At MosChip, we handle Electronic System Hardware & Software Design for Automation Applications. We offer embedded solutions for Analog, Digital, Mixed Signal, and Power electronics domains used in Industrial, Military and Aerospace Applications. Our team with its several years of hands-on experience ATE, Embedded Systems & Software has lead and setup a good technical & management team, serving the needs of our clients. We offer exceptional value to our customers through our highly competent interdisciplinary engagements and delivery teams who are in the forefront of these technically challenging areas. While our core business practices are built around providing industry leading solutions and services to our customers, we strive to keep ourselves on the cutting edge of technology by fostering Research & Development culture in the organization.
Through our diverse embedded systems expertise and service delivery experience, we provide rapid quality deliveries that reduces project costs, & risks significantly and accelerate time-to-market. The approach facilitates significant improvement in our client’s business processes and development life cycles.
Our Systems/Board Capabilities include:
•PCB Designs of up-to 24 layers
•250+ System designs of varied complexity
•High Density Interconnect (HDI) designs
•Handling 0.8mm pitch BGAs
•Design using Buried & Blind Vias
•Impedance controlled and high speed designs
•Signal Integrity, Power Integrity & Thermal Analysis
•Dedicated resources for Schematic design, PCB design / Signal Integrity, Component assembly & Testing
•Full support partnership eco-system in-place with PCB Manufacturing, components Assembly and equipment suppliers
•Xilinx: Virtex-II Pro, Virtex-4/5/6, Virtex-7, Spartan, ARTIX, ZYNQ
• Altera: Cyclone-II/III, Stratix-III/IV
EDA Tools :
− Cadence OrCAD & Mentor Graphics for
• Schematic Capture
• PCB layout
• Signal Integrity, Power Integrity & Thermal Analysis
− Xilinx & Altera Series
Hardcore Processor interfaces
− ARM9, Cortex A9 Cortile Modules Interconnect
− USB 2.0/3.0, PCIe, PCI, ISA, Gig. Ethernet RGMII, MII SATA, PATA, FireWire, RS232/422/485, IrDA, CAN, I2C, SPI, …
− Codecs AC97, I2S, CSI, LVDS, Video ADC & DAC HDMI, LCD, DSI
− SDRAM, DDR/2/3, LPDDR
− Flash (SPI & Parallel) CFD, SD Card, MMC …
– WIFI 802.11 b/g/n, ZigBee, Bluetooth
– LVPECL, LVDS, LVCMOS, LVTTL
MosChip’s Product Engineering Team offers turnkey FPGA design services specializing in handling complex, multi-million gate designs for FPGA. FPGAs also offer an advantage of testing and verifying a concept in hardware without passing through the long fabrication process required for an ASIC. It also brings in the advantage of having a highly reconfigurable system.
Hardware Design & Development
MosChip offers domain-specific hardware engineering and design services in VLSI ASIC, FPGA prototyping, FPGA design, and SoC engineering, board design, embedded software, mechanical engineering, and design, prototyping and value-added engineering services such as compliance engineering, independent verification and validation and low volume manufacturing.
Software Design & Development
MosChip has in-depth expertise in firmware development for embedded systems. We offer end-to-end software design & development solutions to our clients. We strive hard to achieve the customer’s quality level of acceptance with consistent and proven standards in providing engineering software solutions for the utmost satisfaction of the customer.
Product & Systems Engineering
MosChip provides packaged offers for Product Design & Systems Engineering, applicable at organisation, project, or process level to help clients move to the next dimension. These packaged offers are the building blocks for achieving higher value: (i) agile, lean and collaborative engineering (ii) virtualisation (iii) lifecycle choice & control and (iv) successful engineering business models.
Product Design & DFT
The Product Engineering Services team at MosChip has significant expertise in DFT. The design process adopted here, aims at optimizing end-user requirements with high-yield, low cost designs which includes, understanding of end application, material selection and process simplification; thereby ensuring a smooth transition into production, for quick time-to-market.