What is Architectural Queueing? Architectural queueing is an important topic in the sense that queues are needed at the system-level. Queueing theory has been a mathematical concept since the late 1800’s; actually Agner Erlang from Copenhagen, Denmark; https://en.wikipedia.org/wiki/Erlang_distribution; who worked in the telephone industry; developed the first queues! Architectural queueing handles port operations; whether a […]
Webinar on Multi-Core Scheduling – Register Today!
Software scheduling across multi-core architecture with Coherent Caches and Distributed Computing Systems Transform Your Approach to Multi-Core Scheduling with Mirabilis Design As multi-core systems evolve, so do the challenges in software scheduling. Engineers and architects are constantly seeking ways to reduce latency, enhance throughput, and manage power more efficiently. If you’re looking to stay ahead […]
System-Level Scheduling for Multi-Core Architectures
A Deep Dive into System-Level Scheduling for Multi-Core Architectures In today’s era of heterogeneous computing, software scheduling is no longer a straightforward task. With systems integrating CPUs, GPUs, AI accelerators, and advanced networking, engineers must balance several factors—from cache coherency to distributed task execution—when designing task schedulers. This blog explores the technical challenges and state-of-the-art […]
What is Architecture?
What is Architecture? Architecture is a nebulous topic in the sense that there are different definitions for different architects! Like mathematics, a discipline that typically has more than one solution for a given problem; architecture might have more than one solution! Architecture translates into a solution in terms of either block-like library structures or a […]
Chiplet: Redefining Modular Semiconductor Architectures
Chiplet: Redefining Modular Semiconductor Architectures The semiconductor industry is at a critical juncture, facing unprecedented demand for high performance, reduced costs, and faster time-to-market. Enter chiplets: a groundbreaking approach that breaks down complex monolithic chips into modular, reusable blocks. This innovative design paradigm offers unparalleled flexibility and scalability, making it a cornerstone of next-generation computing. […]