SageCor Solutions’ Post

Several open positions in my group on understanding the interplay between deep-learning models, heterogeneous system architectures, and memory hierarchy (HBM, high-capacity DIMMs, CXL): https://lnkd.in/eNfYbp-Q

👋 Connections Welcome to #Day65 Of #90DaysOfHardChallenge Resource quota in Kubernetes ❓ Horizontal Pod autoscaling in Kubernetes ❓ ✅ In Kubernetes, resource quotas are used to manage and limit the resource consumption (such as CPU and memory) within a namespace, ensuring fair distribution and preventing any single team or application from monopolizing resources. This helps maintain cluster stability and promotes efficient resource utilization. ✅ Horizontal Pod Autoscaling (HPA) in Kubernetes automatically adjusts the number of pod replicas in a deployment or replication controller based on observed CPU utilization (or other select metrics), ensuring applications scale dynamically in response to demand. Blog link - https://lnkd.in/gkM_Hqu7 #Kubernetes #KubernetesResourceQuotas #KubernetesHPA #DevOpsCommunity #DevOpsEngineer

Study redundant architectures Study single point of failures Understand why we have DTAP environments ☠️

Project Completion: 16-bit RISC Processor Conquered! I'm excited to announce the culmination of my project: a deep dive into the design of 16-bit RISC processors! This project involved creating two distinct processors: Single-Cycle Processor: This processor serves as a foundational block, executing each instruction in a single clock cycle and providing a solid understanding of RISC architecture. Pipelined Processor with 2-Bit Dynamic Branch Prediction: Taking performance to the next level, this processor utilizes a pipelined design. By handling instructions in multiple stages simultaneously, it significantly boosts processing speed. Additionally, it incorporates 2-bit dynamic branch prediction to further enhance efficiency by intelligently predicting branching instructions. The findings are clear: pipelining unlocks substantial performance gains. The pipelined processor with 2-bit dynamic branch prediction significantly outperforms the single-cycle processor. This project has been an enriching journey, providing valuable insights into RISC processor design principles and the impact of pipelining on performance. I'm eager to leverage this knowledge for future explorations in computer architecture. Link: https://lnkd.in/emhFMQUT Feel free to contact me for any questions or information. #RISC #ProcessorDesign #Pipelining #Digital_design #Computer_Architecture #Engineering

Which of the following statements about SystemVerilog arrays is NOT true? (A) Static arrays must have their size declared at compile time. (B) Dynamic arrays can be resized at runtime. (C) Associative arrays store elements in key-value pairs. (D) Queues are a type of dynamic array that supports FIFO operations.

Platform Engineers need to balance simplicity and flexibility. It's a tricky job. Luckily, Eric Shanks from Portworx by Pure Storage breaks down exactly how it can be done, and some actionable advice for platform engineers on what they should think about, and need to be doing. Dive into the full article👇 https://lnkd.in/ds2gSDqS

I have the opportunity to work with various new shiny storage solutions available in the market. I’m sharing some tips in a post that I use to evaluate any storage from a performance angle. Disclaimer: I am not a performance engineer. Like all other infrastructure engineers, I also wear multiple hats in my job role. Typically, for a day or two each month, that hat is performance engineering. #performance #storage #HPC

Not all cores and threads are created equal, and understanding the importance of different architectures is crucial for maximizing performance and capabilities. Learn about hybrid-core processor architecture and how popular operating systems use these processors for increased efficiency. https://ow.ly/515K50QY9MR #computing #processing #embeddedsystems

My main project is to create an executable spec of the Intel Architecture but, every now and then, I get to take a broader look at ISA specifications and think about the strengths and weaknesses of other ISA specs: what makes them work well; and what techniques they could borrow from other specifications. Earlier this month, someone asked me for my thoughts on the RISC-V specification and I thought that it would be useful to share what I found out in a new blog post: https://lnkd.in/ePkXRA2X

Need a pro tip on optimizing network performance? GateSpeed’s proprietary software platform with Intel architecture demonstrates performance thresholds of up to 200 Gbps on a single CPU core. Read the white paper to learn more about how to maximize your application's efficiency and scalability today. https://intel.ly/49iUa41 #Networking #Enterprise #Developer