HCL Technologies is a next-generation global technology company that helps enterprises reimagine their businesses for the digital age. Our technology products and services are built on four decades of innovation, with a world-renowned management philosophy, a strong culture of invention,risk-taking, and a relentless focus on customer relationships. HCL also takes pride in its many diversity, social responsibility, sustainability, and education initiatives. Through its worldwide network of R&D facilities and co-innovation labs, global delivery capabilities, and over 159,000+ ‘Ideapreneurs’ across 50 countries, HCL delivers holistic services across industry verticals to leading enterprises, including 250 of the Fortune 500 and 650 of the Global 2000.
Enterprises across industries stand at an inflection point today. In order to thrive in the digital age, technologies such as analytics, cloud, IoT, and automation occupy center stage. In order to offer enterprises the maximum benefit of these technologies to further their business objectives, HCL offers an integrated portfolio of products and services through three business units. These are IT and Business Services (ITBS), Engineering and R&D Services (ERS), and Products and Platforms (P&P).
HCL Engineering and R&D Services (ERS) partners with global enterprises in accelerating product development by leveraging the latest technologies, monetizing product services, and providing immersive customer experiences. HCL ERS is one of the most valued broad-based global engineering service providers (ESPs). With over four decades of experience in supporting customers in their digital transformation, HCL seamlessly integrates with, and complements, customers’ product engineering and research and development (ER&D) activities. Over the past decade, HCL’s engineering services has helped more than 330 organizations develop and launch over 1,000 market-leading products across various market segments. Today, HCL works with 65 of the top-100 R&D spenders in the world.
HCL’s Silicon Design Services group has extensive experience of working with top chip manufacturers, foundries, OEMs and Start-ups across globe for the last 25 years. The team of 1700+ VLSI engineers has well-proven capabilities in Analog, Digital and Mixed Signal designs to handle the challenges of ‘Concept to Chip’ and have successfully delivered 1000+ projects across different technology nodes. The Hardware & System Engineering Services can help build products ground up, sustain over their life time and extend their life beyond the span. With a team of 1500+ engineers globally and experience across domains and technologies, the team strives to provide the best-in-class services and solutions.
Realizing IC designs involving architecture design, system modelling, RTL coding, developing full-functional FPGA prototypes, verification, synthesis, test vector generation & minimization, simulation and back-end support.
Analog / digital / mixed signal verification, ASIC / FPGA / SoC verification, IP level verification, third party module verification across various design complexities / programming languages / methodologies and industrial verticals. Experience in all formal methodologies
A comprehensive line of rapid FPGA based prototyping and emulating complex IC designs to develop first pass silicon’s. Extensive experience in Industry Standard Platforms such as Zebu, Palladium, Veloce, HAPS, COTS FPGA and Custom FPGA prototyping platforms.Inhouse reusable tools: Verifast framework, Zebu accelerator platform
Execute ownership at Block, Section and SoC levels. Have implemented 600 Mn gate count designs, 600mm2 chips and up to 60 multi clock domains, timing closure in 120 different corners with maximum core frequency of 2.5 GHz, IP hardening with 80% placement utilization, Low power implementation up to 24 power domains.
Expertise across chip, interface, performance and functional aspects to detect complex functional / manufacturing defects. Our test factory model approach for silicon validation enables customers to save 40 to 50% of validation cost over 4 years.Inhouse reusable tools: Post Silicon Validation framework, Silicon Validation Labs, Silicon Qualification Labs
Expertise on multitude of designs ranging from analog base band, power management, RF/HPA, IO, and High Speed Interfaces. These designs have enabled customers to meet their power, performance and area requirements. The experience of working on full custom layout for multiple chips and module gives our customers lot of confidence in working with a proven partner.
Provide end-to-end solution for reduced turnaround time (TAT) at improved quality levels with our in-depth knowledge and vast experience in handling complex ASIC / FPGA / SoC / Chiplet designs with our proven and well-established Analog, Digital and Mixed Signal design methodologies and processes. Our manufacturing partners can help us provide you a single point interface, if needed.
With our proven expertise in the areas of Power Management, High Speed Interface, Clocking, Data Convertors, RF, Memory Design, Standard Cells, IO Cells, Analog Modelling and PDK/EDA/CAD, we enable customers to build solutions in the areas which includes High Performance Computing, Silicon Photonics, Quantum Computing, Artificial Intelligence, and Sensor Applications. A large team of mixed signal engineers with expertise on various technology and fabs, also help create application specific models for robust verification flow and faster time to market.
High Speed Board Design, Power Electronics ,PCB Layout Services, Embedded Engineering ,Value Engineering & Re-Engineering Services, Component Engineering Services,RF, Antenna and MM wave Engineering, Automated Test Equipment ,Compliance Testing And Certification Services,Low Volume Manufacturing & Support
We help develop, Support, Maintain, License and Upgrade to the latest IP standards
We have a strong team of 80+ engineers experienced across multiple activities. Our DFT service offerings include DFT architecture and Test Specification, Implementation (Scan, ATPG, MBIST, BSCAN, High speed interface etc.), Writing test constraints, signing off test mode timing, Verification at various stages, Timing simulations, Pattern generation and tester debug, Failure analysis, Yield improvement. HCL’s team has proven expertise in Digital, RF, Analog & Mixed Signal DFT experience on multiple projects.
With more than 75 engineers skilled in Design Automation Services, we address all methodologies required for Memory, I/O, Analog, RF, Standard Cells and also interface solutions. HCL’s Design Automation team has experience across all major EDA tool providers like Cadence, Mentor & Synopsys. HCL also has an in-house Migration platform which reduces porting cycle time by 30% to 40%.
- GF 22FDX PVT Sensor
- GF 12LP PVT Sensor
- UMC40 PVT Sensor
- PVT Sensor (12 & 22nm)
- IO ( 6/16/28/40nm)
- High Speed IOs in 6/16/28/40/55/65nm
- High Speed Serdes: (40/55/65/ 80-180 nm)
- Interface IPs (UBS2, USB3, PCIe, eDP Rx, DPHY, CPHY, etc.) in 28/40/55nm
- DCT & Clocking
- MIPI CSI-2 Rx and Tx controller
- CAN 2.0b
- SPI M/S
- I2C M/S
- JTAG controller