FPGA Programming & Electronics Design

FPGA Programming & Electronics Design

2 PROMWAD, ELECTRONICS ENGINEERINGCOMPANY FOR YOUR BUSINESS

FPGA & electronics design presentation

We will create and manufacture your new product for the global telecom market.

We take over all engineering issues with your business in mind.

15+years

3 YOUR PRODUCT FOR THE ELECTRONICS MARKET


126 Experts

325+Completed

Projects:

CountriesServed

23

Produced

Devices:

3+mln

Our Clients’ Revenue & Profit Growth, Total

$1,700,000,000$50,000,000

Let’s create an innovative and cost-effective FPGA solution for your business. Stay one step ahead of trends with our experience and partnership with world-leading semiconductor vendors.

4


WE HAVE GREAT EXPERIENCE IN

Digital TV & Broadcasting

High Performance Computing (HPC)

IndustrialAutomation

DSP Wireless: telecom, FPGA, MATLAB

AutomotiveElectronics

Test& Measurement

5 OUR CORE EXPERTISE IN FPGA


§ High-speed digital design with FPGA

§ Signal integrity, thermal and power integrity simulations

§ Bespoke FPGA IP-core development in Verilog and VHDL

§ Linux/Windows device drivers for host and target systems

§ Embedded Linux for PS (processing system in FPGA)

§ Host software for data acquisition and control

+Accelerated workflows for signal processing & communication systems:§ MATLAB & Simulink, toolboxes

§ Automated VHDL/Verilog code generation with HDL Coder

6 OUR TECHNOLOGY MAP. PART 1


Families:

Zynq, Zynq 7000,Zynq Ultrascale+

Virtex Ultrascale+

Xilinx 7-series:Spartan-7, Artix-7, Kintex-7, Virtex-7

Altera Cyclone V, Max 10Polarfire MPF300/500

Tools:

VivadoQuartus PrimeModelsimChipScope Pro

Languages:

VHDLVerilogSystemVerilogC and C++Python

7 OUR TECHNOLOGY MAP. PART 2


High-level tech:

MATLAB/SimulinkHDL CoderHLSSDAccel

Interfaces:

PCIeJESD204B1G/10G/100G

Custom IP cores:

QSPI EmulationC37.94Audio extractionfrom TDM/I2SISDN (PRI/BRI) parsingUDP 10GViterbi4D 8PSK-TCMLDPC

Third-party IP cores:

Custom FMC boards supportAnalog devices AD9361, AD9371,AD9375, ADRV9009Linux driversfor custom IP coresTexas Instruments ADC ADS54J60HMC7044

§ Embedded Linux§ RISC-V§ Microblaze, NIOSII (no-OS and Linux)§ Analog Devices IIO library support

8 JUMPSTART FPGA DESIGN ON EVALUATION KITS


We are equipped with a wide range of development boards and kits for a quick start of your FPGA design project:

§ ZCU 102 / 104 / 110

§ AD9361

§ and others

9 15+ DEVICES BASED ON VITA 57.1 (FMC) and VITA 57.3 (FMC+)

We designed complex development kits, demonstration boards and modules supporting the FMC and FMC+ specifications. Devices are based on modern FPGAs and SoCs from Xilinx, Microsemi MPT300/400/500, Lattice ECP3/5/6.


A long-term project with our dedicated development team: schematic & PCB engineers, mechanical & industrial designers, FPGA & Linux BSP designers.

10 PARALLEL FFT IP CORE FOR LIDAR APPLICATIONS


We implemented a massive parallel pipelined FFT core for LIDAR applications.

IP-core features:

§ Parallel processing streams

§ Shared TFGs (twiddle factor generator) along FFT pipelines

§ Flexible configuration

§ Deployed on the KCU1500 Acceleration Development Kit (Xilinx XCKU115)

11 SPECTRUM ANALYZER


We designed a real-time spectrum analyzer for our client.

Key features:

§ 1GHz real time bandwidth

§ 10G Ethernet

§ USB 3.0

Linux + Xilinx Zynq Ultrascale+MATLAB/Simulink + HDL Coder

12 HIGH-SPEED SATELLITE MODEM


We designed a high-speed universal satellite modem with

§ 2 independent RX channels

§ Single TX channel

§ 4 x 10GbE interfaces

§ nPSK, mQAM modulations

§ Downlink up to 1.5Gbps

Linux + Xilinx Zynq Ultrascale +MATLAB/Simulink + HDL Coder

Model-based design approach

13 FPGA BASED DEVICE FOR FLUID SCANNING

We designed a device for X-rays processing based on the diffraction effect.

Promwad did a mechanical design of the case; developed the array of 120 printed circuit boards with ASIC chips, FPGA Lattice and STM MCU (including firmware). The PCBs for this device are so miniature that only a few factories in the world can manufacture them. The first batch was manufactured in Switzerland.


14 HIGH-END FPGA PROCESSING BOARD

We developed a schematic design and PCB layout of the high-end processing board with Virtex UltraScale FPGA.

Key features:

§ 8 lanes of PCIe Gen3

§ 4 x CFP4 100G optical ports

§ 16 GB DDR4 SO-DIMM

§ QDRII+ on-board memory

§ Samtec Z-Ray connector to Micron’s HMC (Hybrid Memory Cube) modules

§ Demo FPGA firmware for major blocks

§ FPGA reconfiguration from host PCIe


15 FPGA SOFTWARE FOR HD 4K FRAMEBUFFER

Commissioned by an Italian client, we did FPGA software development and Linux kernel drivers for the Ultra HD 4K framebuffer based on the Xilinx Kintex-7 custom board.

§ Support for two 4K monitors via two independent framebuffers

§ Conversion of interfaces and video streams in real time

§ Interface for monitors: DVI, HDMI

§ PC connection: PCIe Gen2 8x

§ Color coding: 16 and 24 bit


16 FPGA-BASED DEVICE FOR VIDEO PROCESSING & STREAMING FROM CMOS CAMERA TO LCD A customer turned to us for the

development of the FPGA Xilinx Spartan 6 configuration for his ready-made hardware platform. The FPGA receives a video stream from a CMOS sensor and transfers it to an LCD.


Spartan-6 FPGA SP605 Evaluation Kit

Promwad FPGA engineers completed this task without the use of external memory to reduce the cost of the hardware platform for our customer.

17 MICROSEMI FPGA MODULEWe developed a schematic design and a PCB layout of a system-on-module (SOM) using low-power the Microsemi PolarFire FPGA for size-constrained security applications.

§ Microsemi PolarFire MP300 FPGA

§ Logic Elements (4LUT + DFF): 300K

§ 4GB of DDR4 memory

§ SPI FLASH

§ 10/100/1000Mbit Ethernet PHY on board

§ Transceivers optimized for 12.7 Gbps

§ Versatile I/O via two 100pin and one 60pin connectors

§ 40x50mm


18 IP-CORE FOR QSPI FLASH EMULATION

With the HyperRAM FPGA firmware, our client created a secure BIOS boot module for the Intel 100 and Intel 230 chipset family Platform Controller Hub (PCH) and Winbond SPI NOR Flash.

HyperRAM memory allows using a small footprint PCB board in contrast to the SDRAM memory and beats the SRAM memories in cost.

§ MAX10 FPGA§ HyperRAM memory application§ Read and write transactions support§ Transaction logging§ Up to 30MHz SPI clock support


19 IEEE C37.94 MULTIPLEXERWe developed a mechanical design, PCB and FPGA design for the IEEE C37.94 interface converter. The device is used as a part of the Smart Grid IEC-61850 teleprotection system.

. § Xilinx Spartan FPGA

§ SGMII interface to host processor

§ 2 x optical Ethernet 100BaseFX4

§ 2 x optical ports IEEE C37.94

FPGA firmware blocks:

§ RMII MAC, HDLC, IEEEC37.94;

§ Bit and frame synchronization recovery

§ MDIO and SGMII/GMII control


20 ADC/DAC FMC MODULES on Artix, Kintex, Virtex Ultrascale+, Zynq 7000, ZynqUltrascale+ We developed a schematic design, PCB layout of FMC+ and FMC ADC/DAC modules as well as FPGA firmware support for a host board.

§ Interfaces: PCIe, PCIe104, PXIE, 100G, 10G, FireFly, Z-Ray

§ 12 bit ADC, 2.7 GSPS

§ 16 bit 2xDAC, 2.7 GSPS

§ JESD204B support

§ 4 x high-speed transceiver lanes routed from the FPGA carrier board

§ External Clock up to 4 GHz

§ 100 MHz onboard VCXO

§ Dual SATA for direct disk interface


21The ViewFinder captures a raw video stream from a professional Canon camera via the 3G-SDI interface (60Hz frame rate, 4K UHD format), transmits the raw data to the host x86 processor over PCI-e link and displays the processed video stream on a 4K display via the Display Port interface.

Besides Xilinx Kintex-7 based schematic, PCB and mechanical design, our team implemented:

§ 7 Series Integrated Block for PCI Express

§ Block Memory§ FIFO§ AXI Interconnect§ SMPTE SD/HD/3G-SDI§ MIG 7 Series§ ICON: ChipScope Pro –

Integrated Controller§ ILA: ChipScope Pro –

Integrated Logic Analyzer§ VIO: ChipScope Pro –

Virtual Input/Output

VIEWFINDER FOR PROFESSIONAL 4K CAMERA


22 MULTIPLEXING ENGINE


We implemented a schematic design, PCB layout, mechanical design and FPGA firmware for the multiplexing system of digital interfaces. Two boards are connected via 10 GbE fiber link and transfer data with minimum latency.

§ Xilinx SPARTAN 6 § 10GbE link§ 2µsec latency

The multiplexed interfaces:

§ 10/100/1000 Mbps Ethernet§ 4 Manchester-2 channels§ 24 + 24 digital I/O (0-3,3V)§ 2 RS232 channels

IP cores developed:

§ XAUI_FRAME, MDIO, GMII, Manchester§ A control module on Microblaze

23 VOICE RECORDER FOR AIR TRAFFIC CONTROL (ATC)


We designed a redundant interface system for recording voice information in airports.

§ Analogue boards with 16 protected input channels for voice recording.

§ Digital (ISDN PRI/BRI) boards with 8 protected input channels in each.

§ Each pair of boards operates synchronously in cold or hot reserve.

We made schematic and PCB layout design, FPGA PL programming on Xilinx Zynq and Embedded Linux programming on ARM cores, as well as prototypes manufacturing.

24 IMAGING SYSTEM FOR SATELLITE


We developed a part of Earth observation multispectral and high definition imaging system, namely alignment and focus subsystems to compensate optical distortion due to the mechanical design degradation of the optical system.

§ High-level architecture development (structure, interfaces & protocols)

§ Preparing specifications and components selection

§ Collaboration with cross-functional teams (mechanical, software, research, PCB layout)

§ Electrical circuit design

§ Multiple FPGA designs development

25 RFID READER


We developed an RFID reader solution for 125kHz tags and 66-170kHz markers:

§ Xilinx Spartan 6 FPGA

§ USB interface for control

§ STM32L MCU for output of decoded data

§ Independent TX/RX paths

§ High-pass and low-pass filter IP-core

§ AGC(automatic gain control) IP-core

§ IP-core for a reading protocol of EM H4001/H4002 RFID tag type

26 INDUSTRIAL TIME SERVER


The time server system receives signals from GPS and GLONASS global navigation satellite systems and transmits exact time to end-user systems. The device is designed to operate at industrial facilities, communication and control centres.

§ Support of two GNSS systems: GPS and GLONASS

§ Precision Time Protocol, IEEE-1588v2 support

§ Embedded Linux inside

§ Algorithm of TCXO (Temperature Compensated Crystal Oscillator) correction was implemented in FPGA

§ Configuration and system monitoring using Ajax-based web-interface

§ 1U rackmount enclosure

27 VIDEO COMPRESSION ENGINE


We developed hardware and IP-cores for wavelet-like video compression:

§ Dev kit Xilinx ML507

§ FPGA XC5VFX70T-1-FF1136

§ Firmware for PowerPC 440 core

§ Xilinx ELDK tools

28 LET’S PLAN YOUR FPGA DESIGN PROJECTto generate extra value for your business


Write us at [email protected]

Or call our office: +1 781 267 86 31

For more info, please visit www.promwad.com

http://promwad.com

http://www.promwad.com/

© Promwad

OUR US HEADQUARTERS:

22 W Huron St suite 103Pontiac, MI 48342

[email protected]+1 781 267 86 31

Date post:	06-Feb-2023
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FPGA Programming & Electronics Design

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