• DREX (Plus) High-Performance Digital Receiver/Exciter Plus = Significant DSP Processing
    • DREX (Plus) High-Performance Digital Receiver/Exciter Plus = Significant DSP Processing
    • DREX (Plus) High-Performance Digital Receiver/Exciter Plus = Significant DSP Processing

    • iScan Edge 4 utilizes ST Micros STM32F4 automotive radar processor to provide a multitude of Advanced Driver Assistance System (ADAS) safety features like emergency braking, adaptive cruise control, collision avoidance, blind-spot monitoring, cross-traffic alert, and automated parking. Compatible with CEI’s iScan Prizm antenna module, iScan Edge 4 is packed with extensive I/O, on-board memory, and equipped with a variety of…
  • iScan Phantom – 77 GHz Modular Automotive Radar Development Kit with Turbo 1 FPGA Expansion
    • iScan Phantom – 77 GHz Modular Automotive Radar Development Kit with Turbo 1 FPGA Expansion
    • iScan Phantom – 77 GHz Modular Automotive Radar Development Kit with Turbo 1 FPGA Expansion

    • iScan Phantom is a new generation, automotive radar development kit based on Infineon's latest radar MMIC. It contains the radar front-end antenna module, optional expansion module with an FPGA, and a processor back-end module in a stacked configuration. CEI designed the radar front-end to provide antennas in a MIMO format allowing for digital beamforming. Infineon's processor allows for advanced algorithm…
  • iScan Phantom – 77 GHz Modular Automotive Radar Development Kit
    • iScan Phantom – 77 GHz Modular Automotive Radar Development Kit
    • iScan Phantom – 77 GHz Modular Automotive Radar Development Kit

    • iScan Phantom is a new generation, automotive radar development kit based on Infineon's latest radar MMIC. This development kit contains the radar front-end antenna module and processor back-end module in a stacked configuration. CEI has designed the radar front-end to provide antennas in a MIMO format allowing for digital beamforming. Infineon's processor allows for advanced algorithm development and comes with…
  • Fury – 60 GHz Switchable Beam Radar
    • Fury – 60 GHz Switchable Beam Radar
    • Fury – 60 GHz Switchable Beam Radar

    • Fury is a new generation, Texas Instruments (TI)-based System on Chip (SoC) module designed to help take your next 60 GHz radar design to market quickly. Equipped with TI’s IWR6843 SoC (sporting an ARM Cortex M4 32‐bit processor core with a C674x DSP accelerator), Fury has plenty of processing power to support a plethora of advanced Digital Signal Processing (DSP)…
  • iScan Prizm 1 – 77 GHz Digital Beam Antenna Module
    • iScan Prizm 1 – 77 GHz Digital Beam Antenna Module
    • iScan Prizm 1 – 77 GHz Digital Beam Antenna Module

    • iScan Prizm 1 sport’s Infineon’s 77 GHz RXS8160 MMIC chip to enable a multitude of radar applications such as Advanced Driver Assistance System (ADAS) capabilities like emergency braking, adaptive cruise control, and collision avoidance. This module features on-board memory, processing, data recording, Ethernet, 3x TX, 4x RX, and much more. iScan Prizm 1 is compatible with CEI’s iScan Edge 1…
  • iScan Omega 1 – ADI 5901/5904 24 GHz Fixed Beam Antenna Module
    • iScan Omega 1 – ADI 5901/5904 24 GHz Fixed Beam Antenna Module
    • iScan Omega 1 – ADI 5901/5904 24 GHz Fixed Beam Antenna Module

    • iScan Omega 1 is CEI's latest and greatest antenna module that takes your next radar design to market quickly. Equipped with Analog Devices Inc.’s ADF5901 Tx and ADF5904 Rx downconverter, iScan Omega 1 has plenty of  processing power to support a plethora of advanced Digital Signal Processing (DSP) algorithms. The built-in patch antenna has a fixed beam with a FoV…
  • Peregrine I – High Performance Digital Receiver/Exciter/Software Defined Radio
    • Peregrine I – High Performance Digital Receiver/Exciter/Software Defined Radio
    • Peregrine I – High Performance Digital Receiver/Exciter/Software Defined Radio

    • CEI’s Peregrine I Digital Receiver/Exciter (DREX) provides 7.5 TFLOPS in a 10x16" package. Peregrine I is equipped with an Intel i7 processor site, five Intel Arria 10 FPGAs , multiple banks of DDR3, four 2.5 GSPS ADC channels, four 5 GHz DAC channels, multiple PCIe Gen 3 interfaces and two 40/100 GbE QSFP+ interfaces. Other features include HMDI, USB3.0, and…
  • Peregrine II – High Performance Digital Receiver/Exciter/Software Defined Radio
    • Peregrine II – High Performance Digital Receiver/Exciter/Software Defined Radio
    • Peregrine II – High Performance Digital Receiver/Exciter/Software Defined Radio

    • CEI’s Peregrine II Digital Receiver/Exciter (DREX) provides an unprecedented 50 TFLOPS in a "10x16” package. Peregrine II is equipped with an Intel i7 processor site, five Intel Stratix 10 FPGAs, multiple banks of DDR3, four 2.5 GSPS ADC channels, four 5 GHz DAC channels, multiple PCIe Gen 3 interfaces and two 40/100 GbE QSFP+ interfaces. Other features include HMDI, USB3.0,…
  • iScan Modular Radar Demonstration and Development Platform
    • iScan Modular Radar Demonstration and Development Platform
    • iScan Modular Radar Demonstration and Development Platform

    • The iScan Radar Series makes rapid prototyping of high-performance radar quick and easy. Utilizing a modular architecture, CEI’s iScan processor, expansion and antenna modules can be mixed and matched to create a customized development platform. Equipped with extensive capability, such as MIMO, steerable beams and digital beam forming, iScan provides superior performance for tasks such as range, speed and RCS…
  • iScan Turbo 1 – Expansion Module – Intel Max 10 FPGA
    • iScan Turbo 1 – Expansion Module – Intel Max 10 FPGA
    • iScan Turbo 1 – Expansion Module – Intel Max 10 FPGA

    • Enhance your application with FPGA processing, increased I/O, data recording, additional sensors and hardware, and more. The iScan Expansion Module provides advanced functionality to bring your prototype to market quickly! Equipped with Intel’s Max 10 FPGA, the iScan-E-M10A provides up to 50K LEs which can be configured to accelerate DSP and processing. Add enhanced capabilities to your next radar development…
  • iScan Turbo 2 – Expansion Module-TK1
    • iScan Turbo 2 – Expansion Module-TK1
    • iScan Turbo 2 – Expansion Module-TK1

    • From deeply embedded applications like rear obstacle collision avoidance systems, Advanced Driver Assist Systems (ADAS), medical devices, traffic monitoring, and security systems to less rugged applications like facial recognition stations, UAV and quadcopters, the iScan©-ETK1 has the computing power to handle demanding applications. The iScan-ETK1 runs standard CUDA and Linux, which allow use with your favorite software packages, including shopping, traffic…
  • Kromium 1 – 24 GHz Switchable Beam Radar
    • Kromium 1 – 24 GHz Switchable Beam Radar
    • Kromium 1 – 24 GHz Switchable Beam Radar

    • Kromium 1 will take your next 24 GHz radar design to market quickly and easily. The built‐in patch antenna includes three switchable transmit and receive beams, with a total Field of View (FOV) of 100°. Equipped with Infineon’s BGT24MTR11 transceiver and XMC microcontroller, and optimized for energy efficiency with an ARM Cortex – M4, 32‐bit processor core, Kromium 1 has…
  • Kromium 2 – 24 GHz Fixed Beam Radar
    • Kromium 2 – 24 GHz Fixed Beam Radar
    • Kromium 2 – 24 GHz Fixed Beam Radar

    • Kromium 2 can take your next 24 GHz radar design to market quickly and easily. Packed with extensive capability, Kromium 2 outperforms its competition in tasks, such as range, speed and RCS measurements, target tracking, collision avoidance, occupancy sensing and much more. Kromium 2 has a total Field of View (FOV) of ±36.5° AZ, ±8° EL. Equipped with Infineon’s BGT24MTR11…
  • iScan Edge 1 – Infineon Aurix 2G Processor Module
    • iScan Edge 1 – Infineon Aurix 2G Processor Module
    • iScan Edge 1 – Infineon Aurix 2G Processor Module

    • The iScan Edge 1 sports Infineon’s second generation AURIX™ microcontroller chipset. Designed with automotive Advanced Driver Assistance Systems in mind, the AURIX™ is a hexacore high performance microcontroller. The iScan Edge 1 leverages this new chip in conjunction with other modular board systems to provide computing power and automotive system power through Infineon’s automotive multi-voltage system power supply, allowing for…
  • iScan Edge 2 – XMC4700 Processor Module
    • iScan Edge 2 – XMC4700 Processor Module
    • iScan Edge 2 – XMC4700 Processor Module

    • Designed to bring the iScan family to the world of Internet of Things (IoT), the iScan Edge 2 hosts the Infineon XMC-4700 – a powerful ARM Cortex-M4 32-bit processor core microcontroller with extensive peripheral control, 12-bit ADCs, and other features. To fully exploit the IoT mindset, the iScan-P4700 has a wide input power range; it can accept battery power and…
  • Skyline – Active Electronically Scanned Array Radar System
    • Skyline – Active Electronically Scanned Array Radar System
    • Skyline – Active Electronically Scanned Array Radar System

    • The Skyline radar system detects, tracks, prioritizes, and reports objects and intruders within its Field of Regard (FOR). This unique system supports land, sea and air platforms by combining leading-edge phased array antenna technology with advanced radar signal processing. Additionally, Skyline's design utilizes FPGA technology, which provides rapid reprogramming, minimizing reconfiguration times for fast changing environments.  
  • 3DR Crestone – Altera Stratix V FPGA Freescale T4240 Processor
    • 3DR Crestone – Altera Stratix V FPGA Freescale T4240 Processor
    • 3DR Crestone – Altera Stratix V FPGA Freescale T4240 Processor

    • At the heart of the 3DR family architecture is the 3DR-S5-T4240 processor module: Crestone. This module consists of a power PC (Freescale T4240) general purpose and communications processor, an Altera Stratix V FPGA, on board DDR3 memory modules, and a combination of PCIe Gen 3, LVDS, and SERDES commercially available I/O modules. The processing modules also provide dual 10G Ethernet…
  • 3DR Hurricane – Altera Arria 10, Tegra K1 GPU
    • 3DR Hurricane – Altera Arria 10, Tegra K1 GPU
    • 3DR Hurricane – Altera Arria 10, Tegra K1 GPU

    • The 3DR Hurricane module can be used in combination with other 3DR-compatible boards to add parallel processing power to a system. The Tegra K1 GPU delivers nearly 300 GFLOPS single precision peak per TK1-SOM and the Arria 10 delivers an additional 1333 GFLOPS. A 2-link, 2GB Hybrid Memory Cube connects to the FPGA providing an aggregate memory bandwidth of 60…