Behind much of the success of ARM architecture is a scalable software model, where in theory the same code runs on the smallest member of the family to the largest. In practice, there are profiles, and a variety of hardware execution units, and resource constraints in low power scenarios that enter the picture. As a result, operating… Read More
Semiconductor Intellectual Property
Kilopass v. Sidense Update!
It looks like Sidense finally has closure on their request for attorney fees. Generally, in the U.S., parties in a lawsuit pay for their respective attorney fees which can be staggering. However, U.S. law allows the courts to shift the payment of the winner’s attorney fees to the losing party for “exceptional” reasons. Based on … Read More
Why do you need 9D Sensor Fusion to support 3D orientation?
Motion sensors are also commonly applied in a broad range of consumer products, including smartphones, wearable devices, game controllers and sports watches, with applications ranging from screen orientation to indoor navigation. If you desire to build an Inertial Measurement Unit (IMU) to efficiently compute 3D orientation,… Read More
USB 3.0 IP on FinFET may stop port pinching
Sometimes a standard is a victim of its own success, at least for a while as the economics catch up to the technology. When a standard like USB 3.0 is announced, with a substantial performance increase over USB 2.0, some of the use cases come on board right away. Others, where vendors enjoy a decent ROI with good-enough performance,… Read More
Learning Cache Coherency and Cache Coherent Interconnects: ARM White Paper
Cache Coherency is the type of concept that you think you understand, until you try to explain it. It could be wise to come back to fundamentals, and ask what does coherency means to an expert. I have surf the web, found several white papers on ARM site, and now I can try to share these fresh lessons learned (or you may prefer to download… Read More
Enable a new generation of connected devices?
Imagination Technologies has designed a complete environment to address the needs of emerging IoT and other connected devices, FlowCloud. The technology has been engineered by Imagination to optimize device to cloud connectivity for embedded applications. FlowCloud is a cloud based application independent development… Read More
One Breath, One Milliwatt
To understand how challenging it is to successfully implement Always-on Technology, consider doing any kind of sport while holding your breath. Sounds crazy? There’s actually one sport in which participants do just that – freediving. So what does freediving have to do with always-on technology? Quite a few things apparently.… Read More
Hybrid Memory Cube and the Intel Knights Landing
While looking for information on a Xilinx Spartan 6 Project with DDR memory I came across a new type of DRAM called the Hybrid Memory Cube (HMC). The technology made me want to take a closer look:
The Hybrid Memory Cube is like a stack of DDR chips stacked die on die using through silicon vias to interconnect the dies the bottom die in not… Read More
CEVA actively preparing the future
I have recently blogged about CEVA acquisition of Riviera Waves, a very positive move to consolidate CEVA leading position of connectivity IP vendor (Bluetooth and WiFi). We know CEVA for years as being the leading supplier of DSP IP cores for the wireless phone market and it look like that we will have to rethink this definition,… Read More
How Much Power to Allocate to IoT Connectivity?
Ensigma is in fact the low-power radio processing unit (RPU) architecture, completing Imagination Technologies (IMG) port-folio, the well-known graphic processing unit (GPU) PowerVR family and MIPS CPU core products. If we take a look at the block diagram “Ensigma Series4 Explorer RPU”, we can easily identifies the Radio … Read More
Quantum Computing Technologies and Challenges