Beginners Guide To Clock Data Recovery
If you are new to the world of design and verification, you probably have a LOT of questions! One of them may pertain to an important element – the Clock Data Recovery. In this blog, we try and de-mystify this process.
The purpose of designing various protocols is to transfer a set of information (data) from one place to another. Often times, serial data communication is used to transmit the data at a high speed. At the receiver end, the transmitted data has to be retrieved without losing its integrity with the accompanied timing information. This process is called Clock and Data recovery.
In this blog, we are going to elaborate requirement of CDR and how CDR works, how to tackle with issues like jitter and PPM in modeling the CDR.
Related Semiconductor IP
- SHA-256 Secure Hash Algorithm IP Core
- EdDSA Curve25519 signature generation engine
- DeWarp IP
- 6-bit, 12 GSPS Flash ADC - GlobalFoundries 22nm
- LunaNet AFS LDPC Encoder and Decoder IP Core
Related Blogs
- Can You Rely Upon your NPU Vendor to be Your Customers' Data Science Team?
- Rivos and Canonical partner to deliver scalable RISC-V solutions in Data Centers and enable an enterprise-grade Ubuntu experience across Rivos platforms
- Behavioral Modeling of Clock/Data Recovery
- TSMC Yields Recovery!
Latest Blogs
- Area, Pipelining, Integration: A Comparison of SHA-2 and SHA-3 for embedded Systems.
- Why Your Next Smartphone Needs Micro-Cooling
- Teaching AI Agents to Speak Hardware
- SOCAMM: Modernizing Data Center Memory with LPDDR6/5X
- Bridging the Gap: Why eFPGA Integration is a Managed Reality, Not a Schedule Risk