Hardware Design
Transform your ideas from concept to initial designs and prototyping to culminating in manufacturable products.
The ongoing adoption of various engineering need in the technological market has resulted in embedded systems playing an important role in the product engineering. The need of increased processing power, reliability, reduced form factor and higher levels of integration with the other assets in the ecosystem, has contributed to the rapid technological transformation of the modern-day products and solutions, from simple to the complex designs.
From the concept to proof of concept or from the requirement to product realization in embedded system, hardware design place a vital role. We Embdes, having inhouse expertise in designing hardware platforms for various requirements from small factor designs to complex PCB designs in Automotive, IoT, Telecom networking, consumer and medical domains. Our well-defined process, methodology and practice helps our customer to realize their products, faster time to market without compromising the quality.
Our expertise in embedded hardware includes;
- Architecture definition
- Component Selection
- Circuit and Schematic design
- BOM optimization
- PCB design and layout
- Board bring up and testing
- Pre compliance and compliance
- Support for manufacturing
“We majorly use Altium designer as eCAD tool for the complete Hardware design, PCB layout and simulations.”
From a concept design to complete product!!
- Feasibility Analysis: Technical feasibility, BoM cost feasibility
- Hardware board design: Schematics and PCB Layout development
- High speed interfaces
- Wireless/ RF interfaces: Wi-Fi, Bluetooth, ZigBee, LoRa, 3G, LTE
- Analog and Mixed signal boards
- Multi-Layer high-speed boards.
- Rigid-Flex high speed boards.
- Simulation: Pre & Post Layout Signal Integrity analysis, Thermal Simulation
- Reliability Analysis: FMEA Analysis, MTBF prediction
- Prototyping: PCB Fabrication & Assembly
- Testing: Board bring-up, Engineering Validation Tests, Design Verification Tests
- Sustenance: Cost reduction, Obsolescence management, Feature enhancement
- EMI/ EMC and Regulatory certifications: AIS, CE, FCC, RoHS, ESD, Safety, Environmental Tests
- Production handover, Pilot production and Production support
- Research a broad range of suitable hardware that will meet the defined requirements.
- Generate high level system diagrams to determine limitations of potential system solution.
- Review suitable components/parts for software development impact.
- Create high-level system costs to ensure design is on target.
- Determine final system to allow design stage to start.
- Schematics symbol creation with Managed Library team.
- Generate complete schematic design
- Detailed review of design against requirement
- Create Bill of Materials ready for assembly and for detail system costs
- Design validation with customer, taking into account any feature changes, preferred suppliers, etc
- Various Documentation on the design, testing and validation based as per the process defined.
- Full experience of modern high and very high-speed design using many different technologies including DDR3/4, LPDDR, USB, PCIe, SATA, HDMI, LVDS, Ethernet etc
- From single sided low complexity, low cost design to complex multilayer designs.
- Design for EMC, DFM and DFT using best design practices
- Full design review, taking into account any mechanical requirements, serviceability, etc
- Pre and post layout of Signal Integrity and Power Integrity
- Simulation of critical high-speed interfaces in order to ensure layout meets design requirements.
- Sourcing of parts ready for assembly from known trusted sources
- Work closely with PCB and manufacture partners to ensure the assembly is completed on time to the required quality.
- Testing: Board bring-up, Engineering Validation Tests, Design Verification Tests, Pre-Compliance and Compliance.
- Supply Chain Management for Various Parts
- Program Management for Manufacturing including Testing and QC.
- Packing ad Logistics
- NXP: MX8, i.MX6 i.MX5, i.MX3, I.MX2, Power QUICC II (MPC82xx), Power QUICC II Pro (MPC83xx), Power QUICC III (MPC85xx), Starcore MSC81xx, KINETIS E, LPC213x, LPC1769, K70, S12G
- TI: OMAP Series, AM3354, TMS64X, TMS320, MSP430
- Microchip: ATMEGA8, 16, 32, AVR, PIC32, dsPIC33
- Renesas: RH850-C1M, RH850-F1M, ISL78714
- ST Micro: STM32X, STM8X
- Analog Devices: Blackfin BF535
- Allwinner: A13, A10, A20, A23, A31, A80
- Mediatek: MT7688
- Rockchip: RK3188
- BLE
- Nordic : nR51422, nRF51822, nRF52840, nRF52832, nRF52810
- TI: CC2540, CC2541
- Wi-Fi: ESP8266
- ZigBee: CC2530
- LoRA: SX1272, SX1257
- Xilinx: Spartan, Virtex, Artix & Zynq SoCs
- Lattice: MachXO series
- Intel: Cyclone V
- E1/T1 Framer, STM1 Framer, Fxo/Fxs, VOIP controllers, 10/100/1000 Mbps Eth PHY, Eth Switch, TSI, PCI/PCIe Bridge, Audio Codec
- Communication: GSM, GPS, WIFI, BT, LoRAWan, Zigbee
- Memories: DDR4, DDR3, DDR2, DDR, SDRAM, SRAM, NAND FLASH, NOR FLASH, EEPROM, SD
- Sensor: Ambient Light Sensor, Accelerometer, Magnetometer, Gyroscope, Fuel Gauge, Temperature, Humidity, Sound, Pressure, Proximity, Spo2, IR
- PCI, PCIe, cPCI, RGMII, GMII, RSGMII, SGMII, MII, RMII, TDM, I2C, RS232/485, SPI, Local Bus, Telecom Bus, USB, DVI-D, HDMI, VGA, eDP, LVDS, CAN, 1 Wire, MIPI, SDIO, LIN, KLINE, MODBUS, SATA, SONET, sRIO, Utopia Bus
