4 Interface Protocols Jobs

Minimum qualifications: You should hold a Bachelor's degree in Electrical, Electronics, or Computer Engineering, or possess equivalent practical experience. Additionally, you must have at least 2 years of work experience in the development, testing, and deployment of consumer electronics or embedded systems. Proficiency in embedded programming using C/C++ is required, along with experience in embedded systems, Real-Time Operating Systems (RTOS), or firmware development, including device drivers. Preferred qualifications: It would be beneficial if you have experience collaborating closely with hardware designers and are able to read schematics. Familiarity with Advanced RISC Machines (ARM) or other low-power System on Chip (SoC) architectures, memory systems, fabric, etc. is preferred. Moreover, expertise in interface protocols such as USB, SPI, I2C, UART, UFS, PCIe, power management, system integration, software stacks, and drivers is desirable. Knowledge of embedded systems development, RTOS concepts, device drivers, and hardware/software integration is a plus. Understanding of ARM, system BIOS, RTOS, and device drivers is also advantageous. About The Job: As a software engineer at Google, you will contribute to developing cutting-edge technologies that revolutionize how billions of users connect, explore, and engage with information and each other. Our projects involve handling information at a massive scale and go beyond traditional web search. We seek engineers who bring fresh perspectives from various domains such as information retrieval, distributed computing, large-scale system design, networking, data storage, security, artificial intelligence, natural language processing, UI design, and mobile technologies. Your role will involve working on pivotal projects that address Google's evolving needs, with opportunities to transition between teams and projects as our dynamic business expands. We expect our engineers to be adaptable, demonstrate leadership qualities, and be eager to tackle new challenges across the entire technology stack as we drive innovation forward. Google's mission is to organize the world's information and make it universally accessible and useful. Our team combines the strengths of Google AI, Software, and Hardware to deliver transformative user experiences. We explore, design, and innovate new technologies and hardware to enhance computing speed, seamlessness, and power. Our goal is to enhance people's lives through technological advancements. Responsibilities: - Develop device drivers for applications. - Create new software, hardware, and system architecture to support future applications. - Lead the design, development, and testing of embedded software drivers for the next generation of smart devices.,

As a Software Engineer, Kernel and Firmware, Silicon at Google, you will play a crucial role in developing next-generation technologies that impact how billions of users connect, explore, and interact with information. Your work will focus on designing, developing, testing, deploying, and enhancing software solutions for hardware and software integration. You will be part of a vertically integrated team working from hardware to applications. Your responsibilities will include designing software to meet the needs of application developers, enabling seamless utilization of hardware accelerators. You will be tasked with implementing and validating firmware and Linux drivers to optimize power and performance. Additionally, you will design, develop, and test embedded software drivers for upcoming smart devices. Collaboration with stakeholders across silicon architecture, silicon implementation, silicon software, and customer domains will be essential in defining the overall architecture. Your role will involve identifying user experience characteristics and aligning them with the existing or under-development hardware. You will lead bug triage efforts and focus on optimizing power and performance aspects of the software. Google's mission is to organize the world's information and make it universally accessible and useful. Through a combination of AI, software, and hardware expertise, our team aims to create innovative and impactful experiences for users. We continuously research, design, and develop new technologies to enhance computing speed, seamlessness, and power, ultimately striving to improve people's lives through technology.,

The Core Switch Group (CSG) at Broadcom, the industry leader in cutting-edge networking ASICs, is known for developing advanced protocols and delivering unmatched port density and bandwidth performance. Our team has contributed to iconic switching solutions like the Trident and Tomahawk series, setting benchmarks in the networking world. Broadcom, a global innovator in fabless communications semiconductors, software, and systems, is proud to be recognized as one of Fortune magazine's "Most Admired Companies." We foster a culture that embraces change, values risk-taking, and thrives on tackling the impossible. At Broadcom, we reward innovation and initiative with competitive salaries, industry-leading benefits, and opportunities for growth in an open, collaborative work environment. If you're a passionate engineer eager to shape the future of networking, Broadcom is where you can outdo, outsmart, and outperform. Join us and make an impact! Key Responsibilities: - Conduct detailed studies of chip architecture and micro-architecture to define, develop, and execute comprehensive test plans that thoroughly validate switch features in both emulation phase and post-silicon. - Develop system-level tests using Tcl, ITcl, Python, C/C++ to verify networking switch chips and systems. - Build and Synthesize Verilog based models for emulation platforms such as Zebu or Palladium. - Debugging Expertise: Perform chip/system-level debugging and root cause analysis for hardware and software issues, effectively addressing Pre/Post Silicon issues and challenges. - Automation and Methodology: Develop and optimize automation scripts and emulation methodologies to enhance efficiency, reusability, and value. - Reusable Components: Create reusable synthesizable design blocks, libraries, and verification components to streamline emulation processes. - Silicon Bring-up: Plan, organize, and execute silicon bring-up and test plans. - Environment Management: Create and maintain robust emulation and post-silicon validation environments, supporting a global user community. - Cross-functional Collaboration: Collaborate with Architecture, Micro-Architecture, Design, DV, Software, and other teams to achieve thorough emulation coverage and smooth project execution. What You Bring: - Bachelors with 12+ years in emulation or post-silicon validation of networking ASICs. - Expertise in Verilog/SystemVerilog, C/C++, Tcl, Python, and scripting for automation. - Hands-on experience with emulation platforms (Zebu, Palladium), traffic generators (IXIA, Spirent), and interface protocols (PCIe) is desirable. - Strong debugging skills and familiarity with DPI transactors, assertions, and coverage-driven verification. - Excellent communicator who thrives in a collaborative, fast-paced environment.,

SE (Software Engineer): Mandatory: RTOS, Embedded Programming, Interface protocols, and Communication protocols are Mandatory. Other Mandatory Skills: C programming Modular and reusable firmware design in C/C++ Code optimization for performance and memory Testing & Debugging Tools FW Application Development Low-level Driver Development Preferred candidate profile