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A leading technology company is seeking a talented engineering professional in Linz, Austria, to develop and integrate Control IPs for Cellular Transceiver SoCs. Responsibilities include defining implementations, optimizing power, and collaborating with various teams. Proficiency in System Verilog or VHDL, debugging skills, and a relevant degree are essential. A competitive salary of EUR 66,676 gross annually is offered, along with a commitment to diversity and inclusion.
Imagine what you could do here. At Apple, new insights have a way of becoming extraordinary products, services, and customer experiences very quickly. Bring passion and dedication to your job, and there's no telling what you could accomplish. Smart people and inspiring, innovative technologies are the norms here.Join our team at Apple Austria to develop and integrate Control IPs for the next generations of Cellular Transceiver SoCs!As a member of our Cellular team in Linz, you will be responsible for crafting sophisticated digital IPs that control all major system components. You will collaborate closely with system architects, firmware teams, verification engineers, and other stakeholders to develop block-level specifications and implement the designs. You will own the creation of the blocks and guide them through the concept, design, integration, and verification phases.
As a valued member of our Cellular Design Engineering team, you will be responsible for developing, integrating, and verifying IP sub-components for a cellular transceiver System on Chip. Your primary responsibilities will include defining and driving the implementation, timing closure, and power optimizations in close collaboration with a multi-disciplinary team comprising system, digital, analog, and firmware design, design verification, and physical design teams. These teams will provide the vital support to facilitate your daily work.Your responsibilities will extend beyond design, encompassing end-to-end accountability throughout the project lifecycle of the IP developed from conception to design, verification, integration, silicon validation, and finally, in-field operation.