The ongoing analog switch-off in several emerging economies, refresh cycles in North America and some parts of Europe, and upgrades to advanced functionality with a richer user interface for quick search and discovery of content are driving the growth of the global Set-top Boxes market. In this competitive market, Fabless providers must offer SoC which …
Dolphin Integration announces the filing of a patent relating to the management of the consumption modes of Systems-on-chip or SoC. This patent addresses the problem of control of resources (power supplies, clock signals…) in order to master the critical phases of the start-up and changes in consumption patterns: ignition, extinction, change of power level or …
Dolphin Integration provides its customers with a complete set of Foundation IPs in TSMC 55 nm uLP and uLP eFlash processes; these are specifically designed to help reduce the SoC power consumption during sleep and active modes. Lowering the SoC power consumption to support battery-powered devices has always been a challenge for designers. Dolphin Integration’s …
Boost your system embedding an i251 code-compatible CPU through a mere compilation of your existing application program! Dolphin Integration blows a fresh air in the i251 software ecosystem with SmartVision™ IDE, now imbedding a C-compiler using the leading-edge technologies from LLVM / Clang. This state-of-the-art C-compiler significantly improves speed and power consumption of any i80251-based …
The fastest C-Compiler for i251 is now available with our free discovery license! Read More »
The growing number of battery-powered devices, be they connected or not, which spend most of their time waiting, i.e. in sleep mode, involves to find new solution to lower the power consumption of the always-on power domain. The challenge for SoC designers is indeed to reduce significantly the power consumption in sleep mode, when only …
A new generation of 32-kHz oscillators for IoT and wearable applications Read More »
Allowing battery-powered devices to run, without battery recharge, for years rather than months, partakes in enhancing significantly end-user satisfaction and is a key point to enabling the emergence of IoT applications. Numerous applications, such as M2M, BLE, Zigbee…, have an activity rate (duty cycle) such that the power consumption in sleep mode dominates the overall …
Live webinar: How to get an SoC power consumption under 0.5 µA in sleep mode Read More »
Launching any low-power SoC on a highly competitive market requires true differentiating factors. For IoT applications requiring ultra low-power solutions to extend battery life-time for wireless-connected devices, SoC architects optimize power modes by partitioning the SoC. This minimizes dynamic power in active modes, as well as power leakage in stand-by modes. Dolphin Integration is on …
Availability of our new generation 28 nm SpRAM generator Read More »
Dolphin Integration, the leading provider of solutions for Energy Management, and Hangzhou C-Sky Microsystems, a China-based embedded microprocessor core IP provider, announced today their collaboration on an ultra-low power human-machine interface SoC platform. In this collaboration, C-Sky has licensed from Dolphin Integration a complete and consistent offering of silicon IPs, together with the PowerVision™ simulation …
Dolphin Integration, the leading Silicon IP provider for low-power SoC, announced today that it has been selected by GreenWaves Technologies to provide a consistent set of Silicon IPs for achieving the lowest power in sleep and active modes of GAP8, the industry’s first IoT processor. This set includes Dolphin Integration’s low-power memories with embedded power-switches, …
The ultra-low power targets of a battery-powered SoC – be it for IoT, Wearables, Wireless audio, BLE, SmartHome, Sensor hubs, Wireless automotive, MCUs… – now benefit from the widest panoply of low-power and dense memories proven to safely operate down to 0.81 V and to retain data down to 0.6 V. Granting up to 70% …
Ultra-low power memory generators silicon proven at TSMC 55 nm uLP and uLP eFlash Read More »
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