CAPABILITIES
The electronics industry is the world’s largest and fastest-growing industry today. The Government of India attaches high priority to electronics hardware manufacturing making it one of the crucial pillars of both “Make in India” and “Digital India” programs. CoreEL is proud to be recognized as a support of our country’s vision.
Our System Design and Engineering capabilities are exceptional. We support companies worldwide specialized in Defence, Medical, Telecom, Consumer, or Automotive, Electronics segments to fully benefit from our functional suite of Design and Manufacturing services of the highest quality and timely execution. Ensuring services are based on well-suited cost reduction techniques.
Companies are safe to choose CoreEL for third-party solutions offering design and engineering requirements. We guarantee on-time product and project deployment. Our time-tested and proven methodologies of being a captive design and engineering center for many reputed companies over a decade make us a credible partner for your growth story.
Our in-house R&D lab extends and blends its capabilities seamlessly to create and jointly develop Intellectual Property scores that can lead to production and integration to larger systems. Our economic viability of production cost for low-volume manufacturing without compromising quality and standard practices has been well appreciated in various industry segments. We have kept pace with the latest technology tools, hardware and software offered by the industry ecosystem to benefit clients and partners and ensure that our designs are institutionalized and meet the highest standards.
SoC/FPGA Design
CoreEL is renowned for its deep expertise in RTL and FPGAs since the inception of the company. It is the foremost company in India promoting the use of FPGAs. Along with in-depth understanding of latest RTL, FPGA and SoC Design Methodologies, CoreEL also brings comprehensive skills in Signal Processing Algorithms for Defence and Aerospace, Audio-Video standards for various markets like Broadcast, Industrial, Medical & Defence, and associated Networking standards for transmitting information across systems, sub-systems, LRUs, etc.
CoreEL was among the three companies worldwide and the only company in India which is recognized as Premier partner of Xilinx, the world’s biggest FPGA ODM, when the program was initiated.
RTL/FPGA/SoC Engineering: Experience in Embedded Systems with different generation of FPGAs, Processors, ASICs/ASSPs, High-speed interfaces like DDR4, QDR, PCIe, sRIO, USB, 100G Serial Phys, Ethernet, RF Direct Sampling ADCs, DACs, Multi board and multi system synchronization, Interfaces for OBC (On-board Computer) / Avionics Modules, Verification and Validation using Patented methodology for faster TTM, Automated Test Equipment (ATE) suites for both digital and RF system testing.
Signal Processing Algorithms:Patented algorithm for Wideband signal acquisition & detection, Multi sample Hyper speed complex FFTs, DDC, DUC, DDS, Filters, DPC (Digital Pulse Compression), DWG (Digital Waveform Generation) / Exciters, DRFM (Digital RF Memory), Beam forming/Steering, Doppler processing, Target simulation, Jammers, etc.
Video Processing Algorithms: High Quality Visually Lossless 4K/UHD 10-bit 4:2:2 Encoders and Decoders, AVC-Intra/H.264, Mezzanine Codecs like VC2, Compressed and Uncompressed Video Transport using ST2110 suites, PTP/ST2058, Audio-Video Sync, etc. CoreEL was one of the first to offer complete single FPGA based encoders and decoders, which are fully compliant with standards defined by ITU-T/ISO/IEC for best interoperability.
Hardware & Mixed Signal Design
CoreEL has indigenously designed, developed, integrated, tested and qualified highly complex RF, Analog and Digital Systems & LRUs for Defence, Aerospace, Video, Networking and other Industrial applications.
The expertise includes:
- System modelling & simulation – SI, Power, Thermal, Structural
- System architecture, design and realization for different Features, wide range of interfaces, constraints and performance analysis
- High speed Analog, Signal conditioning and Digital multi-layer boards, including support for Flexi rigid requirements
- High speed RF direct sampling ADCs and DACs
- Standards like VPX, VME, 100G/400G Ethernet, various generations of PCI Express, DDRn, QDR, sRIO, sFPDP, etc
- Dual core / multi core processors, FPGAs and DSPs
- Interfaces for OBC (On-board Computer) / Avionics Modules
- Varied cooling mechanisms like Air cooled, conduction cooled, convection cooled, liquid cooled and hermetically sealed units (HSU)
- Cable harness design and fabrication for Copper, Optical, RF, Power, Ethernet, MIL standards, etc.
- In-house, highly experienced PCB and Mechanical CAD design team
- Automated Test Equipment (ATEs) for Digital and RF systems
- System Integration & Qualification to meet ground and airborne systems compliance for EMI/EMC, Environmental Stress Screening (ESS), HASS, Safety of Flight (SOF) Testing (MIL-STD-461F/G, MIL-STD-810F/G, MIL-STD-704F, etc)
Software Design
CoreEL domain expertise in Defence, Aerospace, Video and Intellectual Property to develop fast embedded middleware/board support packages, rich applications and interactive GUI. We have expertise in critical embedded systems & competencies in a range of programming tools, microprocessors and operating systems including RTOS. Our team of embedded software professionals has rich experience across microcontroller, single processor, multi-processor, and Digital Signal Processor (DSP)-based embedded applications. We ensure product viability through performance tuning by working alongside Hardware & RTL/SoC, as well as enhancements across the product lifecycle.
Experience on Operating Systems (OS) like VxWorks, Linux, SysBIOS, Windows and different generation of Multicore Processors like:
- QorIQ,
- Intel,
- PPC,
- TI DSPs,
- ARM,
- Microblaze, and
- Embedded ARM FPGAs
Expertise in C, C++, Qt, TCL/Tk, Misra Coding Standards, DO178B & Test Automation suites & Development of:
- Board Support Packages (BSP),
- Board Bring up & Diagnostics,
- Webservers,
- Drivers for high speed peripherals like PCIe, SRIO, Ethernet, 1553, etc,
- Restful APIs, and
- Application GUIs
RF and Microwave Design
CoreEL's extensive system design capability encompasses complex MIL grade qualified RF and microwave system designs. Combining well-established strengths in high speed digital & analog designs and high speed RTL/FPGA design capability with RF design expertise, CoreEL has the best in the industry talent to architect, design and build complex RF systems. These systems include exciters, receivers, TRMs, radar target simulators, digital receivers for EW applications, etc., in UHF, L, S, C and X bands.
Extending the process driven design approach of digital designs, CoreEL created a "Correct by Mathematics" RF design process. Following this "Correct by Mathematics" approach, CoreEL can consistently deliver first time right designs. Complementing RF system design expertise is CoreEL's deep expertise in automated RF system testing using script based architecture that controls full test setup comprising of generators, analyzers, power meters, DUT and RF switches, if any.
CoreEL's demonstrated capability of implementation of waveform generation and platform motion compensation techniques combined with digital up-conversion and interpolation schemes in the exciter designs, enables the "command to Tx pulse generation" in a single unit. Similarly, IF signal digitization and subsequent digital down conversion and decimation expertise makes the receiver designs complete from sensor to signal processor.
CoreEL's expertise in TRM designs covers both air cooled and liquid cooled models with excellent track record meeting all specifications. CoreEL has also demonstrated capability in high power CW amplifiers.
Thermal and structural analyses are part of CoreEL's design process to ensure compliance to environmental requirements. CoreEL has deep expertise in enclosure designs that includes air over conduction cooled or vacuum brazed enclosures and liquid cooled cold plates.
SoC/RTL
CoreEL is renowned for its deep expertise in RTL and FPGAs since the inception of the company. It is the foremost company in India promoting the use of FPGAs. Along with in-depth understanding of latest RTL, FPGA and SoC Design Methodologies, CoreEL also brings comprehensive skills in Signal Processing Algorithms for Defence and Aerospace, Audio-Video standards for various markets like Broadcast, Industrial, Medical & Defence, and associated Networking standards for transmitting information across systems, sub-systems, LRUs, etc.
CoreEL was among the three companies worldwide and the only company in India which is recognized as Premier partner of Xilinx, the world’s biggest FPGA ODM, when the program was initiated.
RTL/FPGA/SoC Engineering: Experience in Embedded Systems with different generation of FPGAs, Processors, ASICs/ASSPs, High-speed interfaces like DDR4, QDR, PCIe, sRIO, USB, 100G Serial Phys, Ethernet, RF Direct Sampling ADCs, DACs, Multi board and multi system synchronization, Interfaces for OBC (On-board Computer) / Avionics Modules, Verification and Validation using Patented methodology for faster TTM, Automated Test Equipment (ATE) suites for both digital and RF system testing.
Signal Processing Algorithms:Patented algorithm for Wideband signal acquisition & detection, Multi sample Hyper speed complex FFTs, DDC, DUC, DDS, Filters, DPC (Digital Pulse Compression), DWG (Digital Waveform Generation) / Exciters, DRFM (Digital RF Memory), Beam forming/Steering, Doppler processing, Target simulation, Jammers, etc.
Video Processing Algorithms: High Quality Visually Lossless 4K/UHD 10-bit 4:2:2 Encoders and Decoders, AVC-Intra/H.264, Mezzanine Codecs like VC2, Compressed and Uncompressed Video Transport using ST2110 suites, PTP/ST2058, Audio-Video Sync, etc. CoreEL was one of the first to offer complete single FPGA based encoders and decoders, which are fully compliant with standards defined by ITU-T/ISO/IEC for best interoperability.
Hardware & Mixed Signal Design
CoreEL has indigenously designed, developed, integrated, tested and qualified highly complex RF, Analog and Digital Systems & LRUs for Defence, Aerospace, Video, Networking and other Industrial applications.
The expertise includes:
- System modelling & simulation – SI, Power, Thermal, Structural
- System architecture, design and realization for different Features, wide range of interfaces, constraints and performance analysis
- High speed Analog, Signal conditioning and Digital multi-layer boards, including support for Flexi rigid requirements
- High speed RF direct sampling ADCs and DACs
- Standards like VPX, VME, 100G/400G Ethernet, various generations of PCI Express, DDRn, QDR, sRIO, sFPDP, etc
- Dual core / multi core processors, FPGAs and DSPs
- Interfaces for OBC (On-board Computer) / Avionics Modules
- Varied cooling mechanisms like Air cooled, conduction cooled, convection cooled, liquid cooled and hermetically sealed units (HSU)
- Cable harness design and fabrication for Copper, Optical, RF, Power, Ethernet, MIL standards, etc.
- In-house, highly experienced PCB and Mechanical CAD design team
- Automated Test Equipment (ATEs) for Digital and RF systems
- System Integration & Qualification to meet ground and airborne systems compliance for EMI/EMC, Environmental Stress Screening (ESS), HASS, Safety of Flight (SOF) Testing (MIL-STD-461F/G, MIL-STD-810F/G, MIL-STD-704F, etc)
Software Design
We use our domain expertise in Defence, Aerospace, Video and Intellectual Property to develop fast embedded middleware/board support packages, rich applications and interactive GUI. We have expertise in critical embedded systems & competencies in a range of programming tools, microprocessors and operating systems including RTOS. Our team of embedded software professionals has rich experience across microcontroller, single processor, multi-processor, and Digital Signal Processor (DSP)-based embedded applications. We ensure product viability through performance tuning by working alongside Hardware & RTL/SoC, as well as enhancements across the product lifecycle.
Experience on Operating Systems (OS) like VxWorks, Linux, SysBIOS, Windows and different generation of Multicore Processors like:
- QorIQ,
- Intel,
- PPC,
- TI DSPs,
- ARM,
- Microblaze, and
- Embedded ARM FPGAs
Expertise in C, C++, Qt, TCL/Tk, Misra Coding Standards, DO178B & Test Automation suites & Development of:
- Board Support Packages (BSP),
- Board Bring up & Diagnostics,
- Webservers,
- Drivers for high speed peripherals like PCIe, SRIO, Ethernet, 1553, etc,
- Restful APIs, and
- Application GUIs
RF and Microwave Design
CoreEL's extensive system design capability encompasses complex MIL grade qualified RF and microwave system designs. Combining well-established strengths in high speed digital & analog designs and high speed RTL/FPGA design capability with RF design expertise, CoreEL has the best in the industry talent to architect, design and build complex RF systems. These systems include exciters, receivers, TRMs, radar target simulators, digital receivers for EW applications, etc., in UHF, L, S, C and X bands.
Extending the process driven design approach of digital designs, CoreEL created a "Correct by Mathematics" RF design process. Following this "Correct by Mathematics" approach, CoreEL can consistently deliver first time right designs. Complementing RF system design expertise is CoreEL's deep expertise in automated RF system testing using script based architecture that controls full test setup comprising of generators, analyzers, power meters, DUT and RF switches, if any.
CoreEL's demonstrated capability of implementation of waveform generation and platform motion compensation techniques combined with digital up-conversion and interpolation schemes in the exciter designs, enables the "command to Tx pulse generation" in a single unit. Similarly, IF signal digitization and subsequent digital down conversion and decimation expertise makes the receiver designs complete from sensor to signal processor.
CoreEL's expertise in TRM designs covers both air cooled and liquid cooled models with excellent track record meeting all specifications. CoreEL has also demonstrated capability in high power CW amplifiers.
Thermal and structural analyses are part of CoreEL's design process to ensure compliance to environmental requirements. CoreEL has deep expertise in enclosure designs that includes air over conduction cooled or vacuum brazed enclosures and liquid cooled cold plates.