Design Verification Engineer
Texas Instruments
Design Verification Engineer
Texas Instruments
Makes analog and embedded chips in its own plants
Change the world. Love your job.
About the Team:
The High-speed Data development team is focused on building state-of-the-art signal conditioning transceivers for Automotive, Industrial, Enterprise and Personal Electronics markets ranging from Ethernet PHY(s), FPD-Link Serdes & USB re-timers. The data rates range from 100Mbps to 40Gbps posing design challenges in high-speed circuit design and digital signal processing to enable data transfer with high fidelity in challenging industrial and automotive environments. These devices need to be competitive in power & area and are being designed in the 65nm and 28nm process nodes.
The FPD product group charter is to develop High-speed SerDes transceivers for Automotive targeting ADAS (Advanced driver-assistance systems) and In-Vehicle-Infotainment applications. These require high-reliability communication links that support auto-driving, and high-resolution graphic applications. The high-speed SerDes designs require significant signal conditioning in Analog with Digital assist to calibrate / adapt the system in challenging electrical environments in the vehicle. The signal chain includes high bandwidth blocks (multi-Ghz) and signal processing data path designs that support multi-Gsps throughput involving clock recovery, channel adaptation, echo cancellation and forward error correction (FEC) to enable highly reliable links. Designed in 28nm CMOS process, the target for these designs is low power and low cost with best-in-industry performance.
Minimum Requirements
Preferred qualification:
Soft Skills:
Makes analog and embedded chips in its own plants
Texas Instruments designs and makes analog and embedded processing chips, the basic parts inside cars, factory equipment, data centers, and consumer electronics, and it sells one of the broadest chip catalogs in the industry. In 1958, its engineer Jack Kilby built the first integrated circuit, the building block of modern electronics, and later won a Nobel Prize for it. Its analog chips regulate power and convert signals such as sound and heat into data, while its microcontrollers act as small built-in computers, and TI earns money selling both to device makers. It also makes the graphing calculators many students use in math class. Texas Instruments was founded in 1930 and is based in Dallas, Texas.
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