Design Services

Core Philosophy

Of all aspects of ‘VEDAS’ -VLSI, Embedded, DSP based projects & application systems, design flow places the heaviest demands on a customer’s design engineers and requires the closest teamwork between the customer and provider. Consequently, the design flow provides the best opportunity to distinguish us from its competitors and for customers to enjoy the most conspicuous

We provide custom design and development services for complex VLSI Designs including FPGA, IP products, Embedded and Wireless systems solutions. Provide low cost and very high quality design and verification services to Customers all over the world.

Our employees is a talent pool consists of high caliber professionals in VLSI Design and Embedded Systems, and business backgrounds on which they have built extensive technical expertise and industry knowledge through work at hundreds of client sites and all phases of projects.

You simply provide us with the product specification along with your price and performance goals. That's it. Ramp Plus Technologies know-how is the key to maximizing the efficiency of existing processes and successfully integrating new methodology solutions. Tracking the latest methodologies, languages and tools; we will create a detailed project plan that meets your approval. We can even help you to develop and write your specification document. Depending on the scope of the project, we handle all the technology development aspects, from specification through concept, design and implementation to demonstration and manufacturing prototypes.

Our Services are a powerful resource giving your company rapid access to success. A wide range of Services exist to assist you through all stages of methodology and language decision making, integration and design use. All our Services can be provided with the flexibility to provide support exactly when required, maximizing the benefit to cost ratio. Leading the way in Design and Verification technology, our team Experts can work with you using the following EDA methodologies and languages

• Embedded, DSP System Design
• High Speed Board Development
• FPGA / ASIC Prototyping
• Wireless-Sub GHz & GHz transceivers, GSM_GPRS_EDGE Transceivers

Hardware Design

Our Board Development capabilities include:

• Specification to Electrical & Layout Design
• Prototype Board Development
• Board Manufacturing & Testing
• In-board Silicon Verification

Embedded System Design

• Driven by a passion for quality and commitment to customer satisfaction, we have developed an array of services that address the niche embedded domain. Our services cover a vast spectrum of industries like Automotive, Home/Industrial Automation, Digital Consumer Electronics, Telecommunication, Wireless, Defense, LED Lighting and Aerospace.

Board Support Packages and BSP Development

• Embedded Software team has substantial experience in developing Board Support Packages (BSPs) for Single Board Computer (SBC), OEMs, as well as custom hardware implementations. Our experience includes working with variety of 8/16/32 bit and DSPs architectures.
  
  System software development requires specialized skills and innovative approach. Our engineers possess extensive knowledge of hardware, operating system, on board diagnostic and performance tools, giving us an edge over competition.

FPGA & BOARD DESIGN Based System Design Services

• RPTL expert in FPGA Design offering services right from selecting the right device for implementing simple logic blocks to building a complete digital subsystem delivering a product prototype.
  
  
• Ramp Plus Technologies can provide FPGA Services Based on your functional specification and performance requirements. Our methodology covers all the steps in the FPGA design process, from front-end RTL design to generating the final FPGA configuration file.
  
  
• The flexibility, features, performance and pricing of FPGA have reached levels where it is becoming a preferred alternative to the costly and time-consuming ASIC process. The arrival of architectures that enable embedded CPUs and the ability to realize DSP functions in FPGAs, have created unparallel opportunities for innovative product designs. However to realize the full potential of these architectures, design teams need the combined expertise of software, DSP and RTL coding. RPT's skills and capabilities in all these areas is a unique advantage to meet the design requirements of customers that would like to exploit the benefits of using these new devices in their designs for competitive advantage.

RPT provides FPGA design services from concept to prototyping. We have a dedicated team of engineers, to work on FPGA designs. Our expertise in wide range of devices and well-defined processes ensures that our customers achieve faster design convergence and quicker prototyping.

Equipped with the latest industry standard tools, RPT has been designing, coding, verifying and implementing (back-end design and fusing) HDL based designs. Expertise in developments of Systems on Programmable Chip designs and implements logic functions easily on FPGAs.

Combined with Board Design capabilities, which includes high-speed designs, Ramp Plus can undertake complex hardware design for various applications.

IP Cores

The library of IP Cores is under development. We can also provide custom Controller specific Embedded, FPGA/CPLD design solution to meet client Specification. Our design methodology incorporates C, System Verilog, VHDL/Verilog HDL, synthesis and verification. Our Processes emphasizes the use of test benches. Our team is expert in designing several million gates designs from concept to parts. We have extensive experience in integrating a variety of IP. We have also done numerous FPGA designs, 8 or 16 or 32 bit Processor specific design. Our robust design guidelines and methodology ensures success for our clients.

Our IP cores include:

• Vendor Independent and RISC processors HW/SW co-designs
• Xilinx, Altera, Actel based FPGA and CPLD HW/SW designs
• USB : Device-Host-OTG, Ethernet
• IR, GSM_GPRS_EDGE, GPS
• MiWi, Zigbee, RF4CE & 6LoWPAN Protocols