Embedded Software

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Nikhilon offer a high level of Embedded Software Design Services. Product Requirement Analysis in detail & Architectural design based on the analysis.

Capabilities

Turn-key System level Embedded Software projects (Design, Coding, Testing & Maintenance)
Drive development for various Operating Systems (Windows, WINCE, LINUX)
Board Support Packages [BSP] Development (U-Boot Loader, Linux Kernel Porting, Application Integrations)
System Diagnostics / Statistics applications development on boot loader, Linux Kernel
Linux Operating System Porting & Customization

Approach

Analyzing Software Requirements based on Control / Data flow architecture models
Software Component / Functional Partitioning and Specification Preparation
Analyzing Software Functional and Architectural Design Specifications.
Software Component preparation based on Structured Analysis and Design Techniques.
Software architecture development / implementation for High End Computational systems.

Software Services Offered for Board Support Packages

U-Boot & Red Boot Loaders porting, System failsafe, Firmware upgrade feature integrations
Linux Kernel Porting, Root File System optimizations
Configurations of DDR2, DDR3 Memories.
Development of Board / Processor configuration scripts based on BDI2000 debuggers.
Validation of Boards using debugger scripts.
Board / Processor support implementation on OpenOCD Debugger connected with Parallel Port JTAG.

Software Services Offered for Device Driver

Device Driver Development / Porting for PCI, PCIe, USB, SDIO High Speed Interconnects
Device Driver Development / Porting for LCD, E-Ink, Touch Panel Display Devices
Device Driver Development / Porting for I2S, AC97, TDM Audio/Voice interface
Device Driver development for SPI, USART, I2C Interconnects
Device Driver development / porting for MII, RMII, RGMII Ethernet Interfaces

Software Services Offered for HDL

RTL implementation in VHDL and Verilog
FPGA and CPLD Based Architectures
HDLC Protocol implementation
Wrapper Layer implementation
Glue logic implementation
Xilinx, Altera, Lattice Semiconductors

Protocols

Communication: SPI, RS-232, RS422, USB, CAN, I2C, UART, PCI, PCIe, UN I/O
Video: NTSC/PAL, HDMI, H.264, MPEG-4
Networking: TCP / IP , ETHERNET
Wireless: Bluetooth, WiFi, WLAN 802.11, ZigBee, WiMax
Encryption: KeeLoq [AES, DES], Differential Manchester [AES, DES]
Architecture: AMBA, AXI, APB, AHB
Testing: JTAG

Related Products

Data Acquisition Board-1

This is an SOC Based Data Acquisition Board. This is a unique development board targeting the applications in the RF domain e.g. RADAR, LTE and WiMax. The board includes on-board interfaces like Ethernet and USB for PC communication.

Data Acquisition Board-2

This is a Spartan based FPGA board having below interfaces: 1. USB-3.0 2. Ethernet 3. SD Card 4. DDR3 [1GB] 5. IT also has some free IO ports, which can have a piggy back card.

PCIe BackPlane

Nikhilon’s 2037-01 PCI Express backplane is designed to support up to eighteen PCIe plug-in I/O cards and a PICMG 1.3 single board computer. Four of the two x8 PCIe mechanical card slots are driven with x8 PCIe electrical links. The remaining Sixteen x16 mechanical card slots are driven with x4 PCIe electrical links.

Programmable Accelerator Card

Locic Cells upto 215x16=3440K AXI IP & Analog Mixed Signal Integration upto 16x6.6G Gts, 930 GMCA/Sales 14Mb BRAM, 1.2Gb/s LVDS, DDR3- 1066 Performance is 16xof host computer CPU & operating sytem dependent

Industrial Computer

The Industrial Computer Developed at Nikhilon was successfully deployed to an esteemed customer at China with 30 numbers of Industrial Computers & 500 numbers of FPGA cards. This was used for customer data processing, using Nikhilon developed Algorithm AES, CSA, DES & TDES.

AES-128

Performance: 3000 MKeys /sec Device Tested: Artix FPGA

CSA

Performance: MKeys /sec Device Tested: Artix FPGA

DES

Performance: MKeys /sec Device Tested: Artix FPGA

TDES

Performance: MKeys /sec Device Tested: Artix FPGA

Hi-Speed ADC Board Features

The ADC Board is an evaluation board for the AD9653, quad 16-bit ADC. This reference design provides all of the support circuitry required to operate the devices in their various modes and configurations. It is designed to interface directly with the VEGA-10G SBC, allowing users to download captured data for analysis. The Visual Analog software package, which is used to interface with the device's hardware, allows users to download captured data for analysis with a user-friendly graphical interface. The SPI Controller software package is also compatible with this hardware, and allows the user to access the SPI programmable features of the ADC.

VEGA-10G

Radar Processing Unit [RPU]: 48 channel SOC based radar Signal & Data processing development platform