ensure that your devices are up and running in no time On Site and In House Repairs Convenience is key and we understand the importance of a quick turnaround Our technicians are equipped to provide on site repairs for minor issues ensuring minimal downtime for your business or personal computing needs For more complex problems we offer in house repairs at our well equipped facility AMC Services Keep your IT infrastructure running smoothly with our Annual Maintenance Contract services We offer tailored AMC packages for businesses and individuals covering regular health checks preventive maintenance and timely updates Our proactive approach helps prevent potential issues ensuring the longevity and optimal performance of your systems Service Area Proudly serving the vibrant city of Mumbai and its surrounding areas Active Computers is your local IT partner Whether you re based in the heart of the city or in nearby suburbs our prompt and efficient services are just a call away Why Choose Active Computers Expertise Our team comprises experienced technicians with a deep understanding of diverse IT systems and technologies Prompt Service We understand the value of time and our commitment is to provide swift and effective solutions to minimize disruptions Quality Assurance We use genuine and high quality components in our repairs to ensure the longevity and reliability of your devices Customer Satisfaction Your satisfaction is our priority We strive to build long term relationships by exceeding your expectations in every interaction For all your computer and laptop repair needs as well as comprehensive AMC services trust Active Computers in Mumbai Contact us today for a seamless IT experience

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Embedded Design Service team supports complete electronic hardware design activities which include schematic design, bill of material finalization, Printed Circuit Board (PCB) design, prototyping, production support and FPGA design services for customer-specific requirements. The key hardware design ranges from small-footprint, power-optimized solutions to high-end, rugged systems built around various embedded processors and DSPs.

CIS offers high speed hardware design service involving FPGA, DSP, Microprocessor, Microcontrollers and mixed signals. Design and prototyping with compliance engineering services like UL, IEC, CE and other compliance test provide a complete reliable solution to your businesses. Schematic to Proto build Schematic DesignComponents Library CreationLayout and RoutingSI Analysis /EMI/EMC/Thermal AnalysisFab and Assembly Our long time partnership with Fab and assembly houses coupled with our expertise in high end design tools uniquely positions us to provide the complete design solution, quick turn-around time and reduced development cost with very high level of quality.

Microprocessors interface design (x86, 8051, ARM9, BroadCom, Marvell, Atmel, Philips, Microchip PIC, TI, etc.)SDRAM, DDR, DDR2, QDR RAM interfaces, NOR Flash, NAND Flash interfacesParallel and Serial ports, Compact FLASH interfaces10/100/1000 Base-T, Fiber GigE interfaces, WiFi 802.11 a/b/g/nI2C & SPI bus protocols, USB, SMBUSIrDA and RF (licensed and ISM Band) communicationsGSM, GPS, Bluetooth

Hardware design is a critical part of any system design. Achieving optimal and right hardware design is important. Acevin team has extensive expertise and years of experience in low to high complexity and high speed hardware system and board designs. This includes designs for harsh environment industrial and defense applications. Our engineers have vast experience in all aspects of good hardware design including high speed designs, timing analysis, Signal Integrity analysis to achieve first time right designs. Our team is well versed with requirements of EMI/EMC, safety, DFM/ DFT and ensure success of the product when it goes in the real world environment.

Custom computer hardware solutions: design of tailor-made computer hardware systems, including desktops, workstations, and embedded devices. System architecture design: development of optimized system architecture for computing platforms, ensuring high performance, scalability, and efficiency. Motherboard circuit design: custom motherboard design, including power management, connectivity, and peripheral support. Processor chipset integration: expertise in integrating processors, chipsets, and other core components for optimized performance.

Expertise 1Hardware Design and Development Multi-core and multi-processor embedded hardware design PCB Layout and Analysis Signal Integrity Thermal and Structural Integrity analysis Product ruggedization Development Platforms and System-on-Modules (SoM) Embedded Processor based Designs Small-footprint hardware Designs Power-optimized and Battery-operated Designs Wireless Designs 2Industrial Designs Enclosure design requirement analysis Design feasibility study 3D CAD modeling and design Integration of electronics design, PCB layout, and industrial design Prototype development Ruggedization Manufacturing support 3Architecture Qualcomm SD820 NXP i.MX21, i.MX27, i.MX25, i.MX51, PowerPC, QorIQ Texas Instruments OMAP4/5, Sitara and DaVinci, C55x DSP, C64x DSP, C67x DSP, MSP430 Analog Devices ADSP 218x, ADSP- 219x, SHARC, TigerSHARC, Blackfin ARM ARM7, ARM9, ARM11, ARM Cortex -A8/A9/A15 Marvell/Microchip XScale, PXA, 255, 310, 610, PIC, dsPIC Intel 8051, x86, ATOM, Xeon Renesas/ Broadcom/Samsung H8, SH,Exynos 4/5, RZ/G1E FPGA Xilinx: Spartan, Virtex, Kintex, Artix and Intel: Stratix, Arria, Cycone 4Power Supply Designs Switch mode and linear AC and/or DC inputs Single and multi-output Low and high voltage AC inverters (single and three phase) Power ranges from watts to Kwatts 5High-Speed Digital Designs High-speed synchronous memory arrays High-speed data communication backbones Digital radio and base-band processing Analog and audio circuit design High-s

Life Style Electronics WearablesPersonal/Asset TrackingSecurity DevicesWireless Charging DeviceInternet of Things/Internet of Everything Accelerator Platforms for faster developmentWide Range of RF Interfaces Devices ZigBeeGSM/GPRSBT and BLEWi-FiSub 1 GHzRenewable Energy Systems Solar Micro InverterSolar Micro ConverterMPPT

Digital System design using- Atmel, PIC, ARM7, ARM9, ARM Cortex, STM32. Wireless communication system design RF ,LiFi, Xbee ,BLE , LoRA , GPRS , 3G and 4G IOT Enabled devices design M2M, Device to cloud and Cloud to device. Digital / Analog Circuit Design SMPS and Power Management Solution Design.LF and UHF RFID, Fingerprint and other biometric Security System design. DMX512 and ART net LED Lighting Solutions design. Low Power product Design

Hardware design includes the activities spanning Schematic Entry(Electronic Circuit design), Printed Circuit Board(PCB) Design to assembly and bring-up activity of the manufactured boards. Initially a prototype quantity of boards are manufactured, after bring-up and functional validation an updated set of gerbers(PCB manufacturing format) are released to mass manufacture. All the hardware activity flows from the Hardware architecture and specification documents. Hardware designers extensively use peer-reviews to validate aspects of design. Certain aspects of design are validated using tools such as Mentor Graphics Hyperlynx-Analog. Thotaka liaisons with silicon manufacturers such as Freescale, TI, ST Micro to work with reference boards of a silicon component to validate its performance and characteristics. All the hardware designs are meticulously versioned with appropriate information on design decisions to ensure traceability to requirements. While schematic entry aspect of hardware design is an intensive engineering activity, the actual PCB design is a fusion of Engineering and Art. Thotaka has licensed tools form Mentor Graphics to accomplish this aspect of the hardware design flow. The schematic engineer usually places routing constraints in the schematic itself, the PCB engineer then routes the signals adhering to the schematic and Industrial design constraints. The PCB layout engineer also implements manufacturer recommendations and prior-art to achieve the design goals. A critical aspect of delivering a functional hardware system is signal integrity analysis. The clock rates and clock technologies such as DDR, are driving need to model integrity of critical signals from origin to destination on the board. Thotaka has licensed tools from Mentor Graphics such as HyperLynx LineSim and BoardSim to accomplish modeling of PCB traces so as to ensure signal integrity. This activity is interspersed with PCB layout so as to deliver a functional layout to manufacturer. The hardware team at Thotaka works with the clients manufacturer to complete the Design-for-Manufacture phase. This phase involves identifying the PCB characteristics: impedance control, core and prepeg, layer stack-up, finish and board thickness. For prototype quantities the manufacture and assembly of the board are done by separate vendors, for large volumes the design is handed over to an EMS with appropriate infrastructure. Various reports such as impedance coupons, BBT and X-Ray reports are sought from manufacturers and assemblers/ EMS as a part of the Q/A process. Once the fully assembled/populated PCB's are available, the hardware team at Thotaka works with the software/firmware team to bring-up the board.

Dexcel is a renowned and proven FPGA design center with advanced capabilities in Altera, Actel, QuickLogic, and Xilinx devices. We have design expertise on all major platform technologies and advanced tools such as Synplify Pro, ModelSim, MATLAB/Simulink , System Generator, ChipScopePro , DSP Builder, and SOPC Builder. Besides advanced capabilities referenced below, Dexcel is quite capable of providing cost effective solutions for simple interfaces or logic designs on low cost, low density PLD devices. Dexcel can take up design from concept through specification to FPGA implementation and further can make it migrate to Structured ASIC - HardCopy.

Analog and mixed signal designDSPs, Power PCs, ARM processor based high speed designPIC and 8051 Microcontroller based HW designReference Designs & Evaluation BoardsPCB design and Signal Integrity analysisPower electronics.

Hardware Design Services

Requirements Gathering Stage: In this stage, the requirements are collected in the form of use cases for the product. Most of the customers provide the product design with use cases for the various uses the product is supposed to perform. These use cases are further ranked in priority. As an example for a hand held point of sale the use cases could be like this. Use cases have to cover many classifications like user interface, ergonomics, certifications, costing, timelines etc. Feasibility: The next stage in the electronic product design is the feasibility stage. The gathered requirements are converted in to the format so that the Engineering team can work on the feasibility part. In this stage, ThinkCircuit Technologies would analyze the following things for the customer: Is the product technically feasible? Is the OS chosen, the right OS for the application? Can the time lines be met with the deliverables proposed? Is the costing enough for the project? Is there any third party involvement in the project that has to be analyzed? Acceptance Test Plan: We enter the design stage here. Here based on the use cases document initially presented, a detailed product design test cases is drafted. This also takes in to account the places where the device is typically used. For e.g. Remote monitoring unit might be in a warehouse or in a cell phone tower and it needs to be tested for rugged field conditions. Every product designed will include test cases for the field test that will be for duration of a minimum of 4 weeks. Test cases will involve hardware, software, vibration testing, drop testing, tumble testing and field-testing. Test plans would also take in to account of the ESD certifications and FCC/CE certifications. Engineering Design: In this design engineering stage, all the components for the hardware are finalized. The mechanicals are also finalized. Typically, ThinkCircuit Technologies presents the customer with a 2D/3D mechanical design model. The tools that are used here are e-drawings. Some customers prefer to do the mechanicals themselves and would want ThinkCircuit Technologies to design the product accordingly as per the spec. The 3D diagrams are important to get the volumetric specification of the product especially when there are multiple PCB's involved. The exact BOM is also finalized. At this stage the following things are completed. Mechanical 2D/3D diagrams BOM 1K or 10K volumes Functional specification of the final product Design analysis Detailed hardware design analysis including timing analysis for interfacing is done at this stage. Also software SDD is completed

Hardware Design Servic